tags: 
title: /home/markus/FGMSC/FGMSC/tiddlers/files/20190618_135943_web.png
type: image/png

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title: /home/markus/FGMSC/FGMSC/tiddlers/files/20190620_130559_web.png
type: image/png

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title: /home/markus/FGMSC/FGMSC/tiddlers/files/20190620_140956_web.png
type: image/png

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title: /home/markus/FGMSC/FGMSC/tiddlers/files/20190620_140958_web.png
type: image/png

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title: /home/markus/FGMSC/FGMSC/tiddlers/files/20190621_165302_web.png
type: image/png

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tiddlers

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{
    "tiddlers": {
        "$:/Acknowledgements": {
            "title": "$:/Acknowledgements",
            "text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
        },
        "$:/core/copyright.txt": {
            "title": "$:/core/copyright.txt",
            "type": "text/plain",
            "text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2018, UnaMesa Association\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n  contributors may be used to endorse or promote products derived from\n  this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS'\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE."
        },
        "$:/core/icon": {
            "title": "$:/core/icon",
            "tags": "$:/tags/Image",
            "text": "<svg width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\"><path d=\"M64 0l54.56 32v64L64 128 9.44 96V32L64 0zm21.127 95.408c-3.578-.103-5.15-.094-6.974-3.152l-1.42.042c-1.653-.075-.964-.04-2.067-.097-1.844-.07-1.548-1.86-1.873-2.8-.52-3.202.687-6.43.65-9.632-.014-1.14-1.593-5.17-2.157-6.61-1.768.34-3.546.406-5.34.497-4.134-.01-8.24-.527-12.317-1.183-.8 3.35-3.16 8.036-1.21 11.44 2.37 3.52 4.03 4.495 6.61 4.707 2.572.212 3.16 3.18 2.53 4.242-.55.73-1.52.864-2.346 1.04l-1.65.08c-1.296-.046-2.455-.404-3.61-.955-1.93-1.097-3.925-3.383-5.406-5.024.345.658.55 1.938.24 2.53-.878 1.27-4.665 1.26-6.4.47-1.97-.89-6.73-7.162-7.468-11.86 1.96-3.78 4.812-7.07 6.255-11.186-3.146-2.05-4.83-5.384-4.61-9.16l.08-.44c-3.097.59-1.49.37-4.82.628-10.608-.032-19.935-7.37-14.68-18.774.34-.673.664-1.287 1.243-.994.466.237.4 1.18.166 2.227-3.005 13.627 11.67 13.732 20.69 11.21.89-.25 2.67-1.936 3.905-2.495 2.016-.91 4.205-1.282 6.376-1.55 5.4-.63 11.893 2.276 15.19 2.37 3.3.096 7.99-.805 10.87-.615 2.09.098 4.143.483 6.16 1.03 1.306-6.49 1.4-11.27 4.492-12.38 1.814.293 3.213 2.818 4.25 4.167 2.112-.086 4.12.46 6.115 1.066 3.61-.522 6.642-2.593 9.833-4.203-3.234 2.69-3.673 7.075-3.303 11.127.138 2.103-.444 4.386-1.164 6.54-1.348 3.507-3.95 7.204-6.97 7.014-1.14-.036-1.805-.695-2.653-1.4-.164 1.427-.81 2.7-1.434 3.96-1.44 2.797-5.203 4.03-8.687 7.016-3.484 2.985 1.114 13.65 2.23 15.594 1.114 1.94 4.226 2.652 3.02 4.406-.37.58-.936.785-1.54 1.01l-.82.11zm-40.097-8.85l.553.14c.694-.27 2.09.15 2.83.353-1.363-1.31-3.417-3.24-4.897-4.46-.485-1.47-.278-2.96-.174-4.46l.02-.123c-.582 1.205-1.322 2.376-1.72 3.645-.465 1.71 2.07 3.557 3.052 4.615l.336.3z\" fill-rule=\"evenodd\"/></svg>"
        },
        "$:/core/images/add-comment": {
            "title": "$:/core/images/add-comment",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-add-comment tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\"><path d=\"M56 56H36a8 8 0 1 0 0 16h20v20a8 8 0 1 0 16 0V72h20a8 8 0 1 0 0-16H72V36a8 8 0 1 0-16 0v20zm-12.595 58.362c-6.683 7.659-20.297 12.903-36.006 12.903-2.196 0-4.35-.102-6.451-.3 9.652-3.836 17.356-12.24 21.01-22.874C8.516 94.28 0 79.734 0 63.5 0 33.953 28.206 10 63 10s63 23.953 63 53.5S97.794 117 63 117c-6.841 0-13.428-.926-19.595-2.638z\" fill-rule=\"evenodd\"/></svg>"
        },
        "$:/core/images/advanced-search-button": {
            "title": "$:/core/images/advanced-search-button",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-advanced-search-button tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M74.5651535,87.9848361 C66.9581537,93.0488876 57.8237115,96 48,96 C21.490332,96 0,74.509668 0,48 C0,21.490332 21.490332,0 48,0 C74.509668,0 96,21.490332 96,48 C96,57.8541369 93.0305793,67.0147285 87.9377231,74.6357895 L122.284919,108.982985 C125.978897,112.676963 125.973757,118.65366 122.284271,122.343146 C118.593975,126.033442 112.613238,126.032921 108.92411,122.343793 L74.5651535,87.9848361 Z M48,80 C65.673112,80 80,65.673112 80,48 C80,30.326888 65.673112,16 48,16 C30.326888,16 16,30.326888 16,48 C16,65.673112 30.326888,80 48,80 Z\"></path>\n        <circle cx=\"48\" cy=\"48\" r=\"8\"></circle>\n        <circle cx=\"28\" cy=\"48\" r=\"8\"></circle>\n        <circle cx=\"68\" cy=\"48\" r=\"8\"></circle>\n    </g>\n</svg>"
        },
        "$:/core/images/auto-height": {
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            "title": "$:/core/images/warning",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/language/Buttons/AdvancedSearch/Caption": {
            "title": "$:/language/Buttons/AdvancedSearch/Caption",
            "text": "advanced search"
        },
        "$:/language/Buttons/AdvancedSearch/Hint": {
            "title": "$:/language/Buttons/AdvancedSearch/Hint",
            "text": "Advanced search"
        },
        "$:/language/Buttons/Cancel/Caption": {
            "title": "$:/language/Buttons/Cancel/Caption",
            "text": "cancel"
        },
        "$:/language/Buttons/Cancel/Hint": {
            "title": "$:/language/Buttons/Cancel/Hint",
            "text": "Discard changes to this tiddler"
        },
        "$:/language/Buttons/Clone/Caption": {
            "title": "$:/language/Buttons/Clone/Caption",
            "text": "clone"
        },
        "$:/language/Buttons/Clone/Hint": {
            "title": "$:/language/Buttons/Clone/Hint",
            "text": "Clone this tiddler"
        },
        "$:/language/Buttons/Close/Caption": {
            "title": "$:/language/Buttons/Close/Caption",
            "text": "close"
        },
        "$:/language/Buttons/Close/Hint": {
            "title": "$:/language/Buttons/Close/Hint",
            "text": "Close this tiddler"
        },
        "$:/language/Buttons/CloseAll/Caption": {
            "title": "$:/language/Buttons/CloseAll/Caption",
            "text": "close all"
        },
        "$:/language/Buttons/CloseAll/Hint": {
            "title": "$:/language/Buttons/CloseAll/Hint",
            "text": "Close all tiddlers"
        },
        "$:/language/Buttons/CloseOthers/Caption": {
            "title": "$:/language/Buttons/CloseOthers/Caption",
            "text": "close others"
        },
        "$:/language/Buttons/CloseOthers/Hint": {
            "title": "$:/language/Buttons/CloseOthers/Hint",
            "text": "Close other tiddlers"
        },
        "$:/language/Buttons/ControlPanel/Caption": {
            "title": "$:/language/Buttons/ControlPanel/Caption",
            "text": "control panel"
        },
        "$:/language/Buttons/ControlPanel/Hint": {
            "title": "$:/language/Buttons/ControlPanel/Hint",
            "text": "Open control panel"
        },
        "$:/language/Buttons/CopyToClipboard/Caption": {
            "title": "$:/language/Buttons/CopyToClipboard/Caption",
            "text": "copy to clipboard"
        },
        "$:/language/Buttons/CopyToClipboard/Hint": {
            "title": "$:/language/Buttons/CopyToClipboard/Hint",
            "text": "Copy this text to the clipboard"
        },
        "$:/language/Buttons/Delete/Caption": {
            "title": "$:/language/Buttons/Delete/Caption",
            "text": "delete"
        },
        "$:/language/Buttons/Delete/Hint": {
            "title": "$:/language/Buttons/Delete/Hint",
            "text": "Delete this tiddler"
        },
        "$:/language/Buttons/Edit/Caption": {
            "title": "$:/language/Buttons/Edit/Caption",
            "text": "edit"
        },
        "$:/language/Buttons/Edit/Hint": {
            "title": "$:/language/Buttons/Edit/Hint",
            "text": "Edit this tiddler"
        },
        "$:/language/Buttons/Encryption/Caption": {
            "title": "$:/language/Buttons/Encryption/Caption",
            "text": "encryption"
        },
        "$:/language/Buttons/Encryption/Hint": {
            "title": "$:/language/Buttons/Encryption/Hint",
            "text": "Set or clear a password for saving this wiki"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
            "text": "clear password"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
            "text": "Clear the password and save this wiki without encryption"
        },
        "$:/language/Buttons/Encryption/SetPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Caption",
            "text": "set password"
        },
        "$:/language/Buttons/Encryption/SetPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Hint",
            "text": "Set a password for saving this wiki with encryption"
        },
        "$:/language/Buttons/ExportPage/Caption": {
            "title": "$:/language/Buttons/ExportPage/Caption",
            "text": "export all"
        },
        "$:/language/Buttons/ExportPage/Hint": {
            "title": "$:/language/Buttons/ExportPage/Hint",
            "text": "Export all tiddlers"
        },
        "$:/language/Buttons/ExportTiddler/Caption": {
            "title": "$:/language/Buttons/ExportTiddler/Caption",
            "text": "export tiddler"
        },
        "$:/language/Buttons/ExportTiddler/Hint": {
            "title": "$:/language/Buttons/ExportTiddler/Hint",
            "text": "Export tiddler"
        },
        "$:/language/Buttons/ExportTiddlers/Caption": {
            "title": "$:/language/Buttons/ExportTiddlers/Caption",
            "text": "export tiddlers"
        },
        "$:/language/Buttons/ExportTiddlers/Hint": {
            "title": "$:/language/Buttons/ExportTiddlers/Hint",
            "text": "Export tiddlers"
        },
        "$:/language/Buttons/Fold/Caption": {
            "title": "$:/language/Buttons/Fold/Caption",
            "text": "fold tiddler"
        },
        "$:/language/Buttons/Fold/Hint": {
            "title": "$:/language/Buttons/Fold/Hint",
            "text": "Fold the body of this tiddler"
        },
        "$:/language/Buttons/Fold/FoldBar/Caption": {
            "title": "$:/language/Buttons/Fold/FoldBar/Caption",
            "text": "fold-bar"
        },
        "$:/language/Buttons/Fold/FoldBar/Hint": {
            "title": "$:/language/Buttons/Fold/FoldBar/Hint",
            "text": "Optional bars to fold and unfold tiddlers"
        },
        "$:/language/Buttons/Unfold/Caption": {
            "title": "$:/language/Buttons/Unfold/Caption",
            "text": "unfold tiddler"
        },
        "$:/language/Buttons/Unfold/Hint": {
            "title": "$:/language/Buttons/Unfold/Hint",
            "text": "Unfold the body of this tiddler"
        },
        "$:/language/Buttons/FoldOthers/Caption": {
            "title": "$:/language/Buttons/FoldOthers/Caption",
            "text": "fold other tiddlers"
        },
        "$:/language/Buttons/FoldOthers/Hint": {
            "title": "$:/language/Buttons/FoldOthers/Hint",
            "text": "Fold the bodies of other opened tiddlers"
        },
        "$:/language/Buttons/FoldAll/Caption": {
            "title": "$:/language/Buttons/FoldAll/Caption",
            "text": "fold all tiddlers"
        },
        "$:/language/Buttons/FoldAll/Hint": {
            "title": "$:/language/Buttons/FoldAll/Hint",
            "text": "Fold the bodies of all opened tiddlers"
        },
        "$:/language/Buttons/UnfoldAll/Caption": {
            "title": "$:/language/Buttons/UnfoldAll/Caption",
            "text": "unfold all tiddlers"
        },
        "$:/language/Buttons/UnfoldAll/Hint": {
            "title": "$:/language/Buttons/UnfoldAll/Hint",
            "text": "Unfold the bodies of all opened tiddlers"
        },
        "$:/language/Buttons/FullScreen/Caption": {
            "title": "$:/language/Buttons/FullScreen/Caption",
            "text": "full-screen"
        },
        "$:/language/Buttons/FullScreen/Hint": {
            "title": "$:/language/Buttons/FullScreen/Hint",
            "text": "Enter or leave full-screen mode"
        },
        "$:/language/Buttons/Help/Caption": {
            "title": "$:/language/Buttons/Help/Caption",
            "text": "help"
        },
        "$:/language/Buttons/Help/Hint": {
            "title": "$:/language/Buttons/Help/Hint",
            "text": "Show help panel"
        },
        "$:/language/Buttons/Import/Caption": {
            "title": "$:/language/Buttons/Import/Caption",
            "text": "import"
        },
        "$:/language/Buttons/Import/Hint": {
            "title": "$:/language/Buttons/Import/Hint",
            "text": "Import many types of file including text, image, TiddlyWiki or JSON"
        },
        "$:/language/Buttons/Info/Caption": {
            "title": "$:/language/Buttons/Info/Caption",
            "text": "info"
        },
        "$:/language/Buttons/Info/Hint": {
            "title": "$:/language/Buttons/Info/Hint",
            "text": "Show information for this tiddler"
        },
        "$:/language/Buttons/Home/Caption": {
            "title": "$:/language/Buttons/Home/Caption",
            "text": "home"
        },
        "$:/language/Buttons/Home/Hint": {
            "title": "$:/language/Buttons/Home/Hint",
            "text": "Open the default tiddlers"
        },
        "$:/language/Buttons/Language/Caption": {
            "title": "$:/language/Buttons/Language/Caption",
            "text": "language"
        },
        "$:/language/Buttons/Language/Hint": {
            "title": "$:/language/Buttons/Language/Hint",
            "text": "Choose the user interface language"
        },
        "$:/language/Buttons/Manager/Caption": {
            "title": "$:/language/Buttons/Manager/Caption",
            "text": "tiddler manager"
        },
        "$:/language/Buttons/Manager/Hint": {
            "title": "$:/language/Buttons/Manager/Hint",
            "text": "Open tiddler manager"
        },
        "$:/language/Buttons/More/Caption": {
            "title": "$:/language/Buttons/More/Caption",
            "text": "more"
        },
        "$:/language/Buttons/More/Hint": {
            "title": "$:/language/Buttons/More/Hint",
            "text": "More actions"
        },
        "$:/language/Buttons/NewHere/Caption": {
            "title": "$:/language/Buttons/NewHere/Caption",
            "text": "new here"
        },
        "$:/language/Buttons/NewHere/Hint": {
            "title": "$:/language/Buttons/NewHere/Hint",
            "text": "Create a new tiddler tagged with this one"
        },
        "$:/language/Buttons/NewJournal/Caption": {
            "title": "$:/language/Buttons/NewJournal/Caption",
            "text": "new journal"
        },
        "$:/language/Buttons/NewJournal/Hint": {
            "title": "$:/language/Buttons/NewJournal/Hint",
            "text": "Create a new journal tiddler"
        },
        "$:/language/Buttons/NewJournalHere/Caption": {
            "title": "$:/language/Buttons/NewJournalHere/Caption",
            "text": "new journal here"
        },
        "$:/language/Buttons/NewJournalHere/Hint": {
            "title": "$:/language/Buttons/NewJournalHere/Hint",
            "text": "Create a new journal tiddler tagged with this one"
        },
        "$:/language/Buttons/NewImage/Caption": {
            "title": "$:/language/Buttons/NewImage/Caption",
            "text": "new image"
        },
        "$:/language/Buttons/NewImage/Hint": {
            "title": "$:/language/Buttons/NewImage/Hint",
            "text": "Create a new image tiddler"
        },
        "$:/language/Buttons/NewMarkdown/Caption": {
            "title": "$:/language/Buttons/NewMarkdown/Caption",
            "text": "new Markdown tiddler"
        },
        "$:/language/Buttons/NewMarkdown/Hint": {
            "title": "$:/language/Buttons/NewMarkdown/Hint",
            "text": "Create a new Markdown tiddler"
        },
        "$:/language/Buttons/NewTiddler/Caption": {
            "title": "$:/language/Buttons/NewTiddler/Caption",
            "text": "new tiddler"
        },
        "$:/language/Buttons/NewTiddler/Hint": {
            "title": "$:/language/Buttons/NewTiddler/Hint",
            "text": "Create a new tiddler"
        },
        "$:/language/Buttons/OpenWindow/Caption": {
            "title": "$:/language/Buttons/OpenWindow/Caption",
            "text": "open in new window"
        },
        "$:/language/Buttons/OpenWindow/Hint": {
            "title": "$:/language/Buttons/OpenWindow/Hint",
            "text": "Open tiddler in new window"
        },
        "$:/language/Buttons/Palette/Caption": {
            "title": "$:/language/Buttons/Palette/Caption",
            "text": "palette"
        },
        "$:/language/Buttons/Palette/Hint": {
            "title": "$:/language/Buttons/Palette/Hint",
            "text": "Choose the colour palette"
        },
        "$:/language/Buttons/Permalink/Caption": {
            "title": "$:/language/Buttons/Permalink/Caption",
            "text": "permalink"
        },
        "$:/language/Buttons/Permalink/Hint": {
            "title": "$:/language/Buttons/Permalink/Hint",
            "text": "Set browser address bar to a direct link to this tiddler"
        },
        "$:/language/Buttons/Permaview/Caption": {
            "title": "$:/language/Buttons/Permaview/Caption",
            "text": "permaview"
        },
        "$:/language/Buttons/Permaview/Hint": {
            "title": "$:/language/Buttons/Permaview/Hint",
            "text": "Set browser address bar to a direct link to all the tiddlers in this story"
        },
        "$:/language/Buttons/Print/Caption": {
            "title": "$:/language/Buttons/Print/Caption",
            "text": "print page"
        },
        "$:/language/Buttons/Print/Hint": {
            "title": "$:/language/Buttons/Print/Hint",
            "text": "Print the current page"
        },
        "$:/language/Buttons/Refresh/Caption": {
            "title": "$:/language/Buttons/Refresh/Caption",
            "text": "refresh"
        },
        "$:/language/Buttons/Refresh/Hint": {
            "title": "$:/language/Buttons/Refresh/Hint",
            "text": "Perform a full refresh of the wiki"
        },
        "$:/language/Buttons/Save/Caption": {
            "title": "$:/language/Buttons/Save/Caption",
            "text": "ok"
        },
        "$:/language/Buttons/Save/Hint": {
            "title": "$:/language/Buttons/Save/Hint",
            "text": "Confirm changes to this tiddler"
        },
        "$:/language/Buttons/SaveWiki/Caption": {
            "title": "$:/language/Buttons/SaveWiki/Caption",
            "text": "save changes"
        },
        "$:/language/Buttons/SaveWiki/Hint": {
            "title": "$:/language/Buttons/SaveWiki/Hint",
            "text": "Save changes"
        },
        "$:/language/Buttons/StoryView/Caption": {
            "title": "$:/language/Buttons/StoryView/Caption",
            "text": "storyview"
        },
        "$:/language/Buttons/StoryView/Hint": {
            "title": "$:/language/Buttons/StoryView/Hint",
            "text": "Choose the story visualisation"
        },
        "$:/language/Buttons/HideSideBar/Caption": {
            "title": "$:/language/Buttons/HideSideBar/Caption",
            "text": "hide sidebar"
        },
        "$:/language/Buttons/HideSideBar/Hint": {
            "title": "$:/language/Buttons/HideSideBar/Hint",
            "text": "Hide sidebar"
        },
        "$:/language/Buttons/ShowSideBar/Caption": {
            "title": "$:/language/Buttons/ShowSideBar/Caption",
            "text": "show sidebar"
        },
        "$:/language/Buttons/ShowSideBar/Hint": {
            "title": "$:/language/Buttons/ShowSideBar/Hint",
            "text": "Show sidebar"
        },
        "$:/language/Buttons/TagManager/Caption": {
            "title": "$:/language/Buttons/TagManager/Caption",
            "text": "tag manager"
        },
        "$:/language/Buttons/TagManager/Hint": {
            "title": "$:/language/Buttons/TagManager/Hint",
            "text": "Open tag manager"
        },
        "$:/language/Buttons/Timestamp/Caption": {
            "title": "$:/language/Buttons/Timestamp/Caption",
            "text": "timestamps"
        },
        "$:/language/Buttons/Timestamp/Hint": {
            "title": "$:/language/Buttons/Timestamp/Hint",
            "text": "Choose whether modifications update timestamps"
        },
        "$:/language/Buttons/Timestamp/On/Caption": {
            "title": "$:/language/Buttons/Timestamp/On/Caption",
            "text": "timestamps are on"
        },
        "$:/language/Buttons/Timestamp/On/Hint": {
            "title": "$:/language/Buttons/Timestamp/On/Hint",
            "text": "Update timestamps when tiddlers are modified"
        },
        "$:/language/Buttons/Timestamp/Off/Caption": {
            "title": "$:/language/Buttons/Timestamp/Off/Caption",
            "text": "timestamps are off"
        },
        "$:/language/Buttons/Timestamp/Off/Hint": {
            "title": "$:/language/Buttons/Timestamp/Off/Hint",
            "text": "Don't update timestamps when tiddlers are modified"
        },
        "$:/language/Buttons/Theme/Caption": {
            "title": "$:/language/Buttons/Theme/Caption",
            "text": "theme"
        },
        "$:/language/Buttons/Theme/Hint": {
            "title": "$:/language/Buttons/Theme/Hint",
            "text": "Choose the display theme"
        },
        "$:/language/Buttons/Bold/Caption": {
            "title": "$:/language/Buttons/Bold/Caption",
            "text": "bold"
        },
        "$:/language/Buttons/Bold/Hint": {
            "title": "$:/language/Buttons/Bold/Hint",
            "text": "Apply bold formatting to selection"
        },
        "$:/language/Buttons/Clear/Caption": {
            "title": "$:/language/Buttons/Clear/Caption",
            "text": "clear"
        },
        "$:/language/Buttons/Clear/Hint": {
            "title": "$:/language/Buttons/Clear/Hint",
            "text": "Clear image to solid colour"
        },
        "$:/language/Buttons/EditorHeight/Caption": {
            "title": "$:/language/Buttons/EditorHeight/Caption",
            "text": "editor height"
        },
        "$:/language/Buttons/EditorHeight/Caption/Auto": {
            "title": "$:/language/Buttons/EditorHeight/Caption/Auto",
            "text": "Automatically adjust height to fit content"
        },
        "$:/language/Buttons/EditorHeight/Caption/Fixed": {
            "title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
            "text": "Fixed height:"
        },
        "$:/language/Buttons/EditorHeight/Hint": {
            "title": "$:/language/Buttons/EditorHeight/Hint",
            "text": "Choose the height of the text editor"
        },
        "$:/language/Buttons/Excise/Caption": {
            "title": "$:/language/Buttons/Excise/Caption",
            "text": "excise"
        },
        "$:/language/Buttons/Excise/Caption/Excise": {
            "title": "$:/language/Buttons/Excise/Caption/Excise",
            "text": "Perform excision"
        },
        "$:/language/Buttons/Excise/Caption/MacroName": {
            "title": "$:/language/Buttons/Excise/Caption/MacroName",
            "text": "Macro name:"
        },
        "$:/language/Buttons/Excise/Caption/NewTitle": {
            "title": "$:/language/Buttons/Excise/Caption/NewTitle",
            "text": "Title of new tiddler:"
        },
        "$:/language/Buttons/Excise/Caption/Replace": {
            "title": "$:/language/Buttons/Excise/Caption/Replace",
            "text": "Replace excised text with:"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Macro": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
            "text": "macro"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Link": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Link",
            "text": "link"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
            "text": "transclusion"
        },
        "$:/language/Buttons/Excise/Caption/Tag": {
            "title": "$:/language/Buttons/Excise/Caption/Tag",
            "text": "Tag new tiddler with the title of this tiddler"
        },
        "$:/language/Buttons/Excise/Caption/TiddlerExists": {
            "title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
            "text": "Warning: tiddler already exists"
        },
        "$:/language/Buttons/Excise/Hint": {
            "title": "$:/language/Buttons/Excise/Hint",
            "text": "Excise the selected text into a new tiddler"
        },
        "$:/language/Buttons/Heading1/Caption": {
            "title": "$:/language/Buttons/Heading1/Caption",
            "text": "heading 1"
        },
        "$:/language/Buttons/Heading1/Hint": {
            "title": "$:/language/Buttons/Heading1/Hint",
            "text": "Apply heading level 1 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading2/Caption": {
            "title": "$:/language/Buttons/Heading2/Caption",
            "text": "heading 2"
        },
        "$:/language/Buttons/Heading2/Hint": {
            "title": "$:/language/Buttons/Heading2/Hint",
            "text": "Apply heading level 2 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading3/Caption": {
            "title": "$:/language/Buttons/Heading3/Caption",
            "text": "heading 3"
        },
        "$:/language/Buttons/Heading3/Hint": {
            "title": "$:/language/Buttons/Heading3/Hint",
            "text": "Apply heading level 3 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading4/Caption": {
            "title": "$:/language/Buttons/Heading4/Caption",
            "text": "heading 4"
        },
        "$:/language/Buttons/Heading4/Hint": {
            "title": "$:/language/Buttons/Heading4/Hint",
            "text": "Apply heading level 4 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading5/Caption": {
            "title": "$:/language/Buttons/Heading5/Caption",
            "text": "heading 5"
        },
        "$:/language/Buttons/Heading5/Hint": {
            "title": "$:/language/Buttons/Heading5/Hint",
            "text": "Apply heading level 5 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading6/Caption": {
            "title": "$:/language/Buttons/Heading6/Caption",
            "text": "heading 6"
        },
        "$:/language/Buttons/Heading6/Hint": {
            "title": "$:/language/Buttons/Heading6/Hint",
            "text": "Apply heading level 6 formatting to lines containing selection"
        },
        "$:/language/Buttons/Italic/Caption": {
            "title": "$:/language/Buttons/Italic/Caption",
            "text": "italic"
        },
        "$:/language/Buttons/Italic/Hint": {
            "title": "$:/language/Buttons/Italic/Hint",
            "text": "Apply italic formatting to selection"
        },
        "$:/language/Buttons/LineWidth/Caption": {
            "title": "$:/language/Buttons/LineWidth/Caption",
            "text": "line width"
        },
        "$:/language/Buttons/LineWidth/Hint": {
            "title": "$:/language/Buttons/LineWidth/Hint",
            "text": "Set line width for painting"
        },
        "$:/language/Buttons/Link/Caption": {
            "title": "$:/language/Buttons/Link/Caption",
            "text": "link"
        },
        "$:/language/Buttons/Link/Hint": {
            "title": "$:/language/Buttons/Link/Hint",
            "text": "Create wikitext link"
        },
        "$:/language/Buttons/Linkify/Caption": {
            "title": "$:/language/Buttons/Linkify/Caption",
            "text": "wikilink"
        },
        "$:/language/Buttons/Linkify/Hint": {
            "title": "$:/language/Buttons/Linkify/Hint",
            "text": "Wrap selection in square brackets"
        },
        "$:/language/Buttons/ListBullet/Caption": {
            "title": "$:/language/Buttons/ListBullet/Caption",
            "text": "bulleted list"
        },
        "$:/language/Buttons/ListBullet/Hint": {
            "title": "$:/language/Buttons/ListBullet/Hint",
            "text": "Apply bulleted list formatting to lines containing selection"
        },
        "$:/language/Buttons/ListNumber/Caption": {
            "title": "$:/language/Buttons/ListNumber/Caption",
            "text": "numbered list"
        },
        "$:/language/Buttons/ListNumber/Hint": {
            "title": "$:/language/Buttons/ListNumber/Hint",
            "text": "Apply numbered list formatting to lines containing selection"
        },
        "$:/language/Buttons/MonoBlock/Caption": {
            "title": "$:/language/Buttons/MonoBlock/Caption",
            "text": "monospaced block"
        },
        "$:/language/Buttons/MonoBlock/Hint": {
            "title": "$:/language/Buttons/MonoBlock/Hint",
            "text": "Apply monospaced block formatting to lines containing selection"
        },
        "$:/language/Buttons/MonoLine/Caption": {
            "title": "$:/language/Buttons/MonoLine/Caption",
            "text": "monospaced"
        },
        "$:/language/Buttons/MonoLine/Hint": {
            "title": "$:/language/Buttons/MonoLine/Hint",
            "text": "Apply monospaced character formatting to selection"
        },
        "$:/language/Buttons/Opacity/Caption": {
            "title": "$:/language/Buttons/Opacity/Caption",
            "text": "opacity"
        },
        "$:/language/Buttons/Opacity/Hint": {
            "title": "$:/language/Buttons/Opacity/Hint",
            "text": "Set painting opacity"
        },
        "$:/language/Buttons/Paint/Caption": {
            "title": "$:/language/Buttons/Paint/Caption",
            "text": "paint colour"
        },
        "$:/language/Buttons/Paint/Hint": {
            "title": "$:/language/Buttons/Paint/Hint",
            "text": "Set painting colour"
        },
        "$:/language/Buttons/Picture/Caption": {
            "title": "$:/language/Buttons/Picture/Caption",
            "text": "picture"
        },
        "$:/language/Buttons/Picture/Hint": {
            "title": "$:/language/Buttons/Picture/Hint",
            "text": "Insert picture"
        },
        "$:/language/Buttons/Preview/Caption": {
            "title": "$:/language/Buttons/Preview/Caption",
            "text": "preview"
        },
        "$:/language/Buttons/Preview/Hint": {
            "title": "$:/language/Buttons/Preview/Hint",
            "text": "Show preview pane"
        },
        "$:/language/Buttons/PreviewType/Caption": {
            "title": "$:/language/Buttons/PreviewType/Caption",
            "text": "preview type"
        },
        "$:/language/Buttons/PreviewType/Hint": {
            "title": "$:/language/Buttons/PreviewType/Hint",
            "text": "Choose preview type"
        },
        "$:/language/Buttons/Quote/Caption": {
            "title": "$:/language/Buttons/Quote/Caption",
            "text": "quote"
        },
        "$:/language/Buttons/Quote/Hint": {
            "title": "$:/language/Buttons/Quote/Hint",
            "text": "Apply quoted text formatting to lines containing selection"
        },
        "$:/language/Buttons/RotateLeft/Caption": {
            "title": "$:/language/Buttons/RotateLeft/Caption",
            "text": "rotate left"
        },
        "$:/language/Buttons/RotateLeft/Hint": {
            "title": "$:/language/Buttons/RotateLeft/Hint",
            "text": "Rotate image left by 90 degrees"
        },
        "$:/language/Buttons/Size/Caption": {
            "title": "$:/language/Buttons/Size/Caption",
            "text": "image size"
        },
        "$:/language/Buttons/Size/Caption/Height": {
            "title": "$:/language/Buttons/Size/Caption/Height",
            "text": "Height:"
        },
        "$:/language/Buttons/Size/Caption/Resize": {
            "title": "$:/language/Buttons/Size/Caption/Resize",
            "text": "Resize image"
        },
        "$:/language/Buttons/Size/Caption/Width": {
            "title": "$:/language/Buttons/Size/Caption/Width",
            "text": "Width:"
        },
        "$:/language/Buttons/Size/Hint": {
            "title": "$:/language/Buttons/Size/Hint",
            "text": "Set image size"
        },
        "$:/language/Buttons/Stamp/Caption": {
            "title": "$:/language/Buttons/Stamp/Caption",
            "text": "stamp"
        },
        "$:/language/Buttons/Stamp/Caption/New": {
            "title": "$:/language/Buttons/Stamp/Caption/New",
            "text": "Add your own"
        },
        "$:/language/Buttons/Stamp/Hint": {
            "title": "$:/language/Buttons/Stamp/Hint",
            "text": "Insert a preconfigured snippet of text"
        },
        "$:/language/Buttons/Stamp/New/Title": {
            "title": "$:/language/Buttons/Stamp/New/Title",
            "text": "Name as shown in menu"
        },
        "$:/language/Buttons/Stamp/New/Text": {
            "title": "$:/language/Buttons/Stamp/New/Text",
            "text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
        },
        "$:/language/Buttons/Strikethrough/Caption": {
            "title": "$:/language/Buttons/Strikethrough/Caption",
            "text": "strikethrough"
        },
        "$:/language/Buttons/Strikethrough/Hint": {
            "title": "$:/language/Buttons/Strikethrough/Hint",
            "text": "Apply strikethrough formatting to selection"
        },
        "$:/language/Buttons/Subscript/Caption": {
            "title": "$:/language/Buttons/Subscript/Caption",
            "text": "subscript"
        },
        "$:/language/Buttons/Subscript/Hint": {
            "title": "$:/language/Buttons/Subscript/Hint",
            "text": "Apply subscript formatting to selection"
        },
        "$:/language/Buttons/Superscript/Caption": {
            "title": "$:/language/Buttons/Superscript/Caption",
            "text": "superscript"
        },
        "$:/language/Buttons/Superscript/Hint": {
            "title": "$:/language/Buttons/Superscript/Hint",
            "text": "Apply superscript formatting to selection"
        },
        "$:/language/Buttons/Transcludify/Caption": {
            "title": "$:/language/Buttons/Transcludify/Caption",
            "text": "transclusion"
        },
        "$:/language/Buttons/Transcludify/Hint": {
            "title": "$:/language/Buttons/Transcludify/Hint",
            "text": "Wrap selection in curly brackets"
        },
        "$:/language/Buttons/Underline/Caption": {
            "title": "$:/language/Buttons/Underline/Caption",
            "text": "underline"
        },
        "$:/language/Buttons/Underline/Hint": {
            "title": "$:/language/Buttons/Underline/Hint",
            "text": "Apply underline formatting to selection"
        },
        "$:/language/ControlPanel/Advanced/Caption": {
            "title": "$:/language/ControlPanel/Advanced/Caption",
            "text": "Advanced"
        },
        "$:/language/ControlPanel/Advanced/Hint": {
            "title": "$:/language/ControlPanel/Advanced/Hint",
            "text": "Internal information about this TiddlyWiki"
        },
        "$:/language/ControlPanel/Appearance/Caption": {
            "title": "$:/language/ControlPanel/Appearance/Caption",
            "text": "Appearance"
        },
        "$:/language/ControlPanel/Appearance/Hint": {
            "title": "$:/language/ControlPanel/Appearance/Hint",
            "text": "Ways to customise the appearance of your TiddlyWiki."
        },
        "$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
            "title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
            "text": "Animation duration:"
        },
        "$:/language/ControlPanel/Basics/Caption": {
            "title": "$:/language/ControlPanel/Basics/Caption",
            "text": "Basics"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
            "text": "Use &#91;&#91;double square brackets&#93;&#93; for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
            "text": "Default tiddlers:"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
            "text": "Choose which tiddlers are displayed at startup:"
        },
        "$:/language/ControlPanel/Basics/Language/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Language/Prompt",
            "text": "Hello! Current language:"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
            "text": "Title of new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
            "text": "Text for new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
            "text": "Tags for new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt",
            "text": "Title of new tiddlers"
        },
        "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
            "text": "Number of overridden shadow tiddlers:"
        },
        "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
            "text": "Number of shadow tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Subtitle/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
            "text": "Subtitle:"
        },
        "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
            "text": "Number of system tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tags/Prompt",
            "text": "Number of tags:"
        },
        "$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
            "text": "Number of tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Title/Prompt",
            "text": "Title of this ~TiddlyWiki:"
        },
        "$:/language/ControlPanel/Basics/Username/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Username/Prompt",
            "text": "Username for signing edits:"
        },
        "$:/language/ControlPanel/Basics/Version/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Version/Prompt",
            "text": "~TiddlyWiki version:"
        },
        "$:/language/ControlPanel/EditorTypes/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Caption",
            "text": "Editor Types"
        },
        "$:/language/ControlPanel/EditorTypes/Editor/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
            "text": "Editor"
        },
        "$:/language/ControlPanel/EditorTypes/Hint": {
            "title": "$:/language/ControlPanel/EditorTypes/Hint",
            "text": "These tiddlers determine which editor is used to edit specific tiddler types."
        },
        "$:/language/ControlPanel/EditorTypes/Type/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
            "text": "Type"
        },
        "$:/language/ControlPanel/Info/Caption": {
            "title": "$:/language/ControlPanel/Info/Caption",
            "text": "Info"
        },
        "$:/language/ControlPanel/Info/Hint": {
            "title": "$:/language/ControlPanel/Info/Hint",
            "text": "Information about this TiddlyWiki"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
            "text": "Type shortcut here"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
            "text": "add shortcut"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
            "text": "Keyboard Shortcuts"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Hint": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
            "text": "Manage keyboard shortcut assignments"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
            "text": "No keyboard shortcuts assigned"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
            "text": "remove keyboard shortcut"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
            "text": "All platforms"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
            "text": "Macintosh platform only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
            "text": "Non-Macintosh platforms only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
            "text": "Linux platform only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
            "text": "Non-Linux platforms only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
            "text": "Windows platform only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
            "text": "Non-Windows platforms only"
        },
        "$:/language/ControlPanel/LoadedModules/Caption": {
            "title": "$:/language/ControlPanel/LoadedModules/Caption",
            "text": "Loaded Modules"
        },
        "$:/language/ControlPanel/LoadedModules/Hint": {
            "title": "$:/language/ControlPanel/LoadedModules/Hint",
            "text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
        },
        "$:/language/ControlPanel/Palette/Caption": {
            "title": "$:/language/ControlPanel/Palette/Caption",
            "text": "Palette"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
            "text": "clone"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
            "text": "It is recommended that you clone this shadow palette before editing it"
        },
        "$:/language/ControlPanel/Palette/Editor/Delete/Hint": {
            "title": "$:/language/ControlPanel/Palette/Editor/Delete/Hint",
            "text": "delete this entry from the current palette"
        },
        "$:/language/ControlPanel/Palette/Editor/Names/External/Show": {
            "title": "$:/language/ControlPanel/Palette/Editor/Names/External/Show",
            "text": "Show color names that are not part of the current palette"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
            "text": "This shadow palette has been modified"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt",
            "text": "Editing"
        },
        "$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
            "text": "reset"
        },
        "$:/language/ControlPanel/Palette/HideEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
            "text": "hide editor"
        },
        "$:/language/ControlPanel/Palette/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Prompt",
            "text": "Current palette:"
        },
        "$:/language/ControlPanel/Palette/ShowEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
            "text": "show editor"
        },
        "$:/language/ControlPanel/Parsing/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Caption",
            "text": "Parsing"
        },
        "$:/language/ControlPanel/Parsing/Hint": {
            "title": "$:/language/ControlPanel/Parsing/Hint",
            "text": "Here you can globally disable/enable wiki parser rules. For changes to take effect, save and reload your wiki. Disabling certain parser rules can prevent <$text text=\"TiddlyWiki\"/> from functioning correctly. Use [[safe mode|https://tiddlywiki.com/#SafeMode]] to restore normal operation."
        },
        "$:/language/ControlPanel/Parsing/Block/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Block/Caption",
            "text": "Block Parse Rules"
        },
        "$:/language/ControlPanel/Parsing/Inline/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Inline/Caption",
            "text": "Inline Parse Rules"
        },
        "$:/language/ControlPanel/Parsing/Pragma/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
            "text": "Pragma Parse Rules"
        },
        "$:/language/ControlPanel/Plugins/Add/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Add/Caption",
            "text": "Get more plugins"
        },
        "$:/language/ControlPanel/Plugins/Add/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Add/Hint",
            "text": "Install plugins from the official library"
        },
        "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
            "title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
            "text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
        },
        "$:/language/ControlPanel/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Disable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Caption",
            "text": "disable"
        },
        "$:/language/ControlPanel/Plugins/Disable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Hint",
            "text": "Disable this plugin when reloading page"
        },
        "$:/language/ControlPanel/Plugins/Disabled/Status": {
            "title": "$:/language/ControlPanel/Plugins/Disabled/Status",
            "text": "(disabled)"
        },
        "$:/language/ControlPanel/Plugins/Empty/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Empty/Hint",
            "text": "None"
        },
        "$:/language/ControlPanel/Plugins/Enable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Caption",
            "text": "enable"
        },
        "$:/language/ControlPanel/Plugins/Enable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Hint",
            "text": "Enable this plugin when reloading page"
        },
        "$:/language/ControlPanel/Plugins/Install/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Install/Caption",
            "text": "install"
        },
        "$:/language/ControlPanel/Plugins/Installed/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Installed/Hint",
            "text": "Currently installed plugins:"
        },
        "$:/language/ControlPanel/Plugins/Languages/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Caption",
            "text": "Languages"
        },
        "$:/language/ControlPanel/Plugins/Languages/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Hint",
            "text": "Language pack plugins"
        },
        "$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
            "title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
            "text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
        },
        "$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
            "title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
            "text": "This plugin is not currently installed"
        },
        "$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
            "title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
            "text": "open plugin library"
        },
        "$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
            "title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
            "text": "close plugin library"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Reinstall/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
            "text": "reinstall"
        },
        "$:/language/ControlPanel/Plugins/Themes/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Caption",
            "text": "Themes"
        },
        "$:/language/ControlPanel/Plugins/Themes/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Hint",
            "text": "Theme plugins"
        },
        "$:/language/ControlPanel/Saving/Caption": {
            "title": "$:/language/ControlPanel/Saving/Caption",
            "text": "Saving"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
            "text": "Permit automatic saving for the download saver"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
            "text": "Enable Autosave for Download Saver"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
            "text": "Download Saver"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
            "text": "These settings apply to the HTML5-compatible download saver"
        },
        "$:/language/ControlPanel/Saving/General/Caption": {
            "title": "$:/language/ControlPanel/Saving/General/Caption",
            "text": "General"
        },
        "$:/language/ControlPanel/Saving/General/Hint": {
            "title": "$:/language/ControlPanel/Saving/General/Hint",
            "text": "These settings apply to all the loaded savers"
        },
        "$:/language/ControlPanel/Saving/Hint": {
            "title": "$:/language/ControlPanel/Saving/Hint",
            "text": "Settings used for saving the entire TiddlyWiki as a single file via a saver module"
        },
        "$:/language/ControlPanel/Saving/GitHub/Branch": {
            "title": "$:/language/ControlPanel/Saving/GitHub/Branch",
            "text": "Target branch for saving (defaults to `master`)"
        },
        "$:/language/ControlPanel/Saving/GitHub/Caption": {
            "title": "$:/language/ControlPanel/Saving/GitHub/Caption",
            "text": "~GitHub Saver"
        },
        "$:/language/ControlPanel/Saving/GitHub/Description": {
            "title": "$:/language/ControlPanel/Saving/GitHub/Description",
            "text": "These settings are only used when saving to ~GitHub"
        },
        "$:/language/ControlPanel/Saving/GitHub/ServerURL": {
            "title": "$:/language/ControlPanel/Saving/GitHub/ServerURL",
            "text": "Server URL (defaults to `https://api.github.com`)"
        },
        "$:/language/ControlPanel/Saving/GitHub/Filename": {
            "title": "$:/language/ControlPanel/Saving/GitHub/Filename",
            "text": "Filename of target file (e.g. `index.html`)"
        },
        "$:/language/ControlPanel/Saving/GitHub/Password": {
            "title": "$:/language/ControlPanel/Saving/GitHub/Password",
            "text": "Password, OAUTH token, or personal access token"
        },
        "$:/language/ControlPanel/Saving/GitHub/Path": {
            "title": "$:/language/ControlPanel/Saving/GitHub/Path",
            "text": "Path to target file (e.g. `/wiki/`)"
        },
        "$:/language/ControlPanel/Saving/GitHub/Repo": {
            "title": "$:/language/ControlPanel/Saving/GitHub/Repo",
            "text": "Target repository (e.g. `Jermolene/TiddlyWiki5`)"
        },
        "$:/language/ControlPanel/Saving/GitHub/UserName": {
            "title": "$:/language/ControlPanel/Saving/GitHub/UserName",
            "text": "Username"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
            "text": "Advanced Settings"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
            "text": "Backup Directory"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
            "text": "Backups"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
            "text": "~TiddlySpot Saver"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Description": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
            "text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
            "text": "Upload Filename"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
            "text": "~TiddlySpot"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
            "text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Password": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
            "text": "Password"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
            "text": "Server URL"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
            "text": "Upload Directory"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
            "text": "Wiki Name"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Caption": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
            "text": "Autosave"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
            "text": "Do not save changes automatically"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
            "text": "Save changes automatically"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Hint": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
            "text": "Attempt to automatically save changes during editing when using a supporting saver"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Caption": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
            "text": "Camel Case Wiki Links"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Hint": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
            "text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Description": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Description",
            "text": "Enable automatic ~CamelCase linking"
        },
        "$:/language/ControlPanel/Settings/Caption": {
            "title": "$:/language/ControlPanel/Settings/Caption",
            "text": "Settings"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
            "text": "Editor Toolbar"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
            "text": "Enable or disable the editor toolbar:"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Description": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
            "text": "Show editor toolbar"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
            "text": "Tiddler Info Panel Mode"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
            "text": "Control when the tiddler info panel closes:"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
            "text": "Tiddler info panel closes automatically"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
            "text": "Tiddler info panel stays open until explicitly closed"
        },
        "$:/language/ControlPanel/Settings/Hint": {
            "title": "$:/language/ControlPanel/Settings/Hint",
            "text": "These settings let you customise the behaviour of TiddlyWiki."
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
            "text": "Navigation Address Bar"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
            "text": "Behaviour of the browser address bar when navigating to a tiddler:"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
            "text": "Do not update the address bar"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
            "text": "Include the target tiddler"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
            "text": "Include the target tiddler and the current story sequence"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
            "text": "Navigation History"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
            "text": "Update browser history when navigating to a tiddler:"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
            "text": "Do not update history"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
            "text": "Update history"
        },
        "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption",
            "text": "Permalink/permaview Mode"
        },
        "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint",
            "text": "Choose how permalink/permaview is handled:"
        },
        "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description",
            "text": "Copy permalink/permaview URL to clipboard"
        },
        "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description",
            "text": "Update address bar with permalink/permaview URL"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
            "text": "Performance Instrumentation"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
            "text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
            "text": "Enable performance instrumentation"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
            "text": "Toolbar Button Style"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
            "text": "Choose the style for toolbar buttons:"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
            "text": "Borderless"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
            "text": "Boxed"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
            "text": "Rounded"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
            "text": "Toolbar Buttons"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
            "text": "Default toolbar button appearance:"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
            "text": "Include icon"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
            "text": "Include text"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
            "text": "Default Sidebar Tab"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
            "text": "Specify which sidebar tab is displayed by default"
        },
        "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption": {
            "title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption",
            "text": "Default More Sidebar Tab"
        },
        "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint": {
            "title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint",
            "text": "Specify which More sidebar tab is displayed by default"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
            "text": "Tiddler Opening Behaviour"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
            "text": "Navigation from //within// the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
            "text": "Navigation from //outside// the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
            "text": "Open above the current tiddler"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
            "text": "Open below the current tiddler"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
            "text": "Open at the top of the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
            "text": "Open at the bottom of the story river"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Caption": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
            "text": "Tiddler Titles"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Hint": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
            "text": "Optionally display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
            "text": "Do not display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
            "text": "Display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Caption": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
            "text": "Wiki Links"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Hint": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
            "text": "Choose whether to link to tiddlers that do not exist yet"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Description": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
            "text": "Enable links to missing tiddlers"
        },
        "$:/language/ControlPanel/StoryView/Caption": {
            "title": "$:/language/ControlPanel/StoryView/Caption",
            "text": "Story View"
        },
        "$:/language/ControlPanel/StoryView/Prompt": {
            "title": "$:/language/ControlPanel/StoryView/Prompt",
            "text": "Current view:"
        },
        "$:/language/ControlPanel/Stylesheets/Caption": {
            "title": "$:/language/ControlPanel/Stylesheets/Caption",
            "text": "Stylesheets"
        },
        "$:/language/ControlPanel/Stylesheets/Expand/Caption": {
            "title": "$:/language/ControlPanel/Stylesheets/Expand/Caption",
            "text": "Expand All"
        },
        "$:/language/ControlPanel/Stylesheets/Hint": {
            "title": "$:/language/ControlPanel/Stylesheets/Hint",
            "text": "This is the rendered CSS of the current stylesheet tiddlers tagged with <<tag \"$:/tags/Stylesheet\">>"
        },
        "$:/language/ControlPanel/Stylesheets/Restore/Caption": {
            "title": "$:/language/ControlPanel/Stylesheets/Restore/Caption",
            "text": "Restore"
        },
        "$:/language/ControlPanel/Theme/Caption": {
            "title": "$:/language/ControlPanel/Theme/Caption",
            "text": "Theme"
        },
        "$:/language/ControlPanel/Theme/Prompt": {
            "title": "$:/language/ControlPanel/Theme/Prompt",
            "text": "Current theme:"
        },
        "$:/language/ControlPanel/TiddlerFields/Caption": {
            "title": "$:/language/ControlPanel/TiddlerFields/Caption",
            "text": "Tiddler Fields"
        },
        "$:/language/ControlPanel/TiddlerFields/Hint": {
            "title": "$:/language/ControlPanel/TiddlerFields/Hint",
            "text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
        },
        "$:/language/ControlPanel/Toolbars/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/Caption",
            "text": "Toolbars"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
            "text": "Edit Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
            "text": "Choose which buttons are displayed for tiddlers in edit mode. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Toolbars/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/Hint",
            "text": "Select which toolbar buttons are displayed"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
            "text": "Page Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
            "text": "Choose which buttons are displayed on the main page toolbar. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
            "text": "Editor Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
            "text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
            "text": "View Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
            "text": "Choose which buttons are displayed for tiddlers in view mode. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Tools/Download/Full/Caption": {
            "title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
            "text": "Download full wiki"
        },
        "$:/language/Date/DaySuffix/1": {
            "title": "$:/language/Date/DaySuffix/1",
            "text": "st"
        },
        "$:/language/Date/DaySuffix/2": {
            "title": "$:/language/Date/DaySuffix/2",
            "text": "nd"
        },
        "$:/language/Date/DaySuffix/3": {
            "title": "$:/language/Date/DaySuffix/3",
            "text": "rd"
        },
        "$:/language/Date/DaySuffix/4": {
            "title": "$:/language/Date/DaySuffix/4",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/5": {
            "title": "$:/language/Date/DaySuffix/5",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/6": {
            "title": "$:/language/Date/DaySuffix/6",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/7": {
            "title": "$:/language/Date/DaySuffix/7",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/8": {
            "title": "$:/language/Date/DaySuffix/8",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/9": {
            "title": "$:/language/Date/DaySuffix/9",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/10": {
            "title": "$:/language/Date/DaySuffix/10",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/11": {
            "title": "$:/language/Date/DaySuffix/11",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/12": {
            "title": "$:/language/Date/DaySuffix/12",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/13": {
            "title": "$:/language/Date/DaySuffix/13",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/14": {
            "title": "$:/language/Date/DaySuffix/14",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/15": {
            "title": "$:/language/Date/DaySuffix/15",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/16": {
            "title": "$:/language/Date/DaySuffix/16",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/17": {
            "title": "$:/language/Date/DaySuffix/17",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/18": {
            "title": "$:/language/Date/DaySuffix/18",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/19": {
            "title": "$:/language/Date/DaySuffix/19",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/20": {
            "title": "$:/language/Date/DaySuffix/20",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/21": {
            "title": "$:/language/Date/DaySuffix/21",
            "text": "st"
        },
        "$:/language/Date/DaySuffix/22": {
            "title": "$:/language/Date/DaySuffix/22",
            "text": "nd"
        },
        "$:/language/Date/DaySuffix/23": {
            "title": "$:/language/Date/DaySuffix/23",
            "text": "rd"
        },
        "$:/language/Date/DaySuffix/24": {
            "title": "$:/language/Date/DaySuffix/24",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/25": {
            "title": "$:/language/Date/DaySuffix/25",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/26": {
            "title": "$:/language/Date/DaySuffix/26",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/27": {
            "title": "$:/language/Date/DaySuffix/27",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/28": {
            "title": "$:/language/Date/DaySuffix/28",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/29": {
            "title": "$:/language/Date/DaySuffix/29",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/30": {
            "title": "$:/language/Date/DaySuffix/30",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/31": {
            "title": "$:/language/Date/DaySuffix/31",
            "text": "st"
        },
        "$:/language/Date/Long/Day/0": {
            "title": "$:/language/Date/Long/Day/0",
            "text": "Sunday"
        },
        "$:/language/Date/Long/Day/1": {
            "title": "$:/language/Date/Long/Day/1",
            "text": "Monday"
        },
        "$:/language/Date/Long/Day/2": {
            "title": "$:/language/Date/Long/Day/2",
            "text": "Tuesday"
        },
        "$:/language/Date/Long/Day/3": {
            "title": "$:/language/Date/Long/Day/3",
            "text": "Wednesday"
        },
        "$:/language/Date/Long/Day/4": {
            "title": "$:/language/Date/Long/Day/4",
            "text": "Thursday"
        },
        "$:/language/Date/Long/Day/5": {
            "title": "$:/language/Date/Long/Day/5",
            "text": "Friday"
        },
        "$:/language/Date/Long/Day/6": {
            "title": "$:/language/Date/Long/Day/6",
            "text": "Saturday"
        },
        "$:/language/Date/Long/Month/1": {
            "title": "$:/language/Date/Long/Month/1",
            "text": "January"
        },
        "$:/language/Date/Long/Month/2": {
            "title": "$:/language/Date/Long/Month/2",
            "text": "February"
        },
        "$:/language/Date/Long/Month/3": {
            "title": "$:/language/Date/Long/Month/3",
            "text": "March"
        },
        "$:/language/Date/Long/Month/4": {
            "title": "$:/language/Date/Long/Month/4",
            "text": "April"
        },
        "$:/language/Date/Long/Month/5": {
            "title": "$:/language/Date/Long/Month/5",
            "text": "May"
        },
        "$:/language/Date/Long/Month/6": {
            "title": "$:/language/Date/Long/Month/6",
            "text": "June"
        },
        "$:/language/Date/Long/Month/7": {
            "title": "$:/language/Date/Long/Month/7",
            "text": "July"
        },
        "$:/language/Date/Long/Month/8": {
            "title": "$:/language/Date/Long/Month/8",
            "text": "August"
        },
        "$:/language/Date/Long/Month/9": {
            "title": "$:/language/Date/Long/Month/9",
            "text": "September"
        },
        "$:/language/Date/Long/Month/10": {
            "title": "$:/language/Date/Long/Month/10",
            "text": "October"
        },
        "$:/language/Date/Long/Month/11": {
            "title": "$:/language/Date/Long/Month/11",
            "text": "November"
        },
        "$:/language/Date/Long/Month/12": {
            "title": "$:/language/Date/Long/Month/12",
            "text": "December"
        },
        "$:/language/Date/Period/am": {
            "title": "$:/language/Date/Period/am",
            "text": "am"
        },
        "$:/language/Date/Period/pm": {
            "title": "$:/language/Date/Period/pm",
            "text": "pm"
        },
        "$:/language/Date/Short/Day/0": {
            "title": "$:/language/Date/Short/Day/0",
            "text": "Sun"
        },
        "$:/language/Date/Short/Day/1": {
            "title": "$:/language/Date/Short/Day/1",
            "text": "Mon"
        },
        "$:/language/Date/Short/Day/2": {
            "title": "$:/language/Date/Short/Day/2",
            "text": "Tue"
        },
        "$:/language/Date/Short/Day/3": {
            "title": "$:/language/Date/Short/Day/3",
            "text": "Wed"
        },
        "$:/language/Date/Short/Day/4": {
            "title": "$:/language/Date/Short/Day/4",
            "text": "Thu"
        },
        "$:/language/Date/Short/Day/5": {
            "title": "$:/language/Date/Short/Day/5",
            "text": "Fri"
        },
        "$:/language/Date/Short/Day/6": {
            "title": "$:/language/Date/Short/Day/6",
            "text": "Sat"
        },
        "$:/language/Date/Short/Month/1": {
            "title": "$:/language/Date/Short/Month/1",
            "text": "Jan"
        },
        "$:/language/Date/Short/Month/2": {
            "title": "$:/language/Date/Short/Month/2",
            "text": "Feb"
        },
        "$:/language/Date/Short/Month/3": {
            "title": "$:/language/Date/Short/Month/3",
            "text": "Mar"
        },
        "$:/language/Date/Short/Month/4": {
            "title": "$:/language/Date/Short/Month/4",
            "text": "Apr"
        },
        "$:/language/Date/Short/Month/5": {
            "title": "$:/language/Date/Short/Month/5",
            "text": "May"
        },
        "$:/language/Date/Short/Month/6": {
            "title": "$:/language/Date/Short/Month/6",
            "text": "Jun"
        },
        "$:/language/Date/Short/Month/7": {
            "title": "$:/language/Date/Short/Month/7",
            "text": "Jul"
        },
        "$:/language/Date/Short/Month/8": {
            "title": "$:/language/Date/Short/Month/8",
            "text": "Aug"
        },
        "$:/language/Date/Short/Month/9": {
            "title": "$:/language/Date/Short/Month/9",
            "text": "Sep"
        },
        "$:/language/Date/Short/Month/10": {
            "title": "$:/language/Date/Short/Month/10",
            "text": "Oct"
        },
        "$:/language/Date/Short/Month/11": {
            "title": "$:/language/Date/Short/Month/11",
            "text": "Nov"
        },
        "$:/language/Date/Short/Month/12": {
            "title": "$:/language/Date/Short/Month/12",
            "text": "Dec"
        },
        "$:/language/RelativeDate/Future/Days": {
            "title": "$:/language/RelativeDate/Future/Days",
            "text": "<<period>> days from now"
        },
        "$:/language/RelativeDate/Future/Hours": {
            "title": "$:/language/RelativeDate/Future/Hours",
            "text": "<<period>> hours from now"
        },
        "$:/language/RelativeDate/Future/Minutes": {
            "title": "$:/language/RelativeDate/Future/Minutes",
            "text": "<<period>> minutes from now"
        },
        "$:/language/RelativeDate/Future/Months": {
            "title": "$:/language/RelativeDate/Future/Months",
            "text": "<<period>> months from now"
        },
        "$:/language/RelativeDate/Future/Second": {
            "title": "$:/language/RelativeDate/Future/Second",
            "text": "1 second from now"
        },
        "$:/language/RelativeDate/Future/Seconds": {
            "title": "$:/language/RelativeDate/Future/Seconds",
            "text": "<<period>> seconds from now"
        },
        "$:/language/RelativeDate/Future/Years": {
            "title": "$:/language/RelativeDate/Future/Years",
            "text": "<<period>> years from now"
        },
        "$:/language/RelativeDate/Past/Days": {
            "title": "$:/language/RelativeDate/Past/Days",
            "text": "<<period>> days ago"
        },
        "$:/language/RelativeDate/Past/Hours": {
            "title": "$:/language/RelativeDate/Past/Hours",
            "text": "<<period>> hours ago"
        },
        "$:/language/RelativeDate/Past/Minutes": {
            "title": "$:/language/RelativeDate/Past/Minutes",
            "text": "<<period>> minutes ago"
        },
        "$:/language/RelativeDate/Past/Months": {
            "title": "$:/language/RelativeDate/Past/Months",
            "text": "<<period>> months ago"
        },
        "$:/language/RelativeDate/Past/Second": {
            "title": "$:/language/RelativeDate/Past/Second",
            "text": "1 second ago"
        },
        "$:/language/RelativeDate/Past/Seconds": {
            "title": "$:/language/RelativeDate/Past/Seconds",
            "text": "<<period>> seconds ago"
        },
        "$:/language/RelativeDate/Past/Years": {
            "title": "$:/language/RelativeDate/Past/Years",
            "text": "<<period>> years ago"
        },
        "$:/language/Docs/ModuleTypes/allfilteroperator": {
            "title": "$:/language/Docs/ModuleTypes/allfilteroperator",
            "text": "A sub-operator for the ''all'' filter operator."
        },
        "$:/language/Docs/ModuleTypes/animation": {
            "title": "$:/language/Docs/ModuleTypes/animation",
            "text": "Animations that may be used with the RevealWidget."
        },
        "$:/language/Docs/ModuleTypes/authenticator": {
            "title": "$:/language/Docs/ModuleTypes/authenticator",
            "text": "Defines how requests are authenticated by the built-in HTTP server."
        },
        "$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
            "title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
            "text": "A bitmap editor toolbar operation."
        },
        "$:/language/Docs/ModuleTypes/command": {
            "title": "$:/language/Docs/ModuleTypes/command",
            "text": "Commands that can be executed under Node.js."
        },
        "$:/language/Docs/ModuleTypes/config": {
            "title": "$:/language/Docs/ModuleTypes/config",
            "text": "Data to be inserted into `$tw.config`."
        },
        "$:/language/Docs/ModuleTypes/filteroperator": {
            "title": "$:/language/Docs/ModuleTypes/filteroperator",
            "text": "Individual filter operator methods."
        },
        "$:/language/Docs/ModuleTypes/global": {
            "title": "$:/language/Docs/ModuleTypes/global",
            "text": "Global data to be inserted into `$tw`."
        },
        "$:/language/Docs/ModuleTypes/info": {
            "title": "$:/language/Docs/ModuleTypes/info",
            "text": "Publishes system information via the [[$:/temp/info-plugin]] pseudo-plugin."
        },
        "$:/language/Docs/ModuleTypes/isfilteroperator": {
            "title": "$:/language/Docs/ModuleTypes/isfilteroperator",
            "text": "Operands for the ''is'' filter operator."
        },
        "$:/language/Docs/ModuleTypes/library": {
            "title": "$:/language/Docs/ModuleTypes/library",
            "text": "Generic module type for general purpose JavaScript modules."
        },
        "$:/language/Docs/ModuleTypes/macro": {
            "title": "$:/language/Docs/ModuleTypes/macro",
            "text": "JavaScript macro definitions."
        },
        "$:/language/Docs/ModuleTypes/parser": {
            "title": "$:/language/Docs/ModuleTypes/parser",
            "text": "Parsers for different content types."
        },
        "$:/language/Docs/ModuleTypes/route": {
            "title": "$:/language/Docs/ModuleTypes/route",
            "text": "Defines how individual URL patterns are handled by the built-in HTTP server."
        },
        "$:/language/Docs/ModuleTypes/saver": {
            "title": "$:/language/Docs/ModuleTypes/saver",
            "text": "Savers handle different methods for saving files from the browser."
        },
        "$:/language/Docs/ModuleTypes/startup": {
            "title": "$:/language/Docs/ModuleTypes/startup",
            "text": "Startup functions."
        },
        "$:/language/Docs/ModuleTypes/storyview": {
            "title": "$:/language/Docs/ModuleTypes/storyview",
            "text": "Story views customise the animation and behaviour of list widgets."
        },
        "$:/language/Docs/ModuleTypes/texteditoroperation": {
            "title": "$:/language/Docs/ModuleTypes/texteditoroperation",
            "text": "A text editor toolbar operation."
        },
        "$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
            "text": "Converts different content types into tiddlers."
        },
        "$:/language/Docs/ModuleTypes/tiddlerfield": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerfield",
            "text": "Defines the behaviour of an individual tiddler field."
        },
        "$:/language/Docs/ModuleTypes/tiddlermethod": {
            "title": "$:/language/Docs/ModuleTypes/tiddlermethod",
            "text": "Adds methods to the `$tw.Tiddler` prototype."
        },
        "$:/language/Docs/ModuleTypes/upgrader": {
            "title": "$:/language/Docs/ModuleTypes/upgrader",
            "text": "Applies upgrade processing to tiddlers during an upgrade/import."
        },
        "$:/language/Docs/ModuleTypes/utils": {
            "title": "$:/language/Docs/ModuleTypes/utils",
            "text": "Adds methods to `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/utils-node": {
            "title": "$:/language/Docs/ModuleTypes/utils-node",
            "text": "Adds Node.js-specific methods to `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/widget": {
            "title": "$:/language/Docs/ModuleTypes/widget",
            "text": "Widgets encapsulate DOM rendering and refreshing."
        },
        "$:/language/Docs/ModuleTypes/wikimethod": {
            "title": "$:/language/Docs/ModuleTypes/wikimethod",
            "text": "Adds methods to `$tw.Wiki`."
        },
        "$:/language/Docs/ModuleTypes/wikirule": {
            "title": "$:/language/Docs/ModuleTypes/wikirule",
            "text": "Individual parser rules for the main WikiText parser."
        },
        "$:/language/Docs/PaletteColours/alert-background": {
            "title": "$:/language/Docs/PaletteColours/alert-background",
            "text": "Alert background"
        },
        "$:/language/Docs/PaletteColours/alert-border": {
            "title": "$:/language/Docs/PaletteColours/alert-border",
            "text": "Alert border"
        },
        "$:/language/Docs/PaletteColours/alert-highlight": {
            "title": "$:/language/Docs/PaletteColours/alert-highlight",
            "text": "Alert highlight"
        },
        "$:/language/Docs/PaletteColours/alert-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
            "text": "Alert muted foreground"
        },
        "$:/language/Docs/PaletteColours/background": {
            "title": "$:/language/Docs/PaletteColours/background",
            "text": "General background"
        },
        "$:/language/Docs/PaletteColours/blockquote-bar": {
            "title": "$:/language/Docs/PaletteColours/blockquote-bar",
            "text": "Blockquote bar"
        },
        "$:/language/Docs/PaletteColours/button-background": {
            "title": "$:/language/Docs/PaletteColours/button-background",
            "text": "Default button background"
        },
        "$:/language/Docs/PaletteColours/button-border": {
            "title": "$:/language/Docs/PaletteColours/button-border",
            "text": "Default button border"
        },
        "$:/language/Docs/PaletteColours/button-foreground": {
            "title": "$:/language/Docs/PaletteColours/button-foreground",
            "text": "Default button foreground"
        },
        "$:/language/Docs/PaletteColours/dirty-indicator": {
            "title": "$:/language/Docs/PaletteColours/dirty-indicator",
            "text": "Unsaved changes indicator"
        },
        "$:/language/Docs/PaletteColours/code-background": {
            "title": "$:/language/Docs/PaletteColours/code-background",
            "text": "Code background"
        },
        "$:/language/Docs/PaletteColours/code-border": {
            "title": "$:/language/Docs/PaletteColours/code-border",
            "text": "Code border"
        },
        "$:/language/Docs/PaletteColours/code-foreground": {
            "title": "$:/language/Docs/PaletteColours/code-foreground",
            "text": "Code foreground"
        },
        "$:/language/Docs/PaletteColours/download-background": {
            "title": "$:/language/Docs/PaletteColours/download-background",
            "text": "Download button background"
        },
        "$:/language/Docs/PaletteColours/download-foreground": {
            "title": "$:/language/Docs/PaletteColours/download-foreground",
            "text": "Download button foreground"
        },
        "$:/language/Docs/PaletteColours/dragger-background": {
            "title": "$:/language/Docs/PaletteColours/dragger-background",
            "text": "Dragger background"
        },
        "$:/language/Docs/PaletteColours/dragger-foreground": {
            "title": "$:/language/Docs/PaletteColours/dragger-foreground",
            "text": "Dragger foreground"
        },
        "$:/language/Docs/PaletteColours/dropdown-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-background",
            "text": "Dropdown background"
        },
        "$:/language/Docs/PaletteColours/dropdown-border": {
            "title": "$:/language/Docs/PaletteColours/dropdown-border",
            "text": "Dropdown border"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
            "text": "Dropdown tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
            "text": "Dropdown tab background"
        },
        "$:/language/Docs/PaletteColours/dropzone-background": {
            "title": "$:/language/Docs/PaletteColours/dropzone-background",
            "text": "Dropzone background"
        },
        "$:/language/Docs/PaletteColours/external-link-background-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-hover",
            "text": "External link background hover"
        },
        "$:/language/Docs/PaletteColours/external-link-background-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-visited",
            "text": "External link background visited"
        },
        "$:/language/Docs/PaletteColours/external-link-background": {
            "title": "$:/language/Docs/PaletteColours/external-link-background",
            "text": "External link background"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
            "text": "External link foreground hover"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
            "text": "External link foreground visited"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground",
            "text": "External link foreground"
        },
        "$:/language/Docs/PaletteColours/foreground": {
            "title": "$:/language/Docs/PaletteColours/foreground",
            "text": "General foreground"
        },
        "$:/language/Docs/PaletteColours/message-background": {
            "title": "$:/language/Docs/PaletteColours/message-background",
            "text": "Message box background"
        },
        "$:/language/Docs/PaletteColours/message-border": {
            "title": "$:/language/Docs/PaletteColours/message-border",
            "text": "Message box border"
        },
        "$:/language/Docs/PaletteColours/message-foreground": {
            "title": "$:/language/Docs/PaletteColours/message-foreground",
            "text": "Message box foreground"
        },
        "$:/language/Docs/PaletteColours/modal-backdrop": {
            "title": "$:/language/Docs/PaletteColours/modal-backdrop",
            "text": "Modal backdrop"
        },
        "$:/language/Docs/PaletteColours/modal-background": {
            "title": "$:/language/Docs/PaletteColours/modal-background",
            "text": "Modal background"
        },
        "$:/language/Docs/PaletteColours/modal-border": {
            "title": "$:/language/Docs/PaletteColours/modal-border",
            "text": "Modal border"
        },
        "$:/language/Docs/PaletteColours/modal-footer-background": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-background",
            "text": "Modal footer background"
        },
        "$:/language/Docs/PaletteColours/modal-footer-border": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-border",
            "text": "Modal footer border"
        },
        "$:/language/Docs/PaletteColours/modal-header-border": {
            "title": "$:/language/Docs/PaletteColours/modal-header-border",
            "text": "Modal header border"
        },
        "$:/language/Docs/PaletteColours/muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/muted-foreground",
            "text": "General muted foreground"
        },
        "$:/language/Docs/PaletteColours/notification-background": {
            "title": "$:/language/Docs/PaletteColours/notification-background",
            "text": "Notification background"
        },
        "$:/language/Docs/PaletteColours/notification-border": {
            "title": "$:/language/Docs/PaletteColours/notification-border",
            "text": "Notification border"
        },
        "$:/language/Docs/PaletteColours/page-background": {
            "title": "$:/language/Docs/PaletteColours/page-background",
            "text": "Page background"
        },
        "$:/language/Docs/PaletteColours/pre-background": {
            "title": "$:/language/Docs/PaletteColours/pre-background",
            "text": "Preformatted code background"
        },
        "$:/language/Docs/PaletteColours/pre-border": {
            "title": "$:/language/Docs/PaletteColours/pre-border",
            "text": "Preformatted code border"
        },
        "$:/language/Docs/PaletteColours/primary": {
            "title": "$:/language/Docs/PaletteColours/primary",
            "text": "General primary"
        },
        "$:/language/Docs/PaletteColours/select-tag-background": {
            "title": "$:/language/Docs/PaletteColours/select-tag-background",
            "text": "`<select>` element background"
        },
        "$:/language/Docs/PaletteColours/select-tag-foreground": {
            "title": "$:/language/Docs/PaletteColours/select-tag-foreground",
            "text": "`<select>` element text"
        },
        "$:/language/Docs/PaletteColours/sidebar-button-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
            "text": "Sidebar button foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
            "text": "Sidebar controls foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
            "text": "Sidebar controls foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
            "text": "Sidebar foreground shadow"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground",
            "text": "Sidebar foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
            "text": "Sidebar muted foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
            "text": "Sidebar muted foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
            "text": "Sidebar tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
            "text": "Sidebar tab background"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
            "text": "Sidebar tab border for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
            "text": "Sidebar tab border"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-divider": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
            "text": "Sidebar tab divider"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
            "text": "Sidebar tab foreground for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
            "text": "Sidebar tab foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
            "text": "Sidebar tiddler link foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
            "text": "Sidebar tiddler link foreground"
        },
        "$:/language/Docs/PaletteColours/site-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/site-title-foreground",
            "text": "Site title foreground"
        },
        "$:/language/Docs/PaletteColours/static-alert-foreground": {
            "title": "$:/language/Docs/PaletteColours/static-alert-foreground",
            "text": "Static alert foreground"
        },
        "$:/language/Docs/PaletteColours/tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-background-selected",
            "text": "Tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-background": {
            "title": "$:/language/Docs/PaletteColours/tab-background",
            "text": "Tab background"
        },
        "$:/language/Docs/PaletteColours/tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-border-selected",
            "text": "Tab border for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-border": {
            "title": "$:/language/Docs/PaletteColours/tab-border",
            "text": "Tab border"
        },
        "$:/language/Docs/PaletteColours/tab-divider": {
            "title": "$:/language/Docs/PaletteColours/tab-divider",
            "text": "Tab divider"
        },
        "$:/language/Docs/PaletteColours/tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
            "text": "Tab foreground for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground",
            "text": "Tab foreground"
        },
        "$:/language/Docs/PaletteColours/table-border": {
            "title": "$:/language/Docs/PaletteColours/table-border",
            "text": "Table border"
        },
        "$:/language/Docs/PaletteColours/table-footer-background": {
            "title": "$:/language/Docs/PaletteColours/table-footer-background",
            "text": "Table footer background"
        },
        "$:/language/Docs/PaletteColours/table-header-background": {
            "title": "$:/language/Docs/PaletteColours/table-header-background",
            "text": "Table header background"
        },
        "$:/language/Docs/PaletteColours/tag-background": {
            "title": "$:/language/Docs/PaletteColours/tag-background",
            "text": "Tag background"
        },
        "$:/language/Docs/PaletteColours/tag-foreground": {
            "title": "$:/language/Docs/PaletteColours/tag-foreground",
            "text": "Tag foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-background",
            "text": "Tiddler background"
        },
        "$:/language/Docs/PaletteColours/tiddler-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-border",
            "text": "Tiddler border"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
            "text": "Tiddler controls foreground hover"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
            "text": "Tiddler controls foreground for selected controls"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
            "text": "Tiddler controls foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
            "text": "Tiddler editor background"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
            "text": "Tiddler editor border image"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
            "text": "Tiddler editor border"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
            "text": "Tiddler editor background for even fields"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
            "text": "Tiddler editor background for odd fields"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-background",
            "text": "Tiddler info panel background"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-border",
            "text": "Tiddler info panel border"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
            "text": "Tiddler info panel tab background"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-background",
            "text": "Tiddler link background"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
            "text": "Tiddler link foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
            "text": "Tiddler subtitle foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
            "text": "Tiddler title foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-new-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-new-button",
            "text": "Toolbar 'new tiddler' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-options-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-options-button",
            "text": "Toolbar 'options' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-save-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-save-button",
            "text": "Toolbar 'save' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-info-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-info-button",
            "text": "Toolbar 'info' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-edit-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
            "text": "Toolbar 'edit' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-close-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-close-button",
            "text": "Toolbar 'close' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-delete-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
            "text": "Toolbar 'delete' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-cancel-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
            "text": "Toolbar 'cancel' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-done-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-done-button",
            "text": "Toolbar 'done' button foreground"
        },
        "$:/language/Docs/PaletteColours/untagged-background": {
            "title": "$:/language/Docs/PaletteColours/untagged-background",
            "text": "Untagged pill background"
        },
        "$:/language/Docs/PaletteColours/very-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/very-muted-foreground",
            "text": "Very muted foreground"
        },
        "$:/language/EditTemplate/Body/External/Hint": {
            "title": "$:/language/EditTemplate/Body/External/Hint",
            "text": "This tiddler shows content stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
        },
        "$:/language/EditTemplate/Body/Placeholder": {
            "title": "$:/language/EditTemplate/Body/Placeholder",
            "text": "Type the text for this tiddler"
        },
        "$:/language/EditTemplate/Body/Preview/Type/Output": {
            "title": "$:/language/EditTemplate/Body/Preview/Type/Output",
            "text": "output"
        },
        "$:/language/EditTemplate/Field/Remove/Caption": {
            "title": "$:/language/EditTemplate/Field/Remove/Caption",
            "text": "remove field"
        },
        "$:/language/EditTemplate/Field/Remove/Hint": {
            "title": "$:/language/EditTemplate/Field/Remove/Hint",
            "text": "Remove field"
        },
        "$:/language/EditTemplate/Field/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Field/Dropdown/Caption",
            "text": "field list"
        },
        "$:/language/EditTemplate/Field/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Field/Dropdown/Hint",
            "text": "Show field list"
        },
        "$:/language/EditTemplate/Fields/Add/Button": {
            "title": "$:/language/EditTemplate/Fields/Add/Button",
            "text": "add"
        },
        "$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
            "text": "field name"
        },
        "$:/language/EditTemplate/Fields/Add/Prompt": {
            "title": "$:/language/EditTemplate/Fields/Add/Prompt",
            "text": "Add a new field:"
        },
        "$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
            "text": "field value"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/System": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
            "text": "System fields"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/User": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
            "text": "User fields"
        },
        "$:/language/EditTemplate/Shadow/Warning": {
            "title": "$:/language/EditTemplate/Shadow/Warning",
            "text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
        },
        "$:/language/EditTemplate/Shadow/OverriddenWarning": {
            "title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
            "text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
        },
        "$:/language/EditTemplate/Tags/Add/Button": {
            "title": "$:/language/EditTemplate/Tags/Add/Button",
            "text": "add"
        },
        "$:/language/EditTemplate/Tags/Add/Placeholder": {
            "title": "$:/language/EditTemplate/Tags/Add/Placeholder",
            "text": "tag name"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
            "text": "tag list"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
            "text": "Show tag list"
        },
        "$:/language/EditTemplate/Title/BadCharacterWarning": {
            "title": "$:/language/EditTemplate/Title/BadCharacterWarning",
            "text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
        },
        "$:/language/EditTemplate/Title/Exists/Prompt": {
            "title": "$:/language/EditTemplate/Title/Exists/Prompt",
            "text": "Target tiddler already exists"
        },
        "$:/language/EditTemplate/Title/Relink/Prompt": {
            "title": "$:/language/EditTemplate/Title/Relink/Prompt",
            "text": "Update ''<$text text=<<fromTitle>>/>'' to ''<$text text=<<toTitle>>/>'' in the //tags// and //list// fields of other tiddlers"
        },
        "$:/language/EditTemplate/Title/References/Prompt": {
            "title": "$:/language/EditTemplate/Title/References/Prompt",
            "text": "The following references to this tiddler will not be automatically updated:"
        },
        "$:/language/EditTemplate/Type/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Caption",
            "text": "content type list"
        },
        "$:/language/EditTemplate/Type/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Hint",
            "text": "Show content type list"
        },
        "$:/language/EditTemplate/Type/Delete/Caption": {
            "title": "$:/language/EditTemplate/Type/Delete/Caption",
            "text": "delete content type"
        },
        "$:/language/EditTemplate/Type/Delete/Hint": {
            "title": "$:/language/EditTemplate/Type/Delete/Hint",
            "text": "Delete content type"
        },
        "$:/language/EditTemplate/Type/Placeholder": {
            "title": "$:/language/EditTemplate/Type/Placeholder",
            "text": "content type"
        },
        "$:/language/EditTemplate/Type/Prompt": {
            "title": "$:/language/EditTemplate/Type/Prompt",
            "text": "Type:"
        },
        "$:/language/Exporters/StaticRiver": {
            "title": "$:/language/Exporters/StaticRiver",
            "text": "Static HTML"
        },
        "$:/language/Exporters/JsonFile": {
            "title": "$:/language/Exporters/JsonFile",
            "text": "JSON file"
        },
        "$:/language/Exporters/CsvFile": {
            "title": "$:/language/Exporters/CsvFile",
            "text": "CSV file"
        },
        "$:/language/Exporters/TidFile": {
            "title": "$:/language/Exporters/TidFile",
            "text": "\".tid\" file"
        },
        "$:/language/Docs/Fields/_canonical_uri": {
            "title": "$:/language/Docs/Fields/_canonical_uri",
            "text": "The full URI of an external image tiddler"
        },
        "$:/language/Docs/Fields/bag": {
            "title": "$:/language/Docs/Fields/bag",
            "text": "The name of the bag from which a tiddler came"
        },
        "$:/language/Docs/Fields/caption": {
            "title": "$:/language/Docs/Fields/caption",
            "text": "The text to be displayed on a tab or button"
        },
        "$:/language/Docs/Fields/color": {
            "title": "$:/language/Docs/Fields/color",
            "text": "The CSS color value associated with a tiddler"
        },
        "$:/language/Docs/Fields/component": {
            "title": "$:/language/Docs/Fields/component",
            "text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
        },
        "$:/language/Docs/Fields/current-tiddler": {
            "title": "$:/language/Docs/Fields/current-tiddler",
            "text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
        },
        "$:/language/Docs/Fields/created": {
            "title": "$:/language/Docs/Fields/created",
            "text": "The date a tiddler was created"
        },
        "$:/language/Docs/Fields/creator": {
            "title": "$:/language/Docs/Fields/creator",
            "text": "The name of the person who created a tiddler"
        },
        "$:/language/Docs/Fields/dependents": {
            "title": "$:/language/Docs/Fields/dependents",
            "text": "For a plugin, lists the dependent plugin titles"
        },
        "$:/language/Docs/Fields/description": {
            "title": "$:/language/Docs/Fields/description",
            "text": "The descriptive text for a plugin, or a modal dialogue"
        },
        "$:/language/Docs/Fields/draft.of": {
            "title": "$:/language/Docs/Fields/draft.of",
            "text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
        },
        "$:/language/Docs/Fields/draft.title": {
            "title": "$:/language/Docs/Fields/draft.title",
            "text": "For draft tiddlers, contains the proposed new title of the tiddler"
        },
        "$:/language/Docs/Fields/footer": {
            "title": "$:/language/Docs/Fields/footer",
            "text": "The footer text for a wizard"
        },
        "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
            "title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
            "text": "A temporary storage field used in [[$:/core/templates/static.content]]"
        },
        "$:/language/Docs/Fields/hide-body": {
            "title": "$:/language/Docs/Fields/hide-body",
            "text": "The view template will hide bodies of tiddlers if set to: ''yes''"
        },
        "$:/language/Docs/Fields/icon": {
            "title": "$:/language/Docs/Fields/icon",
            "text": "The title of the tiddler containing the icon associated with a tiddler"
        },
        "$:/language/Docs/Fields/library": {
            "title": "$:/language/Docs/Fields/library",
            "text": "Indicates that a tiddler should be saved as a JavaScript library if set to: ''yes''"
        },
        "$:/language/Docs/Fields/list": {
            "title": "$:/language/Docs/Fields/list",
            "text": "An ordered list of tiddler titles associated with a tiddler"
        },
        "$:/language/Docs/Fields/list-before": {
            "title": "$:/language/Docs/Fields/list-before",
            "text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
        },
        "$:/language/Docs/Fields/list-after": {
            "title": "$:/language/Docs/Fields/list-after",
            "text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles, or at the end of the list if this field is present but empty"
        },
        "$:/language/Docs/Fields/modified": {
            "title": "$:/language/Docs/Fields/modified",
            "text": "The date and time at which a tiddler was last modified"
        },
        "$:/language/Docs/Fields/modifier": {
            "title": "$:/language/Docs/Fields/modifier",
            "text": "The tiddler title associated with the person who last modified a tiddler"
        },
        "$:/language/Docs/Fields/name": {
            "title": "$:/language/Docs/Fields/name",
            "text": "The human readable name associated with a plugin tiddler"
        },
        "$:/language/Docs/Fields/plugin-priority": {
            "title": "$:/language/Docs/Fields/plugin-priority",
            "text": "A numerical value indicating the priority of a plugin tiddler"
        },
        "$:/language/Docs/Fields/plugin-type": {
            "title": "$:/language/Docs/Fields/plugin-type",
            "text": "The type of plugin in a plugin tiddler"
        },
        "$:/language/Docs/Fields/revision": {
            "title": "$:/language/Docs/Fields/revision",
            "text": "The revision of the tiddler held at the server"
        },
        "$:/language/Docs/Fields/released": {
            "title": "$:/language/Docs/Fields/released",
            "text": "Date of a TiddlyWiki release"
        },
        "$:/language/Docs/Fields/source": {
            "title": "$:/language/Docs/Fields/source",
            "text": "The source URL associated with a tiddler"
        },
        "$:/language/Docs/Fields/subtitle": {
            "title": "$:/language/Docs/Fields/subtitle",
            "text": "The subtitle text for a wizard"
        },
        "$:/language/Docs/Fields/tags": {
            "title": "$:/language/Docs/Fields/tags",
            "text": "A list of tags associated with a tiddler"
        },
        "$:/language/Docs/Fields/text": {
            "title": "$:/language/Docs/Fields/text",
            "text": "The body text of a tiddler"
        },
        "$:/language/Docs/Fields/title": {
            "title": "$:/language/Docs/Fields/title",
            "text": "The unique name of a tiddler"
        },
        "$:/language/Docs/Fields/toc-link": {
            "title": "$:/language/Docs/Fields/toc-link",
            "text": "Suppresses the tiddler's link in a Table of Contents tree if set to: ''no''"
        },
        "$:/language/Docs/Fields/type": {
            "title": "$:/language/Docs/Fields/type",
            "text": "The content type of a tiddler"
        },
        "$:/language/Docs/Fields/version": {
            "title": "$:/language/Docs/Fields/version",
            "text": "Version information for a plugin"
        },
        "$:/language/Filters/AllTiddlers": {
            "title": "$:/language/Filters/AllTiddlers",
            "text": "All tiddlers except system tiddlers"
        },
        "$:/language/Filters/RecentSystemTiddlers": {
            "title": "$:/language/Filters/RecentSystemTiddlers",
            "text": "Recently modified tiddlers, including system tiddlers"
        },
        "$:/language/Filters/RecentTiddlers": {
            "title": "$:/language/Filters/RecentTiddlers",
            "text": "Recently modified tiddlers"
        },
        "$:/language/Filters/AllTags": {
            "title": "$:/language/Filters/AllTags",
            "text": "All tags except system tags"
        },
        "$:/language/Filters/Missing": {
            "title": "$:/language/Filters/Missing",
            "text": "Missing tiddlers"
        },
        "$:/language/Filters/Drafts": {
            "title": "$:/language/Filters/Drafts",
            "text": "Draft tiddlers"
        },
        "$:/language/Filters/Orphans": {
            "title": "$:/language/Filters/Orphans",
            "text": "Orphan tiddlers"
        },
        "$:/language/Filters/SystemTiddlers": {
            "title": "$:/language/Filters/SystemTiddlers",
            "text": "System tiddlers"
        },
        "$:/language/Filters/ShadowTiddlers": {
            "title": "$:/language/Filters/ShadowTiddlers",
            "text": "Shadow tiddlers"
        },
        "$:/language/Filters/OverriddenShadowTiddlers": {
            "title": "$:/language/Filters/OverriddenShadowTiddlers",
            "text": "Overridden shadow tiddlers"
        },
        "$:/language/Filters/SessionTiddlers": {
            "title": "$:/language/Filters/SessionTiddlers",
            "text": "Tiddlers modified since the wiki was loaded"
        },
        "$:/language/Filters/SystemTags": {
            "title": "$:/language/Filters/SystemTags",
            "text": "System tags"
        },
        "$:/language/Filters/StoryList": {
            "title": "$:/language/Filters/StoryList",
            "text": "Tiddlers in the story river, excluding <$text text=\"$:/AdvancedSearch\"/>"
        },
        "$:/language/Filters/TypedTiddlers": {
            "title": "$:/language/Filters/TypedTiddlers",
            "text": "Non wiki-text tiddlers"
        },
        "GettingStarted": {
            "title": "GettingStarted",
            "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is vital to make sure that you can reliably save changes. See https://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
        },
        "$:/language/Help/build": {
            "title": "$:/language/Help/build",
            "description": "Automatically run configured commands",
            "text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
        },
        "$:/language/Help/clearpassword": {
            "title": "$:/language/Help/clearpassword",
            "description": "Clear a password for subsequent crypto operations",
            "text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
        },
        "$:/language/Help/default": {
            "title": "$:/language/Help/default",
            "text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
        },
        "$:/language/Help/deletetiddlers": {
            "title": "$:/language/Help/deletetiddlers",
            "description": "Deletes a group of tiddlers",
            "text": "<<.from-version \"5.1.20\">> Deletes a group of tiddlers identified by a filter.\n\n```\n--deletetiddlers <filter>\n```\n"
        },
        "$:/language/Help/editions": {
            "title": "$:/language/Help/editions",
            "description": "Lists the available editions of TiddlyWiki",
            "text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
        },
        "$:/language/Help/fetch": {
            "title": "$:/language/Help/fetch",
            "description": "Fetch tiddlers from wiki by URL",
            "text": "Fetch one or more files over HTTP/HTTPS, and import the tiddlers matching a filter, optionally transforming the incoming titles.\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n--fetch raw-file <url> <transform-filter>\n--fetch raw-files <url-filter> <transform-filter>\n```\n\nThe \"file\" and \"files\" variants fetch the specified files and attempt to import the tiddlers within them (the same processing as if the files were dragged into the browser window). The \"raw-file\" and \"raw-files\" variants fetch the specified files and then store the raw file data in tiddlers, without applying the import logic.\n\nWith the \"file\" and \"raw-file\" variants only a single file is fetched and the first parameter is the URL of the file to read.\n\nWith the \"files\" and \"raw-files\" variants, multiple files are fetched and the first parameter is a filter yielding a list of URLs of the files to read. For example, given a set of tiddlers tagged \"remote-server\" that have a field \"url\" the filter `[tag[remote-server]get[url]]` will retrieve all the available URLs.\n\nFor the \"file\" and \"files\" variants, the `<import-filter>` parameter specifies a filter determining which tiddlers are imported. It defaults to `[all[tiddlers]]` if not provided.\n\nFor all variants, the `<transform-filter>` parameter specifies an optional filter that transforms the titles of the imported tiddlers. For example, `[addprefix[$:/myimports/]]` would add the prefix `$:/myimports/` to each title.\n\nPreceding the `--fetch` command with `--verbose` will output progress information during the import.\n\nNote that TiddlyWiki will not fetch an older version of an already loaded plugin.\n\nThe following example retrieves all the non-system tiddlers from https://tiddlywiki.com and saves them to a JSON file:\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\nThe following example retrieves the \"favicon\" file from tiddlywiki.com and saves it in a file called \"output.ico\". Note that the intermediate tiddler \"Icon Tiddler\" is quoted in the \"--fetch\" command because it is being used as a transformation filter to replace the default title, while there are no quotes for the \"--savetiddler\" command because it is being used directly as a title.\n\n```\ntiddlywiki --verbose --fetch raw-file \"https://tiddlywiki.com/favicon.ico\" \"[[Icon Tiddler]]\" --savetiddler \"Icon Tiddler\" output.ico\n```\n\n"
        },
        "$:/language/Help/help": {
            "title": "$:/language/Help/help",
            "description": "Display help for TiddlyWiki commands",
            "text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
        },
        "$:/language/Help/import": {
            "title": "$:/language/Help/import",
            "description": "Import tiddlers from a file",
            "text": "Import tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The deserializer must be explicitly specified, unlike the `load` command which infers the deserializer from the file extension.\n\n```\n--import <filepath> <deserializer> [<title>] [<encoding>]\n```\n\nThe deserializers in the core include:\n\n* application/javascript\n* application/json\n* application/x-tiddler\n* application/x-tiddler-html-div\n* application/x-tiddlers\n* text/html\n* text/plain\n\nThe title of the imported tiddler defaults to the filename.\n\nThe encoding defaults to \"utf8\", but can be \"base64\" for importing binary files.\n\nNote that TiddlyWiki will not import an older version of an already loaded plugin.\n"
        },
        "$:/language/Help/init": {
            "title": "$:/language/Help/init",
            "description": "Initialise a new wiki folder",
            "text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
        },
        "$:/language/Help/listen": {
            "title": "$:/language/Help/listen",
            "description": "Provides an HTTP server interface to TiddlyWiki",
            "text": "Serves a wiki over HTTP.\n\nThe listen command uses NamedCommandParameters:\n\n```\n--listen [<name>=<value>]...\n```\n\nAll parameters are optional with safe defaults, and can be specified in any order. The recognised parameters are:\n\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''credentials'' - pathname of credentials CSV file (relative to wiki folder)\n* ''anon-username'' - the username for signing edits for anonymous users\n* ''username'' - optional username for basic authentication\n* ''password'' - optional password for basic authentication\n* ''authenticated-user-header'' - optional name of header to be used for trusted authentication\n* ''readers'' - comma separated list of principals allowed to read from this wiki\n* ''writers'' - comma separated list of principals allowed to write to this wiki\n* ''csrf-disable'' - set to \"yes\" to disable CSRF checks (defaults to \"no\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''tls-cert'' - pathname of TLS certificate file (relative to wiki folder)\n* ''tls-key'' - pathname of TLS key file (relative to wiki folder)\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n* ''gzip'' - set to \"yes\" to enable gzip compression for some http endpoints (defaults to \"no\")\n\nFor information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\n"
        },
        "$:/language/Help/load": {
            "title": "$:/language/Help/load",
            "description": "Load tiddlers from a file",
            "text": "Load tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The processing applied to incoming files is determined by the file extension. Use the alternative `import` command if you need to specify the deserializer and encoding explicitly.\n\n```\n--load <filepath> [noerror]\n--load <dirpath> [noerror]\n```\n\nBy default, the load command raises an error if no tiddlers are found. The error can be suppressed by providing the optional \"noerror\" parameter.\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
        },
        "$:/language/Help/makelibrary": {
            "title": "$:/language/Help/makelibrary",
            "description": "Construct library plugin required by upgrade process",
            "text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
        },
        "$:/language/Help/notfound": {
            "title": "$:/language/Help/notfound",
            "text": "No such help item"
        },
        "$:/language/Help/output": {
            "title": "$:/language/Help/output",
            "description": "Set the base output directory for subsequent commands",
            "text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
        },
        "$:/language/Help/password": {
            "title": "$:/language/Help/password",
            "description": "Set a password for subsequent crypto operations",
            "text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
        },
        "$:/language/Help/render": {
            "title": "$:/language/Help/render",
            "description": "Renders individual tiddlers to files",
            "text": "Render individual tiddlers identified by a filter and save the results to the specified files.\n\nOptionally, the title of a template tiddler can be specified. In this case, instead of directly rendering each tiddler, the template tiddler is rendered with the \"currentTiddler\" variable set to the title of the tiddler that is being rendered.\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--render <tiddler-filter> [<filename-filter>] [<render-type>] [<template>] [<name>] [<value>]\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be rendered\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]addsuffix[.html]]`, which uses the unchanged tiddler title as the filename\n* ''render-type'': Optional render type: `text/html` (the default) returns the full HTML text and `text/plain` just returns the text content (ie it ignores HTML tags and other unprintable material)\n* ''template'': Optional template through which each tiddler is rendered\n* ''name'': Name of optional variable\n* ''value'': Value of optional variable\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When referring to a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--render \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being rendered, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--render` command is a more flexible replacement for both the `--rendertiddler` and `--rendertiddlers` commands, which are deprecated\n\nExamples:\n\n* `--render \"[!is[system]]\" \"[encodeuricomponent[]addprefix[tiddlers/]addsuffix[.html]]\"` -- renders all non-system tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles and the extension HTML\n\n"
        },
        "$:/language/Help/rendertiddler": {
            "title": "$:/language/Help/rendertiddler",
            "description": "Render an individual tiddler as a specified ContentType",
            "text": "(Note: The `--rendertiddler` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename.\n\nOptionally the title of a template tiddler can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>] [<name>] [<value>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n\nFor example, the following command saves all tiddlers matching the filter `[tag[done]]` to a JSON file titled `output.json` by employing the core template `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
        },
        "$:/language/Help/rendertiddlers": {
            "title": "$:/language/Help/rendertiddlers",
            "description": "Render tiddlers matching a filter to a specified ContentType",
            "text": "(Note: The `--rendertiddlers` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
        },
        "$:/language/Help/save": {
            "title": "$:/language/Help/save",
            "description": "Saves individual raw tiddlers to files",
            "text": "Saves individual tiddlers identified by a filter in their raw text or binary format to the specified files.\n\n```\n--save <tiddler-filter> <filename-filter>\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be saved\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]]`, which uses the unchanged tiddler title as the filename\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When saving a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--save \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being saved, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--save` command is a more flexible replacement for both the `--savetiddler` and `--savetiddlers` commands, which are deprecated\n\nExamples:\n\n* `--save \"[!is[system]is[image]]\" \"[encodeuricomponent[]addprefix[tiddlers/]]\"` -- saves all non-system image tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles\n"
        },
        "$:/language/Help/savetiddler": {
            "title": "$:/language/Help/savetiddler",
            "description": "Saves a raw tiddler to a file",
            "text": "(Note: The `--savetiddler` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
        },
        "$:/language/Help/savetiddlers": {
            "title": "$:/language/Help/savetiddlers",
            "description": "Saves a group of raw tiddlers to a directory",
            "text": "(Note: The `--savetiddlers` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
        },
        "$:/language/Help/savewikifolder": {
            "title": "$:/language/Help/savewikifolder",
            "description": "Saves a wiki to a new wiki folder",
            "text": "<<.from-version \"5.1.20\">> Saves the current wiki as a wiki folder, including tiddlers, plugins and configuration:\n\n```\n--savewikifolder <wikifolderpath> [<filter>]\n```\n\n* The target wiki folder must be empty or non-existent\n* The filter specifies which tiddlers should be included. It is optional, defaulting to `[all[tiddlers]]`\n* Plugins from the official plugin library are replaced with references to those plugins in the `tiddlywiki.info` file\n* Custom plugins are unpacked into their own folder\n\nA common usage is to convert a TiddlyWiki HTML file into a wiki folder:\n\n```\ntiddlywiki --load ./mywiki.html --savewikifolder ./mywikifolder\n```\n"
        },
        "$:/language/Help/server": {
            "title": "$:/language/Help/server",
            "description": "Provides an HTTP server interface to TiddlyWiki (deprecated in favour of the new listen command)",
            "text": "Legacy command to serve a wiki over HTTP.\n\n```\n--server <port> <root-tiddler> <root-render-type> <root-serve-type> <username> <password> <host> <path-prefix> <debug-level>\n```\n\nThe parameters are:\n\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation should only be used on a trusted network or over HTTPS.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password.\n\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nUsing an address like this exposes your system to the local network. For information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port. It can be useful to use an environment variable to pass the port number to the Node.js process. This example references an environment variable called \"MY_PORT_NUMBER\":\n\n```\n--server MY_PORT_NUMBER $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n"
        },
        "$:/language/Help/setfield": {
            "title": "$:/language/Help/setfield",
            "description": "Prepares external tiddlers for use",
            "text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
        },
        "$:/language/Help/unpackplugin": {
            "title": "$:/language/Help/unpackplugin",
            "description": "Unpack the payload tiddlers from a plugin",
            "text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
        },
        "$:/language/Help/verbose": {
            "title": "$:/language/Help/verbose",
            "description": "Triggers verbose output mode",
            "text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
        },
        "$:/language/Help/version": {
            "title": "$:/language/Help/version",
            "description": "Displays the version number of TiddlyWiki",
            "text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
        },
        "$:/language/Import/Imported/Hint": {
            "title": "$:/language/Import/Imported/Hint",
            "text": "The following tiddlers were imported:"
        },
        "$:/language/Import/Listing/Cancel/Caption": {
            "title": "$:/language/Import/Listing/Cancel/Caption",
            "text": "Cancel"
        },
        "$:/language/Import/Listing/Hint": {
            "title": "$:/language/Import/Listing/Hint",
            "text": "These tiddlers are ready to import:"
        },
        "$:/language/Import/Listing/Import/Caption": {
            "title": "$:/language/Import/Listing/Import/Caption",
            "text": "Import"
        },
        "$:/language/Import/Listing/Select/Caption": {
            "title": "$:/language/Import/Listing/Select/Caption",
            "text": "Select"
        },
        "$:/language/Import/Listing/Status/Caption": {
            "title": "$:/language/Import/Listing/Status/Caption",
            "text": "Status"
        },
        "$:/language/Import/Listing/Title/Caption": {
            "title": "$:/language/Import/Listing/Title/Caption",
            "text": "Title"
        },
        "$:/language/Import/Listing/Preview": {
            "title": "$:/language/Import/Listing/Preview",
            "text": "Preview:"
        },
        "$:/language/Import/Listing/Preview/Text": {
            "title": "$:/language/Import/Listing/Preview/Text",
            "text": "Text"
        },
        "$:/language/Import/Listing/Preview/TextRaw": {
            "title": "$:/language/Import/Listing/Preview/TextRaw",
            "text": "Text (Raw)"
        },
        "$:/language/Import/Listing/Preview/Fields": {
            "title": "$:/language/Import/Listing/Preview/Fields",
            "text": "Fields"
        },
        "$:/language/Import/Listing/Preview/Diff": {
            "title": "$:/language/Import/Listing/Preview/Diff",
            "text": "Diff"
        },
        "$:/language/Import/Listing/Preview/DiffFields": {
            "title": "$:/language/Import/Listing/Preview/DiffFields",
            "text": "Diff (Fields)"
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
            "text": "Blocked incompatible or obsolete plugin"
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
            "text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
        },
        "$:/language/Import/Upgrader/Plugins/Upgraded": {
            "title": "$:/language/Import/Upgrader/Plugins/Upgraded",
            "text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
        },
        "$:/language/Import/Upgrader/State/Suppressed": {
            "title": "$:/language/Import/Upgrader/State/Suppressed",
            "text": "Blocked temporary state tiddler"
        },
        "$:/language/Import/Upgrader/System/Suppressed": {
            "title": "$:/language/Import/Upgrader/System/Suppressed",
            "text": "Blocked system tiddler"
        },
        "$:/language/Import/Upgrader/System/Warning": {
            "title": "$:/language/Import/Upgrader/System/Warning",
            "text": "Core module tiddler"
        },
        "$:/language/Import/Upgrader/System/Alert": {
            "title": "$:/language/Import/Upgrader/System/Alert",
            "text": "You are about to import a tiddler that will overwrite a core module tiddler. This is not recommended as it may make the system unstable"
        },
        "$:/language/Import/Upgrader/ThemeTweaks/Created": {
            "title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
            "text": "Migrated theme tweak from <$text text=<<from>>/>"
        },
        "$:/language/AboveStory/ClassicPlugin/Warning": {
            "title": "$:/language/AboveStory/ClassicPlugin/Warning",
            "text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|https://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
        },
        "$:/language/BinaryWarning/Prompt": {
            "title": "$:/language/BinaryWarning/Prompt",
            "text": "This tiddler contains binary data"
        },
        "$:/language/ClassicWarning/Hint": {
            "title": "$:/language/ClassicWarning/Hint",
            "text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See https://tiddlywiki.com/static/Upgrading.html for more details."
        },
        "$:/language/ClassicWarning/Upgrade/Caption": {
            "title": "$:/language/ClassicWarning/Upgrade/Caption",
            "text": "upgrade"
        },
        "$:/language/CloseAll/Button": {
            "title": "$:/language/CloseAll/Button",
            "text": "close all"
        },
        "$:/language/ColourPicker/Recent": {
            "title": "$:/language/ColourPicker/Recent",
            "text": "Recent:"
        },
        "$:/language/ConfirmCancelTiddler": {
            "title": "$:/language/ConfirmCancelTiddler",
            "text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmDeleteTiddler": {
            "title": "$:/language/ConfirmDeleteTiddler",
            "text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmOverwriteTiddler": {
            "title": "$:/language/ConfirmOverwriteTiddler",
            "text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmEditShadowTiddler": {
            "title": "$:/language/ConfirmEditShadowTiddler",
            "text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
        },
        "$:/language/Count": {
            "title": "$:/language/Count",
            "text": "count"
        },
        "$:/language/DefaultNewTiddlerTitle": {
            "title": "$:/language/DefaultNewTiddlerTitle",
            "text": "New Tiddler"
        },
        "$:/language/Diffs/CountMessage": {
            "title": "$:/language/Diffs/CountMessage",
            "text": "<<diff-count>> differences"
        },
        "$:/language/DropMessage": {
            "title": "$:/language/DropMessage",
            "text": "Drop here (or use the 'Escape' key to cancel)"
        },
        "$:/language/Encryption/Cancel": {
            "title": "$:/language/Encryption/Cancel",
            "text": "Cancel"
        },
        "$:/language/Encryption/ConfirmClearPassword": {
            "title": "$:/language/Encryption/ConfirmClearPassword",
            "text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
        },
        "$:/language/Encryption/PromptSetPassword": {
            "title": "$:/language/Encryption/PromptSetPassword",
            "text": "Set a new password for this TiddlyWiki"
        },
        "$:/language/Encryption/Username": {
            "title": "$:/language/Encryption/Username",
            "text": "Username"
        },
        "$:/language/Encryption/Password": {
            "title": "$:/language/Encryption/Password",
            "text": "Password"
        },
        "$:/language/Encryption/RepeatPassword": {
            "title": "$:/language/Encryption/RepeatPassword",
            "text": "Repeat password"
        },
        "$:/language/Encryption/PasswordNoMatch": {
            "title": "$:/language/Encryption/PasswordNoMatch",
            "text": "Passwords do not match"
        },
        "$:/language/Encryption/SetPassword": {
            "title": "$:/language/Encryption/SetPassword",
            "text": "Set password"
        },
        "$:/language/Error/Caption": {
            "title": "$:/language/Error/Caption",
            "text": "Error"
        },
        "$:/language/Error/EditConflict": {
            "title": "$:/language/Error/EditConflict",
            "text": "File changed on server"
        },
        "$:/language/Error/Filter": {
            "title": "$:/language/Error/Filter",
            "text": "Filter error"
        },
        "$:/language/Error/FilterSyntax": {
            "title": "$:/language/Error/FilterSyntax",
            "text": "Syntax error in filter expression"
        },
        "$:/language/Error/IsFilterOperator": {
            "title": "$:/language/Error/IsFilterOperator",
            "text": "Filter Error: Unknown operand for the 'is' filter operator"
        },
        "$:/language/Error/LoadingPluginLibrary": {
            "title": "$:/language/Error/LoadingPluginLibrary",
            "text": "Error loading plugin library"
        },
        "$:/language/Error/RecursiveTransclusion": {
            "title": "$:/language/Error/RecursiveTransclusion",
            "text": "Recursive transclusion error in transclude widget"
        },
        "$:/language/Error/RetrievingSkinny": {
            "title": "$:/language/Error/RetrievingSkinny",
            "text": "Error retrieving skinny tiddler list"
        },
        "$:/language/Error/SavingToTWEdit": {
            "title": "$:/language/Error/SavingToTWEdit",
            "text": "Error saving to TWEdit"
        },
        "$:/language/Error/WhileSaving": {
            "title": "$:/language/Error/WhileSaving",
            "text": "Error while saving"
        },
        "$:/language/Error/XMLHttpRequest": {
            "title": "$:/language/Error/XMLHttpRequest",
            "text": "XMLHttpRequest error code"
        },
        "$:/language/InternalJavaScriptError/Title": {
            "title": "$:/language/InternalJavaScriptError/Title",
            "text": "Internal JavaScript Error"
        },
        "$:/language/InternalJavaScriptError/Hint": {
            "title": "$:/language/InternalJavaScriptError/Hint",
            "text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
        },
        "$:/language/InvalidFieldName": {
            "title": "$:/language/InvalidFieldName",
            "text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
        },
        "$:/language/LazyLoadingWarning": {
            "title": "$:/language/LazyLoadingWarning",
            "text": "<p>Trying to load external content from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear, either the tiddler content type doesn't match the type of the external content, or you may be using a browser that doesn't support external content for wikis loaded as standalone files. See https://tiddlywiki.com/#ExternalText</p>"
        },
        "$:/language/LoginToTiddlySpace": {
            "title": "$:/language/LoginToTiddlySpace",
            "text": "Login to TiddlySpace"
        },
        "$:/language/Manager/Controls/FilterByTag/None": {
            "title": "$:/language/Manager/Controls/FilterByTag/None",
            "text": "(none)"
        },
        "$:/language/Manager/Controls/FilterByTag/Prompt": {
            "title": "$:/language/Manager/Controls/FilterByTag/Prompt",
            "text": "Filter by tag:"
        },
        "$:/language/Manager/Controls/Order/Prompt": {
            "title": "$:/language/Manager/Controls/Order/Prompt",
            "text": "Reverse order"
        },
        "$:/language/Manager/Controls/Search/Placeholder": {
            "title": "$:/language/Manager/Controls/Search/Placeholder",
            "text": "Search"
        },
        "$:/language/Manager/Controls/Search/Prompt": {
            "title": "$:/language/Manager/Controls/Search/Prompt",
            "text": "Search:"
        },
        "$:/language/Manager/Controls/Show/Option/Tags": {
            "title": "$:/language/Manager/Controls/Show/Option/Tags",
            "text": "tags"
        },
        "$:/language/Manager/Controls/Show/Option/Tiddlers": {
            "title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
            "text": "tiddlers"
        },
        "$:/language/Manager/Controls/Show/Prompt": {
            "title": "$:/language/Manager/Controls/Show/Prompt",
            "text": "Show:"
        },
        "$:/language/Manager/Controls/Sort/Prompt": {
            "title": "$:/language/Manager/Controls/Sort/Prompt",
            "text": "Sort by:"
        },
        "$:/language/Manager/Item/Colour": {
            "title": "$:/language/Manager/Item/Colour",
            "text": "Colour"
        },
        "$:/language/Manager/Item/Fields": {
            "title": "$:/language/Manager/Item/Fields",
            "text": "Fields"
        },
        "$:/language/Manager/Item/Icon/None": {
            "title": "$:/language/Manager/Item/Icon/None",
            "text": "(none)"
        },
        "$:/language/Manager/Item/Icon": {
            "title": "$:/language/Manager/Item/Icon",
            "text": "Icon"
        },
        "$:/language/Manager/Item/RawText": {
            "title": "$:/language/Manager/Item/RawText",
            "text": "Raw text"
        },
        "$:/language/Manager/Item/Tags": {
            "title": "$:/language/Manager/Item/Tags",
            "text": "Tags"
        },
        "$:/language/Manager/Item/Tools": {
            "title": "$:/language/Manager/Item/Tools",
            "text": "Tools"
        },
        "$:/language/Manager/Item/WikifiedText": {
            "title": "$:/language/Manager/Item/WikifiedText",
            "text": "Wikified text"
        },
        "$:/language/MissingTiddler/Hint": {
            "title": "$:/language/MissingTiddler/Hint",
            "text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" -- click {{||$:/core/ui/Buttons/edit}} to create"
        },
        "$:/language/No": {
            "title": "$:/language/No",
            "text": "No"
        },
        "$:/language/OfficialPluginLibrary": {
            "title": "$:/language/OfficialPluginLibrary",
            "text": "Official ~TiddlyWiki Plugin Library"
        },
        "$:/language/OfficialPluginLibrary/Hint": {
            "title": "$:/language/OfficialPluginLibrary/Hint",
            "text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
        },
        "$:/language/PluginReloadWarning": {
            "title": "$:/language/PluginReloadWarning",
            "text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
        },
        "$:/language/RecentChanges/DateFormat": {
            "title": "$:/language/RecentChanges/DateFormat",
            "text": "DDth MMM YYYY"
        },
        "$:/language/SystemTiddler/Tooltip": {
            "title": "$:/language/SystemTiddler/Tooltip",
            "text": "This is a system tiddler"
        },
        "$:/language/SystemTiddlers/Include/Prompt": {
            "title": "$:/language/SystemTiddlers/Include/Prompt",
            "text": "Include system tiddlers"
        },
        "$:/language/TagManager/Colour/Heading": {
            "title": "$:/language/TagManager/Colour/Heading",
            "text": "Colour"
        },
        "$:/language/TagManager/Count/Heading": {
            "title": "$:/language/TagManager/Count/Heading",
            "text": "Count"
        },
        "$:/language/TagManager/Icon/Heading": {
            "title": "$:/language/TagManager/Icon/Heading",
            "text": "Icon"
        },
        "$:/language/TagManager/Info/Heading": {
            "title": "$:/language/TagManager/Info/Heading",
            "text": "Info"
        },
        "$:/language/TagManager/Tag/Heading": {
            "title": "$:/language/TagManager/Tag/Heading",
            "text": "Tag"
        },
        "$:/language/Tiddler/DateFormat": {
            "title": "$:/language/Tiddler/DateFormat",
            "text": "DDth MMM YYYY at hh12:0mmam"
        },
        "$:/language/UnsavedChangesWarning": {
            "title": "$:/language/UnsavedChangesWarning",
            "text": "You have unsaved changes in TiddlyWiki"
        },
        "$:/language/Yes": {
            "title": "$:/language/Yes",
            "text": "Yes"
        },
        "$:/language/Modals/Download": {
            "title": "$:/language/Modals/Download",
            "subtitle": "Download changes",
            "footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
            "help": "https://tiddlywiki.com/static/DownloadingChanges.html",
            "text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
        },
        "$:/language/Modals/SaveInstructions": {
            "title": "$:/language/Modals/SaveInstructions",
            "subtitle": "Save your work",
            "footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
            "help": "https://tiddlywiki.com/static/SavingChanges.html",
            "text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
        },
        "$:/config/NewJournal/Title": {
            "title": "$:/config/NewJournal/Title",
            "text": "DDth MMM YYYY"
        },
        "$:/config/NewJournal/Text": {
            "title": "$:/config/NewJournal/Text",
            "text": ""
        },
        "$:/config/NewJournal/Tags": {
            "title": "$:/config/NewJournal/Tags",
            "text": "Journal"
        },
        "$:/language/Notifications/Save/Done": {
            "title": "$:/language/Notifications/Save/Done",
            "text": "Saved wiki"
        },
        "$:/language/Notifications/Save/Starting": {
            "title": "$:/language/Notifications/Save/Starting",
            "text": "Starting to save wiki"
        },
        "$:/language/Notifications/CopiedToClipboard/Succeeded": {
            "title": "$:/language/Notifications/CopiedToClipboard/Succeeded",
            "text": "Copied to clipboard!"
        },
        "$:/language/Notifications/CopiedToClipboard/Failed": {
            "title": "$:/language/Notifications/CopiedToClipboard/Failed",
            "text": "Failed to copy to clipboard!"
        },
        "$:/language/Search/DefaultResults/Caption": {
            "title": "$:/language/Search/DefaultResults/Caption",
            "text": "List"
        },
        "$:/language/Search/Filter/Caption": {
            "title": "$:/language/Search/Filter/Caption",
            "text": "Filter"
        },
        "$:/language/Search/Filter/Hint": {
            "title": "$:/language/Search/Filter/Hint",
            "text": "Search via a [[filter expression|https://tiddlywiki.com/static/Filters.html]]"
        },
        "$:/language/Search/Filter/Matches": {
            "title": "$:/language/Search/Filter/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Matches": {
            "title": "$:/language/Search/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Matches/All": {
            "title": "$:/language/Search/Matches/All",
            "text": "All matches:"
        },
        "$:/language/Search/Matches/Title": {
            "title": "$:/language/Search/Matches/Title",
            "text": "Title matches:"
        },
        "$:/language/Search/Search": {
            "title": "$:/language/Search/Search",
            "text": "Search"
        },
        "$:/language/Search/Search/TooShort": {
            "title": "$:/language/Search/Search/TooShort",
            "text": "Search text too short"
        },
        "$:/language/Search/Shadows/Caption": {
            "title": "$:/language/Search/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/Search/Shadows/Hint": {
            "title": "$:/language/Search/Shadows/Hint",
            "text": "Search for shadow tiddlers"
        },
        "$:/language/Search/Shadows/Matches": {
            "title": "$:/language/Search/Shadows/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Standard/Caption": {
            "title": "$:/language/Search/Standard/Caption",
            "text": "Standard"
        },
        "$:/language/Search/Standard/Hint": {
            "title": "$:/language/Search/Standard/Hint",
            "text": "Search for standard tiddlers"
        },
        "$:/language/Search/Standard/Matches": {
            "title": "$:/language/Search/Standard/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/System/Caption": {
            "title": "$:/language/Search/System/Caption",
            "text": "System"
        },
        "$:/language/Search/System/Hint": {
            "title": "$:/language/Search/System/Hint",
            "text": "Search for system tiddlers"
        },
        "$:/language/Search/System/Matches": {
            "title": "$:/language/Search/System/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/SideBar/All/Caption": {
            "title": "$:/language/SideBar/All/Caption",
            "text": "All"
        },
        "$:/language/SideBar/Contents/Caption": {
            "title": "$:/language/SideBar/Contents/Caption",
            "text": "Contents"
        },
        "$:/language/SideBar/Drafts/Caption": {
            "title": "$:/language/SideBar/Drafts/Caption",
            "text": "Drafts"
        },
        "$:/language/SideBar/Explorer/Caption": {
            "title": "$:/language/SideBar/Explorer/Caption",
            "text": "Explorer"
        },
        "$:/language/SideBar/Missing/Caption": {
            "title": "$:/language/SideBar/Missing/Caption",
            "text": "Missing"
        },
        "$:/language/SideBar/More/Caption": {
            "title": "$:/language/SideBar/More/Caption",
            "text": "More"
        },
        "$:/language/SideBar/Open/Caption": {
            "title": "$:/language/SideBar/Open/Caption",
            "text": "Open"
        },
        "$:/language/SideBar/Orphans/Caption": {
            "title": "$:/language/SideBar/Orphans/Caption",
            "text": "Orphans"
        },
        "$:/language/SideBar/Recent/Caption": {
            "title": "$:/language/SideBar/Recent/Caption",
            "text": "Recent"
        },
        "$:/language/SideBar/Shadows/Caption": {
            "title": "$:/language/SideBar/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/SideBar/System/Caption": {
            "title": "$:/language/SideBar/System/Caption",
            "text": "System"
        },
        "$:/language/SideBar/Tags/Caption": {
            "title": "$:/language/SideBar/Tags/Caption",
            "text": "Tags"
        },
        "$:/language/SideBar/Tags/Untagged/Caption": {
            "title": "$:/language/SideBar/Tags/Untagged/Caption",
            "text": "untagged"
        },
        "$:/language/SideBar/Tools/Caption": {
            "title": "$:/language/SideBar/Tools/Caption",
            "text": "Tools"
        },
        "$:/language/SideBar/Types/Caption": {
            "title": "$:/language/SideBar/Types/Caption",
            "text": "Types"
        },
        "$:/SiteSubtitle": {
            "title": "$:/SiteSubtitle",
            "text": "a non-linear personal web notebook"
        },
        "$:/SiteTitle": {
            "title": "$:/SiteTitle",
            "text": "My ~TiddlyWiki"
        },
        "$:/language/Snippets/ListByTag": {
            "title": "$:/language/Snippets/ListByTag",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "List of tiddlers by tag",
            "text": "<<list-links \"[tag[task]sort[title]]\">>\n"
        },
        "$:/language/Snippets/MacroDefinition": {
            "title": "$:/language/Snippets/MacroDefinition",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Macro definition",
            "text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
        },
        "$:/language/Snippets/Table4x3": {
            "title": "$:/language/Snippets/Table4x3",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Table with 4 columns by 3 rows",
            "text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
        },
        "$:/language/Snippets/TableOfContents": {
            "title": "$:/language/Snippets/TableOfContents",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Table of Contents",
            "text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
        },
        "$:/language/ThemeTweaks/ThemeTweaks": {
            "title": "$:/language/ThemeTweaks/ThemeTweaks",
            "text": "Theme Tweaks"
        },
        "$:/language/ThemeTweaks/ThemeTweaks/Hint": {
            "title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
            "text": "You can tweak certain aspects of the ''Vanilla'' theme."
        },
        "$:/language/ThemeTweaks/Options": {
            "title": "$:/language/ThemeTweaks/Options",
            "text": "Options"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout",
            "text": "Sidebar layout"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
            "text": "Fixed story, fluid sidebar"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
            "text": "Fluid story, fixed sidebar"
        },
        "$:/language/ThemeTweaks/Options/StickyTitles": {
            "title": "$:/language/ThemeTweaks/Options/StickyTitles",
            "text": "Sticky titles"
        },
        "$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
            "title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
            "text": "Causes tiddler titles to \"stick\" to the top of the browser window"
        },
        "$:/language/ThemeTweaks/Options/CodeWrapping": {
            "title": "$:/language/ThemeTweaks/Options/CodeWrapping",
            "text": "Wrap long lines in code blocks"
        },
        "$:/language/ThemeTweaks/Settings": {
            "title": "$:/language/ThemeTweaks/Settings",
            "text": "Settings"
        },
        "$:/language/ThemeTweaks/Settings/FontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/FontFamily",
            "text": "Font family"
        },
        "$:/language/ThemeTweaks/Settings/CodeFontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
            "text": "Code font family"
        },
        "$:/language/ThemeTweaks/Settings/EditorFontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/EditorFontFamily",
            "text": "Editor font family"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImage": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
            "text": "Page background image"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
            "text": "Page background image attachment"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
            "text": "Scroll with tiddlers"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
            "text": "Fixed to window"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
            "text": "Page background image size"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
            "text": "Auto"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
            "text": "Cover"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
            "text": "Contain"
        },
        "$:/language/ThemeTweaks/Metrics": {
            "title": "$:/language/ThemeTweaks/Metrics",
            "text": "Sizes"
        },
        "$:/language/ThemeTweaks/Metrics/FontSize": {
            "title": "$:/language/ThemeTweaks/Metrics/FontSize",
            "text": "Font size"
        },
        "$:/language/ThemeTweaks/Metrics/LineHeight": {
            "title": "$:/language/ThemeTweaks/Metrics/LineHeight",
            "text": "Line height"
        },
        "$:/language/ThemeTweaks/Metrics/BodyFontSize": {
            "title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
            "text": "Font size for tiddler body"
        },
        "$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
            "title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
            "text": "Line height for tiddler body"
        },
        "$:/language/ThemeTweaks/Metrics/StoryLeft": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
            "text": "Story left position"
        },
        "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
            "text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryTop": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryTop",
            "text": "Story top position"
        },
        "$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
            "text": "how far the top margin of the story river<br>is from the top of the page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryRight": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryRight",
            "text": "Story right"
        },
        "$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
            "text": "how far the left margin of the sidebar <br>is from the left of the page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
            "text": "Story width"
        },
        "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
            "text": "the overall width of the story river"
        },
        "$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
            "text": "Tiddler width"
        },
        "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
            "text": "within the story river"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
            "text": "Sidebar breakpoint"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
            "text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
            "text": "Sidebar width"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
            "text": "the width of the sidebar in fluid-fixed layout"
        },
        "$:/language/TiddlerInfo/Advanced/Caption": {
            "title": "$:/language/TiddlerInfo/Advanced/Caption",
            "text": "Advanced"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
            "text": "none"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
            "text": "Plugin Details"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
            "text": "This plugin contains the following shadow tiddlers:"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
            "text": "Shadow Status"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
            "text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
            "text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
            "text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
            "text": "It is overridden by an ordinary tiddler"
        },
        "$:/language/TiddlerInfo/Fields/Caption": {
            "title": "$:/language/TiddlerInfo/Fields/Caption",
            "text": "Fields"
        },
        "$:/language/TiddlerInfo/List/Caption": {
            "title": "$:/language/TiddlerInfo/List/Caption",
            "text": "List"
        },
        "$:/language/TiddlerInfo/List/Empty": {
            "title": "$:/language/TiddlerInfo/List/Empty",
            "text": "This tiddler does not have a list"
        },
        "$:/language/TiddlerInfo/Listed/Caption": {
            "title": "$:/language/TiddlerInfo/Listed/Caption",
            "text": "Listed"
        },
        "$:/language/TiddlerInfo/Listed/Empty": {
            "title": "$:/language/TiddlerInfo/Listed/Empty",
            "text": "This tiddler is not listed by any others"
        },
        "$:/language/TiddlerInfo/References/Caption": {
            "title": "$:/language/TiddlerInfo/References/Caption",
            "text": "References"
        },
        "$:/language/TiddlerInfo/References/Empty": {
            "title": "$:/language/TiddlerInfo/References/Empty",
            "text": "No tiddlers link to this one"
        },
        "$:/language/TiddlerInfo/Tagging/Caption": {
            "title": "$:/language/TiddlerInfo/Tagging/Caption",
            "text": "Tagging"
        },
        "$:/language/TiddlerInfo/Tagging/Empty": {
            "title": "$:/language/TiddlerInfo/Tagging/Empty",
            "text": "No tiddlers are tagged with this one"
        },
        "$:/language/TiddlerInfo/Tools/Caption": {
            "title": "$:/language/TiddlerInfo/Tools/Caption",
            "text": "Tools"
        },
        "$:/language/Docs/Types/application/javascript": {
            "title": "$:/language/Docs/Types/application/javascript",
            "description": "JavaScript code",
            "name": "application/javascript",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/application/json": {
            "title": "$:/language/Docs/Types/application/json",
            "description": "JSON data",
            "name": "application/json",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/application/x-tiddler-dictionary": {
            "title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
            "description": "Data dictionary",
            "name": "application/x-tiddler-dictionary",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/image/gif": {
            "title": "$:/language/Docs/Types/image/gif",
            "description": "GIF image",
            "name": "image/gif",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/jpeg": {
            "title": "$:/language/Docs/Types/image/jpeg",
            "description": "JPEG image",
            "name": "image/jpeg",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/png": {
            "title": "$:/language/Docs/Types/image/png",
            "description": "PNG image",
            "name": "image/png",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/svg+xml": {
            "title": "$:/language/Docs/Types/image/svg+xml",
            "description": "Structured Vector Graphics image",
            "name": "image/svg+xml",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/x-icon": {
            "title": "$:/language/Docs/Types/image/x-icon",
            "description": "ICO format icon file",
            "name": "image/x-icon",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/text/css": {
            "title": "$:/language/Docs/Types/text/css",
            "description": "Static stylesheet",
            "name": "text/css",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/text/html": {
            "title": "$:/language/Docs/Types/text/html",
            "description": "HTML markup",
            "name": "text/html",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/plain": {
            "title": "$:/language/Docs/Types/text/plain",
            "description": "Plain text",
            "name": "text/plain",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/vnd.tiddlywiki": {
            "title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
            "description": "TiddlyWiki 5",
            "name": "text/vnd.tiddlywiki",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/x-tiddlywiki": {
            "title": "$:/language/Docs/Types/text/x-tiddlywiki",
            "description": "TiddlyWiki Classic",
            "name": "text/x-tiddlywiki",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/languages/en-GB/icon": {
            "title": "$:/languages/en-GB/icon",
            "type": "image/svg+xml",
            "text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
        },
        "$:/languages/en-GB": {
            "title": "$:/languages/en-GB",
            "name": "en-GB",
            "description": "English (British)",
            "author": "JeremyRuston",
            "core-version": ">=5.0.0\"",
            "text": "Stub pseudo-plugin for the default language"
        },
        "$:/core/modules/commander.js": {
            "title": "$:/core/modules/commander.js",
            "text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nLog a string if verbose flag is set\n*/\nCommander.prototype.log = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str + \"\\n\");\n\t}\n};\n\n/*\nWrite a string if verbose flag is set\n*/\nCommander.prototype.write = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str);\n\t}\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\t// Parse named parameters if required\n\t\t\t\tif(command.info.namedParameterMode) {\n\t\t\t\t\tparams = this.extractNamedParameters(params,command.info.mandatoryParameters);\n\t\t\t\t\tif(typeof params === \"string\") {\n\t\t\t\t\t\treturn this.callback(params);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nGiven an array of parameter strings `params` in name:value format, and an array of mandatory parameter names in `mandatoryParameters`, returns a hashmap of values or a string if error\n*/\nCommander.prototype.extractNamedParameters = function(params,mandatoryParameters) {\n\tmandatoryParameters = mandatoryParameters || [];\n\tvar errors = [],\n\t\tparamsByName = Object.create(null);\n\t// Extract the parameters\n\t$tw.utils.each(params,function(param) {\n\t\tvar index = param.indexOf(\"=\");\n\t\tif(index < 1) {\n\t\t\terrors.push(\"malformed named parameter: '\" + param + \"'\");\n\t\t}\n\t\tparamsByName[param.slice(0,index)] = $tw.utils.trim(param.slice(index+1));\n\t});\n\t// Check the mandatory parameters are present\n\t$tw.utils.each(mandatoryParameters,function(mandatoryParameter) {\n\t\tif(!$tw.utils.hop(paramsByName,mandatoryParameter)) {\n\t\t\terrors.push(\"missing mandatory parameter: '\" + mandatoryParameter + \"'\");\n\t\t}\n\t});\n\t// Return any errors\n\tif(errors.length > 0) {\n\t\treturn errors.join(\" and\\n\");\n\t} else {\n\t\treturn paramsByName;\t\t\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/commands/build.js": {
            "title": "$:/core/modules/commands/build.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/clearpassword.js": {
            "title": "$:/core/modules/commands/clearpassword.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/deletetiddlers.js": {
            "title": "$:/core/modules/commands/deletetiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/deletetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to delete tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"deletetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filter\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\twiki.deleteTiddler(title);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/editions.js": {
            "title": "$:/core/modules/commands/editions.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\"    \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/fetch.js": {
            "title": "$:/core/modules/commands/fetch.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/fetch.js\ntype: application/javascript\nmodule-type: command\n\nCommands to fetch external tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"fetch\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing subcommand and url\";\n\t}\n\tswitch(this.params[0]) {\n\t\tcase \"raw-file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turl: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turl: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"raw-files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t}\n\treturn null;\n};\n\nCommand.prototype.fetchFiles = function(options) {\n\tvar self = this;\n\t// Get the list of URLs\n\tvar urls;\n\tif(options.url) {\n\t\turls = [options.url]\n\t} else if(options.urlFilter) {\n\t\turls = $tw.wiki.filterTiddlers(options.urlFilter);\n\t} else {\n\t\treturn \"Missing URL\";\n\t}\n\t// Process each URL in turn\n\tvar next = 0;\n\tvar getNextFile = function(err) {\n\t\tif(err) {\n\t\t\treturn options.callback(err);\n\t\t}\n\t\tif(next < urls.length) {\n\t\t\tself.fetchFile(urls[next++],options,getNextFile);\n\t\t} else {\n\t\t\toptions.callback(null);\n\t\t}\n\t};\n\tgetNextFile(null);\n\t// Success\n\treturn null;\n};\n\nCommand.prototype.fetchFile = function(url,options,callback,redirectCount) {\n\tif(redirectCount > 10) {\n\t\treturn callback(\"Error too many redirects retrieving \" + url);\n\t}\n\tvar self = this,\n\t\tlib = url.substr(0,8) === \"https://\" ? require(\"https\") : require(\"http\");\n\tlib.get(url).on(\"response\",function(response) {\n\t    var type = (response.headers[\"content-type\"] || \"\").split(\";\")[0],\n\t    \tdata = [];\n\t    self.commander.write(\"Reading \" + url + \": \");\n\t    response.on(\"data\",function(chunk) {\n\t        data.push(chunk);\n\t        self.commander.write(\".\");\n\t    });\n\t    response.on(\"end\",function() {\n\t        self.commander.write(\"\\n\");\n\t        if(response.statusCode === 200) {\n\t\t        self.processBody(Buffer.concat(data),type,options,url);\n\t\t        callback(null);\n\t        } else {\n\t        \tif(response.statusCode === 302 || response.statusCode === 303 || response.statusCode === 307) {\n\t        \t\treturn self.fetchFile(response.headers.location,options,callback,redirectCount + 1);\n\t        \t} else {\n\t\t        \treturn callback(\"Error \" + response.statusCode + \" retrieving \" + url)\t        \t\t\n\t        \t}\n\t        }\n\t   \t});\n\t   \tresponse.on(\"error\",function(e) {\n\t\t\tconsole.log(\"Error on GET request: \" + e);\n\t\t\tcallback(e);\n\t   \t});\n\t});\n\treturn null;\n};\n\nCommand.prototype.processBody = function(body,type,options,url) {\n\tvar self = this;\n\t// Collect the tiddlers in a wiki\n\tvar incomingWiki = new $tw.Wiki();\n\tif(options.raw) {\n\t\tvar typeInfo = type ? $tw.config.contentTypeInfo[type] : null,\n\t\t\tencoding = typeInfo ? typeInfo.encoding : \"utf8\";\n\t\tincomingWiki.addTiddler(new $tw.Tiddler({\n\t\t\ttitle: url,\n\t\t\ttype: type,\n\t\t\ttext: body.toString(encoding)\n\t\t}));\n\t} else {\n\t\t// Deserialise the file to extract the tiddlers\n\t\tvar tiddlers = this.commander.wiki.deserializeTiddlers(type || \"text/html\",body.toString(\"utf8\"),{});\n\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\tincomingWiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t});\n\t}\n\t// Filter the tiddlers to select the ones we want\n\tvar filteredTitles = incomingWiki.filterTiddlers(options.importFilter || \"[all[tiddlers]]\");\n\t// Import the selected tiddlers\n\tvar count = 0;\n\tincomingWiki.each(function(tiddler,title) {\n\t\tif(filteredTitles.indexOf(title) !== -1) {\n\t\t\tvar newTiddler;\n\t\t\tif(options.transformFilter) {\n\t\t\t\tvar transformedTitle = (incomingWiki.filterTiddlers(options.transformFilter,null,self.commander.wiki.makeTiddlerIterator([title])) || [\"\"])[0];\n\t\t\t\tif(transformedTitle) {\n\t\t\t\t\tself.commander.log(\"Importing \" + title + \" as \" + transformedTitle)\n\t\t\t\t\tnewTiddler = new $tw.Tiddler(tiddler,{title: transformedTitle});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.commander.log(\"Importing \" + title)\n\t\t\t\tnewTiddler = tiddler;\n\t\t\t}\n\t\t\tself.commander.wiki.importTiddler(newTiddler);\n\t\t\tcount++;\n\t\t}\n\t});\n\tself.commander.log(\"Imported \" + count + \" tiddlers\")\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/help.js": {
            "title": "$:/core/modules/commands/help.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/import.js": {
            "title": "$:/core/modules/commands/import.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/import.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 2) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar filename = self.params[0],\n\t\tdeserializer = self.params[1],\n\t\ttitle = self.params[2] || filename,\n\t\tencoding = self.params[3] || \"utf8\",\n\t\ttext = fs.readFileSync(filename,encoding),\n\t\ttiddlers = this.commander.wiki.deserializeTiddlers(null,text,{title: title},{deserializer: deserializer});\n\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t});\n\tthis.commander.log(tiddlers.length + \" tiddler(s) imported\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/init.js": {
            "title": "$:/core/modules/commands/init.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/listen.js": {
            "title": "$:/core/modules/commands/listen.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/listen.js\ntype: application/javascript\nmodule-type: command\n\nListen for HTTP requests and serve tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"listen\",\n\tsynchronous: true,\n\tnamedParameterMode: true,\n\tmandatoryParameters: [],\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: self.params\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/load.js": {
            "title": "$:/core/modules/commands/load.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file or directory\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar tiddlers = $tw.loadTiddlersFromPath(self.params[0]),\n\t\tcount = 0;\n\t$tw.utils.each(tiddlers,function(tiddlerInfo) {\n\t\t$tw.utils.each(tiddlerInfo.tiddlers,function(tiddler) {\n\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t\t\tcount++;\n\t\t});\n\t});\n\tif(!count && self.params[1] !== \"noerror\") {\n\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t} else {\n\t\tself.callback(null);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/makelibrary.js": {
            "title": "$:/core/modules/commands/makelibrary.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/output.js": {
            "title": "$:/core/modules/commands/output.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/password.js": {
            "title": "$:/core/modules/commands/password.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/render.js": {
            "title": "$:/core/modules/commands/render.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/render.js\ntype: application/javascript\nmodule-type: command\n\nRender individual tiddlers and save the results to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"render\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing tiddler filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]addsuffix[.html]]\",\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tvarName = this.params[4],\n\t\tvarValue = this.params[5],\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template || title),\n\t\t\tvariables = {currentTiddler: title};\n\t\tif(varName) {\n\t\t\tvariables[varName] = varValue || \"\";\n\t\t}\n\t\tvar widgetNode = wiki.makeWidget(parser,{variables: variables}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Rendering \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/rendertiddler.js": {
            "title": "$:/core/modules/commands/rendertiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tname = this.params[4],\n\t\tvalue = this.params[5],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tif(name && value) {\n\t\tvariables[name] = value;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/rendertiddlers.js": {
            "title": "$:/core/modules/commands/rendertiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/save.js": {
            "title": "$:/core/modules/commands/save.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/save.js\ntype: application/javascript\nmodule-type: command\n\nSaves individual tiddlers in their raw text or binary format to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"save\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]]\",\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Saving \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savelibrarytiddlers.js": {
            "title": "$:/core/modules/commands/savelibrarytiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savetiddler.js": {
            "title": "$:/core/modules/commands/savetiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savetiddlers.js": {
            "title": "$:/core/modules/commands/savetiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savewikifolder.js": {
            "title": "$:/core/modules/commands/savewikifolder.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/savewikifolder.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the current wiki as a wiki folder\n\n--savewikifolder <wikifolderpath> [<filter>]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savewikifolder\",\n\tsynchronous: true\n};\n\nvar fs,path;\nif($tw.node) {\n\tfs = require(\"fs\");\n\tpath = require(\"path\");\n}\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing wiki folder path\";\n\t}\n\tvar wikifoldermaker = new WikiFolderMaker(this.params[0],this.params[1],this.commander);\n\treturn wikifoldermaker.save();\n};\n\nfunction WikiFolderMaker(wikiFolderPath,wikiFilter,commander) {\n\tthis.wikiFolderPath = wikiFolderPath;\n\tthis.wikiFilter = wikiFilter || \"[all[tiddlers]]\";\n\tthis.commander = commander;\n\tthis.wiki = commander.wiki;\n\tthis.savedPaths = []; // So that we can detect filename clashes\n}\n\nWikiFolderMaker.prototype.log = function(str) {\n\tif(this.commander.verbose) {\n\t\tconsole.log(str);\n\t}\n};\n\nWikiFolderMaker.prototype.tiddlersToIgnore = [\n\t\"$:/boot/boot.css\",\n\t\"$:/boot/boot.js\",\n\t\"$:/boot/bootprefix.js\",\n\t\"$:/core\",\n\t\"$:/library/sjcl.js\",\n\t\"$:/temp/info-plugin\"\n];\n\n/*\nReturns null if successful, or an error string if there was an error\n*/\nWikiFolderMaker.prototype.save = function() {\n\tvar self = this;\n\t// Check that the output directory doesn't exist\n\tif(fs.existsSync(this.wikiFolderPath) && !$tw.utils.isDirectoryEmpty(this.wikiFolderPath)) {\n\t\treturn \"The unpackwiki command requires that the output wiki folder be empty\";\n\t}\n\t// Get the tiddlers from the source wiki\n\tvar tiddlerTitles = this.wiki.filterTiddlers(this.wikiFilter);\n\t// Initialise a new tiddlwiki.info file\n\tvar newWikiInfo = {};\n\t// Process each incoming tiddler in turn\n\t$tw.utils.each(tiddlerTitles,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tif(self.tiddlersToIgnore.indexOf(title) !== -1) {\n\t\t\t\t// Ignore the core plugin and the ephemeral info plugin\n\t\t\t\tself.log(\"Ignoring tiddler: \" + title);\n\t\t\t} else {\n\t\t\t\tvar type = tiddler.fields.type,\n\t\t\t\t\tpluginType = tiddler.fields[\"plugin-type\"];\n\t\t\t\tif(type === \"application/json\" && pluginType) {\n\t\t\t\t\t// Plugin tiddler\n\t\t\t\t\tvar libraryDetails = self.findPluginInLibrary(title);\n\t\t\t\t\tif(libraryDetails) {\n\t\t\t\t\t\t// A plugin from the core library\n\t\t\t\t\t\tself.log(\"Adding built-in plugin: \" + libraryDetails.name);\n\t\t\t\t\t\tnewWikiInfo[libraryDetails.type] = newWikiInfo[libraryDetails.type]  || [];\n\t\t\t\t\t\t$tw.utils.pushTop(newWikiInfo[libraryDetails.type],libraryDetails.name);\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// A custom plugin\n\t\t\t\t\t\tself.log(\"Processing custom plugin: \" + title);\n\t\t\t\t\t\tself.saveCustomPlugin(tiddler);\n\t\t\t\t\t}\t\t\t\t\n\t\t\t\t} else {\n\t\t\t\t\t// Ordinary tiddler\n\t\t\t\t\tself.saveTiddler(\"tiddlers\",tiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Save the tiddlywiki.info file\n\tthis.saveJSONFile(\"tiddlywiki.info\",newWikiInfo);\n\tself.log(\"Writing tiddlywiki.info: \" + JSON.stringify(newWikiInfo,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\n/*\nTest whether the specified tiddler is a plugin in the plugin library\n*/\nWikiFolderMaker.prototype.findPluginInLibrary = function(title) {\n\tvar parts = title.split(\"/\"),\n\t\tpluginPath, type, name;\n\tif(parts[0] === \"$:\") {\n\t\tif(parts[1] === \"languages\" && parts.length === 3) {\n\t\t\tpluginPath = \"languages\" + path.sep + parts[2];\n\t\t\ttype = parts[1];\n\t\t\tname = parts[2];\n\t\t} else if(parts[1] === \"plugins\" || parts[1] === \"themes\" && parts.length === 4) {\n\t\t\tpluginPath = parts[1] + path.sep + parts[2] + path.sep + parts[3];\n\t\t\ttype = parts[1];\n\t\t\tname = parts[2] + \"/\" + parts[3];\n\t\t}\n\t}\n\tif(pluginPath && type && name) {\n\t\tpluginPath = path.resolve($tw.boot.bootPath,\"..\",pluginPath);\n\t\tif(fs.existsSync(pluginPath)) {\n\t\t\treturn {\n\t\t\t\tpluginPath: pluginPath,\n\t\t\t\ttype: type,\n\t\t\t\tname: name\n\t\t\t};\n\t\t}\n\t}\n\treturn false;\n};\n\nWikiFolderMaker.prototype.saveCustomPlugin = function(pluginTiddler) {\n\tvar self = this,\n\t\tpluginTitle = pluginTiddler.fields.title,\n\t\ttitleParts = pluginTitle.split(\"/\"),\n\t\tdirectory = $tw.utils.generateTiddlerFilepath(titleParts[titleParts.length - 1],{\n\t\t\tdirectory: path.resolve(this.wikiFolderPath,pluginTiddler.fields[\"plugin-type\"] + \"s\")\n\t\t}),\n\t\tpluginInfo = pluginTiddler.getFieldStrings({exclude: [\"text\",\"type\"]});\n\tthis.saveJSONFile(directory + path.sep + \"plugin.info\",pluginInfo);\n\tself.log(\"Writing \" + directory + path.sep + \"plugin.info: \" + JSON.stringify(pluginInfo,null,$tw.config.preferences.jsonSpaces));\n\tvar pluginTiddlers = JSON.parse(pluginTiddler.fields.text).tiddlers; // A hashmap of tiddlers in the plugin\n\t$tw.utils.each(pluginTiddlers,function(tiddler) {\n\t\tself.saveTiddler(directory,new $tw.Tiddler(tiddler));\n\t});\n};\n\nWikiFolderMaker.prototype.saveTiddler = function(directory,tiddler) {\n\tvar fileInfo = $tw.utils.generateTiddlerFileInfo(tiddler,{\n\t\tdirectory: path.resolve(this.wikiFolderPath,directory),\n\t\twiki: this.wiki\n\t});\n\t$tw.utils.saveTiddlerToFileSync(tiddler,fileInfo);\n};\n\nWikiFolderMaker.prototype.saveJSONFile = function(filename,json) {\n\tthis.saveTextFile(filename,JSON.stringify(json,null,$tw.config.preferences.jsonSpaces));\n};\n\nWikiFolderMaker.prototype.saveTextFile = function(filename,data) {\n\tthis.saveFile(filename,\"utf8\",data);\n};\n\nWikiFolderMaker.prototype.saveFile = function(filename,encoding,data) {\n\tvar filepath = path.resolve(this.wikiFolderPath,filename);\n\t$tw.utils.createFileDirectories(filepath);\n\tfs.writeFileSync(filepath,data,encoding);\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/server.js": {
            "title": "$:/core/modules/commands/server.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nDeprecated legacy command for serving tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: {\n\t\t\tport: this.params[0],\n\t\t\thost: this.params[6],\n\t\t\t\"root-tiddler\": this.params[1],\n\t\t\t\"root-render-type\": this.params[2],\n\t\t\t\"root-serve-type\": this.params[3],\n\t\t\tusername: this.params[4],\n\t\t\tpassword: this.params[5],\n\t\t\t\"path-prefix\": this.params[7],\n\t\t\t\"debug-level\": this.params[8]\n\t\t}\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/setfield.js": {
            "title": "$:/core/modules/commands/setfield.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/unpackplugin.js": {
            "title": "$:/core/modules/commands/unpackplugin.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/verbose.js": {
            "title": "$:/core/modules/commands/verbose.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n  \" + $tw.boot.logMessages.join(\"\\n  \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/version.js": {
            "title": "$:/core/modules/commands/version.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/config.js": {
            "title": "$:/core/modules/config.js",
            "text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter:   \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
            "type": "application/javascript",
            "module-type": "config"
        },
        "$:/core/modules/deserializers.js": {
            "title": "$:/core/modules/deserializers.js",
            "text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming,\n\t\tresults = [];\n\ttry {\n\t\tincoming = JSON.parse(text);\n\t} catch(e) {\n\t\tincoming = [{\n\t\t\ttitle: \"JSON error: \" + e,\n\t\t\ttext: \"\"\n\t\t}]\n\t}\n\tif(!$tw.utils.isArray(incoming)) {\n\t\tincoming = [incoming];\n\t}\n\tfor(var t=0; t<incoming.length; t++) {\n\t\tvar incomingFields = incoming[t],\n\t\t\tfields = {};\n\t\tfor(var f in incomingFields) {\n\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t}\n\t\t}\n\t\tresults.push(fields);\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "tiddlerdeserializer"
        },
        "$:/core/modules/editor/engines/framed.js": {
            "title": "$:/core/modules/editor/engines/framed.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeNode.style[\"background-color\"] = this.widget.wiki.extractTiddlerDataItem(this.widget.wiki.getTiddlerText(\"$:/palette\"),\"tiddler-editor-background\");\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editTabIndex) {\n\t\tthis.iframeNode.setAttribute(\"tabindex\",this.widget.editTabIndex);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"click\",handlerObject: this,handlerMethod: \"handleClickEvent\"},\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\tthis.domNode.style[\"background-color\"] = this.widget.wiki.extractTiddlerDataItem(this.widget.wiki.getTiddlerText(\"$:/palette\"),\"tiddler-editor-background\");\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus  = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a click\n*/\nFramedEngine.prototype.handleClickEvent = function(event) {\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/core/modules/editor/engines/simple.js": {
            "title": "$:/core/modules/editor/engines/simple.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\tif(this.widget.editTabIndex) {\n\t\tthis.domNode.setAttribute(\"tabindex\",this.widget.editTabIndex);\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode || text === \"\") {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus  = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/core/modules/editor/factory.js": {
            "title": "$:/core/modules/editor/factory.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\tthis.editTabIndex = this.getAttribute(\"tabindex\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag);\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0) && (!this.document.isTiddlyWikiFakeDom);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup ||  changedAttributes.rows || changedAttributes.tabindex || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t    clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t    el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/core/modules/editor/operations/bitmap/clear.js": {
            "title": "$:/core/modules/editor/operations/bitmap/clear.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "bitmapeditoroperation"
        },
        "$:/core/modules/editor/operations/bitmap/resize.js": {
            "title": "$:/core/modules/editor/operations/bitmap/resize.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "bitmapeditoroperation"
        },
        "$:/core/modules/editor/operations/bitmap/rotate-left.js": {
            "title": "$:/core/modules/editor/operations/bitmap/rotate-left.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/rotate-left.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to rotate the image left by 90 degrees\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"rotate-left\"] = function(event) {\n\t// Rotate the canvas left by 90 degrees\n\tthis.rotateCanvasLeft();\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "bitmapeditoroperation"
        },
        "$:/core/modules/editor/operations/text/excise.js": {
            "title": "$:/core/modules/editor/operations/text/excise.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ?  [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/make-link.js": {
            "title": "$:/core/modules/editor/operations/text/make-link.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/prefix-lines.js": {
            "title": "$:/core/modules/editor/operations/text/prefix-lines.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,event.paramObject.count);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== event.paramObject.count) {\n\t\t\t// Apply the prefix\n\t\t\tline =  prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/replace-all.js": {
            "title": "$:/core/modules/editor/operations/text/replace-all.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/replace-selection.js": {
            "title": "$:/core/modules/editor/operations/text/replace-selection.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/save-selection.js": {
            "title": "$:/core/modules/editor/operations/text/save-selection.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/save-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to save the current selection in a specified tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"save-selection\"] = function(event,operation) {\n\tvar tiddler = event.paramObject.tiddler,\n\t\tfield = event.paramObject.field || \"text\";\n\tif(tiddler && field) {\n\t\tthis.wiki.setText(tiddler,field,null,operation.text.substring(operation.selStart,operation.selEnd));\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/wrap-lines.js": {
            "title": "$:/core/modules/editor/operations/text/wrap-lines.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/wrap-selection.js": {
            "title": "$:/core/modules/editor/operations/text/wrap-selection.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix\n\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\toperation.replacement = \"\";\n\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/filters/addprefix.js": {
            "title": "$:/core/modules/filters/addprefix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/addsuffix.js": {
            "title": "$:/core/modules/filters/addsuffix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/after.js": {
            "title": "$:/core/modules/filters/after.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/all/current.js": {
            "title": "$:/core/modules/filters/all/current.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/missing.js": {
            "title": "$:/core/modules/filters/all/missing.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/orphans.js": {
            "title": "$:/core/modules/filters/all/orphans.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/shadows.js": {
            "title": "$:/core/modules/filters/all/shadows.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/tags.js": {
            "title": "$:/core/modules/filters/all/tags.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/tags.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tags]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,prefix,options) {\n\treturn Object.keys(options.wiki.getTagMap());\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/tiddlers.js": {
            "title": "$:/core/modules/filters/all/tiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all.js": {
            "title": "$:/core/modules/filters/all.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/backlinks.js": {
            "title": "$:/core/modules/filters/backlinks.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/before.js": {
            "title": "$:/core/modules/filters/before.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/commands.js": {
            "title": "$:/core/modules/filters/commands.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/contains.js": {
            "title": "$:/core/modules/filters/contains.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/contains.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for finding values in array fields\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.contains = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"list\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) !== -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/count.js": {
            "title": "$:/core/modules/filters/count.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/count.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the number of entries in the current list.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.count = function(source,operator,options) {\n\tvar count = 0;\n\tsource(function(tiddler,title) {\n\t\tcount++;\n\t});\n\treturn [count + \"\"];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/days.js": {
            "title": "$:/core/modules/filters/days.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/each.js": {
            "title": "$:/core/modules/filters/each.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\tvalue,values = {},\n\tfield = operator.operand || \"title\";\n\tif(operator.suffix === \"value\" && field === \"title\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(values,title)) {\n\t\t\t\tvalues[title] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else if(operator.suffix !== \"list-item\") {\n\t\tif(field === \"title\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && !$tw.utils.hop(values,title)) {\n\t\t\t\t\tvalues[title] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvalue = tiddler.getFieldString(field);\n\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/eachday.js": {
            "title": "$:/core/modules/filters/eachday.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/editiondescription.js": {
            "title": "$:/core/modules/filters/editiondescription.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/editions.js": {
            "title": "$:/core/modules/filters/editions.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/decodeuricomponent.js": {
            "title": "$:/core/modules/filters/decodeuricomponent.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/decodeuricomponent.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for applying decodeURIComponent() to each item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter functions\n*/\n\nexports.decodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURIComponent(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.decodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURI(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.decodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlDecode(title));\n\t});\n\treturn results;\n};\n\nexports.encodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlEncode(title));\n\t});\n\treturn results;\n};\n\nexports.stringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.stringify(title));\n\t});\n\treturn results;\n};\n\nexports.jsonstringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.jsonStringify(title));\n\t});\n\treturn results;\n};\n\nexports.escaperegexp = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.escapeRegExp(title));\n\t});\n\treturn results;\n};\n\nexports.escapecss = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t// escape any character with a special meaning in CSS using CSS.escape()\n\t\tresults.push(CSS.escape(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/enlist.js": {
            "title": "$:/core/modules/filters/enlist.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/enlist.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand parsed as a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.enlist = function(source,operator,options) {\n\tvar allowDuplicates = false;\n\tswitch(operator.suffix) {\n\t\tcase \"raw\":\n\t\t\tallowDuplicates = true;\n\t\t\tbreak;\n\t\tcase \"dedupe\":\n\t\t\tallowDuplicates = false;\n\t\t\tbreak;\n\t}\n\tvar list = $tw.utils.parseStringArray(operator.operand,allowDuplicates);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/field.js": {
            "title": "$:/core/modules/filters/field.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],indexedResults,\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tif(source.byField) {\n\t\t\t\tindexedResults = source.byField(fieldname,operator.operand);\n\t\t\t\tif(indexedResults) {\n\t\t\t\t\treturn indexedResults\n\t\t\t\t}\n\t\t\t}\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/fields.js": {
            "title": "$:/core/modules/filters/fields.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/get.js": {
            "title": "$:/core/modules/filters/get.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/getindex.js": {
            "title": "$:/core/modules/filters/getindex.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/getvariable.js": {
            "title": "$:/core/modules/filters/getvariable.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/getvariable.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing input values by the value of the variable with the same name, or blank if the variable is missing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getvariable = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.widget.getVariable(title) || \"\");\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/has.js": {
            "title": "$:/core/modules/filters/has.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [],\n\t\tinvert = operator.prefix === \"!\";\n\n\tif(operator.suffix === \"field\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || !$tw.utils.hop(tiddler.fields,operator.operand) || (tiddler.fields[operator.operand] === \"\")) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\t\t\t\t\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/haschanged.js": {
            "title": "$:/core/modules/filters/haschanged.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/indexes.js": {
            "title": "$:/core/modules/filters/indexes.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/insertbefore.js": {
            "title": "$:/core/modules/filters/insertbefore.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/insertbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nInsert an item before another item in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.insertbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar target = options.widget && options.widget.getVariable(operator.suffix || \"currentTiddler\");\n\tif(target !== operator.operand) {\n\t\t// Remove the entry from the list if it is present\n\t\tvar pos = results.indexOf(operator.operand);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,1);\n\t\t}\n\t\t// Insert the entry before the target marker\n\t\tpos = results.indexOf(target);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,0,operator.operand);\n\t\t} else {\n\t\t\tresults.push(operator.operand);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/is/blank.js": {
            "title": "$:/core/modules/filters/is/blank.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/blank.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[blank]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.blank = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!title) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/current.js": {
            "title": "$:/core/modules/filters/is/current.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/image.js": {
            "title": "$:/core/modules/filters/is/image.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/missing.js": {
            "title": "$:/core/modules/filters/is/missing.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/orphan.js": {
            "title": "$:/core/modules/filters/is/orphan.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/shadow.js": {
            "title": "$:/core/modules/filters/is/shadow.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/system.js": {
            "title": "$:/core/modules/filters/is/system.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/tag.js": {
            "title": "$:/core/modules/filters/is/tag.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/tiddler.js": {
            "title": "$:/core/modules/filters/is/tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/variable.js": {
            "title": "$:/core/modules/filters/is/variable.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/variable.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[variable]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.variable = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!(title in options.widget.variables)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title in options.widget.variables) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is.js": {
            "title": "$:/core/modules/filters/is.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tif(operator.operand) {\n\t\tvar isFilterOperator = isFilterOperators[operator.operand];\n\t\tif(isFilterOperator) {\n\t\t\treturn isFilterOperator(source,operator.prefix,options);\n\t\t} else {\n\t\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t\t}\n\t} else {\n\t\t// Return all tiddlers if the operand is missing\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t\treturn results;\n\t}\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/limit.js": {
            "title": "$:/core/modules/filters/limit.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/links.js": {
            "title": "$:/core/modules/filters/links.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/list.js": {
            "title": "$:/core/modules/filters/list.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/listed.js": {
            "title": "$:/core/modules/filters/listed.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/listops.js": {
            "title": "$:/core/modules/filters/listops.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.order = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.operand.toLowerCase() === \"reverse\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.unshift(title);\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/lookup.js": {
            "title": "$:/core/modules/filters/lookup.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/lookup.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that looks up values via a title prefix\n\n[lookup:<field>[<prefix>]]\n\nPrepends the prefix to the selected items and returns the specified field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.lookup = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.wiki.getTiddlerText(operator.operand + title) || options.wiki.getTiddlerText(operator.operand + operator.suffix));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/math.js": {
            "title": "$:/core/modules/filters/math.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/math.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for math. Unary/binary operators work on each item in turn, and return a new item list.\n\nSum/product/maxall/minall operate on the entire list, returning a single item.\n\nNote that strings are converted to numbers automatically. Trailing non-digits are ignored.\n\n* \"\" converts to 0\n* \"12kk\" converts to 12\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.negate = makeNumericBinaryOperator(\n\tfunction(a) {return -a}\n);\n\nexports.abs = makeNumericBinaryOperator(\n\tfunction(a) {return Math.abs(a)}\n);\n\nexports.ceil = makeNumericBinaryOperator(\n\tfunction(a) {return Math.ceil(a)}\n);\n\nexports.floor = makeNumericBinaryOperator(\n\tfunction(a) {return Math.floor(a)}\n);\n\nexports.round = makeNumericBinaryOperator(\n\tfunction(a) {return Math.round(a)}\n);\n\nexports.trunc = makeNumericBinaryOperator(\n\tfunction(a) {return Math.trunc(a)}\n);\n\nexports.untrunc = makeNumericBinaryOperator(\n\tfunction(a) {return Math.ceil(Math.abs(a)) * Math.sign(a)}\n);\n\nexports.sign = makeNumericBinaryOperator(\n\tfunction(a) {return Math.sign(a)}\n);\n\nexports.add = makeNumericBinaryOperator(\n\tfunction(a,b) {return a + b;}\n);\n\nexports.subtract = makeNumericBinaryOperator(\n\tfunction(a,b) {return a - b;}\n);\n\nexports.multiply = makeNumericBinaryOperator(\n\tfunction(a,b) {return a * b;}\n);\n\nexports.divide = makeNumericBinaryOperator(\n\tfunction(a,b) {return a / b;}\n);\n\nexports.remainder = makeNumericBinaryOperator(\n\tfunction(a,b) {return a % b;}\n);\n\nexports.max = makeNumericBinaryOperator(\n\tfunction(a,b) {return Math.max(a,b);}\n);\n\nexports.min = makeNumericBinaryOperator(\n\tfunction(a,b) {return Math.min(a,b);}\n);\n\nexports.fixed = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toFixed.call(a,Math.min(Math.max(b,0),100));}\n);\n\nexports.precision = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toPrecision.call(a,Math.min(Math.max(b,1),100));}\n);\n\nexports.exponential = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toExponential.call(a,Math.min(Math.max(b,0),100));}\n);\n\nexports.sum = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return accumulator + value},\n\t0 // Initial value\n);\n\nexports.product = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return accumulator * value},\n\t1 // Initial value\n);\n\nexports.maxall = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return Math.max(accumulator,value)},\n\t-Infinity // Initial value\n);\n\nexports.minall = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return Math.min(accumulator,value)},\n\tInfinity // Initial value\n);\n\nfunction makeNumericBinaryOperator(fnCalc) {\n\treturn function(source,operator,options) {\n\t\tvar result = [],\n\t\t\tnumOperand = parseNumber(operator.operand);\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(stringifyNumber(fnCalc(parseNumber(title),numOperand)));\n\t\t});\n\t\treturn result;\n\t};\n}\n\nfunction makeNumericReducingOperator(fnCalc,initialValue) {\n\tinitialValue = initialValue || 0;\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(title);\n\t\t});\n\t\treturn [stringifyNumber(result.reduce(function(accumulator,currentValue) {\n\t\t\treturn fnCalc(accumulator,parseNumber(currentValue));\n\t\t},initialValue))];\n\t};\n}\n\nfunction parseNumber(str) {\n\treturn parseFloat(str) || 0;\n}\n\nfunction stringifyNumber(num) {\n\treturn num + \"\";\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/minlength.js": {
            "title": "$:/core/modules/filters/minlength.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/minlength.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for filtering out titles that don't meet the minimum length in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.minlength = function(source,operator,options) {\n\tvar results = [],\n\t\tminLength = parseInt(operator.operand || \"\",10) || 0;\n\tsource(function(tiddler,title) {\n\t\tif(title.length >= minLength) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/modules.js": {
            "title": "$:/core/modules/filters/modules.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/moduletypes.js": {
            "title": "$:/core/modules/filters/moduletypes.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/next.js": {
            "title": "$:/core/modules/filters/next.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/plugintiddlers.js": {
            "title": "$:/core/modules/filters/plugintiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/prefix.js": {
            "title": "$:/core/modules/filters/prefix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/previous.js": {
            "title": "$:/core/modules/filters/previous.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/range.js": {
            "title": "$:/core/modules/filters/range.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/range.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for generating a numeric range.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.range = function(source,operator,options) {\n\tvar results = [];\n\t// Split the operand into numbers delimited by these symbols\n\tvar parts = operator.operand.split(/[,:;]/g),\n\t\tbeg, end, inc, i, fixed = 0;\n\tfor (i=0; i<parts.length; i++) {\n\t\t// Validate real number\n\t\tif(!/^\\s*[+-]?((\\d+(\\.\\d*)?)|(\\.\\d+))\\s*$/.test(parts[i])) {\n\t\t\treturn [\"range: bad number \\\"\" + parts[i] + \"\\\"\"];\n\t\t}\n\t\t// Count digits; the most precise number determines decimal places in output.\n\t\tvar frac = /\\.\\d+/.exec(parts[i]);\n\t\tif(frac) {\n\t\t\tfixed = Math.max(fixed,frac[0].length-1);\n\t\t}\n\t\tparts[i] = parseFloat(parts[i]);\n\t}\n\tswitch(parts.length) {\n\t\tcase 1:\n\t\t\tend = parts[0];\n\t\t\tif (end >= 1) {\n\t\t\t\tbeg = 1;\n\t\t\t}\n\t\t\telse if (end <= -1) {\n\t\t\t\tbeg = -1;\n\t\t\t}\n\t\t\telse {\n\t\t\t\treturn [];\n\t\t\t}\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 2:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 3:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = Math.abs(parts[2]);\n\t\t\tbreak;\n\t}\n\tif(inc === 0) {\n\t\treturn [\"range: increment 0 causes infinite loop\"];\n\t}\n\t// May need to count backwards\n\tvar direction = ((end < beg) ? -1 : 1);\n\tinc *= direction;\n\t// Estimate number of resulting elements\n\tif((end - beg) / inc > 10000) {\n\t\treturn [\"range: too many steps (over 10K)\"];\n\t}\n\t// Avoid rounding error on last step\n\tend += direction * 0.5 * Math.pow(0.1,fixed);\n\tvar safety = 10010;\n\t// Enumerate the range\n\tif (end<beg) {\n\t\tfor(i=beg; i>end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tfor(i=beg; i<end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\tif(safety<0) {\n\t\treturn [\"range: unexpectedly large output\"];\n\t}\n\t// Reverse?\n\tif(operator.prefix === \"!\") {\n\t\tresults.reverse();\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/regexp.js": {
            "title": "$:/core/modules/filters/regexp.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/removeprefix.js": {
            "title": "$:/core/modules/filters/removeprefix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/removesuffix.js": {
            "title": "$:/core/modules/filters/removesuffix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title && title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/sameday.js": {
            "title": "$:/core/modules/filters/sameday.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(tiddler.getFieldDay(fieldName) === targetDate) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/search.js": {
            "title": "$:/core/modules/filters/search.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffixes) {\n\t\tvar hasFlag = function(flag) {\n\t\t\t\treturn (operator.suffixes[1] || []).indexOf(flag) !== -1;\n\t\t\t},\n\t\t\texcludeFields = false,\n\t\t\tfieldList = operator.suffixes[0] || [],\n\t\t\tfirstField = fieldList[0] || \"\", \n\t\t\tfirstChar = firstField.charAt(0),\n\t\t\tfields;\n\t\tif(firstChar === \"-\") {\n\t\t\tfields = [firstField.slice(1)].concat(fieldList.slice(1));\n\t\t\texcludeFields = true;\n\t\t} else if(fieldList[0] === \"*\"){\n\t\t\tfields = [];\n\t\t\texcludeFields = true;\n\t\t} else {\n\t\t\tfields = fieldList.slice(0);\n\t\t}\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: fields,\n\t\t\texcludeField: excludeFields,\n\t\t\tcaseSensitive: hasFlag(\"casesensitive\"),\n\t\t\tliteral: hasFlag(\"literal\"),\n\t\t\twhitespace: hasFlag(\"whitespace\"),\n\t\t\tregexp: hasFlag(\"regexp\"),\n\t\t\twords: hasFlag(\"words\")\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/shadowsource.js": {
            "title": "$:/core/modules/filters/shadowsource.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/sort.js": {
            "title": "$:/core/modules/filters/sort.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortan = function(source, operator, options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results, operator.operand || \"title\", operator.prefix === \"!\",false,false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/splitbefore.js": {
            "title": "$:/core/modules/filters/splitbefore.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/storyviews.js": {
            "title": "$:/core/modules/filters/storyviews.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/strings.js": {
            "title": "$:/core/modules/filters/strings.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/strings.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for strings. Unary/binary operators work on each item in turn, and return a new item list.\n\nSum/product/maxall/minall operate on the entire list, returning a single item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.length = makeStringBinaryOperator(\n\tfunction(a) {return [\"\" + (\"\" + a).length];}\n);\n\nexports.uppercase = makeStringBinaryOperator(\n\tfunction(a) {return [(\"\" + a).toUpperCase()];}\n);\n\nexports.lowercase = makeStringBinaryOperator(\n\tfunction(a) {return [(\"\" + a).toLowerCase()];}\n);\n\nexports.sentencecase = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.toSentenceCase(a)];}\n);\n\nexports.titlecase = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.toTitleCase(a)];}\n);\n\nexports.trim = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.trim(a)];}\n);\n\nexports.split = makeStringBinaryOperator(\n\tfunction(a,b) {return (\"\" + a).split(b);}\n);\n\nexports.join = makeStringReducingOperator(\n\tfunction(accumulator,value,operand) {\n\t\tif(accumulator === null) {\n\t\t\treturn value;\n\t\t} else {\n\t\t\treturn accumulator + operand + value;\n\t\t}\n\t},null\n);\n\nfunction makeStringBinaryOperator(fnCalc) {\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tArray.prototype.push.apply(result,fnCalc(title,operator.operand || \"\"));\n\t\t});\n\t\treturn result;\n\t};\n}\n\nfunction makeStringReducingOperator(fnCalc,initialValue) {\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(title);\n\t\t});\n\t\treturn [result.reduce(function(accumulator,currentValue) {\n\t\t\treturn fnCalc(accumulator,currentValue,operator.operand || \"\");\n\t\t},initialValue)];\n\t};\n}\n\nexports.splitregexp = function(source,operator,options) {\n\tvar result = [],\n\t\tsuffix = operator.suffix || \"\",\n\t\tflags = (suffix.indexOf(\"m\") !== -1 ? \"m\" : \"\") + (suffix.indexOf(\"i\") !== -1 ? \"i\" : \"\"),\n\t\tregExp;\n\ttry {\n\t\tregExp = new RegExp(operator.operand || \"\",flags);\t\t\n\t} catch(ex) {\n\t\treturn [\"RegExp error: \" + ex];\n\t}\n\tsource(function(tiddler,title) {\n\t\tArray.prototype.push.apply(result,title.split(regExp));\n\t});\t\t\n\treturn result;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/subfilter.js": {
            "title": "$:/core/modules/filters/subfilter.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/subfilter.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand evaluated as a filter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subfilter = function(source,operator,options) {\n\tvar list = options.wiki.filterTiddlers(operator.operand,options.widget,source);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/subtiddlerfields.js": {
            "title": "$:/core/modules/filters/subtiddlerfields.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/subtiddlerfields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected subtiddlers of the plugin named in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subtiddlerfields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar subtiddler = options.wiki.getSubTiddler(operator.operand,title);\n\t\tif(subtiddler) {\n\t\t\tfor(var fieldName in subtiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/suffix.js": {
            "title": "$:/core/modules/filters/suffix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tag.js": {
            "title": "$:/core/modules/filters/tag.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [],indexedResults;\n\tif((operator.suffix || \"\").toLowerCase() === \"strict\" && !operator.operand) {\n\t\t// New semantics:\n\t\t// Always return copy of input if operator.operand is missing\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t} else {\n\t\t// Old semantics:\n\t\tvar tiddlers;\n\t\tif(operator.prefix === \"!\") {\n\t\t\t// Returns a copy of the input if operator.operand is missing\n\t\t\ttiddlers = options.wiki.getTiddlersWithTag(operator.operand);\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddlers.indexOf(title) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// Returns empty results if operator.operand is missing\n\t\t\tif(source.byTag) {\n\t\t\t\tindexedResults = source.byTag(operator.operand);\n\t\t\t\tif(indexedResults) {\n\t\t\t\t\treturn indexedResults;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\ttiddlers = options.wiki.getTiddlersWithTag(operator.operand);\n\t\t\t\tsource(function(tiddler,title) {\n\t\t\t\t\tif(tiddlers.indexOf(title) !== -1) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t\t\t}\n\t\t}\t\t\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tagging.js": {
            "title": "$:/core/modules/filters/tagging.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tags.js": {
            "title": "$:/core/modules/filters/tags.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/title.js": {
            "title": "$:/core/modules/filters/title.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/untagged.js": {
            "title": "$:/core/modules/filters/untagged.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/variables.js": {
            "title": "$:/core/modules/filters/variables.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/variables.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the active variables\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.variables = function(source,operator,options) {\n\tvar names = [];\n\tfor(var variable in options.widget.variables) {\n\t\tnames.push(variable);\n\t}\n\treturn names.sort();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/wikiparserrules.js": {
            "title": "$:/core/modules/filters/wikiparserrules.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [],\n\t\toperand = operator.operand;\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(!operand || exp.types[operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/x-listops.js": {
            "title": "$:/core/modules/filters/x-listops.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n    /*jslint node: true, browser: true */\n    /*global $tw: false */\n    \"use strict\";\n\n    /*\n    Fetch titles from the current list\n    */\n    var prepare_results = function (source) {\n    var results = [];\n        source(function (tiddler, title) {\n            results.push(title);\n        });\n        return results;\n    };\n\n    /*\n    Moves a number of items from the tail of the current list before the item named in the operand\n    */\n    exports.putbefore = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = $tw.utils.getInt(operator.suffix,1);\n        return (index === -1) ?\n            results.slice(0, -1) :\n            results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n    };\n\n    /*\n    Moves a number of items from the tail of the current list after the item named in the operand\n    */\n    exports.putafter = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = $tw.utils.getInt(operator.suffix,1);\n        return (index === -1) ?\n            results.slice(0, -1) :\n            results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n    };\n\n    /*\n    Replaces the item named in the operand with a number of items from the tail of the current list\n    */\n    exports.replace = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = $tw.utils.getInt(operator.suffix,1);\n        return (index === -1) ?\n            results.slice(0, -count) :\n            results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n    };\n\n    /*\n    Moves a number of items from the tail of the current list to the head of the list\n    */\n    exports.putfirst = function (source, operator) {\n        var results = prepare_results(source),\n            count = $tw.utils.getInt(operator.suffix,1);\n        return results.slice(-count).concat(results.slice(0, -count));\n    };\n\n    /*\n    Moves a number of items from the head of the current list to the tail of the list\n    */\n    exports.putlast = function (source, operator) {\n        var results = prepare_results(source),\n            count = $tw.utils.getInt(operator.suffix,1);\n        return results.slice(count).concat(results.slice(0, count));\n    };\n\n    /*\n    Moves the item named in the operand a number of places forward or backward in the list\n    */\n    exports.move = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = $tw.utils.getInt(operator.suffix,1),\n            marker = results.splice(index, 1),\n            offset =  (index + count) > 0 ? index + count : 0;\n        return results.slice(0, offset).concat(marker).concat(results.slice(offset));\n    };\n\n    /*\n    Returns the items from the current list that are after the item named in the operand\n    */\n    exports.allafter = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand);\n        return (index === -1) ? [] :\n            (operator.suffix) ? results.slice(index) :\n            results.slice(index + 1);\n    };\n\n    /*\n    Returns the items from the current list that are before the item named in the operand\n    */\n    exports.allbefore = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand);\n        return (index === -1) ? [] :\n            (operator.suffix) ? results.slice(0, index + 1) :\n            results.slice(0, index);\n    };\n\n    /*\n    Appends the items listed in the operand array to the tail of the current list\n    */\n    exports.append = function (source, operator) {\n        var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n            results = prepare_results(source),\n            count = parseInt(operator.suffix) || append.length;\n        return (append.length === 0) ? results :\n            (operator.prefix) ? results.concat(append.slice(-count)) :\n            results.concat(append.slice(0, count));\n    };\n\n    /*\n    Prepends the items listed in the operand array to the head of the current list\n    */\n    exports.prepend = function (source, operator) {\n        var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n            results = prepare_results(source),\n            count = $tw.utils.getInt(operator.suffix,prepend.length);\n        return (prepend.length === 0) ? results :\n            (operator.prefix) ? prepend.slice(-count).concat(results) :\n            prepend.slice(0, count).concat(results);\n    };\n\n    /*\n    Returns all items from the current list except the items listed in the operand array\n    */\n    exports.remove = function (source, operator) {\n        var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n            results = prepare_results(source),\n            count = parseInt(operator.suffix) || array.length,\n            p,\n            len,\n            index;\n        len = array.length - 1;\n        for (p = 0; p < count; ++p) {\n            if (operator.prefix) {\n                index = results.indexOf(array[len - p]);\n            } else {\n                index = results.indexOf(array[p]);\n            }\n            if (index !== -1) {\n                results.splice(index, 1);\n            }\n        }\n        return results;\n    };\n\n    /*\n    Returns all items from the current list sorted in the order of the items in the operand array\n    */\n    exports.sortby = function (source, operator) {\n        var results = prepare_results(source);\n        if (!results || results.length < 2) {\n            return results;\n        }\n        var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n        results.sort(function (a, b) {\n            return lookup.indexOf(a) - lookup.indexOf(b);\n        });\n        return results;\n    };\n\n    /*\n    Removes all duplicate items from the current list\n    */\n    exports.unique = function (source, operator) {\n        var results = prepare_results(source);\n        var set = results.reduce(function (a, b) {\n            if (a.indexOf(b) < 0) {\n                a.push(b);\n            }\n            return a;\n        }, []);\n        return set;\n    };\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters.js": {
            "title": "$:/core/modules/filters.js",
            "text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar nextBracketPos, operator;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tnextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\t// The raw suffix for older filters\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t\t// The processed suffix for newer filters\n\t\t\toperator.suffixes = [];\n\t\t\t$tw.utils.each(operator.suffix.split(\":\"),function(subsuffix) {\n\t\t\t\toperator.suffixes.push([]);\n\t\t\t\t$tw.utils.each(subsuffix.split(\",\"),function(entry) {\n\t\t\t\t\tentry = $tw.utils.trim(entry);\n\t\t\t\t\tif(entry) {\n\t\t\t\t\t\toperator.suffixes[operator.suffixes.length - 1].push(entry); \n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t});\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-|~|=)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tsuffixes: operator.suffixes,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"=\": // The results of the operation are pushed into the result without deduplication\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\tArray.prototype.push.apply(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"~\": // This operation is unioned into the result only if the main result so far is empty\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\tif(results.length === 0) {\n\t\t\t\t\t\t\t// Main result so far is empty\n\t\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter: \" + filterString,function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/core/modules/indexers/field-indexer.js": {
            "title": "$:/core/modules/indexers/field-indexer.js",
            "text": "/*\\\ntitle: $:/core/modules/indexers/field-indexer.js\ntype: application/javascript\nmodule-type: indexer\n\nIndexes the tiddlers with each field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global modules: false */\n\"use strict\";\n\nvar DEFAULT_MAXIMUM_INDEXED_VALUE_LENGTH = 128;\n\nfunction FieldIndexer(wiki) {\n\tthis.wiki = wiki;\n\tthis.index = null;\n\tthis.maxIndexedValueLength = DEFAULT_MAXIMUM_INDEXED_VALUE_LENGTH;\n\tthis.addIndexMethods();\n}\n\n// Provided for testing\nFieldIndexer.prototype.setMaxIndexedValueLength = function(length) {\n\tthis.index = null;\n\tthis.maxIndexedValueLength = length;\n};\n\nFieldIndexer.prototype.addIndexMethods = function() {\n\tvar self = this;\n\tthis.wiki.each.byField = function(name,value) {\n\t\tvar titles = self.wiki.allTitles(),\n\t\t\tlookup = self.lookup(name,value);\n\t\treturn lookup && lookup.filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachShadow.byField = function(name,value) {\n\t\tvar titles = self.wiki.allShadowTitles(),\n\t\t\tlookup = self.lookup(name,value);\n\t\treturn lookup && lookup.filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachTiddlerPlusShadows.byField = function(name,value) {\n\t\tvar lookup = self.lookup(name,value);\n\t\treturn lookup ? lookup.slice(0) : null;\n\t};\n\tthis.wiki.eachShadowPlusTiddlers.byField = function(name,value) {\n\t\tvar lookup = self.lookup(name,value);\n\t\treturn lookup ? lookup.slice(0) : null;\n\t};\n};\n\n/*\nTear down and then rebuild the index as if all tiddlers have changed\n*/\nFieldIndexer.prototype.rebuild = function() {\n\t// Invalidate the index so that it will be rebuilt when it is next used\n\tthis.index = null;\n};\n\n/*\nBuild the index for a particular field\n*/\nFieldIndexer.prototype.buildIndexForField = function(name) {\n\tvar self = this;\n\t// Hashmap by field name of hashmap by field value of array of tiddler titles\n\tthis.index = this.index || Object.create(null);\n\tthis.index[name] = Object.create(null);\n\tvar baseIndex = this.index[name];\n\t// Update the index for each tiddler\n\tthis.wiki.eachTiddlerPlusShadows(function(tiddler,title) {\n\t\tif(name in tiddler.fields) {\n\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t// Skip any values above the maximum length\n\t\t\tif(value.length < self.maxIndexedValueLength) {\n\t\t\t\tbaseIndex[value] = baseIndex[value] || [];\n\t\t\t\tbaseIndex[value].push(title);\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nUpdate the index in the light of a tiddler value changing; note that the title must be identical. (Renames are handled as a separate delete and create)\noldTiddler: old tiddler value, or null for creation\nnewTiddler: new tiddler value, or null for deletion\n*/\nFieldIndexer.prototype.update = function(oldTiddler,newTiddler) {\n\tvar self = this;\n\t// Don't do anything if the index hasn't been built yet\n\tif(this.index === null) {\n\t\treturn;\n\t}\n\t// Remove the old tiddler from the index\n\tif(oldTiddler) {\n\t\t$tw.utils.each(this.index,function(indexEntry,name) {\n\t\t\tif(name in oldTiddler.fields) {\n\t\t\t\tvar value = oldTiddler.getFieldString(name),\n\t\t\t\t\ttiddlerList = indexEntry[value];\n\t\t\t\tif(tiddlerList) {\n\t\t\t\t\tvar index = tiddlerList.indexOf(oldTiddler.fields.title);\n\t\t\t\t\tif(index !== -1) {\n\t\t\t\t\t\ttiddlerList.splice(index,1);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\t// Add the new tiddler to the index\n\tif(newTiddler) {\n\t\t$tw.utils.each(this.index,function(indexEntry,name) {\n\t\t\tif(name in newTiddler.fields) {\n\t\t\t\tvar value = newTiddler.getFieldString(name);\n\t\t\t\tif(value.length < self.maxIndexedValueLength) {\n\t\t\t\t\tindexEntry[value] = indexEntry[value] || [];\n\t\t\t\t\tindexEntry[value].push(newTiddler.fields.title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\t\t\n\t}\n};\n\n// Lookup the given field returning a list of tiddler titles\nFieldIndexer.prototype.lookup = function(name,value) {\n\t// Fail the lookup if the value is too long\n\tif(value.length >= this.maxIndexedValueLength) {\n\t\treturn null;\n\t}\n\t// Update the index if it has yet to be built\n\tif(this.index === null || !this.index[name]) {\n\t\tthis.buildIndexForField(name);\n\t}\n\treturn this.index[name][value] || [];\n};\n\nexports.FieldIndexer = FieldIndexer;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "indexer"
        },
        "$:/core/modules/indexers/tag-indexer.js": {
            "title": "$:/core/modules/indexers/tag-indexer.js",
            "text": "/*\\\ntitle: $:/core/modules/indexers/tag-indexer.js\ntype: application/javascript\nmodule-type: indexer\n\nIndexes the tiddlers with each tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global modules: false */\n\"use strict\";\n\nfunction TagIndexer(wiki) {\n\tthis.wiki = wiki;\n\tthis.index = null;\n\tthis.addIndexMethods();\n}\n\nTagIndexer.prototype.addIndexMethods = function() {\n\tvar self = this;\n\tthis.wiki.each.byTag = function(tag) {\n\t\tvar titles = self.wiki.allTitles();\n\t\treturn self.lookup(tag).filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachShadow.byTag = function(tag) {\n\t\tvar titles = self.wiki.allShadowTitles();\n\t\treturn self.lookup(tag).filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachTiddlerPlusShadows.byTag = function(tag) {\n\t\treturn self.lookup(tag).slice(0);\n\t};\n\tthis.wiki.eachShadowPlusTiddlers.byTag = function(tag) {\n\t\treturn self.lookup(tag).slice(0);\n\t};\n};\n\n/*\nTear down and then rebuild the index as if all tiddlers have changed\n*/\nTagIndexer.prototype.rebuild = function() {\n\tvar self = this;\n\t// Hashmap by tag of array of {isSorted:, titles:[]}\n\tthis.index = Object.create(null);\n\t// Add all the tags\n\tthis.wiki.eachTiddlerPlusShadows(function(tiddler,title) {\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\tif(!self.index[tag]) {\n\t\t\t\tself.index[tag] = {isSorted: false, titles: [title]};\n\t\t\t} else {\n\t\t\t\tself.index[tag].titles.push(title);\n\t\t\t}\n\t\t});\t\t\n\t});\n};\n\n/*\nUpdate the index in the light of a tiddler value changing; note that the title must be identical. (Renames are handled as a separate delete and create)\noldTiddler: old tiddler value, or null for creation\nnewTiddler: new tiddler value, or null for deletion\n*/\nTagIndexer.prototype.update = function(oldTiddler,newTiddler) {\n\t// Don't update the index if it has yet to be built\n\tif(this.index === null) {\n\t\treturn;\n\t}\n\tvar self = this,\n\t\ttitle = oldTiddler ? oldTiddler.fields.title : newTiddler.fields.title;\n\t// Handle changes to the tags\n\tvar oldTiddlerTags = (oldTiddler ? (oldTiddler.fields.tags || []) : []),\n\t\tnewTiddlerTags = (newTiddler ? (newTiddler.fields.tags || []) : []);\n\t$tw.utils.each(oldTiddlerTags,function(oldTag) {\n\t\tif(newTiddlerTags.indexOf(oldTag) === -1) {\n\t\t\t// Deleted tag\n\t\t\tvar indexRecord = self.index[oldTag],\n\t\t\t\tpos = indexRecord.titles.indexOf(title);\n\t\t\tif(pos !== -1) {\n\t\t\t\tindexRecord.titles.splice(pos,1);\n\t\t\t}\n\t\t}\n\t});\n\t$tw.utils.each(newTiddlerTags,function(newTag) {\n\t\tif(oldTiddlerTags.indexOf(newTag) === -1) {\n\t\t\t// New tag\n\t\t\tvar indexRecord = self.index[newTag];\n\t\t\tif(!indexRecord) {\n\t\t\t\tself.index[newTag] = {isSorted: false, titles: [title]};\n\t\t\t} else {\n\t\t\t\tindexRecord.titles.push(title);\n\t\t\t\tindexRecord.isSorted = false;\n\t\t\t}\n\t\t}\n\t});\n\t// Handle changes to the list field of tags\n\tvar oldTiddlerList = (oldTiddler ? (oldTiddler.fields.list || []) : []),\n\t\tnewTiddlerList = (newTiddler ? (newTiddler.fields.list || []) : []);\n\tif(!$tw.utils.isArrayEqual(oldTiddlerList,newTiddlerList)) {\n\t\tif(self.index[title]) {\n\t\t\tself.index[title].isSorted = false;\t\t\t\n\t\t}\n\t}\n};\n\n// Lookup the given tag returning an ordered list of tiddler titles\nTagIndexer.prototype.lookup = function(tag) {\n\t// Update the index if it has yet to be built\n\tif(this.index === null) {\n\t\tthis.rebuild();\n\t}\n\tvar indexRecord = this.index[tag];\n\tif(indexRecord) {\n\t\tif(!indexRecord.isSorted) {\n\t\t\tif(this.wiki.sortByList) {\n\t\t\t\tindexRecord.titles = this.wiki.sortByList(indexRecord.titles,tag);\n\t\t\t}\t\t\t\n\t\t\tindexRecord.isSorted = true;\n\t\t}\n\t\treturn indexRecord.titles;\n\t} else {\n\t\treturn [];\n\t}\n};\n\nexports.TagIndexer = TagIndexer;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "indexer"
        },
        "$:/core/modules/info/platform.js": {
            "title": "$:/core/modules/info/platform.js",
            "text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\tif($tw.browser) {\n\t\t// Document location\n\t\tvar setLocationProperty = function(name,value) {\n\t\t\t\tinfoTiddlerFields.push({title: \"$:/info/url/\" + name, text: value});\t\t\t\n\t\t\t},\n\t\t\tlocation = document.location;\n\t\tsetLocationProperty(\"full\", (location.toString()).split(\"#\")[0]);\n\t\tsetLocationProperty(\"host\", location.host);\n\t\tsetLocationProperty(\"hostname\", location.hostname);\n\t\tsetLocationProperty(\"protocol\", location.protocol);\n\t\tsetLocationProperty(\"port\", location.port);\n\t\tsetLocationProperty(\"pathname\", location.pathname);\n\t\tsetLocationProperty(\"search\", location.search);\n\t\tsetLocationProperty(\"origin\", location.origin);\n\t\t// Screen size\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/width\", text: window.screen.width.toString()});\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/height\", text: window.screen.height.toString()});\n\t\t// Language\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/language\", text: navigator.language || \"\"});\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "info"
        },
        "$:/core/modules/keyboard.js": {
            "title": "$:/core/modules/keyboard.js",
            "text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n\tthis.shortcutKeysList = [], // Stores the shortcut-key descriptors\n\tthis.shortcutActionList = [], // Stores the corresponding action strings\n\tthis.shortcutParsedList = []; // Stores the parsed key descriptors\n\tthis.lookupNames = [\"shortcuts\"];\n\tthis.lookupNames.push($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\")\n\tthis.lookupNames.push($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\tthis.lookupNames.push($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\tthis.updateShortcutLists(this.getShortcutTiddlerList());\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.handleShortcutChanges(changes);\n\t});\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\t$tw.utils.each(self.lookupNames,function(platformDescriptor) {\n\t\t\t\t\tlookupName(platformDescriptor);\n\t\t\t\t});\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t   (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t   (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t   (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t   (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.getShortcutTiddlerList = function() {\n\treturn $tw.wiki.getTiddlersWithTag(\"$:/tags/KeyboardShortcut\");\n};\n\nKeyboardManager.prototype.updateShortcutLists = function(tiddlerList) {\n\tthis.shortcutTiddlers = tiddlerList;\n\tfor(var i=0; i<tiddlerList.length; i++) {\n\t\tvar title = tiddlerList[i],\n\t\t\ttiddlerFields = $tw.wiki.getTiddler(title).fields;\n\t\tthis.shortcutKeysList[i] = tiddlerFields.key !== undefined ? tiddlerFields.key : undefined;\n\t\tthis.shortcutActionList[i] = tiddlerFields.text;\n\t\tthis.shortcutParsedList[i] = this.shortcutKeysList[i] !== undefined ? this.parseKeyDescriptors(this.shortcutKeysList[i]) : undefined;\n\t}\n};\n\nKeyboardManager.prototype.handleKeydownEvent = function(event) {\n\tvar key, action;\n\tfor(var i=0; i<this.shortcutTiddlers.length; i++) {\n\t\tif(this.shortcutParsedList[i] !== undefined && this.checkKeyDescriptors(event,this.shortcutParsedList[i])) {\n\t\t\tkey = this.shortcutParsedList[i];\n\t\t\taction = this.shortcutActionList[i];\n\t\t}\n\t}\n\tif(key !== undefined) {\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\t$tw.rootWidget.invokeActionString(action,$tw.rootWidget);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.detectNewShortcuts = function(changedTiddlers) {\n\tvar shortcutConfigTiddlers = [],\n\t\thandled = false;\n\t$tw.utils.each(this.lookupNames,function(platformDescriptor) {\n\t\tvar descriptorString = \"$:/config/\" + platformDescriptor + \"/\";\n\t\tObject.keys(changedTiddlers).forEach(function(configTiddler) {\n\t\t\tvar configString = configTiddler.substr(0, configTiddler.lastIndexOf(\"/\") + 1);\n\t\t\tif(configString === descriptorString) {\n\t\t\t\tshortcutConfigTiddlers.push(configTiddler);\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t});\n\t});\n\tif(handled) {\n\t\treturn $tw.utils.hopArray(changedTiddlers,shortcutConfigTiddlers);\n\t} else {\n\t\treturn false;\n\t}\n};\n\nKeyboardManager.prototype.handleShortcutChanges = function(changedTiddlers) {\n\tvar newList = this.getShortcutTiddlerList();\n\tvar hasChanged = $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers) ? true :\n\t\t($tw.utils.hopArray(changedTiddlers,newList) ? true :\n\t\t(this.detectNewShortcuts(changedTiddlers))\n\t);\n\t// Re-cache shortcuts if something changed\n\tif(hasChanged) {\n\t\tthis.updateShortcutLists(newList);\n\t}\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/language.js": {
            "title": "$:/core/modules/language.js",
            "text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/macros/changecount.js": {
            "title": "$:/core/modules/macros/changecount.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/contrastcolour.js": {
            "title": "$:/core/modules/macros/contrastcolour.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/csvtiddlers.js": {
            "title": "$:/core/modules/macros/csvtiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/displayshortcuts.js": {
            "title": "$:/core/modules/macros/displayshortcuts.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t    return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/jsontiddler.js": {
            "title": "$:/core/modules/macros/jsontiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/jsontiddler.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output a single tiddler to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddler\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\ttitle = title || this.getVariable(\"currentTiddler\");\n\tvar tiddler = !!title && this.wiki.getTiddler(title),\n\t\tfields = new Object();\n\tif(tiddler) {\n\t\tfor(var field in tiddler.fields) {\n\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t}\n\t}\n\treturn JSON.stringify(fields,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/jsontiddlers.js": {
            "title": "$:/core/modules/macros/jsontiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\treturn this.wiki.getTiddlersAsJson(filter);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/makedatauri.js": {
            "title": "$:/core/modules/macros/makedatauri.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/now.js": {
            "title": "$:/core/modules/macros/now.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/qualify.js": {
            "title": "$:/core/modules/macros/qualify.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/resolvepath.js": {
            "title": "$:/core/modules/macros/resolvepath.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/unusedtitle.js": {
            "title": "$:/core/modules/macros/unusedtitle.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/unusedtitle.js\ntype: application/javascript\nmodule-type: macro\nMacro to return a new title that is unused in the wiki. It can be given a name as a base.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"unusedtitle\";\n\nexports.params = [\n\t{name: \"baseName\"},\n\t{name: \"options\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(baseName, options) {\n\tif(!baseName) {\n\t\tbaseName = $tw.language.getString(\"DefaultNewTiddlerTitle\");\n\t}\n\treturn this.wiki.generateNewTitle(baseName, options);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/version.js": {
            "title": "$:/core/modules/macros/version.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/parsers/audioparser.js": {
            "title": "$:/core/modules/parsers/audioparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/binaryparser.js": {
            "title": "$:/core/modules/parsers/binaryparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/binaryparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar BinaryParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}];\n};\n\nexports[\"application/octet-stream\"] = BinaryParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/csvparser.js": {
            "title": "$:/core/modules/parsers/csvparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/htmlparser.js": {
            "title": "$:/core/modules/parsers/htmlparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/imageparser.js": {
            "title": "$:/core/modules/parsers/imageparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t};\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\tif(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"image/webp\"] = ImageParser;\nexports[\"image/heic\"] = ImageParser;\nexports[\"image/heif\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/utils/parseutils.js": {
            "title": "$:/core/modules/utils/parseutils.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treFilteredValue = /\\{\\{\\{(.+?)\\}\\}\\}/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for a filtered value\n\t\t\tvar filteredValue = $tw.utils.parseTokenRegExp(source,pos,reFilteredValue);\n\t\t\tif(filteredValue) {\n\t\t\t\tpos = filteredValue.end;\n\t\t\t\tnode.type = \"filtered\";\n\t\t\t\tnode.filter = filteredValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for an indirect value\n\t\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\t\tif(indirectValue) {\n\t\t\t\t\tpos = indirectValue.end;\n\t\t\t\t\tnode.type = \"indirect\";\n\t\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a unquoted value\n\t\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\t\tif(unquotedValue) {\n\t\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/parsers/pdfparser.js": {
            "title": "$:/core/modules/parsers/pdfparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/pdfparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe PDF parser embeds a PDF viewer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"embed\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/pdf\"] = ImageParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/textparser.js": {
            "title": "$:/core/modules/parsers/textparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/videoparser.js": {
            "title": "$:/core/modules/parsers/videoparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar VideoParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/mp4\"] = VideoParser;\nexports[\"video/quicktime\"] = VideoParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/dash.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"&ndash;\" : \"&mdash;\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/entity.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: &copy;\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/extlink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: https://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/heading.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/html.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/html.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.slice(1).indexOf(\"$\") !== -1) {\n\t\treturn null;\n\t}\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Check that the tag is terminated by a space, / or >\n\tif(!$tw.utils.parseWhiteSpace(source,pos) && !(source.charAt(pos) === \"/\") && !(source.charAt(pos) === \">\") ) {\n\t\treturn null;\n\t}\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/image.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/image.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[https://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [https://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [https://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|https://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/import.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/import.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/import.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for importing variable definitions\n\n```\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"import\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\import[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the filter terminated by a line break\n\tvar reMatch = /(.*)(\\r?\\n)|$/mg;\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\tthis.parser.pos = reMatch.lastIndex;\n\t// Parse tree nodes to return\n\treturn [{\n\t\ttype: \"importvariables\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: match[1]}\n\t\t},\n\t\tchildren: []\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/list.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/list.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /($|\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params,\n\t\tisMacroDefinition: true\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[https://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|https://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/rules.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/syslink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(\n\t\t\"~?\\\\$:\\\\/[\" +\n\t\t$tw.config.textPrimitives.anyLetter.substr(1,$tw.config.textPrimitives.anyLetter.length - 2) +\n\t\t\"\\/._-]+\",\n\t\t\"mg\"\n\t);\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/table.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/table.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n  <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/whitespace.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/whitespace.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/whitespace.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for whitespace specifications\n\n```\n\\whitespace trim\n\\whitespace notrim\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"whitespace\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\whitespace[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\t$tw.utils.each(tokens,function(token) {\n\t\tswitch(token) {\n\t\t\tcase \"trim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = true;\n\t\t\t\tbreak;\n\t\t\tcase \"notrim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = false;\n\t\t\t\tbreak;\n\t\t}\n\t});\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/wikiparser.js": {
            "title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Flag for ignoring whitespace\n\tthis.configTrimWhiteSpace = false;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined  && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t//  Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t//  Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,nextMatch.matchIndex));\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,terminatorMatch.index));\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,inlineRuleMatch.matchIndex));\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nPush a text widget onto an array, respecting the configTrimWhiteSpace setting\n*/\nWikiParser.prototype.pushTextWidget = function(array,text) {\n\tif(this.configTrimWhiteSpace) {\n\t\ttext = $tw.utils.trim(text);\n\t}\n\tif(text) {\n\t\tarray.push({type: \"text\", text: text});\t\t\n\t}\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/pluginswitcher.js": {
            "title": "$:/core/modules/pluginswitcher.js",
            "text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\nonSwitch: callback when plugin is switched (single parameter is array of plugin titles)\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\tthis.onSwitch = options.onSwitch;\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Call the switch handler\n\tif(this.onSwitch) {\n\t\tthis.onSwitch(plugins);\n\t}\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/saver-handler.js": {
            "title": "$:/core/modules/saver-handler.js",
            "text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.preloadDirty = options.preloadDirty || [];\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(self.preloadDirty,function(title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t});\n\t\tthis.numChanges = filteredChanges.length;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\";\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\tvar\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/savers/andtidwiki.js": {
            "title": "$:/core/modules/savers/andtidwiki.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/beaker.js": {
            "title": "$:/core/modules/savers/beaker.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/beaker.js\ntype: application/javascript\nmodule-type: saver\n\nSaves files using the Beaker browser's (https://beakerbrowser.com) Dat protocol (https://datproject.org/)\nCompatible with beaker >= V0.7.2\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet up the saver\n*/\nvar BeakerSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nBeakerSaver.prototype.save = function(text,method,callback) {\n\tvar dat = new DatArchive(\"\" + window.location),\n\t\tpathname = (\"\" + window.location.pathname).split(\"#\")[0];\n\tdat.stat(pathname).then(function(value) {\n\t\tif(value.isDirectory()) {\n\t\t\tpathname = pathname + \"/index.html\";\n\t\t}\n\t\tdat.writeFile(pathname,text,\"utf8\").then(function(value) {\n\t\t\tcallback(null);\n\t\t},function(reason) {\n\t\t\tcallback(\"Beaker Saver Write Error: \" + reason);\n\t\t});\n\t},function(reason) {\n\t\tcallback(\"Beaker Saver Stat Error: \" + reason);\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nBeakerSaver.prototype.info = {\n\tname: \"beaker\",\n\tpriority: 3000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.DatArchive && location.protocol===\"dat:\";\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new BeakerSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/download.js": {
            "title": "$:/core/modules/savers/download.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\t// We decode the pathname because document.location is URL encoded by the browser\n\t\t\tfilename = decodeURIComponent(document.location.pathname.substr(p+1));\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\nObject.defineProperty(DownloadSaver.prototype.info, \"capabilities\", {\n\tget: function() {\n\t\tvar capabilities = [\"save\", \"download\"];\n\t\tif(($tw.wiki.getTextReference(\"$:/config/DownloadSaver/AutoSave\") || \"\").toLowerCase() === \"yes\") {\n\t\t\tcapabilities.push(\"autosave\");\n\t\t}\n\t\treturn capabilities;\n\t}\n});\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/fsosaver.js": {
            "title": "$:/core/modules/savers/fsosaver.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/github.js": {
            "title": "$:/core/modules/savers/github.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/github.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by pushing a commit to the GitHub v3 REST API\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar base64utf8 = require(\"$:/core/modules/utils/base64-utf8/base64-utf8.module.js\");\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar GitHubSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nGitHubSaver.prototype.save = function(text,method,callback) {\n\tvar self = this,\n\t\tusername = this.wiki.getTiddlerText(\"$:/GitHub/Username\"),\n\t\tpassword = $tw.utils.getPassword(\"github\"),\n\t\trepo = this.wiki.getTiddlerText(\"$:/GitHub/Repo\"),\n\t\tpath = this.wiki.getTiddlerText(\"$:/GitHub/Path\"),\n\t\tfilename = this.wiki.getTiddlerText(\"$:/GitHub/Filename\"),\n\t\tbranch = this.wiki.getTiddlerText(\"$:/GitHub/Branch\") || \"master\",\n\t\tendpoint = this.wiki.getTiddlerText(\"$:/GitHub/ServerURL\") || \"https://api.github.com\",\n\t\theaders = {\n\t\t\t\"Accept\": \"application/vnd.github.v3+json\",\n\t\t\t\"Content-Type\": \"application/json;charset=UTF-8\",\n\t\t\t\"Authorization\": \"Basic \" + window.btoa(username + \":\" + password)\n\t\t};\n\t// Bail if we don't have everything we need\n\tif(!username || !password || !repo || !path || !filename) {\n\t\treturn false;\n\t}\n\t// Make sure the path start and ends with a slash\n\tif(path.substring(0,1) !== \"/\") {\n\t\tpath = \"/\" + path;\n\t}\n\tif(path.substring(path.length - 1) !== \"/\") {\n\t\tpath = path + \"/\";\n\t}\n\t// Compose the base URI\n\tvar uri = endpoint + \"/repos/\" + repo + \"/contents\" + path;\n\t// Perform a get request to get the details (inc shas) of files in the same path as our file\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"GET\",\n\t\theaders: headers,\n\t\tdata: {\n\t\t\tref: branch\n\t\t},\n\t\tcallback: function(err,getResponseDataJson,xhr) {\n\t\t\tvar getResponseData,sha = \"\";\n\t\t\tif(err && xhr.status !== 404) {\n\t\t\t\treturn callback(err);\t\t\t\t\t\n\t\t\t}\n\t\t\tif(xhr.status !== 404) {\n\t\t\t\tgetResponseData = JSON.parse(getResponseDataJson);\n\t\t\t\t$tw.utils.each(getResponseData,function(details) {\n\t\t\t\t\tif(details.name === filename) {\n\t\t\t\t\t\tsha = details.sha;\n\t\t\t\t\t}\n\t\t\t\t});\t\t\t\t\n\t\t\t}\n\t\t\tvar data = {\n\t\t\t\t\tmessage: \"Saved by TiddlyWiki\",\n\t\t\t\t\tcontent: base64utf8.base64.encode.call(base64utf8,text),\n\t\t\t\t\tbranch: branch,\n\t\t\t\t\tsha: sha\n\t\t\t\t};\n\t\t\t// Perform a PUT request to save the file\n\t\t\t$tw.utils.httpRequest({\n\t\t\t\turl: uri + filename,\n\t\t\t\ttype: \"PUT\",\n\t\t\t\theaders: headers,\n\t\t\t\tdata: JSON.stringify(data),\n\t\t\t\tcallback: function(err,putResponseDataJson,xhr) {\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\treturn callback(err);\n\t\t\t\t\t}\n\t\t\t\t\tvar putResponseData = JSON.parse(putResponseDataJson);\n\t\t\t\t\tcallback(null);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nGitHubSaver.prototype.info = {\n\tname: \"github\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new GitHubSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/manualdownload.js": {
            "title": "$:/core/modules/savers/manualdownload.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/msdownload.js": {
            "title": "$:/core/modules/savers/msdownload.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/put.js": {
            "title": "$:/core/modules/savers/put.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRetrieve ETag if available\n*/\nvar retrieveETag = function(self) {\n\tvar headers = {\n\t\tAccept: \"*/*;charset=UTF-8\"\n\t};\n\t$tw.utils.httpRequest({\n\t\turl: self.uri(),\n\t\ttype: \"HEAD\",\n\t\theaders: headers,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tvar etag = xhr.getResponseHeader(\"ETag\");\n\t\t\tif(!etag) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tself.etag = etag.replace(/^W\\//,\"\");\n\t\t}\n\t});\n};\n\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\tvar uri = this.uri();\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"OPTIONS\",\n\t\tcallback: function(err,data,xhr) {\n\t\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\t\tif(!err) {\n\t\t\t\tself.serverAcceptsPuts = xhr.status === 200 && !!xhr.getResponseHeader(\"dav\");\n\t\t\t}\n\t\t}\n\t});\n\tretrieveETag(this);\n};\n\nPutSaver.prototype.uri = function() {\n\treturn document.location.toString().split(\"#\")[0];\n};\n\n// TODO: in case of edit conflict\n// Prompt: Do you want to save over this? Y/N\n// Merging would be ideal, and may be possible using future generic merge flow\nPutSaver.prototype.save = function(text,method,callback) {\n\tif(!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tvar headers = {\n\t\t\"Content-Type\": \"text/html;charset=UTF-8\"\n\t};\n\tif(this.etag) {\n\t\theaders[\"If-Match\"] = this.etag;\n\t}\n\t$tw.utils.httpRequest({\n\t\turl: this.uri(),\n\t\ttype: \"PUT\",\n\t\theaders: headers,\n\t\tdata: text,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\t// response is textual: \"XMLHttpRequest error code: 412\"\n\t\t\t\tvar status = Number(err.substring(err.indexOf(':') + 2, err.length))\n\t\t\t\tif(status === 412) { // edit conflict\n\t\t\t\t\tvar message = $tw.language.getString(\"Error/EditConflict\");\n\t\t\t\t\tcallback(message);\n\t\t\t\t} else {\n\t\t\t\t\tcallback(err); // fail\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t\tif(self.etag == null) {\n\t\t\t\t\tretrieveETag(self);\n\t\t\t\t}\n\t\t\t\tcallback(null); // success\n\t\t\t}\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\",\"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/tiddlyfox.js": {
            "title": "$:/core/modules/savers/tiddlyfox.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/tiddlyie.js": {
            "title": "$:/core/modules/savers/tiddlyie.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/twedit.js": {
            "title": "$:/core/modules/savers/twedit.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/upload.js": {
            "title": "$:/core/modules/savers/upload.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/server/authenticators/basic.js": {
            "title": "$:/core/modules/server/authenticators/basic.js",
            "text": "/*\\\ntitle: $:/core/modules/server/authenticators/basic.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for WWW basic authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\");\n}\n\nfunction BasicAuthenticator(server) {\n\tthis.server = server;\n\tthis.credentialsData = [];\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nBasicAuthenticator.prototype.init = function() {\n\t// Read the credentials data\n\tthis.credentialsFilepath = this.server.get(\"credentials\");\n\tif(this.credentialsFilepath) {\n\t\tvar resolveCredentialsFilepath = path.resolve($tw.boot.wikiPath,this.credentialsFilepath);\n\t\tif(fs.existsSync(resolveCredentialsFilepath) && !fs.statSync(resolveCredentialsFilepath).isDirectory()) {\n\t\t\tvar credentialsText = fs.readFileSync(resolveCredentialsFilepath,\"utf8\"),\n\t\t\t\tcredentialsData = $tw.utils.parseCsvStringWithHeader(credentialsText);\n\t\t\tif(typeof credentialsData === \"string\") {\n\t\t\t\treturn \"Error: \" + credentialsData + \" reading credentials from '\" + resolveCredentialsFilepath + \"'\";\n\t\t\t} else {\n\t\t\t\tthis.credentialsData = credentialsData;\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"Error: Unable to load user credentials from '\" + credentialsFilepath + \"'\";\n\t\t}\n\t}\n\t// Add the hardcoded username and password if specified\n\tif(this.server.get(\"username\") && this.server.get(\"password\")) {\n\t\tthis.credentialsData = this.credentialsData || [];\n\t\tthis.credentialsData.push({\n\t\t\tusername: this.server.get(\"username\"),\n\t\t\tpassword: this.server.get(\"password\")\n\t\t});\n\t}\n\treturn this.credentialsData.length > 0;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nBasicAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Extract the incoming username and password from the request\n\tvar header = request.headers.authorization || \"\";\n\tif(!header && state.allowAnon) {\n\t\t// If there's no header and anonymous access is allowed then we don't set authenticatedUsername\n\t\treturn true;\n\t}\n\tvar token = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tincomingUsername = parts[0],\n\t\tincomingPassword = parts[1];\n\t// Check that at least one of the credentials matches\n\tvar matchingCredentials = this.credentialsData.find(function(credential) {\n\t\treturn credential.username === incomingUsername && credential.password === incomingPassword;\n\t});\n\tif(matchingCredentials) {\n\t\t// If so, add the authenticated username to the request state\n\t\tstate.authenticatedUsername = incomingUsername;\n\t\treturn true;\n\t} else {\n\t\t// If not, return an authentication challenge\n\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\n\t\treturn false;\n\t}\n};\n\nexports.AuthenticatorClass = BasicAuthenticator;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "authenticator"
        },
        "$:/core/modules/server/authenticators/header.js": {
            "title": "$:/core/modules/server/authenticators/header.js",
            "text": "/*\\\ntitle: $:/core/modules/server/authenticators/header.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for trusted header authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction HeaderAuthenticator(server) {\n\tthis.server = server;\n\tthis.header = server.get(\"authenticated-user-header\");\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nHeaderAuthenticator.prototype.init = function() {\n\treturn !!this.header;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nHeaderAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Otherwise, authenticate as the username in the specified header\n\tvar username = request.headers[this.header];\n\tif(!username && !state.allowAnon) {\n\t\tresponse.writeHead(401,\"Authorization header required to login to '\" + state.server.servername + \"'\");\n\t\tresponse.end();\n\t\treturn false;\n\t} else {\n\t\t// authenticatedUsername will be undefined for anonymous users\n\t\tstate.authenticatedUsername = username;\n\t\treturn true;\n\t}\n};\n\nexports.AuthenticatorClass = HeaderAuthenticator;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "authenticator"
        },
        "$:/core/modules/server/routes/delete-tiddler.js": {
            "title": "$:/core/modules/server/routes/delete-tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/delete-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nDELETE /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"DELETE\";\n\nexports.path = /^\\/bags\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]);\n\tstate.wiki.deleteTiddler(title);\n\tresponse.writeHead(204, \"OK\", {\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-favicon.js": {
            "title": "$:/core/modules/server/routes/get-favicon.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-favicon.js\ntype: application/javascript\nmodule-type: route\n\nGET /favicon.ico\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/favicon.ico$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\tresponse.end(buffer,\"base64\");\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-file.js": {
            "title": "$:/core/modules/server/routes/get-file.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-file.js\ntype: application/javascript\nmodule-type: route\n\nGET /files/:filepath\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/files\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar path = require(\"path\"),\n\t\tfs = require(\"fs\"),\n\t\tutil = require(\"util\");\n\tvar filename = path.resolve($tw.boot.wikiPath,\"files\",decodeURIComponent(state.params[0])),\n\t\textension = path.extname(filename);\n\tfs.readFile(filename,function(err,content) {\n\t\tvar status,content,type = \"text/plain\";\n\t\tif(err) {\n\t\t\tif(err.code === \"ENOENT\") {\n\t\t\t\tstatus = 404;\n\t\t\t\tcontent = \"File '\" + filename + \"' not found\";\n\t\t\t} else if(err.code === \"EACCES\") {\n\t\t\t\tstatus = 403;\n\t\t\t\tcontent = \"You do not have permission to access the file '\" + filename + \"'\";\n\t\t\t} else {\n\t\t\t\tstatus = 500;\n\t\t\t\tcontent = err.toString();\n\t\t\t}\n\t\t} else {\n\t\t\tstatus = 200;\n\t\t\tcontent = content;\n\t\t\ttype = ($tw.config.fileExtensionInfo[extension] ? $tw.config.fileExtensionInfo[extension].type : \"application/octet-stream\");\n\t\t}\n\t\tresponse.writeHead(status,{\n\t\t\t\"Content-Type\": type\n\t\t});\n\t\tresponse.end(content);\n\t});\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-index.js": {
            "title": "$:/core/modules/server/routes/get-index.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-index.js\ntype: application/javascript\nmodule-type: route\n\nGET /\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar zlib = require('zlib');\n\nexports.method = \"GET\";\n\nexports.path = /^\\/$/;\n\nexports.handler = function(request,response,state) {\n\tvar acceptEncoding = request.headers['accept-encoding'];\n\tif (!acceptEncoding) { acceptEncoding = ''; }\n\n\tvar text = state.wiki.renderTiddler(state.server.get(\"root-render-type\"),state.server.get(\"root-tiddler\"));\n\n\tvar responseHeaders = {\n\t\t\"Content-Type\": state.server.get(\"root-serve-type\")\n\t};\n\n\t/*\n\tIf the gzip=yes flag for `listen` is set, check if the user agent permits\n\tcompression. If so, compress our response. Note that we use the synchronous\n\tfunctions from zlib to stay in the imperative style. The current `Server`\n\tdoesn't depend on this, and we may just as well use the async versions.\n\t*/\n\tif(state.server.enableGzip) {\n\t\tif (/\\bdeflate\\b/.test(acceptEncoding)) {\n\t\t\tresponseHeaders['Content-Encoding'] = 'deflate';\n\t\t\ttext = zlib.deflateSync(text);\n\t\t} else if (/\\bgzip\\b/.test(acceptEncoding)) {\n\t\t\tresponseHeaders['Content-Encoding'] = 'gzip';\n\t\t\ttext = zlib.gzipSync(text);\n\t\t}\n\t}\n\n\tresponse.writeHead(200, responseHeaders);\n\tresponse.end(text);\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-login-basic.js": {
            "title": "$:/core/modules/server/routes/get-login-basic.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-login-basic.js\ntype: application/javascript\nmodule-type: route\n\nGET /login-basic -- force a Basic Authentication challenge\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/login-basic$/;\n\nexports.handler = function(request,response,state) {\n\tif(!state.authenticatedUsername) {\n\t\t// Challenge if there's no username\n\t\tresponse.writeHead(401,{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\t\t\n\t} else {\n\t\t// Redirect to the root wiki if login worked\n\t\tresponse.writeHead(302,{\n\t\t\tLocation: \"/\"\n\t\t});\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-status.js": {
            "title": "$:/core/modules/server/routes/get-status.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-status.js\ntype: application/javascript\nmodule-type: route\n\nGET /status\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/status$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar text = JSON.stringify({\n\t\tusername: state.authenticatedUsername || state.server.get(\"anon-username\") || \"\",\n\t\tanonymous: !state.authenticatedUsername,\n\t\tread_only: !state.server.isAuthorized(\"writers\",state.authenticatedUsername),\n\t\tspace: {\n\t\t\trecipe: \"default\"\n\t\t},\n\t\ttiddlywiki_version: $tw.version\n\t});\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-tiddler-html.js": {
            "title": "$:/core/modules/server/routes/get-tiddler-html.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler-html.js\ntype: application/javascript\nmodule-type: route\n\nGET /:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/([^\\/]+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar renderType = tiddler.getFieldString(\"_render_type\"),\n\t\t\trenderTemplate = tiddler.getFieldString(\"_render_template\");\n\t\t// Tiddler fields '_render_type' and '_render_template' overwrite\n\t\t// system wide settings for render type and template\n\t\tif(state.wiki.isSystemTiddler(title)) {\n\t\t\trenderType = renderType || state.server.get(\"system-tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"system-tiddler-render-template\");\n\t\t} else {\n\t\t\trenderType = renderType || state.server.get(\"tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"tiddler-render-template\");\n\t\t}\n\t\tvar text = state.wiki.renderTiddler(renderType,renderTemplate,{parseAsInline: true, variables: {currentTiddler: title}});\n\t\t// Naughty not to set a content-type, but it's the easiest way to ensure the browser will see HTML pages as HTML, and accept plain text tiddlers as CSS or JS\n\t\tresponse.writeHead(200);\n\t\tresponse.end(text,\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-tiddler.js": {
            "title": "$:/core/modules/server/routes/get-tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title),\n\t\ttiddlerFields = {},\n\t\tknownFields = [\n\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t];\n\tif(tiddler) {\n\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\ttiddlerFields[name] = value;\n\t\t\t} else {\n\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t}\n\t\t});\n\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/get-tiddlers-json.js": {
            "title": "$:/core/modules/server/routes/get-tiddlers-json.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddlers-json.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/tiddlers.json\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers.json$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar tiddlers = [];\n\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\tvar tiddlerFields = {};\n\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\tif(name !== \"text\") {\n\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t}\n\t\t});\n\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\ttiddlers.push(tiddlerFields);\n\t});\n\tvar text = JSON.stringify(tiddlers);\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/routes/put-tiddler.js": {
            "title": "$:/core/modules/server/routes/put-tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/server/routes/put-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nPUT /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"PUT\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\tfields = JSON.parse(state.data);\n\t// Pull up any subfields in the `fields` object\n\tif(fields.fields) {\n\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\tfields[name] = field;\n\t\t});\n\t\tdelete fields.fields;\n\t}\n\t// Remove any revision field\n\tif(fields.revision) {\n\t\tdelete fields.revision;\n\t}\n\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\tresponse.writeHead(204, \"OK\",{\n\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
            "type": "application/javascript",
            "module-type": "route"
        },
        "$:/core/modules/server/server.js": {
            "title": "$:/core/modules/server/server.js",
            "text": "/*\\\ntitle: $:/core/modules/server/server.js\ntype: application/javascript\nmodule-type: library\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\");\n}\n\n/*\nA simple HTTP server with regexp-based routes\noptions: variables - optional hashmap of variables to set (a misnomer - they are really constant parameters)\n\t\t routes - optional array of routes to use\n\t\t wiki - reference to wiki object\n*/\nfunction Server(options) {\n\tvar self = this;\n\tthis.routes = options.routes || [];\n\tthis.authenticators = options.authenticators || [];\n\tthis.wiki = options.wiki;\n\tthis.servername = $tw.utils.transliterateToSafeASCII(this.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\");\n\t// Initialise the variables\n\tthis.variables = $tw.utils.extend({},this.defaultVariables);\n\tif(options.variables) {\n\t\tfor(var variable in options.variables) {\n\t\t\tif(options.variables[variable]) {\n\t\t\t\tthis.variables[variable] = options.variables[variable];\n\t\t\t}\n\t\t}\t\t\n\t}\n\t$tw.utils.extend({},this.defaultVariables,options.variables);\n\t// Initialise CSRF\n\tthis.csrfDisable = this.get(\"csrf-disable\") === \"yes\";\n\t// Initialize Gzip compression\n\tthis.enableGzip = this.get(\"gzip\") === \"yes\";\n\t// Initialise authorization\n\tvar authorizedUserName = (this.get(\"username\") && this.get(\"password\")) ? this.get(\"username\") : \"(anon)\";\n\tthis.authorizationPrincipals = {\n\t\treaders: (this.get(\"readers\") || authorizedUserName).split(\",\").map($tw.utils.trim),\n\t\twriters: (this.get(\"writers\") || authorizedUserName).split(\",\").map($tw.utils.trim)\n\t}\n\t// Load and initialise authenticators\n\t$tw.modules.forEachModuleOfType(\"authenticator\", function(title,authenticatorDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addAuthenticator(authenticatorDefinition.AuthenticatorClass);\n\t});\n\t// Load route handlers\n\t$tw.modules.forEachModuleOfType(\"route\", function(title,routeDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addRoute(routeDefinition);\n\t});\n\t// Initialise the http vs https\n\tthis.listenOptions = null;\n\tthis.protocol = \"http\";\n\tvar tlsKeyFilepath = this.get(\"tls-key\"),\n\t\ttlsCertFilepath = this.get(\"tls-cert\");\n\tif(tlsCertFilepath && tlsKeyFilepath) {\n\t\tthis.listenOptions = {\n\t\t\tkey: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsKeyFilepath),\"utf8\"),\n\t\t\tcert: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsCertFilepath),\"utf8\")\n\t\t};\n\t\tthis.protocol = \"https\";\n\t}\n\tthis.transport = require(this.protocol);\n}\n\nServer.prototype.defaultVariables = {\n\tport: \"8080\",\n\thost: \"127.0.0.1\",\n\t\"root-tiddler\": \"$:/core/save/all\",\n\t\"root-render-type\": \"text/plain\",\n\t\"root-serve-type\": \"text/html\",\n\t\"tiddler-render-type\": \"text/html\",\n\t\"tiddler-render-template\": \"$:/core/templates/server/static.tiddler.html\",\n\t\"system-tiddler-render-type\": \"text/plain\",\n\t\"system-tiddler-render-template\": \"$:/core/templates/wikified-tiddler\",\n\t\"debug-level\": \"none\",\n\t\"gzip\": \"no\"\n};\n\nServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nServer.prototype.addAuthenticator = function(AuthenticatorClass) {\n\t// Instantiate and initialise the authenticator\n\tvar authenticator = new AuthenticatorClass(this),\n\t\tresult = authenticator.init();\n\tif(typeof result === \"string\") {\n\t\t$tw.utils.error(\"Error: \" + result);\n\t} else if(result) {\n\t\t// Only use the authenticator if it initialised successfully\n\t\tthis.authenticators.push(authenticator);\n\t}\n};\n\nServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"path-prefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length) || \"/\";\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nServer.prototype.methodMappings = {\n\t\"GET\": \"readers\",\n\t\"OPTIONS\": \"readers\",\n\t\"HEAD\": \"readers\",\n\t\"PUT\": \"writers\",\n\t\"POST\": \"writers\",\n\t\"DELETE\": \"writers\"\n};\n\n/*\nCheck whether a given user is authorized for the specified authorizationType (\"readers\" or \"writers\"). Pass null or undefined as the username to check for anonymous access\n*/\nServer.prototype.isAuthorized = function(authorizationType,username) {\n\tvar principals = this.authorizationPrincipals[authorizationType] || [];\n\treturn principals.indexOf(\"(anon)\") !== -1 || (username && (principals.indexOf(\"(authenticated)\") !== -1 || principals.indexOf(username) !== -1));\n}\n\nServer.prototype.requestHandler = function(request,response) {\n\t// Compose the state object\n\tvar self = this;\n\tvar state = {};\n\tstate.wiki = self.wiki;\n\tstate.server = self;\n\tstate.urlInfo = url.parse(request.url);\n\t// Get the principals authorized to access this resource\n\tvar authorizationType = this.methodMappings[request.method] || \"readers\";\n\t// Check for the CSRF header if this is a write\n\tif(!this.csrfDisable && authorizationType === \"writers\" && request.headers[\"x-requested-with\"] !== \"TiddlyWiki\") {\n\t\tresponse.writeHead(403,\"'X-Requested-With' header required to login to '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\t\t\n\t}\n\t// Check whether anonymous access is granted\n\tstate.allowAnon = this.isAuthorized(authorizationType,null);\n\t// Authenticate with the first active authenticator\n\tif(this.authenticators.length > 0) {\n\t\tif(!this.authenticators[0].authenticateRequest(request,response,state)) {\n\t\t\t// Bail if we failed (the authenticator will have sent the response)\n\t\t\treturn;\n\t\t}\t\t\n\t}\n\t// Authorize with the authenticated username\n\tif(!this.isAuthorized(authorizationType,state.authenticatedUsername)) {\n\t\tresponse.writeHead(401,\"'\" + state.authenticatedUsername + \"' is not authorized to access '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Find the route that matches this path\n\tvar route = self.findMatchingRoute(request,state);\n\t// Optionally output debug info\n\tif(self.get(\"debug-level\") !== \"none\") {\n\t\tconsole.log(\"Request path:\",JSON.stringify(state.urlInfo));\n\t\tconsole.log(\"Request headers:\",JSON.stringify(request.headers));\n\t\tconsole.log(\"authenticatedUsername:\",state.authenticatedUsername);\n\t}\n\t// Return a 404 if we didn't find a route\n\tif(!route) {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Receive the request body if necessary and hand off to the route handler\n\tif(route.bodyFormat === \"stream\" || request.method === \"GET\" || request.method === \"HEAD\") {\n\t\t// Let the route handle the request stream itself\n\t\troute.handler(request,response,state);\n\t} else if(route.bodyFormat === \"string\" || !route.bodyFormat) {\n\t\t// Set the encoding for the incoming request\n\t\trequest.setEncoding(\"utf8\");\n\t\tvar data = \"\";\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata += chunk.toString();\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = data;\n\t\t\troute.handler(request,response,state);\n\t\t});\n\t} else if(route.bodyFormat === \"buffer\") {\n\t\tvar data = [];\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata.push(chunk);\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = Buffer.concat(data);\n\t\t\troute.handler(request,response,state);\n\t\t})\n\t} else {\n\t\tresponse.writeHead(400,\"Invalid bodyFormat \" + route.bodyFormat + \" in route \" + route.method + \" \" + route.path.source);\n\t\tresponse.end();\n\t}\n};\n\n/*\nListen for requests\nport: optional port number (falls back to value of \"port\" variable)\nhost: optional host address (falls back to value of \"host\" variable)\nprefix: optional prefix (falls back to value of \"path-prefix\" variable)\n*/\nServer.prototype.listen = function(port,host,prefix) {\n\t// Handle defaults for port and host\n\tport = port || this.get(\"port\");\n\thost = host || this.get(\"host\");\n\tprefix = prefix || this.get(\"path-prefix\") || \"\";\n\t// Check for the port being a string and look it up as an environment variable\n\tif(parseInt(port,10).toString() !== port) {\n\t\tport = process.env[port] || 8080;\n\t}\n\t$tw.utils.log(\"Serving on \" + this.protocol + \"://\" + host + \":\" + port + prefix,\"brown/orange\");\n\t$tw.utils.log(\"(press ctrl-C to exit)\",\"red\");\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\t// Listen\n\tvar server;\n\tif(this.listenOptions) {\n\t\tserver = this.transport.createServer(this.listenOptions,this.requestHandler.bind(this));\n\t} else {\n\t\tserver = this.transport.createServer(this.requestHandler.bind(this));\n\t}\n\treturn server.listen(port,host);\n};\n\nexports.Server = Server;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/core/modules/browser-messaging.js": {
            "title": "$:/core/modules/browser-messaging.js",
            "text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\");\n\t\tiframeInfo = {\n\t\t\turl: url,\n\t\t\tstatus: \"loading\",\n\t\t\tdomNode: iframe\n\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tiframe.setAttribute(\"library\",\"true\");\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\n/*\nUnload library iframe for given url\n*/\nfunction unloadIFrame(url){\n\t$tw.utils.each(document.getElementsByTagName('iframe'), function(iframe) {\n\t\tif(iframe.getAttribute(\"library\") === \"true\" &&\n\t\t  iframe.getAttribute(\"src\") === url) {\n\t\t\tiframe.parentNode.removeChild(iframe);\n\t\t}\n\t});\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for widget messages to control unloading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-unload-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\t$tw.browserMessaging.iframeInfoMap[url] = undefined;\n\t\tif(url) {\n\t\t\tunloadIFrame(url);\n\t\t\t$tw.utils.each(\n\t\t\t\t$tw.wiki.filterTiddlers(\"[[$:/temp/ServerConnection/\" + url + \"]] [prefix[$:/temp/RemoteAssetInfo/\" + url + \"/]]\"),\n\t\t\t\tfunction(title) {\n\t\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t\t}\n\t\t\t);\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\t// console.log(\"browser-messaging: \",document.location.toString())\n\t\t// console.log(\"browser-messaging: Received message from\",event.origin);\n\t\t// console.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/commands.js": {
            "title": "$:/core/modules/startup/commands.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/CSSescape.js": {
            "title": "$:/core/modules/startup/CSSescape.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/CSSescape.js\ntype: application/javascript\nmodule-type: startup\n\nPolyfill for CSS.escape()\n\n\\*/\n(function(root,factory){\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"css-escape\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*! https://mths.be/cssescape v1.5.1 by @mathias | MIT license */\n// https://github.com/umdjs/umd/blob/master/returnExports.js\nexports.startup = factory(root);\n}(typeof global != 'undefined' ? global : this, function(root) {\n\n\tif (root.CSS && root.CSS.escape) {\n\t\treturn;\n\t}\n\n\t// https://drafts.csswg.org/cssom/#serialize-an-identifier\n\tvar cssEscape = function(value) {\n\t\tif (arguments.length == 0) {\n\t\t\tthrow new TypeError('`CSS.escape` requires an argument.');\n\t\t}\n\t\tvar string = String(value);\n\t\tvar length = string.length;\n\t\tvar index = -1;\n\t\tvar codeUnit;\n\t\tvar result = '';\n\t\tvar firstCodeUnit = string.charCodeAt(0);\n\t\twhile (++index < length) {\n\t\t\tcodeUnit = string.charCodeAt(index);\n\t\t\t// Note: there’s no need to special-case astral symbols, surrogate\n\t\t\t// pairs, or lone surrogates.\n\n\t\t\t// If the character is NULL (U+0000), then the REPLACEMENT CHARACTER\n\t\t\t// (U+FFFD).\n\t\t\tif (codeUnit == 0x0000) {\n\t\t\t\tresult += '\\uFFFD';\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tif (\n\t\t\t\t// If the character is in the range [\\1-\\1F] (U+0001 to U+001F) or is\n\t\t\t\t// U+007F, […]\n\t\t\t\t(codeUnit >= 0x0001 && codeUnit <= 0x001F) || codeUnit == 0x007F ||\n\t\t\t\t// If the character is the first character and is in the range [0-9]\n\t\t\t\t// (U+0030 to U+0039), […]\n\t\t\t\t(index == 0 && codeUnit >= 0x0030 && codeUnit <= 0x0039) ||\n\t\t\t\t// If the character is the second character and is in the range [0-9]\n\t\t\t\t// (U+0030 to U+0039) and the first character is a `-` (U+002D), […]\n\t\t\t\t(\n\t\t\t\t\tindex == 1 &&\n\t\t\t\t\tcodeUnit >= 0x0030 && codeUnit <= 0x0039 &&\n\t\t\t\t\tfirstCodeUnit == 0x002D\n\t\t\t\t)\n\t\t\t) {\n\t\t\t\t// https://drafts.csswg.org/cssom/#escape-a-character-as-code-point\n\t\t\t\tresult += '\\\\' + codeUnit.toString(16) + ' ';\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tif (\n\t\t\t\t// If the character is the first character and is a `-` (U+002D), and\n\t\t\t\t// there is no second character, […]\n\t\t\t\tindex == 0 &&\n\t\t\t\tlength == 1 &&\n\t\t\t\tcodeUnit == 0x002D\n\t\t\t) {\n\t\t\t\tresult += '\\\\' + string.charAt(index);\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\t// If the character is not handled by one of the above rules and is\n\t\t\t// greater than or equal to U+0080, is `-` (U+002D) or `_` (U+005F), or\n\t\t\t// is in one of the ranges [0-9] (U+0030 to U+0039), [A-Z] (U+0041 to\n\t\t\t// U+005A), or [a-z] (U+0061 to U+007A), […]\n\t\t\tif (\n\t\t\t\tcodeUnit >= 0x0080 ||\n\t\t\t\tcodeUnit == 0x002D ||\n\t\t\t\tcodeUnit == 0x005F ||\n\t\t\t\tcodeUnit >= 0x0030 && codeUnit <= 0x0039 ||\n\t\t\t\tcodeUnit >= 0x0041 && codeUnit <= 0x005A ||\n\t\t\t\tcodeUnit >= 0x0061 && codeUnit <= 0x007A\n\t\t\t) {\n\t\t\t\t// the character itself\n\t\t\t\tresult += string.charAt(index);\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\t// Otherwise, the escaped character.\n\t\t\t// https://drafts.csswg.org/cssom/#escape-a-character\n\t\t\tresult += '\\\\' + string.charAt(index);\n\n\t\t}\n\t\treturn result;\n\t};\n\n\tif (!root.CSS) {\n\t\troot.CSS = {};\n\t}\n\n\troot.CSS.escape = cssEscape;\n\n}));\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/favicon.js": {
            "title": "$:/core/modules/startup/favicon.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/info.js": {
            "title": "$:/core/modules/startup/info.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/load-modules.js": {
            "title": "$:/core/modules/startup/load-modules.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.wiki.addIndexersToWiki();\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/password.js": {
            "title": "$:/core/modules/startup/password.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/render.js": {
            "title": "$:/core/modules/startup/render.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n   \t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t})();\n\t// Remove any splash screen elements\n\tvar removeList = document.querySelectorAll(\".tc-remove-when-wiki-loaded\");\n\t$tw.utils.each(removeList,function(removeItem) {\n\t\tif(removeItem.parentNode) {\n\t\t\tremoveItem.parentNode.removeChild(removeItem);\n\t\t}\n\t});\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.hooks.invokeHook(\"th-page-refreshing\");\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/rootwidget.js": {
            "title": "$:/core/modules/startup/rootwidget.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject, event: event});\n\t});\n\t// Install the notification  mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the copy-to-clipboard  mechanism\n\t$tw.rootWidget.addEventListener(\"tm-copy-to-clipboard\",function(event) {\n\t\t$tw.utils.copyToClipboard(event.param);\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tvar fullScreenDocument = event.event ? event.event.target.ownerDocument : document;\n\t\t\tif(event.param === \"enter\") {\n\t\t\t\tfullScreenDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t} else if(event.param === \"exit\") {\n\t\t\t\tfullScreenDocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tif(fullScreenDocument[fullscreen._fullscreenElement]) {\n\t\t\t\t\tfullScreenDocument[fullscreen._exitFullscreen]();\n\t\t\t\t} else {\n\t\t\t\t\tfullScreenDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t\t}\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup.js": {
            "title": "$:/core/modules/startup.js",
            "text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.platform);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\t$tw.rootWidget = new widget.widget({\n\t\ttype: \"widget\",\n\t\tchildren: []\n\t},{\n\t\twiki: $tw.wiki,\n\t\tdocument: $tw.browser ? document : $tw.fakeDocument\n\t});\n\t// Execute any startup actions\n\tvar executeStartupTiddlers = function(tag) {\n\t\t$tw.utils.each($tw.wiki.filterTiddlers(\"[all[shadows+tiddlers]tag[\" + tag + \"]!has[draft.of]]\"),function(title) {\n\t\t\t$tw.rootWidget.invokeActionString($tw.wiki.getTiddlerText(title),$tw.rootWidget);\n\t\t});\n\t};\n\texecuteStartupTiddlers(\"$:/tags/StartupAction\");\n\tif($tw.browser) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Browser\");\t\t\n\t}\n\tif($tw.node) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Node\");\t\t\n\t}\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-GB\"\n\t\t],\n\t\tonSwitch: function(plugins) {\n\t\t\tif($tw.browser) {\n\t\t\t\tvar pluginTiddler = $tw.wiki.getTiddler(plugins[0]);\n\t\t\t\tif(pluginTiddler) {\n\t\t\t\t\tdocument.documentElement.setAttribute(\"dir\",pluginTiddler.getFieldString(\"text-direction\") || \"auto\");\n\t\t\t\t} else {\n\t\t\t\t\tdocument.documentElement.removeAttribute(\"dir\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Listen for shortcuts\n\tif($tw.browser) {\n\t\t$tw.utils.addEventListeners(document,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t}]);\n\t}\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({\n\t\twiki: $tw.wiki,\n\t\tdirtyTracking: !$tw.syncadaptor,\n\t\tpreloadDirty: $tw.boot.preloadDirty || []\n\t});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/story.js": {
            "title": "$:/core/modules/startup/story.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\nvar CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD = \"$:/config/Navigation/Permalinkview/CopyToClipboard\"; // Can be \"yes\" (default) or \"no\"\nvar CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/Permalinkview/UpdateAddressBar\"; // Can be \"yes\" (default) or \"no\"\n\n\n// Links to help, if there is no param\nvar HELP_OPEN_EXTERNAL_WINDOW = \"http://tiddlywiki.com/#WidgetMessage%3A%20tm-open-external-window\";\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers({\n\t\tdisableHistory: $tw.boot.disableStartupNavigation\n\t});\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for tm-open-external-window message\n\t\t$tw.rootWidget.addEventListener(\"tm-open-external-window\",function(event) {\n\t\t\tvar paramObject = event.paramObject || {},\n\t\t\t\tstrUrl = event.param || HELP_OPEN_EXTERNAL_WINDOW,\n\t\t\t\tstrWindowName = paramObject.windowName,\n\t\t\t\tstrWindowFeatures = paramObject.windowFeatures;\n\t\t\twindow.open(strUrl, strWindowName, strWindowFeatures);\n\t\t});\n\t\t// Listen for the tm-print message\n\t\t$tw.rootWidget.addEventListener(\"tm-print\",function(event) {\n\t\t\t(event.event.view || window).print();\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\"\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\"\n\t\t\t});\t\t\t\t\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndisableHistory: if true $:/History is NOT updated\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// Update history\n\tif(!options.disableHistory) {\n\t\t// If a target tiddler was specified add it to the history stack\n\t\tif(target && target !== \"\") {\n\t\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t\t}\n\t\t\t$tw.wiki.addToHistory(target);\n\t\t} else if(storyList.length > 0) {\n\t\t\t$tw.wiki.addToHistory(storyList[0]);\n\t\t}\t\t\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.copyToClipboard: \"permalink\", \"permaview\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\t// Get the story and the history stack\n\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\ttargetTiddler = \"\";\n\tif(options.targetTiddler) {\n\t\ttargetTiddler = options.targetTiddler;\n\t} else {\n\t\t// The target tiddler is the one at the top of the stack\n\t\tif(historyList.length > 0) {\n\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t}\n\t\t// Blank the target tiddler if it isn't present in the story\n\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\ttargetTiddler = \"\";\n\t\t}\n\t}\n\t// Assemble the location hash\n\tswitch(options.updateAddressBar) {\n\t\tcase \"permalink\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t\tbreak;\n\t}\n\t// Copy URL to the clipboard\n\tswitch(options.copyToClipboard) {\n\t\tcase \"permalink\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler));\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList)));\n\t\t\tbreak;\n\t}\n\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\tif(options.updateHistory === \"yes\") {\n\t\t\t// Assign the location hash so that history is updated\n\t\t\twindow.location.hash = $tw.locationHash;\n\t\t} else {\n\t\t\t// We use replace so that browser history isn't affected\n\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t}\n\t}\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/windows.js": {
            "title": "$:/core/modules/startup/windows.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow,\n\t\t    srcDocument;\n\t\t// In case that popup blockers deny opening a new window\n\t\ttry {\n\t\t\tsrcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\t}\n\t\tcatch(e) {\n\t\t\treturn;\n\t\t}\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{\n\t\t\t\tdocument: $tw.fakeDocument,\n\t\t\t\tvariables: variables,\n\t\t\t\timportPageMacros: true}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\t// Listen for keyboard shortcuts\n\t\t$tw.utils.addEventListeners(srcDocument,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t},{\n\t\t\tname: \"click\",\n\t\t\thandlerObject: $tw.popup,\n\t\t\thandlerMethod: \"handleEvent\"\n\t\t}]);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/story.js": {
            "title": "$:/core/modules/story.js",
            "text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/storyviews/classic.js": {
            "title": "$:/core/modules/storyviews/classic.js",
            "text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration()\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\tif(duration) {\n\t\t// Scroll the node into view\n\t\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\t\n\t} else {\n\t\ttargetElement.scrollIntoView();\n\t}\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tif(duration) {\n\t\tvar targetElement = widget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(targetElement instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\t// Get the current height of the tiddler\n\t\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t\t// Reset the margin once the transition is over\n\t\tsetTimeout(function() {\n\t\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t\t{transition: \"none\"},\n\t\t\t\t{marginBottom: \"\"}\n\t\t\t]);\n\t\t},duration);\n\t\t// Set up the initial position of the element\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t\t{opacity: \"0.0\"}\n\t\t]);\n\t\t$tw.utils.forceLayout(targetElement);\n\t\t// Transition to the final position\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t\t{opacity: \"1.0\"}\n\t]);\n\t}\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tif(duration) {\n\t\tvar targetElement = widget.findFirstDomNode(),\n\t\t\tremoveElement = function() {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t};\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(targetElement instanceof Element)) {\n\t\t\tremoveElement();\n\t\t\treturn;\n\t\t}\n\t\t// Get the current height of the tiddler\n\t\tvar currWidth = targetElement.offsetWidth,\n\t\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t\t// Remove the dom nodes of the widget at the end of the transition\n\t\tsetTimeout(removeElement,duration);\n\t\t// Animate the closure\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"translateX(0px)\"},\n\t\t\t{marginBottom:  currMarginBottom + \"px\"},\n\t\t\t{opacity: \"1.0\"}\n\t\t]);\n\t\t$tw.utils.forceLayout(targetElement);\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t\t{opacity: \"0.0\"}\n\t\t]);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/storyviews/pop.js": {
            "title": "$:/core/modules/storyviews/pop.js",
            "text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t\t$tw.utils.setStyle(widget.document.body,[\n\t\t\t{\"overflow-x\": \"\"}\n\t\t]);\n\t},duration);\n\t// Prevent the page from overscrolling due to the zoom factor\n\t$tw.utils.setStyle(widget.document.body,[\n\t\t{\"overflow-x\": \"hidden\"}\n\t]);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/storyviews/zoomin.js": {
            "title": "$:/core/modules/storyviews/zoomin.js",
            "text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx =  zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty =  zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/syncer.js": {
            "title": "$:/core/modules/syncer.js",
            "text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDefaults\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleIsAnonymous = \"$:/status/IsAnonymous\";\nSyncer.prototype.titleIsReadOnly = \"$:/status/IsReadOnly\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSyncPollingInterval = \"$:/config/SyncPollingInterval\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\tthis.disableUI = !!options.disableUI;\n\tthis.titleIsLoggedIn = options.titleIsLoggedIn || this.titleIsLoggedIn;\n\tthis.titleUserName = options.titleUserName || this.titleUserName;\n\tthis.titleSyncFilter = options.titleSyncFilter || this.titleSyncFilter;\n\tthis.titleSavedNotification = options.titleSavedNotification || this.titleSavedNotification;\n\tthis.taskTimerInterval = options.taskTimerInterval || this.taskTimerInterval;\n\tthis.throttleInterval = options.throttleInterval || this.throttleInterval;\n\tthis.fallbackInterval = options.fallbackInterval || this.fallbackInterval;\n\tthis.pollTimerInterval = options.pollTimerInterval || parseInt(this.wiki.getTiddlerText(this.titleSyncPollingInterval,\"\"),10) || this.pollTimerInterval;\n\tthis.logging = \"logging\" in options ? options.logging : true;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\")  + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\"),{\n\t\t\tcolour: \"cyan\",\n\t\t\tenable: this.logging\n\t\t});\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser && !this.disableUI) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tif(!this.disableUI) {\n\t\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\t\tself.handleLazyLoadEvent(title);\n\t\t});\t\t\n\t}\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title),\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t});\n};\n\n/*\nCreate an tiddlerInfo structure if it doesn't already exist\n*/\nSyncer.prototype.createTiddlerInfo = function(title) {\n\tif(!$tw.utils.hop(this.tiddlerInfo,title)) {\n\t\tthis.tiddlerInfo[title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1,\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t}\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser && !this.disableUI) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields,hasBeenLazyLoaded) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title),\n\t\thasBeenLazyLoaded: hasBeenLazyLoaded !== undefined ? hasBeenLazyLoaded : true\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username,isReadOnly,isAnonymous) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsReadOnly,text: isReadOnly ? \"yes\" : \"no\"});\n\t\t\tself.wiki.addTiddler({title: self.titleIsAnonymous,text: isAnonymous ? \"yes\" : \"no\"});\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert($tw.language.getString(\"Error/RetrievingSkinny\") + \":\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields,false);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Don't lazy load the same tiddler twice\n\tvar info = this.tiddlerInfo[title];\n\tif(!info || !info.hasBeenLazyLoaded) {\n\t\t// Don't lazy load if the tiddler isn't included in the sync filter\n\t\tif(this.filterFn.call(this.wiki).indexOf(title) !== -1) {\n\t\t\tthis.createTiddlerInfo(title);\n\t\t\tthis.tiddlerInfo[title].hasBeenLazyLoaded = true;\n\t\t\t// Queue up a sync task to load this tiddler\n\t\t\tthis.enqueueSyncTask({\n\t\t\t\ttype: \"load\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tthis.createTiddlerInfo(task.title);\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif((!this.syncadaptor.isReady || this.syncadaptor.isReady()) && this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields,true);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/tiddler.js": {
            "title": "$:/core/modules/tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet the value of a field as a list\n*/\nexports.getFieldList = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn [];\n\t}\n\treturn $tw.utils.parseStringArray(value);\n};\n\n/*\nGet all the fields as a hashmap of strings. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStrings = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = {};\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields[field] = this.getFieldString(field);\n\t\t\t}\n\t\t}\n\t}\n\treturn fields;\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [],\n\t\tfields = Object.keys(this.fields).sort(),\n\t\tresult = [];\n\tfor(var t=0; t<fields.length; t++) {\n\t\tvar field = fields[t];\n\t\tif(exclude.indexOf(field) === -1) {\n\t\t\tresult.push(field + \": \" + this.getFieldString(field));\n\t\t}\n\t}\n\treturn result.join(\"\\n\");\n};\n\nexports.getFieldDay = function(field) {\n\tif(this.cache && this.cache.day && $tw.utils.hop(this.cache.day,field) ) {\n\t\treturn this.cache.day[field];\n\t}\n\tvar day = \"\";\n\tif(this.fields[field]) {\n\t\tday = (new Date($tw.utils.parseDate(this.fields[field]))).setHours(0,0,0,0);\n\t}\n\tthis.cache.day = this.cache.day || {};\n\tthis.cache.day[field] = day;\n\treturn day;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "tiddlermethod"
        },
        "$:/core/modules/upgraders/plugins.js": {
            "title": "$:/core/modules/upgraders/plugins.js",
            "text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/upgraders/system.js": {
            "title": "$:/core/modules/upgraders/system.js",
            "text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\",\"$:/Import\"],\n\tWARN_IMPORT_PREFIX_LIST = [\"$:/core/modules/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tshowAlert = false;\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor(var t=0; t<WARN_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = WARN_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\tshowAlert = true;\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Warning\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(showAlert) {\n\t\t\tvar logger = new $tw.utils.Logger(\"import\");\n\t\t\tlogger.alert($tw.language.getString(\"Import/Upgrader/System/Alert\"));\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/upgraders/themetweaks.js": {
            "title": "$:/core/modules/upgraders/themetweaks.js",
            "text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/utils/base64-utf8/base64-utf8.module.js": {
            "text": "(function(){// From https://gist.github.com/Nijikokun/5192472\n//\n// UTF8 Module\n//\n// Cleaner and modularized utf-8 encoding and decoding library for javascript.\n//\n// copyright: MIT\n// author: Nijiko Yonskai, @nijikokun, nijikokun@gmail.com\n!function(r,e,o,t){void 0!==o.module&&o.module.exports?o.module.exports=e.apply(o):void 0!==o.define&&\"function\"===o.define&&o.define.amd?define(\"utf8\",[],e):o.utf8=e.apply(o)}(0,function(){return{encode:function(r){if(\"string\"!=typeof r)return r;r=r.replace(/\\r\\n/g,\"\\n\");for(var e,o=\"\",t=0;t<r.length;t++)(e=r.charCodeAt(t))<128?o+=String.fromCharCode(e):e>127&&e<2048?(o+=String.fromCharCode(e>>6|192),o+=String.fromCharCode(63&e|128)):(o+=String.fromCharCode(e>>12|224),o+=String.fromCharCode(e>>6&63|128),o+=String.fromCharCode(63&e|128));return o},decode:function(r){if(\"string\"!=typeof r)return r;for(var e=\"\",o=0,t=0;o<r.length;)(t=r.charCodeAt(o))<128?(e+=String.fromCharCode(t),o++):t>191&&t<224?(e+=String.fromCharCode((31&t)<<6|63&r.charCodeAt(o+1)),o+=2):(e+=String.fromCharCode((15&t)<<12|(63&r.charCodeAt(o+1))<<6|63&r.charCodeAt(o+2)),o+=3);return e}}},this),function(r,e,o,t){if(void 0!==o.module&&o.module.exports){if(t&&o.require)for(var n=0;n<t.length;n++)o[t[n]]=o.require(t[n]);o.module.exports=e.apply(o)}else void 0!==o.define&&\"function\"===o.define&&o.define.amd?define(\"base64\",t||[],e):o.base64=e.apply(o)}(0,function(r){var e=r||this.utf8,o=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";return{encode:function(r){if(void 0===e)throw{error:\"MissingMethod\",message:\"UTF8 Module is missing.\"};if(\"string\"!=typeof r)return r;r=e.encode(r);for(var t,n,i,d,f,a,h,c=\"\",u=0;u<r.length;)d=(t=r.charCodeAt(u++))>>2,f=(3&t)<<4|(n=r.charCodeAt(u++))>>4,a=(15&n)<<2|(i=r.charCodeAt(u++))>>6,h=63&i,isNaN(n)?a=h=64:isNaN(i)&&(h=64),c+=o.charAt(d)+o.charAt(f)+o.charAt(a)+o.charAt(h);return c},decode:function(r){if(void 0===e)throw{error:\"MissingMethod\",message:\"UTF8 Module is missing.\"};if(\"string\"!=typeof r)return r;r=r.replace(/[^A-Za-z0-9\\+\\/\\=]/g,\"\");for(var t,n,i,d,f,a,h=\"\",c=0;c<r.length;)t=o.indexOf(r.charAt(c++))<<2|(d=o.indexOf(r.charAt(c++)))>>4,n=(15&d)<<4|(f=o.indexOf(r.charAt(c++)))>>2,i=(3&f)<<6|(a=o.indexOf(r.charAt(c++))),h+=String.fromCharCode(t),64!=f&&(h+=String.fromCharCode(n)),64!=a&&(h+=String.fromCharCode(i));return e.decode(h)}}},this,[\"utf8\"]);}).call(exports);",
            "type": "application/javascript",
            "title": "$:/core/modules/utils/base64-utf8/base64-utf8.module.js",
            "module-type": "library"
        },
        "$:/core/modules/utils/crypto.js": {
            "title": "$:/core/modules/utils/crypto.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/csv.js": {
            "title": "$:/core/modules/utils/csv.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/csv.js\ntype: application/javascript\nmodule-type: utils\n\nA barebones CSV parser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a CSV string with a header row and return an array of hashmaps.\n*/\nexports.parseCsvStringWithHeader = function(text,options) {\n\toptions = options || {};\n\tvar separator = options.separator || \",\",\n\t\trows = text.split(/\\r?\\n/mg).map(function(row) {\n\t\t\treturn $tw.utils.trim(row);\n\t\t}).filter(function(row) {\n\t\t\treturn row !== \"\";\n\t\t});\n\tif(rows.length < 1) {\n\t\treturn \"Missing header row\";\n\t}\n\tvar headings = rows[0].split(separator),\n\t\tresults = [];\n\tfor(var row=1; row<rows.length; row++) {\n\t\tvar columns = rows[row].split(separator),\n\t\t\tcolumnResult = Object.create(null);\n\t\tif(columns.length !== headings.length) {\n\t\t\treturn \"Malformed CSV row '\" + rows[row] + \"'\";\n\t\t}\n\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\tvar columnName = headings[column];\n\t\t\tcolumnResult[columnName] = $tw.utils.trim(columns[column] || \"\");\n\t\t}\n\t\tresults.push(columnResult);\t\t\t\n\t}\n\treturn results;\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/diff-match-patch/diff_match_patch.js": {
            "text": "(function(){function diff_match_patch(){this.Diff_Timeout=1;this.Diff_EditCost=4;this.Match_Threshold=.5;this.Match_Distance=1E3;this.Patch_DeleteThreshold=.5;this.Patch_Margin=4;this.Match_MaxBits=32}var DIFF_DELETE=-1,DIFF_INSERT=1,DIFF_EQUAL=0;\ndiff_match_patch.prototype.diff_main=function(a,b,c,d){\"undefined\"==typeof d&&(d=0>=this.Diff_Timeout?Number.MAX_VALUE:(new Date).getTime()+1E3*this.Diff_Timeout);if(null==a||null==b)throw Error(\"Null input. (diff_main)\");if(a==b)return a?[[DIFF_EQUAL,a]]:[];\"undefined\"==typeof c&&(c=!0);var e=c,f=this.diff_commonPrefix(a,b);c=a.substring(0,f);a=a.substring(f);b=b.substring(f);f=this.diff_commonSuffix(a,b);var g=a.substring(a.length-f);a=a.substring(0,a.length-f);b=b.substring(0,b.length-f);a=this.diff_compute_(a,\nb,e,d);c&&a.unshift([DIFF_EQUAL,c]);g&&a.push([DIFF_EQUAL,g]);this.diff_cleanupMerge(a);return a};\ndiff_match_patch.prototype.diff_compute_=function(a,b,c,d){if(!a)return[[DIFF_INSERT,b]];if(!b)return[[DIFF_DELETE,a]];var e=a.length>b.length?a:b,f=a.length>b.length?b:a,g=e.indexOf(f);return-1!=g?(c=[[DIFF_INSERT,e.substring(0,g)],[DIFF_EQUAL,f],[DIFF_INSERT,e.substring(g+f.length)]],a.length>b.length&&(c[0][0]=c[2][0]=DIFF_DELETE),c):1==f.length?[[DIFF_DELETE,a],[DIFF_INSERT,b]]:(e=this.diff_halfMatch_(a,b))?(b=e[1],f=e[3],a=e[4],e=this.diff_main(e[0],e[2],c,d),c=this.diff_main(b,f,c,d),e.concat([[DIFF_EQUAL,\na]],c)):c&&100<a.length&&100<b.length?this.diff_lineMode_(a,b,d):this.diff_bisect_(a,b,d)};\ndiff_match_patch.prototype.diff_lineMode_=function(a,b,c){var d=this.diff_linesToChars_(a,b);a=d.chars1;b=d.chars2;d=d.lineArray;a=this.diff_main(a,b,!1,c);this.diff_charsToLines_(a,d);this.diff_cleanupSemantic(a);a.push([DIFF_EQUAL,\"\"]);for(var e=d=b=0,f=\"\",g=\"\";b<a.length;){switch(a[b][0]){case DIFF_INSERT:e++;g+=a[b][1];break;case DIFF_DELETE:d++;f+=a[b][1];break;case DIFF_EQUAL:if(1<=d&&1<=e){a.splice(b-d-e,d+e);b=b-d-e;d=this.diff_main(f,g,!1,c);for(e=d.length-1;0<=e;e--)a.splice(b,0,d[e]);b+=\nd.length}d=e=0;g=f=\"\"}b++}a.pop();return a};\ndiff_match_patch.prototype.diff_bisect_=function(a,b,c){for(var d=a.length,e=b.length,f=Math.ceil((d+e)/2),g=2*f,h=Array(g),l=Array(g),k=0;k<g;k++)h[k]=-1,l[k]=-1;h[f+1]=0;l[f+1]=0;k=d-e;for(var m=0!=k%2,p=0,x=0,w=0,q=0,t=0;t<f&&!((new Date).getTime()>c);t++){for(var v=-t+p;v<=t-x;v+=2){var n=f+v;var r=v==-t||v!=t&&h[n-1]<h[n+1]?h[n+1]:h[n-1]+1;for(var y=r-v;r<d&&y<e&&a.charAt(r)==b.charAt(y);)r++,y++;h[n]=r;if(r>d)x+=2;else if(y>e)p+=2;else if(m&&(n=f+k-v,0<=n&&n<g&&-1!=l[n])){var u=d-l[n];if(r>=\nu)return this.diff_bisectSplit_(a,b,r,y,c)}}for(v=-t+w;v<=t-q;v+=2){n=f+v;u=v==-t||v!=t&&l[n-1]<l[n+1]?l[n+1]:l[n-1]+1;for(r=u-v;u<d&&r<e&&a.charAt(d-u-1)==b.charAt(e-r-1);)u++,r++;l[n]=u;if(u>d)q+=2;else if(r>e)w+=2;else if(!m&&(n=f+k-v,0<=n&&n<g&&-1!=h[n]&&(r=h[n],y=f+r-n,u=d-u,r>=u)))return this.diff_bisectSplit_(a,b,r,y,c)}}return[[DIFF_DELETE,a],[DIFF_INSERT,b]]};\ndiff_match_patch.prototype.diff_bisectSplit_=function(a,b,c,d,e){var f=a.substring(0,c),g=b.substring(0,d);a=a.substring(c);b=b.substring(d);f=this.diff_main(f,g,!1,e);e=this.diff_main(a,b,!1,e);return f.concat(e)};\ndiff_match_patch.prototype.diff_linesToChars_=function(a,b){function c(a){for(var b=\"\",c=0,f=-1,g=d.length;f<a.length-1;){f=a.indexOf(\"\\n\",c);-1==f&&(f=a.length-1);var h=a.substring(c,f+1);c=f+1;(e.hasOwnProperty?e.hasOwnProperty(h):void 0!==e[h])?b+=String.fromCharCode(e[h]):(b+=String.fromCharCode(g),e[h]=g,d[g++]=h)}return b}var d=[],e={};d[0]=\"\";var f=c(a),g=c(b);return{chars1:f,chars2:g,lineArray:d}};\ndiff_match_patch.prototype.diff_charsToLines_=function(a,b){for(var c=0;c<a.length;c++){for(var d=a[c][1],e=[],f=0;f<d.length;f++)e[f]=b[d.charCodeAt(f)];a[c][1]=e.join(\"\")}};diff_match_patch.prototype.diff_commonPrefix=function(a,b){if(!a||!b||a.charAt(0)!=b.charAt(0))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(f,e)==b.substring(f,e)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonSuffix=function(a,b){if(!a||!b||a.charAt(a.length-1)!=b.charAt(b.length-1))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(a.length-e,a.length-f)==b.substring(b.length-e,b.length-f)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonOverlap_=function(a,b){var c=a.length,d=b.length;if(0==c||0==d)return 0;c>d?a=a.substring(c-d):c<d&&(b=b.substring(0,c));c=Math.min(c,d);if(a==b)return c;d=0;for(var e=1;;){var f=a.substring(c-e);f=b.indexOf(f);if(-1==f)return d;e+=f;if(0==f||a.substring(c-e)==b.substring(0,e))d=e,e++}};\ndiff_match_patch.prototype.diff_halfMatch_=function(a,b){function c(a,b,c){for(var d=a.substring(c,c+Math.floor(a.length/4)),e=-1,g=\"\",h,k,l,m;-1!=(e=b.indexOf(d,e+1));){var p=f.diff_commonPrefix(a.substring(c),b.substring(e)),u=f.diff_commonSuffix(a.substring(0,c),b.substring(0,e));g.length<u+p&&(g=b.substring(e-u,e)+b.substring(e,e+p),h=a.substring(0,c-u),k=a.substring(c+p),l=b.substring(0,e-u),m=b.substring(e+p))}return 2*g.length>=a.length?[h,k,l,m,g]:null}if(0>=this.Diff_Timeout)return null;\nvar d=a.length>b.length?a:b,e=a.length>b.length?b:a;if(4>d.length||2*e.length<d.length)return null;var f=this,g=c(d,e,Math.ceil(d.length/4));d=c(d,e,Math.ceil(d.length/2));if(g||d)g=d?g?g[4].length>d[4].length?g:d:d:g;else return null;if(a.length>b.length){d=g[0];e=g[1];var h=g[2];var l=g[3]}else h=g[0],l=g[1],d=g[2],e=g[3];return[d,e,h,l,g[4]]};\ndiff_match_patch.prototype.diff_cleanupSemantic=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=0,h=0,l=0,k=0;f<a.length;)a[f][0]==DIFF_EQUAL?(c[d++]=f,g=l,h=k,k=l=0,e=a[f][1]):(a[f][0]==DIFF_INSERT?l+=a[f][1].length:k+=a[f][1].length,e&&e.length<=Math.max(g,h)&&e.length<=Math.max(l,k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,d--,f=0<d?c[d-1]:-1,k=l=h=g=0,e=null,b=!0)),f++;b&&this.diff_cleanupMerge(a);this.diff_cleanupSemanticLossless(a);for(f=1;f<a.length;){if(a[f-1][0]==\nDIFF_DELETE&&a[f][0]==DIFF_INSERT){b=a[f-1][1];c=a[f][1];d=this.diff_commonOverlap_(b,c);e=this.diff_commonOverlap_(c,b);if(d>=e){if(d>=b.length/2||d>=c.length/2)a.splice(f,0,[DIFF_EQUAL,c.substring(0,d)]),a[f-1][1]=b.substring(0,b.length-d),a[f+1][1]=c.substring(d),f++}else if(e>=b.length/2||e>=c.length/2)a.splice(f,0,[DIFF_EQUAL,b.substring(0,e)]),a[f-1][0]=DIFF_INSERT,a[f-1][1]=c.substring(0,c.length-e),a[f+1][0]=DIFF_DELETE,a[f+1][1]=b.substring(e),f++;f++}f++}};\ndiff_match_patch.prototype.diff_cleanupSemanticLossless=function(a){function b(a,b){if(!a||!b)return 6;var c=a.charAt(a.length-1),d=b.charAt(0),e=c.match(diff_match_patch.nonAlphaNumericRegex_),f=d.match(diff_match_patch.nonAlphaNumericRegex_),g=e&&c.match(diff_match_patch.whitespaceRegex_),h=f&&d.match(diff_match_patch.whitespaceRegex_);c=g&&c.match(diff_match_patch.linebreakRegex_);d=h&&d.match(diff_match_patch.linebreakRegex_);var k=c&&a.match(diff_match_patch.blanklineEndRegex_),l=d&&b.match(diff_match_patch.blanklineStartRegex_);\nreturn k||l?5:c||d?4:e&&!g&&h?3:g||h?2:e||f?1:0}for(var c=1;c<a.length-1;){if(a[c-1][0]==DIFF_EQUAL&&a[c+1][0]==DIFF_EQUAL){var d=a[c-1][1],e=a[c][1],f=a[c+1][1],g=this.diff_commonSuffix(d,e);if(g){var h=e.substring(e.length-g);d=d.substring(0,d.length-g);e=h+e.substring(0,e.length-g);f=h+f}g=d;h=e;for(var l=f,k=b(d,e)+b(e,f);e.charAt(0)===f.charAt(0);){d+=e.charAt(0);e=e.substring(1)+f.charAt(0);f=f.substring(1);var m=b(d,e)+b(e,f);m>=k&&(k=m,g=d,h=e,l=f)}a[c-1][1]!=g&&(g?a[c-1][1]=g:(a.splice(c-\n1,1),c--),a[c][1]=h,l?a[c+1][1]=l:(a.splice(c+1,1),c--))}c++}};diff_match_patch.nonAlphaNumericRegex_=/[^a-zA-Z0-9]/;diff_match_patch.whitespaceRegex_=/\\s/;diff_match_patch.linebreakRegex_=/[\\r\\n]/;diff_match_patch.blanklineEndRegex_=/\\n\\r?\\n$/;diff_match_patch.blanklineStartRegex_=/^\\r?\\n\\r?\\n/;\ndiff_match_patch.prototype.diff_cleanupEfficiency=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=!1,h=!1,l=!1,k=!1;f<a.length;)a[f][0]==DIFF_EQUAL?(a[f][1].length<this.Diff_EditCost&&(l||k)?(c[d++]=f,g=l,h=k,e=a[f][1]):(d=0,e=null),l=k=!1):(a[f][0]==DIFF_DELETE?k=!0:l=!0,e&&(g&&h&&l&&k||e.length<this.Diff_EditCost/2&&3==g+h+l+k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,e=null,g&&h?(l=k=!0,d=0):(d--,f=0<d?c[d-1]:-1,l=k=!1),b=!0)),f++;b&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_cleanupMerge=function(a){a.push([DIFF_EQUAL,\"\"]);for(var b=0,c=0,d=0,e=\"\",f=\"\",g;b<a.length;)switch(a[b][0]){case DIFF_INSERT:d++;f+=a[b][1];b++;break;case DIFF_DELETE:c++;e+=a[b][1];b++;break;case DIFF_EQUAL:1<c+d?(0!==c&&0!==d&&(g=this.diff_commonPrefix(f,e),0!==g&&(0<b-c-d&&a[b-c-d-1][0]==DIFF_EQUAL?a[b-c-d-1][1]+=f.substring(0,g):(a.splice(0,0,[DIFF_EQUAL,f.substring(0,g)]),b++),f=f.substring(g),e=e.substring(g)),g=this.diff_commonSuffix(f,e),0!==g&&(a[b][1]=f.substring(f.length-\ng)+a[b][1],f=f.substring(0,f.length-g),e=e.substring(0,e.length-g))),0===c?a.splice(b-d,c+d,[DIFF_INSERT,f]):0===d?a.splice(b-c,c+d,[DIFF_DELETE,e]):a.splice(b-c-d,c+d,[DIFF_DELETE,e],[DIFF_INSERT,f]),b=b-c-d+(c?1:0)+(d?1:0)+1):0!==b&&a[b-1][0]==DIFF_EQUAL?(a[b-1][1]+=a[b][1],a.splice(b,1)):b++,c=d=0,f=e=\"\"}\"\"===a[a.length-1][1]&&a.pop();c=!1;for(b=1;b<a.length-1;)a[b-1][0]==DIFF_EQUAL&&a[b+1][0]==DIFF_EQUAL&&(a[b][1].substring(a[b][1].length-a[b-1][1].length)==a[b-1][1]?(a[b][1]=a[b-1][1]+a[b][1].substring(0,\na[b][1].length-a[b-1][1].length),a[b+1][1]=a[b-1][1]+a[b+1][1],a.splice(b-1,1),c=!0):a[b][1].substring(0,a[b+1][1].length)==a[b+1][1]&&(a[b-1][1]+=a[b+1][1],a[b][1]=a[b][1].substring(a[b+1][1].length)+a[b+1][1],a.splice(b+1,1),c=!0)),b++;c&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_xIndex=function(a,b){var c=0,d=0,e=0,f=0,g;for(g=0;g<a.length;g++){a[g][0]!==DIFF_INSERT&&(c+=a[g][1].length);a[g][0]!==DIFF_DELETE&&(d+=a[g][1].length);if(c>b)break;e=c;f=d}return a.length!=g&&a[g][0]===DIFF_DELETE?f:f+(b-e)};\ndiff_match_patch.prototype.diff_prettyHtml=function(a){for(var b=[],c=/&/g,d=/</g,e=/>/g,f=/\\n/g,g=0;g<a.length;g++){var h=a[g][0],l=a[g][1].replace(c,\"&amp;\").replace(d,\"&lt;\").replace(e,\"&gt;\").replace(f,\"&para;<br>\");switch(h){case DIFF_INSERT:b[g]='<ins style=\"background:#e6ffe6;\">'+l+\"</ins>\";break;case DIFF_DELETE:b[g]='<del style=\"background:#ffe6e6;\">'+l+\"</del>\";break;case DIFF_EQUAL:b[g]=\"<span>\"+l+\"</span>\"}}return b.join(\"\")};\ndiff_match_patch.prototype.diff_text1=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_INSERT&&(b[c]=a[c][1]);return b.join(\"\")};diff_match_patch.prototype.diff_text2=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_DELETE&&(b[c]=a[c][1]);return b.join(\"\")};\ndiff_match_patch.prototype.diff_levenshtein=function(a){for(var b=0,c=0,d=0,e=0;e<a.length;e++){var f=a[e][1];switch(a[e][0]){case DIFF_INSERT:c+=f.length;break;case DIFF_DELETE:d+=f.length;break;case DIFF_EQUAL:b+=Math.max(c,d),d=c=0}}return b+=Math.max(c,d)};\ndiff_match_patch.prototype.diff_toDelta=function(a){for(var b=[],c=0;c<a.length;c++)switch(a[c][0]){case DIFF_INSERT:b[c]=\"+\"+encodeURI(a[c][1]);break;case DIFF_DELETE:b[c]=\"-\"+a[c][1].length;break;case DIFF_EQUAL:b[c]=\"=\"+a[c][1].length}return b.join(\"\\t\").replace(/%20/g,\" \")};\ndiff_match_patch.prototype.diff_fromDelta=function(a,b){for(var c=[],d=0,e=0,f=b.split(/\\t/g),g=0;g<f.length;g++){var h=f[g].substring(1);switch(f[g].charAt(0)){case \"+\":try{c[d++]=[DIFF_INSERT,decodeURI(h)]}catch(k){throw Error(\"Illegal escape in diff_fromDelta: \"+h);}break;case \"-\":case \"=\":var l=parseInt(h,10);if(isNaN(l)||0>l)throw Error(\"Invalid number in diff_fromDelta: \"+h);h=a.substring(e,e+=l);\"=\"==f[g].charAt(0)?c[d++]=[DIFF_EQUAL,h]:c[d++]=[DIFF_DELETE,h];break;default:if(f[g])throw Error(\"Invalid diff operation in diff_fromDelta: \"+\nf[g]);}}if(e!=a.length)throw Error(\"Delta length (\"+e+\") does not equal source text length (\"+a.length+\").\");return c};diff_match_patch.prototype.match_main=function(a,b,c){if(null==a||null==b||null==c)throw Error(\"Null input. (match_main)\");c=Math.max(0,Math.min(c,a.length));return a==b?0:a.length?a.substring(c,c+b.length)==b?c:this.match_bitap_(a,b,c):-1};\ndiff_match_patch.prototype.match_bitap_=function(a,b,c){function d(a,d){var e=a/b.length,g=Math.abs(c-d);return f.Match_Distance?e+g/f.Match_Distance:g?1:e}if(b.length>this.Match_MaxBits)throw Error(\"Pattern too long for this browser.\");var e=this.match_alphabet_(b),f=this,g=this.Match_Threshold,h=a.indexOf(b,c);-1!=h&&(g=Math.min(d(0,h),g),h=a.lastIndexOf(b,c+b.length),-1!=h&&(g=Math.min(d(0,h),g)));var l=1<<b.length-1;h=-1;for(var k,m,p=b.length+a.length,x,w=0;w<b.length;w++){k=0;for(m=p;k<m;)d(w,\nc+m)<=g?k=m:p=m,m=Math.floor((p-k)/2+k);p=m;k=Math.max(1,c-m+1);var q=Math.min(c+m,a.length)+b.length;m=Array(q+2);for(m[q+1]=(1<<w)-1;q>=k;q--){var t=e[a.charAt(q-1)];m[q]=0===w?(m[q+1]<<1|1)&t:(m[q+1]<<1|1)&t|(x[q+1]|x[q])<<1|1|x[q+1];if(m[q]&l&&(t=d(w,q-1),t<=g))if(g=t,h=q-1,h>c)k=Math.max(1,2*c-h);else break}if(d(w+1,c)>g)break;x=m}return h};\ndiff_match_patch.prototype.match_alphabet_=function(a){for(var b={},c=0;c<a.length;c++)b[a.charAt(c)]=0;for(c=0;c<a.length;c++)b[a.charAt(c)]|=1<<a.length-c-1;return b};\ndiff_match_patch.prototype.patch_addContext_=function(a,b){if(0!=b.length){for(var c=b.substring(a.start2,a.start2+a.length1),d=0;b.indexOf(c)!=b.lastIndexOf(c)&&c.length<this.Match_MaxBits-this.Patch_Margin-this.Patch_Margin;)d+=this.Patch_Margin,c=b.substring(a.start2-d,a.start2+a.length1+d);d+=this.Patch_Margin;(c=b.substring(a.start2-d,a.start2))&&a.diffs.unshift([DIFF_EQUAL,c]);(d=b.substring(a.start2+a.length1,a.start2+a.length1+d))&&a.diffs.push([DIFF_EQUAL,d]);a.start1-=c.length;a.start2-=\nc.length;a.length1+=c.length+d.length;a.length2+=c.length+d.length}};\ndiff_match_patch.prototype.patch_make=function(a,b,c){if(\"string\"==typeof a&&\"string\"==typeof b&&\"undefined\"==typeof c){var d=a;b=this.diff_main(d,b,!0);2<b.length&&(this.diff_cleanupSemantic(b),this.diff_cleanupEfficiency(b))}else if(a&&\"object\"==typeof a&&\"undefined\"==typeof b&&\"undefined\"==typeof c)b=a,d=this.diff_text1(b);else if(\"string\"==typeof a&&b&&\"object\"==typeof b&&\"undefined\"==typeof c)d=a;else if(\"string\"==typeof a&&\"string\"==typeof b&&c&&\"object\"==typeof c)d=a,b=c;else throw Error(\"Unknown call format to patch_make.\");\nif(0===b.length)return[];c=[];a=new diff_match_patch.patch_obj;for(var e=0,f=0,g=0,h=d,l=0;l<b.length;l++){var k=b[l][0],m=b[l][1];e||k===DIFF_EQUAL||(a.start1=f,a.start2=g);switch(k){case DIFF_INSERT:a.diffs[e++]=b[l];a.length2+=m.length;d=d.substring(0,g)+m+d.substring(g);break;case DIFF_DELETE:a.length1+=m.length;a.diffs[e++]=b[l];d=d.substring(0,g)+d.substring(g+m.length);break;case DIFF_EQUAL:m.length<=2*this.Patch_Margin&&e&&b.length!=l+1?(a.diffs[e++]=b[l],a.length1+=m.length,a.length2+=m.length):\nm.length>=2*this.Patch_Margin&&e&&(this.patch_addContext_(a,h),c.push(a),a=new diff_match_patch.patch_obj,e=0,h=d,f=g)}k!==DIFF_INSERT&&(f+=m.length);k!==DIFF_DELETE&&(g+=m.length)}e&&(this.patch_addContext_(a,h),c.push(a));return c};\ndiff_match_patch.prototype.patch_deepCopy=function(a){for(var b=[],c=0;c<a.length;c++){var d=a[c],e=new diff_match_patch.patch_obj;e.diffs=[];for(var f=0;f<d.diffs.length;f++)e.diffs[f]=d.diffs[f].slice();e.start1=d.start1;e.start2=d.start2;e.length1=d.length1;e.length2=d.length2;b[c]=e}return b};\ndiff_match_patch.prototype.patch_apply=function(a,b){if(0==a.length)return[b,[]];a=this.patch_deepCopy(a);var c=this.patch_addPadding(a);b=c+b+c;this.patch_splitMax(a);for(var d=0,e=[],f=0;f<a.length;f++){var g=a[f].start2+d,h=this.diff_text1(a[f].diffs),l=-1;if(h.length>this.Match_MaxBits){var k=this.match_main(b,h.substring(0,this.Match_MaxBits),g);-1!=k&&(l=this.match_main(b,h.substring(h.length-this.Match_MaxBits),g+h.length-this.Match_MaxBits),-1==l||k>=l)&&(k=-1)}else k=this.match_main(b,h,\ng);if(-1==k)e[f]=!1,d-=a[f].length2-a[f].length1;else if(e[f]=!0,d=k-g,g=-1==l?b.substring(k,k+h.length):b.substring(k,l+this.Match_MaxBits),h==g)b=b.substring(0,k)+this.diff_text2(a[f].diffs)+b.substring(k+h.length);else if(g=this.diff_main(h,g,!1),h.length>this.Match_MaxBits&&this.diff_levenshtein(g)/h.length>this.Patch_DeleteThreshold)e[f]=!1;else{this.diff_cleanupSemanticLossless(g);h=0;var m;for(l=0;l<a[f].diffs.length;l++){var p=a[f].diffs[l];p[0]!==DIFF_EQUAL&&(m=this.diff_xIndex(g,h));p[0]===\nDIFF_INSERT?b=b.substring(0,k+m)+p[1]+b.substring(k+m):p[0]===DIFF_DELETE&&(b=b.substring(0,k+m)+b.substring(k+this.diff_xIndex(g,h+p[1].length)));p[0]!==DIFF_DELETE&&(h+=p[1].length)}}}b=b.substring(c.length,b.length-c.length);return[b,e]};\ndiff_match_patch.prototype.patch_addPadding=function(a){for(var b=this.Patch_Margin,c=\"\",d=1;d<=b;d++)c+=String.fromCharCode(d);for(d=0;d<a.length;d++)a[d].start1+=b,a[d].start2+=b;d=a[0];var e=d.diffs;if(0==e.length||e[0][0]!=DIFF_EQUAL)e.unshift([DIFF_EQUAL,c]),d.start1-=b,d.start2-=b,d.length1+=b,d.length2+=b;else if(b>e[0][1].length){var f=b-e[0][1].length;e[0][1]=c.substring(e[0][1].length)+e[0][1];d.start1-=f;d.start2-=f;d.length1+=f;d.length2+=f}d=a[a.length-1];e=d.diffs;0==e.length||e[e.length-\n1][0]!=DIFF_EQUAL?(e.push([DIFF_EQUAL,c]),d.length1+=b,d.length2+=b):b>e[e.length-1][1].length&&(f=b-e[e.length-1][1].length,e[e.length-1][1]+=c.substring(0,f),d.length1+=f,d.length2+=f);return c};\ndiff_match_patch.prototype.patch_splitMax=function(a){for(var b=this.Match_MaxBits,c=0;c<a.length;c++)if(!(a[c].length1<=b)){var d=a[c];a.splice(c--,1);for(var e=d.start1,f=d.start2,g=\"\";0!==d.diffs.length;){var h=new diff_match_patch.patch_obj,l=!0;h.start1=e-g.length;h.start2=f-g.length;\"\"!==g&&(h.length1=h.length2=g.length,h.diffs.push([DIFF_EQUAL,g]));for(;0!==d.diffs.length&&h.length1<b-this.Patch_Margin;){g=d.diffs[0][0];var k=d.diffs[0][1];g===DIFF_INSERT?(h.length2+=k.length,f+=k.length,h.diffs.push(d.diffs.shift()),\nl=!1):g===DIFF_DELETE&&1==h.diffs.length&&h.diffs[0][0]==DIFF_EQUAL&&k.length>2*b?(h.length1+=k.length,e+=k.length,l=!1,h.diffs.push([g,k]),d.diffs.shift()):(k=k.substring(0,b-h.length1-this.Patch_Margin),h.length1+=k.length,e+=k.length,g===DIFF_EQUAL?(h.length2+=k.length,f+=k.length):l=!1,h.diffs.push([g,k]),k==d.diffs[0][1]?d.diffs.shift():d.diffs[0][1]=d.diffs[0][1].substring(k.length))}g=this.diff_text2(h.diffs);g=g.substring(g.length-this.Patch_Margin);k=this.diff_text1(d.diffs).substring(0,\nthis.Patch_Margin);\"\"!==k&&(h.length1+=k.length,h.length2+=k.length,0!==h.diffs.length&&h.diffs[h.diffs.length-1][0]===DIFF_EQUAL?h.diffs[h.diffs.length-1][1]+=k:h.diffs.push([DIFF_EQUAL,k]));l||a.splice(++c,0,h)}}};diff_match_patch.prototype.patch_toText=function(a){for(var b=[],c=0;c<a.length;c++)b[c]=a[c];return b.join(\"\")};\ndiff_match_patch.prototype.patch_fromText=function(a){var b=[];if(!a)return b;a=a.split(\"\\n\");for(var c=0,d=/^@@ -(\\d+),?(\\d*) \\+(\\d+),?(\\d*) @@$/;c<a.length;){var e=a[c].match(d);if(!e)throw Error(\"Invalid patch string: \"+a[c]);var f=new diff_match_patch.patch_obj;b.push(f);f.start1=parseInt(e[1],10);\"\"===e[2]?(f.start1--,f.length1=1):\"0\"==e[2]?f.length1=0:(f.start1--,f.length1=parseInt(e[2],10));f.start2=parseInt(e[3],10);\"\"===e[4]?(f.start2--,f.length2=1):\"0\"==e[4]?f.length2=0:(f.start2--,f.length2=\nparseInt(e[4],10));for(c++;c<a.length;){e=a[c].charAt(0);try{var g=decodeURI(a[c].substring(1))}catch(h){throw Error(\"Illegal escape in patch_fromText: \"+g);}if(\"-\"==e)f.diffs.push([DIFF_DELETE,g]);else if(\"+\"==e)f.diffs.push([DIFF_INSERT,g]);else if(\" \"==e)f.diffs.push([DIFF_EQUAL,g]);else if(\"@\"==e)break;else if(\"\"!==e)throw Error('Invalid patch mode \"'+e+'\" in: '+g);c++}}return b};diff_match_patch.patch_obj=function(){this.diffs=[];this.start2=this.start1=null;this.length2=this.length1=0};\ndiff_match_patch.patch_obj.prototype.toString=function(){for(var a=[\"@@ -\"+(0===this.length1?this.start1+\",0\":1==this.length1?this.start1+1:this.start1+1+\",\"+this.length1)+\" +\"+(0===this.length2?this.start2+\",0\":1==this.length2?this.start2+1:this.start2+1+\",\"+this.length2)+\" @@\\n\"],b,c=0;c<this.diffs.length;c++){switch(this.diffs[c][0]){case DIFF_INSERT:b=\"+\";break;case DIFF_DELETE:b=\"-\";break;case DIFF_EQUAL:b=\" \"}a[c+1]=b+encodeURI(this.diffs[c][1])+\"\\n\"}return a.join(\"\").replace(/%20/g,\" \")};\nthis.diff_match_patch=diff_match_patch;this.DIFF_DELETE=DIFF_DELETE;this.DIFF_INSERT=DIFF_INSERT;this.DIFF_EQUAL=DIFF_EQUAL;\n}).call(exports);",
            "type": "application/javascript",
            "title": "$:/core/modules/utils/diff-match-patch/diff_match_patch.js",
            "module-type": "library"
        },
        "$:/core/modules/utils/dom/animations/slide.js": {
            "title": "$:/core/modules/utils/dom/animations/slide.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "animation"
        },
        "$:/core/modules/utils/dom/animator.js": {
            "title": "$:/core/modules/utils/dom/animator.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/browser.js": {
            "title": "$:/core/modules/utils/dom/browser.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/csscolorparser.js": {
            "title": "$:/core/modules/utils/dom/csscolorparser.js",
            "text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n  \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n  \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n  \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n  \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n  \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n  \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n  \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n  \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n  \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n  \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n  \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n  \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n  \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n  \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n  \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n  \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n  \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n  \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n  \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n  \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n  \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n  \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n  \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n  \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n  \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n  \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n  \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n  \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n  \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n  \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n  \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n  \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n  \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n  \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n  \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n  \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n  \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n  \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n  \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n  \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n  \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n  \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n  \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n  \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n  \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n  \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n  \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n  \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n  \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n  \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n  \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n  \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n  \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n  \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n  \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n  \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n  \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n  \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n  \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n  \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n  \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n  \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n  \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n  \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n  \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n  \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n  \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n  \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n  \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n  \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n  \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n  \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n  \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n  \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) {  // Clamp to integer 0 .. 255.\n  i = Math.round(i);  // Seems to be what Chrome does (vs truncation).\n  return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) {  // Clamp to float 0.0 .. 1.0.\n  return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) {  // int or percentage.\n  if (str[str.length - 1] === '%')\n    return clamp_css_byte(parseFloat(str) / 100 * 255);\n  return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) {  // float or percentage.\n  if (str[str.length - 1] === '%')\n    return clamp_css_float(parseFloat(str) / 100);\n  return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n  if (h < 0) h += 1;\n  else if (h > 1) h -= 1;\n\n  if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n  if (h * 2 < 1) return m2;\n  if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n  return m1;\n}\n\nfunction parseCSSColor(css_str) {\n  // Remove all whitespace, not compliant, but should just be more accepting.\n  var str = css_str.replace(/ /g, '').toLowerCase();\n\n  // Color keywords (and transparent) lookup.\n  if (str in kCSSColorTable) return kCSSColorTable[str].slice();  // dup.\n\n  // #abc and #abc123 syntax.\n  if (str[0] === '#') {\n    if (str.length === 4) {\n      var iv = parseInt(str.substr(1), 16);  // TODO(deanm): Stricter parsing.\n      if (!(iv >= 0 && iv <= 0xfff)) return null;  // Covers NaN.\n      return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n              (iv & 0xf0) | ((iv & 0xf0) >> 4),\n              (iv & 0xf) | ((iv & 0xf) << 4),\n              1];\n    } else if (str.length === 7) {\n      var iv = parseInt(str.substr(1), 16);  // TODO(deanm): Stricter parsing.\n      if (!(iv >= 0 && iv <= 0xffffff)) return null;  // Covers NaN.\n      return [(iv & 0xff0000) >> 16,\n              (iv & 0xff00) >> 8,\n              iv & 0xff,\n              1];\n    }\n\n    return null;\n  }\n\n  var op = str.indexOf('('), ep = str.indexOf(')');\n  if (op !== -1 && ep + 1 === str.length) {\n    var fname = str.substr(0, op);\n    var params = str.substr(op+1, ep-(op+1)).split(',');\n    var alpha = 1;  // To allow case fallthrough.\n    switch (fname) {\n      case 'rgba':\n        if (params.length !== 4) return null;\n        alpha = parse_css_float(params.pop());\n        // Fall through.\n      case 'rgb':\n        if (params.length !== 3) return null;\n        return [parse_css_int(params[0]),\n                parse_css_int(params[1]),\n                parse_css_int(params[2]),\n                alpha];\n      case 'hsla':\n        if (params.length !== 4) return null;\n        alpha = parse_css_float(params.pop());\n        // Fall through.\n      case 'hsl':\n        if (params.length !== 3) return null;\n        var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360;  // 0 .. 1\n        // NOTE(deanm): According to the CSS spec s/l should only be\n        // percentages, but we don't bother and let float or percentage.\n        var s = parse_css_float(params[1]);\n        var l = parse_css_float(params[2]);\n        var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n        var m1 = l * 2 - m2;\n        return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n                clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n                clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n                alpha];\n      default:\n        return null;\n    }\n  }\n\n  return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom.js": {
            "title": "$:/core/modules/utils/dom.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function(srcWindow) {\n\tvar scrollWindow = srcWindow || window;\n\tif(\"scrollX\" in scrollWindow) {\n\t\treturn {x: scrollWindow.scrollX, y: scrollWindow.scrollY};\n\t} else {\n\t\treturn {x: scrollWindow.document.documentElement.scrollLeft, y: scrollWindow.document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n    // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight || parseInt(minHeight,10);\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(element.ownerDocument.defaultView),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\tvar done = false;\n\ttry {\n\t\twindow.localStorage.setItem(\"tw5-password-\" + name,password);\n\t\tdone = true;\n\t} catch(e) {\n\t}\n\tif(!done) {\n\t\t$tw.savedPasswords = $tw.savedPasswords || Object.create(null);\n\t\t$tw.savedPasswords[name] = password;\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\tvar value;\n\ttry {\n\t\tvalue = window.localStorage.getItem(\"tw5-password-\" + name);\n\t} catch(e) {\n\t}\n\tif(value !== undefined) {\n\t\treturn value;\n\t} else {\n\t\treturn ($tw.savedPasswords || Object.create(null))[name] || \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n/*\nCopy plain text to the clipboard on browsers that support it\n*/\nexports.copyToClipboard = function(text,options) {\n\toptions = options || {};\n\tvar textArea = document.createElement(\"textarea\");\n\ttextArea.style.position = \"fixed\";\n\ttextArea.style.top = 0;\n\ttextArea.style.left = 0;\n\ttextArea.style.fontSize = \"12pt\";\n\ttextArea.style.width = \"2em\";\n\ttextArea.style.height = \"2em\";\n\ttextArea.style.padding = 0;\n\ttextArea.style.border = \"none\";\n\ttextArea.style.outline = \"none\";\n\ttextArea.style.boxShadow = \"none\";\n\ttextArea.style.background = \"transparent\";\n\ttextArea.value = text;\n\tdocument.body.appendChild(textArea);\n\ttextArea.select();\n\ttextArea.setSelectionRange(0,text.length);\n\tvar succeeded = false;\n\ttry {\n\t\tsucceeded = document.execCommand(\"copy\");\n\t} catch (err) {\n\t}\n\tif(!options.doNotNotify) {\n\t\t$tw.notifier.display(succeeded ? \"$:/language/Notifications/CopiedToClipboard/Succeeded\" : \"$:/language/Notifications/CopiedToClipboard/Failed\");\n\t}\n\tdocument.body.removeChild(textArea);\n};\n\nexports.getLocationPath = function() {\n\treturn window.location.toString().split(\"#\")[0];\n};\n\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/dragndrop.js": {
            "title": "$:/core/modules/utils/dom/dragndrop.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/dragndrop.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser data transfer utilities, used with the clipboard and drag and drop\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOptions:\n\ndomNode: dom node to make draggable\ndragImageType: \"pill\" or \"dom\"\ndragTiddlerFn: optional function to retrieve the title of tiddler to drag\ndragFilterFn: optional function to retreive the filter defining a list of tiddlers to drag\nwidget: widget to use as the contect for the filter\n*/\nexports.makeDraggable = function(options) {\n\tvar dragImageType = options.dragImageType || \"dom\",\n\t\tdragImage,\n\t\tdomNode = options.domNode;\n\t// Make the dom node draggable (not necessary for anchor tags)\n\tif((domNode.tagName || \"\").toLowerCase() !== \"a\") {\n\t\tdomNode.setAttribute(\"draggable\",\"true\");\t\t\n\t}\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragstart\", handlerFunction: function(event) {\n\t\t\tif(event.dataTransfer === undefined) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t\t// Collect the tiddlers being dragged\n\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t    \tstartActions = options.startActions;\n\t\t\tif(dragFilter) {\n\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t}\n\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t// Check that we've something to drag\n\t\t\tif(titles.length > 0 && event.target === domNode) {\n\t\t\t\t// Mark the drag in progress\n\t\t\t\t$tw.dragInProgress = domNode;\n\t\t\t\t// Set the dragging class on the element being dragged\n\t\t\t\t$tw.utils.addClass(event.target,\"tc-dragging\");\n\t\t\t\t// Invoke drag-start actions if given\n\t\t\t\tif(startActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(startActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Create the drag image elements\n\t\t\t\tdragImage = options.widget.document.createElement(\"div\");\n\t\t\t\tdragImage.className = \"tc-tiddler-dragger\";\n\t\t\t\tvar inner = options.widget.document.createElement(\"div\");\n\t\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\t\tinner.appendChild(options.widget.document.createTextNode(\n\t\t\t\t\ttitles.length === 1 ? \n\t\t\t\t\t\ttitles[0] :\n\t\t\t\t\t\ttitles.length + \" tiddlers\"\n\t\t\t\t));\n\t\t\t\tdragImage.appendChild(inner);\n\t\t\t\toptions.widget.document.body.appendChild(dragImage);\n\t\t\t\t// Set the data transfer properties\n\t\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t\t// Set up the image\n\t\t\t\tdataTransfer.effectAllowed = \"all\";\n\t\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\t\tif(dragImageType === \"pill\") {\n\t\t\t\t\t\tdataTransfer.setDragImage(dragImage.firstChild,-16,-16);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvar r = domNode.getBoundingClientRect();\n\t\t\t\t\t\tdataTransfer.setDragImage(domNode,event.clientX-r.left,event.clientY-r.top);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Set up the data transfer\n\t\t\t\tif(dataTransfer.clearData) {\n\t\t\t\t\tdataTransfer.clearData();\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\tvar jsonData = [];\n\t\t\t\tif(titles.length > 1) {\n\t\t\t\t\ttitles.forEach(function(title) {\n\t\t\t\t\t\tjsonData.push(options.widget.wiki.getTiddlerAsJson(title));\n\t\t\t\t\t});\n\t\t\t\t\tjsonData = \"[\" + jsonData.join(\",\") + \"]\";\n\t\t\t\t} else {\n\t\t\t\t\tjsonData = options.widget.wiki.getTiddlerAsJson(titles[0]);\n\t\t\t\t}\n\t\t\t\t// IE doesn't like these content types\n\t\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\t\tdataTransfer.setData(\"text/plain\",titleString);\n\t\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\t}\n\t\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\tdataTransfer.setData(\"Text\",titleString);\n\t\t\t\tevent.stopPropagation();\n\t\t\t}\n\t\t\treturn false;\n\t\t}},\n\t\t{name: \"dragend\", handlerFunction: function(event) {\n\t\t\tif(event.target === domNode) {\n\t\t\t\t// Collect the tiddlers being dragged\n\t\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t    \t\tendActions = options.endActions;\n\t\t\t\tif(dragFilter) {\n\t\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t\t}\n\t\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t\t$tw.dragInProgress = null;\n\t\t\t\t// Invoke drag-end actions if given\n\t\t\t\tif(endActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(endActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Remove the dragging class on the element being dragged\n\t\t\t\t$tw.utils.removeClass(event.target,\"tc-dragging\");\n\t\t\t\t// Delete the drag image element\n\t\t\t\tif(dragImage) {\n\t\t\t\t\tdragImage.parentNode.removeChild(dragImage);\n\t\t\t\t\tdragImage = null;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t}}\n\t]);\n};\n\nexports.importDataTransfer = function(dataTransfer,fallbackTitle,callback) {\n\t// Try each provided data type in turn\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Available data types:\");\n\t\tfor(var type=0; type<dataTransfer.types.length; type++) {\n\t\t\tconsole.log(\"type\",dataTransfer.types[type],dataTransfer.getData(dataTransfer.types[type]))\n\t\t}\n\t}\n\tfor(var t=0; t<importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.toTiddlerFieldsArray(data,fallbackTitle);\n\t\t\t\tcallback(tiddlerFields);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nvar importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn parseJSONTiddlers(data,fallbackTitle);\n\t}},\n\t{type: \"URL\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/plain\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"Text\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}}\n];\n\nfunction parseJSONTiddlers(json,fallbackTitle) {\n\tvar data = JSON.parse(json);\n\tif(!$tw.utils.isArray(data)) {\n\t\tdata = [data];\n\t}\n\tdata.forEach(function(fields) {\n\t\tfields.title = fields.title || fallbackTitle;\n\t});\n\treturn data;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/http.js": {
            "title": "$:/core/modules/utils/dom/http.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\theaders: hashmap of headers to send\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data,xhr)\n\treturnProp: string name of the property to return as first argument of callback\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\treturnProp = options.returnProp || \"responseText\",\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this[returnProp],this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status,null,this);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\tif(!$tw.utils.hop(headers,\"X-Requested-With\")) {\n\t\trequest.setRequestHeader(\"X-Requested-With\",\"TiddlyWiki\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e,null,this);\n\t}\n\treturn request;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/keyboard.js": {
            "title": "$:/core/modules/utils/dom/keyboard.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/modal.js": {
            "title": "$:/core/modules/utils/dom/modal.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tthis.srcDocument = options.variables && (options.variables.rootwindow === \"true\" ||\n\t\t\t\toptions.variables.rootwindow === \"yes\") ? document :\n\t\t\t\t(options.event.event && options.event.event.target ? options.event.event.target.ownerDocument : document);\n\tthis.srcWindow = this.srcDocument.defaultView;\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalBackdrop = this.srcDocument.createElement(\"div\"),\n\t\tmodalWrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalHeader = this.srcDocument.createElement(\"div\"),\n\t\theaderTitle = this.srcDocument.createElement(\"h3\"),\n\t\tmodalBody = this.srcDocument.createElement(\"div\"),\n\t\tmodalLink = this.srcDocument.createElement(\"a\"),\n\t\tmodalFooter = this.srcDocument.createElement(\"div\"),\n\t\tmodalFooterHelp = this.srcDocument.createElement(\"span\"),\n\t\tmodalFooterButtons = this.srcDocument.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(this.srcDocument.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = this.srcDocument.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(this.srcDocument.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + self.srcWindow.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\tself.srcWindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tself.srcDocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-this.srcWindow.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tthis.srcDocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tvar windowContainer = $tw.pageContainer ? ($tw.pageContainer === this.srcDocument.body.firstChild ? $tw.pageContainer : this.srcDocument.body.firstChild) : null;\n\tif(windowContainer) {\n\t\t$tw.utils.toggleClass(windowContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/notifier.js": {
            "title": "$:/core/modules/utils/dom/notifier.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/popup.js": {
            "title": "$:/core/modules/utils/dom/popup.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned (one of domNode or domNodeRect is required)\n\tdomNodeRect: rectangle to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n\tfloating: if true, skips registering the popup, meaning that it will need manually clearing\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\n\t// Store the popup details if not already there\n\tif(!options.floating && this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode\n\t\t});\n\t}\n\t// Set the state tiddler\n\tvar rect;\n\tif(options.domNodeRect) {\n\t\trect = options.domNodeRect;\n\t} else {\n\t\trect = {\n\t\t\tleft: options.domNode.offsetLeft,\n\t\t\ttop: options.domNode.offsetTop,\n\t\t\twidth: options.domNode.offsetWidth,\n\t\t\theight: options.domNode.offsetHeight\n\t\t};\n\t}\n\tvar popupRect = \"(\" + rect.left + \",\" + rect.top + \",\" + \n\t\t\t\trect.width + \",\" + rect.height + \")\";\n\tif(options.noStateReference) {\n\t\toptions.wiki.setText(options.title,\"text\",undefined,popupRect);\n\t} else {\n\t\toptions.wiki.setTextReference(options.title,popupRect);\n\t}\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/scroller.js": {
            "title": "$:/core/modules/utils/dom/scroller.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.isScrolling = function() {\n\treturn this.idRequestFrame !== null;\n}\n\nPageScroller.prototype.cancelScroll = function(srcWindow) {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(srcWindow,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element,callback) {\n\tvar self = this,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t    srcWindow = element ? element.ownerDocument.defaultView : window;\n\t// Now get ready to scroll the body\n\tthis.cancelScroll(srcWindow);\n\tthis.startTime = Date.now();\n\t// Get the height of any position:fixed toolbars\n\tvar toolbar = srcWindow.document.querySelector(\".tc-adjust-top-of-scroll\"),\n\t\toffset = 0;\n\tif(toolbar) {\n\t\toffset = toolbar.offsetHeight;\n\t}\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar getBounds = function() {\n\t\t\tvar clientBounds = typeof callback === 'function' ? callback() : element.getBoundingClientRect(),\n\t\t\t\tscrollPosition = $tw.utils.getScrollPosition(srcWindow);\n\t\t\treturn {\n\t\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\t\ttop: clientBounds.top + scrollPosition.y - offset,\n\t\t\t\twidth: clientBounds.width,\n\t\t\t\theight: clientBounds.height\n\t\t\t};\n\t\t},\n\t\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t\t// targetPos/targetSize - position and size of the target element\n\t\t// currentPos/currentSize - position and size of the current scroll viewport\n\t\t// returns: new position of the scroll viewport\n\t\tgetEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = targetPos;\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tdrawFrame = function drawFrame() {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll(srcWindow);\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tvar scrollPosition = $tw.utils.getScrollPosition(srcWindow),\n\t\t\t\tbounds = getBounds(),\n\t\t\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,srcWindow.innerWidth),\n\t\t\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,srcWindow.innerHeight);\n\t\t\tsrcWindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(srcWindow,drawFrame);\n\t\t\t}\n\t\t};\n\tdrawFrame();\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/edition-info.js": {
            "title": "$:/core/modules/utils/edition-info.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils-node"
        },
        "$:/core/modules/utils/fakedom.js": {
            "title": "$:/core/modules/utils/fakedom.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text + \"\";\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis._style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"style\", {\n\tget: function() {\n\t\treturn this._style;\n\t},\n\tset: function(str) {\n\t\tvar self = this;\n\t\tstr = str || \"\";\n\t\t$tw.utils.each(str.split(\";\"),function(declaration) {\n\t\t\tvar parts = declaration.split(\":\"),\n\t\t\t\tname = $tw.utils.trim(parts[0]),\n\t\t\t\tvalue = $tw.utils.trim(parts[1]);\n\t\t\tif(name && value) {\n\t\t\t\tself._style[$tw.utils.convertStyleNameToPropertyName(name)] = value;\n\t\t\t}\n\t\t});\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value + \"\";\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this._style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this._style) {\n\t\t\t\tstyle.push($tw.utils.convertPropertyNameToStyleName(s) + \":\" + this._style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\");\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t\tthis.rawTextContent = null;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textInnerHTML\", {\n\tset: function(value) {\n\t\tif(this.isRaw) {\n\t\t\tthis.rawTextContent = value;\n\t\t} else {\n\t\t\tthrow \"Cannot set textInnerHTML of a non-raw TW_Element\";\n\t\t}\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tif(this.rawTextContent === null) {\n\t\t\t\treturn \"\";\n\t\t\t} else {\n\t\t\t\treturn this.rawTextContent;\n\t\t\t}\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn \"\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/utils/filesystem.js": {
            "title": "$:/core/modules/utils/filesystem.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = Buffer.alloc(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n/*\nCreate a fileInfo object for saving a tiddler:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\nOptions include:\n\tdirectory: absolute path of root directory to which we are saving\n\tpathFilters: optional array of filters to be used to generate the base path\n\twiki: optional wiki for evaluating the pathFilters\n*/\nexports.generateTiddlerFileInfo = function(tiddler,options) {\n\tvar fileInfo = {};\n\t// Check if the tiddler has any unsafe fields that can't be expressed in a .tid or .meta file: containing control characters, or leading/trailing whitespace\n\tvar hasUnsafeFields = false;\n\t$tw.utils.each(tiddler.getFieldStrings(),function(value,fieldName) {\n\t\tif(fieldName !== \"text\") {\n\t\t\thasUnsafeFields = hasUnsafeFields || /[\\x00-\\x1F]/mg.test(value);\n\t\t\thasUnsafeFields = hasUnsafeFields || ($tw.utils.trim(value) !== value);\n\t\t}\n\t});\n\t// Check for field values \n\tif(hasUnsafeFields) {\n\t\t// Save as a JSON file\n\t\tfileInfo.type = \"application/json\";\n\t\tfileInfo.hasMetaFile = false;\n\t} else {\n\t\t// Save as a .tid or a text/binary file plus a .meta file\n\t\tvar tiddlerType = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\tif(tiddlerType === \"text/vnd.tiddlywiki\") {\n\t\t\t// Save as a .tid file\n\t\t\tfileInfo.type = \"application/x-tiddler\";\n\t\t\tfileInfo.hasMetaFile = false;\n\t\t} else {\n\t\t\t// Save as a text/binary file and a .meta file\n\t\t\tfileInfo.type = tiddlerType;\n\t\t\tfileInfo.hasMetaFile = true;\n\t\t}\n\t}\n\t// Take the file extension from the tiddler content type\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[fileInfo.type] || {extension: \"\"};\n\t// Generate the filepath\n\tfileInfo.filepath = $tw.utils.generateTiddlerFilepath(tiddler.fields.title,{\n\t\textension: contentTypeInfo.extension,\n\t\tdirectory: options.directory,\n\t\tpathFilters: options.pathFilters\n\t});\n\treturn fileInfo;\n};\n\n/*\nGenerate the filepath for saving a tiddler\nOptions include:\n\textension: file extension to be added the finished filepath\n\tdirectory: absolute path of root directory to which we are saving\n\tpathFilters: optional array of filters to be used to generate the base path\n\twiki: optional wiki for evaluating the pathFilters\n*/\nexports.generateTiddlerFilepath = function(title,options) {\n\tvar self = this,\n\t\tdirectory = options.directory || \"\",\n\t\textension = options.extension || \"\",\n\t\tfilepath;\n\t// Check if any of the pathFilters applies\n\tif(options.pathFilters && options.wiki) {\n\t\t$tw.utils.each(options.pathFilters,function(filter) {\n\t\t\tif(!filepath) {\n\t\t\t\tvar source = options.wiki.makeTiddlerIterator([title]),\n\t\t\t\t\tresult = options.wiki.filterTiddlers(filter,null,source);\n\t\t\t\tif(result.length > 0) {\n\t\t\t\t\tfilepath = result[0];\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\t// If not, generate a base pathname\n\tif(!filepath) {\n\t\tfilepath = title;\n\t\t// If the filepath already ends in the extension then remove it\n\t\tif(filepath.substring(filepath.length - extension.length) === extension) {\n\t\t\tfilepath = filepath.substring(0,filepath.length - extension.length);\n\t\t}\n\t\t// Remove any forward or backward slashes so we don't create directories\n\t\tfilepath = filepath.replace(/\\/|\\\\/g,\"_\");\n\t}\n\t// Remove any characters that can't be used in cross-platform filenames\n\tfilepath = $tw.utils.transliterate(filepath.replace(/<|>|\\:|\\\"|\\||\\?|\\*|\\^/g,\"_\"));\n\t// Truncate the filename if it is too long\n\tif(filepath.length > 200) {\n\t\tfilepath = filepath.substr(0,200);\n\t}\n\t// If the resulting filename is blank (eg because the title is just punctuation characters)\n\tif(!filepath) {\n\t\t// ...then just use the character codes of the title\n\t\tfilepath = \"\";\t\n\t\t$tw.utils.each(title.split(\"\"),function(char) {\n\t\t\tif(filepath) {\n\t\t\t\tfilepath += \"-\";\n\t\t\t}\n\t\t\tfilepath += char.charCodeAt(0).toString();\n\t\t});\n\t}\n\t// Add a uniquifier if the file already exists\n\tvar fullPath,\n\t\tcount = 0;\n\tdo {\n\t\tfullPath = path.resolve(directory,filepath + (count ? \"_\" + count : \"\") + extension);\n\t\tcount++;\n\t} while(fs.existsSync(fullPath));\n\t// Return the full path to the file\n\treturn fullPath;\n};\n\n/*\nSave a tiddler to a file described by the fileInfo:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\n*/\nexports.saveTiddlerToFile = function(tiddler,fileInfo,callback) {\n\t$tw.utils.createDirectory(path.dirname(fileInfo.filepath));\n\tif(fileInfo.hasMetaFile) {\n\t\t// Save the tiddler as a separate body and meta file\n\t\tvar typeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/plain\"] || {encoding: \"utf8\"};\n\t\tfs.writeFile(fileInfo.filepath,tiddler.fields.text,typeInfo.encoding,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tfs.writeFile(fileInfo.filepath + \".meta\",tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}),\"utf8\",callback);\n\t\t});\n\t} else {\n\t\t// Save the tiddler as a self contained templated file\n\t\tif(fileInfo.type === \"application/x-tiddler\") {\n\t\t\tfs.writeFile(fileInfo.filepath,tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}) + (!!tiddler.fields.text ? \"\\n\\n\" + tiddler.fields.text : \"\"),\"utf8\",callback);\n\t\t} else {\n\t\t\tfs.writeFile(fileInfo.filepath,JSON.stringify([tiddler.getFieldStrings({exclude: [\"bag\"]})],null,$tw.config.preferences.jsonSpaces),\"utf8\",callback);\n\t\t}\n\t}\n};\n\n/*\nSave a tiddler to a file described by the fileInfo:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\n*/\nexports.saveTiddlerToFileSync = function(tiddler,fileInfo) {\n\t$tw.utils.createDirectory(path.dirname(fileInfo.filepath));\n\tif(fileInfo.hasMetaFile) {\n\t\t// Save the tiddler as a separate body and meta file\n\t\tvar typeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/plain\"] || {encoding: \"utf8\"};\n\t\tfs.writeFileSync(fileInfo.filepath,tiddler.fields.text,typeInfo.encoding);\n\t\tfs.writeFileSync(fileInfo.filepath + \".meta\",tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}),\"utf8\");\n\t} else {\n\t\t// Save the tiddler as a self contained templated file\n\t\tif(fileInfo.type === \"application/x-tiddler\") {\n\t\t\tfs.writeFileSync(fileInfo.filepath,tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}) + (!!tiddler.fields.text ? \"\\n\\n\" + tiddler.fields.text : \"\"),\"utf8\");\n\t\t} else {\n\t\t\tfs.writeFileSync(fileInfo.filepath,JSON.stringify([tiddler.getFieldStrings({exclude: [\"bag\"]})],null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t}\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils-node"
        },
        "$:/core/modules/utils/logger.js": {
            "title": "$:/core/modules/utils/logger.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName,options) {\n\toptions = options || {};\n\tthis.componentName = componentName || \"\";\n\tthis.colour = options.colour || \"white\";\n\tthis.enable = \"enable\" in options ? options.enable : true;\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(this.enable && console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [$tw.utils.terminalColour(this.colour),this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)).concat($tw.utils.terminalColour()));\n\t}\n};\n\n/*\nLog a structure as a table\n*/\nLogger.prototype.table = function(value) {\n\t(console.table || console.log)(value);\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\tif(this.enable) {\n\t\t// Prepare the text of the alert\n\t\tvar text = Array.prototype.join.call(arguments,\" \");\n\t\t// Create alert tiddlers in the browser\n\t\tif($tw.browser) {\n\t\t\t// Check if there is an existing alert with the same text and the same component\n\t\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\t\talertFields,\n\t\t\t\texistingCount,\n\t\t\t\tself = this;\n\t\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(alertFields) {\n\t\t\t\texistingCount = alertFields.count || 1;\n\t\t\t} else {\n\t\t\t\talertFields = {\n\t\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\t\ttext: text,\n\t\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\t\tcomponent: this.componentName\n\t\t\t\t};\n\t\t\t\texistingCount = 0;\n\t\t\t}\n\t\t\talertFields.modified = new Date();\n\t\t\tif(++existingCount > 1) {\n\t\t\t\talertFields.count = existingCount;\n\t\t\t} else {\n\t\t\t\talertFields.count = undefined;\n\t\t\t}\n\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t\t// Log the alert as well\n\t\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\t// Print an orange message to the console if not in the browser\n\t\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t\t}\t\t\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/parsetree.js": {
            "title": "$:/core/modules/utils/parsetree.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/performance.js": {
            "title": "$:/core/modules/utils/performance.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap by measurement name of {time:, invocations:}\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n\tthis.showGreeting();\n}\n\nPerformance.prototype.showGreeting = function() {\n\tif($tw.browser) {\n\t\tthis.logger.log(\"Execute $tw.perf.log(); to see filter execution timings\");\t\t\n\t}\n};\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nPerformance.prototype.log = function() {\n\tvar self = this,\n\t\ttotalTime = 0,\n\t\torderedMeasures = Object.keys(this.measures).sort(function(a,b) {\n\t\t\tif(self.measures[a].time > self.measures[b].time) {\n\t\t\t\treturn -1;\n\t\t\t} else if (self.measures[a].time < self.measures[b].time) {\n\t\t\t\treturn + 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t});\n\t$tw.utils.each(orderedMeasures,function(name) {\n\t\ttotalTime += self.measures[name].time;\n\t});\n\tvar results = []\n\t$tw.utils.each(orderedMeasures,function(name) {\n\t\tvar measure = self.measures[name];\n\t\tresults.push({name: name,invocations: measure.invocations, avgTime: measure.time / measure.invocations, totalTime: measure.time, percentTime: (measure.time / totalTime) * 100})\n\t});\n\tself.logger.table(results);\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tif(!(name in self.measures)) {\n\t\t\t\tself.measures[name] = {time: 0, invocations: 0};\n\t\t\t}\n\t\t\tself.measures[name].time += $tw.utils.timer(startTime);\n\t\t\tself.measures[name].invocations++;\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/utils/pluginmaker.js": {
            "title": "$:/core/modules/utils/pluginmaker.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/transliterate.js": {
            "title": "$:/core/modules/utils/transliterate.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/transliterate.js\ntype: application/javascript\nmodule-type: utils\n\nTransliteration static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nTransliterate string to ASCII\n\n(Some pairs taken from http://semplicewebsites.com/removing-accents-javascript)\n*/\nexports.transliterationPairs = {\n\t\"Á\":\"A\",\n\t\"Ă\":\"A\",\n\t\"Ắ\":\"A\",\n\t\"Ặ\":\"A\",\n\t\"Ằ\":\"A\",\n\t\"Ẳ\":\"A\",\n\t\"Ẵ\":\"A\",\n\t\"Ǎ\":\"A\",\n\t\"Â\":\"A\",\n\t\"Ấ\":\"A\",\n\t\"Ậ\":\"A\",\n\t\"Ầ\":\"A\",\n\t\"Ẩ\":\"A\",\n\t\"Ẫ\":\"A\",\n\t\"Ä\":\"A\",\n\t\"Ǟ\":\"A\",\n\t\"Ȧ\":\"A\",\n\t\"Ǡ\":\"A\",\n\t\"Ạ\":\"A\",\n\t\"Ȁ\":\"A\",\n\t\"À\":\"A\",\n\t\"Ả\":\"A\",\n\t\"Ȃ\":\"A\",\n\t\"Ā\":\"A\",\n\t\"Ą\":\"A\",\n\t\"Å\":\"A\",\n\t\"Ǻ\":\"A\",\n\t\"Ḁ\":\"A\",\n\t\"Ⱥ\":\"A\",\n\t\"Ã\":\"A\",\n\t\"Ꜳ\":\"AA\",\n\t\"Æ\":\"AE\",\n\t\"Ǽ\":\"AE\",\n\t\"Ǣ\":\"AE\",\n\t\"Ꜵ\":\"AO\",\n\t\"Ꜷ\":\"AU\",\n\t\"Ꜹ\":\"AV\",\n\t\"Ꜻ\":\"AV\",\n\t\"Ꜽ\":\"AY\",\n\t\"Ḃ\":\"B\",\n\t\"Ḅ\":\"B\",\n\t\"Ɓ\":\"B\",\n\t\"Ḇ\":\"B\",\n\t\"Ƀ\":\"B\",\n\t\"Ƃ\":\"B\",\n\t\"Ć\":\"C\",\n\t\"Č\":\"C\",\n\t\"Ç\":\"C\",\n\t\"Ḉ\":\"C\",\n\t\"Ĉ\":\"C\",\n\t\"Ċ\":\"C\",\n\t\"Ƈ\":\"C\",\n\t\"Ȼ\":\"C\",\n\t\"Ď\":\"D\",\n\t\"Ḑ\":\"D\",\n\t\"Ḓ\":\"D\",\n\t\"Ḋ\":\"D\",\n\t\"Ḍ\":\"D\",\n\t\"Ɗ\":\"D\",\n\t\"Ḏ\":\"D\",\n\t\"Dz\":\"D\",\n\t\"Dž\":\"D\",\n\t\"Đ\":\"D\",\n\t\"Ƌ\":\"D\",\n\t\"DZ\":\"DZ\",\n\t\"DŽ\":\"DZ\",\n\t\"É\":\"E\",\n\t\"Ĕ\":\"E\",\n\t\"Ě\":\"E\",\n\t\"Ȩ\":\"E\",\n\t\"Ḝ\":\"E\",\n\t\"Ê\":\"E\",\n\t\"Ế\":\"E\",\n\t\"Ệ\":\"E\",\n\t\"Ề\":\"E\",\n\t\"Ể\":\"E\",\n\t\"Ễ\":\"E\",\n\t\"Ḙ\":\"E\",\n\t\"Ë\":\"E\",\n\t\"Ė\":\"E\",\n\t\"Ẹ\":\"E\",\n\t\"Ȅ\":\"E\",\n\t\"È\":\"E\",\n\t\"Ẻ\":\"E\",\n\t\"Ȇ\":\"E\",\n\t\"Ē\":\"E\",\n\t\"Ḗ\":\"E\",\n\t\"Ḕ\":\"E\",\n\t\"Ę\":\"E\",\n\t\"Ɇ\":\"E\",\n\t\"Ẽ\":\"E\",\n\t\"Ḛ\":\"E\",\n\t\"Ꝫ\":\"ET\",\n\t\"Ḟ\":\"F\",\n\t\"Ƒ\":\"F\",\n\t\"Ǵ\":\"G\",\n\t\"Ğ\":\"G\",\n\t\"Ǧ\":\"G\",\n\t\"Ģ\":\"G\",\n\t\"Ĝ\":\"G\",\n\t\"Ġ\":\"G\",\n\t\"Ɠ\":\"G\",\n\t\"Ḡ\":\"G\",\n\t\"Ǥ\":\"G\",\n\t\"Ḫ\":\"H\",\n\t\"Ȟ\":\"H\",\n\t\"Ḩ\":\"H\",\n\t\"Ĥ\":\"H\",\n\t\"Ⱨ\":\"H\",\n\t\"Ḧ\":\"H\",\n\t\"Ḣ\":\"H\",\n\t\"Ḥ\":\"H\",\n\t\"Ħ\":\"H\",\n\t\"Í\":\"I\",\n\t\"Ĭ\":\"I\",\n\t\"Ǐ\":\"I\",\n\t\"Î\":\"I\",\n\t\"Ï\":\"I\",\n\t\"Ḯ\":\"I\",\n\t\"İ\":\"I\",\n\t\"Ị\":\"I\",\n\t\"Ȉ\":\"I\",\n\t\"Ì\":\"I\",\n\t\"Ỉ\":\"I\",\n\t\"Ȋ\":\"I\",\n\t\"Ī\":\"I\",\n\t\"Į\":\"I\",\n\t\"Ɨ\":\"I\",\n\t\"Ĩ\":\"I\",\n\t\"Ḭ\":\"I\",\n\t\"Ꝺ\":\"D\",\n\t\"Ꝼ\":\"F\",\n\t\"Ᵹ\":\"G\",\n\t\"Ꞃ\":\"R\",\n\t\"Ꞅ\":\"S\",\n\t\"Ꞇ\":\"T\",\n\t\"Ꝭ\":\"IS\",\n\t\"Ĵ\":\"J\",\n\t\"Ɉ\":\"J\",\n\t\"Ḱ\":\"K\",\n\t\"Ǩ\":\"K\",\n\t\"Ķ\":\"K\",\n\t\"Ⱪ\":\"K\",\n\t\"Ꝃ\":\"K\",\n\t\"Ḳ\":\"K\",\n\t\"Ƙ\":\"K\",\n\t\"Ḵ\":\"K\",\n\t\"Ꝁ\":\"K\",\n\t\"Ꝅ\":\"K\",\n\t\"Ĺ\":\"L\",\n\t\"Ƚ\":\"L\",\n\t\"Ľ\":\"L\",\n\t\"Ļ\":\"L\",\n\t\"Ḽ\":\"L\",\n\t\"Ḷ\":\"L\",\n\t\"Ḹ\":\"L\",\n\t\"Ⱡ\":\"L\",\n\t\"Ꝉ\":\"L\",\n\t\"Ḻ\":\"L\",\n\t\"Ŀ\":\"L\",\n\t\"Ɫ\":\"L\",\n\t\"Lj\":\"L\",\n\t\"Ł\":\"L\",\n\t\"LJ\":\"LJ\",\n\t\"Ḿ\":\"M\",\n\t\"Ṁ\":\"M\",\n\t\"Ṃ\":\"M\",\n\t\"Ɱ\":\"M\",\n\t\"Ń\":\"N\",\n\t\"Ň\":\"N\",\n\t\"Ņ\":\"N\",\n\t\"Ṋ\":\"N\",\n\t\"Ṅ\":\"N\",\n\t\"Ṇ\":\"N\",\n\t\"Ǹ\":\"N\",\n\t\"Ɲ\":\"N\",\n\t\"Ṉ\":\"N\",\n\t\"Ƞ\":\"N\",\n\t\"Nj\":\"N\",\n\t\"Ñ\":\"N\",\n\t\"NJ\":\"NJ\",\n\t\"Ó\":\"O\",\n\t\"Ŏ\":\"O\",\n\t\"Ǒ\":\"O\",\n\t\"Ô\":\"O\",\n\t\"Ố\":\"O\",\n\t\"Ộ\":\"O\",\n\t\"Ồ\":\"O\",\n\t\"Ổ\":\"O\",\n\t\"Ỗ\":\"O\",\n\t\"Ö\":\"O\",\n\t\"Ȫ\":\"O\",\n\t\"Ȯ\":\"O\",\n\t\"Ȱ\":\"O\",\n\t\"Ọ\":\"O\",\n\t\"Ő\":\"O\",\n\t\"Ȍ\":\"O\",\n\t\"Ò\":\"O\",\n\t\"Ỏ\":\"O\",\n\t\"Ơ\":\"O\",\n\t\"Ớ\":\"O\",\n\t\"Ợ\":\"O\",\n\t\"Ờ\":\"O\",\n\t\"Ở\":\"O\",\n\t\"Ỡ\":\"O\",\n\t\"Ȏ\":\"O\",\n\t\"Ꝋ\":\"O\",\n\t\"Ꝍ\":\"O\",\n\t\"Ō\":\"O\",\n\t\"Ṓ\":\"O\",\n\t\"Ṑ\":\"O\",\n\t\"Ɵ\":\"O\",\n\t\"Ǫ\":\"O\",\n\t\"Ǭ\":\"O\",\n\t\"Ø\":\"O\",\n\t\"Ǿ\":\"O\",\n\t\"Õ\":\"O\",\n\t\"Ṍ\":\"O\",\n\t\"Ṏ\":\"O\",\n\t\"Ȭ\":\"O\",\n\t\"Ƣ\":\"OI\",\n\t\"Ꝏ\":\"OO\",\n\t\"Ɛ\":\"E\",\n\t\"Ɔ\":\"O\",\n\t\"Ȣ\":\"OU\",\n\t\"Ṕ\":\"P\",\n\t\"Ṗ\":\"P\",\n\t\"Ꝓ\":\"P\",\n\t\"Ƥ\":\"P\",\n\t\"Ꝕ\":\"P\",\n\t\"Ᵽ\":\"P\",\n\t\"Ꝑ\":\"P\",\n\t\"Ꝙ\":\"Q\",\n\t\"Ꝗ\":\"Q\",\n\t\"Ŕ\":\"R\",\n\t\"Ř\":\"R\",\n\t\"Ŗ\":\"R\",\n\t\"Ṙ\":\"R\",\n\t\"Ṛ\":\"R\",\n\t\"Ṝ\":\"R\",\n\t\"Ȑ\":\"R\",\n\t\"Ȓ\":\"R\",\n\t\"Ṟ\":\"R\",\n\t\"Ɍ\":\"R\",\n\t\"Ɽ\":\"R\",\n\t\"Ꜿ\":\"C\",\n\t\"Ǝ\":\"E\",\n\t\"Ś\":\"S\",\n\t\"Ṥ\":\"S\",\n\t\"Š\":\"S\",\n\t\"Ṧ\":\"S\",\n\t\"Ş\":\"S\",\n\t\"Ŝ\":\"S\",\n\t\"Ș\":\"S\",\n\t\"Ṡ\":\"S\",\n\t\"Ṣ\":\"S\",\n\t\"Ṩ\":\"S\",\n\t\"Ť\":\"T\",\n\t\"Ţ\":\"T\",\n\t\"Ṱ\":\"T\",\n\t\"Ț\":\"T\",\n\t\"Ⱦ\":\"T\",\n\t\"Ṫ\":\"T\",\n\t\"Ṭ\":\"T\",\n\t\"Ƭ\":\"T\",\n\t\"Ṯ\":\"T\",\n\t\"Ʈ\":\"T\",\n\t\"Ŧ\":\"T\",\n\t\"Ɐ\":\"A\",\n\t\"Ꞁ\":\"L\",\n\t\"Ɯ\":\"M\",\n\t\"Ʌ\":\"V\",\n\t\"Ꜩ\":\"TZ\",\n\t\"Ú\":\"U\",\n\t\"Ŭ\":\"U\",\n\t\"Ǔ\":\"U\",\n\t\"Û\":\"U\",\n\t\"Ṷ\":\"U\",\n\t\"Ü\":\"U\",\n\t\"Ǘ\":\"U\",\n\t\"Ǚ\":\"U\",\n\t\"Ǜ\":\"U\",\n\t\"Ǖ\":\"U\",\n\t\"Ṳ\":\"U\",\n\t\"Ụ\":\"U\",\n\t\"Ű\":\"U\",\n\t\"Ȕ\":\"U\",\n\t\"Ù\":\"U\",\n\t\"Ủ\":\"U\",\n\t\"Ư\":\"U\",\n\t\"Ứ\":\"U\",\n\t\"Ự\":\"U\",\n\t\"Ừ\":\"U\",\n\t\"Ử\":\"U\",\n\t\"Ữ\":\"U\",\n\t\"Ȗ\":\"U\",\n\t\"Ū\":\"U\",\n\t\"Ṻ\":\"U\",\n\t\"Ų\":\"U\",\n\t\"Ů\":\"U\",\n\t\"Ũ\":\"U\",\n\t\"Ṹ\":\"U\",\n\t\"Ṵ\":\"U\",\n\t\"Ꝟ\":\"V\",\n\t\"Ṿ\":\"V\",\n\t\"Ʋ\":\"V\",\n\t\"Ṽ\":\"V\",\n\t\"Ꝡ\":\"VY\",\n\t\"Ẃ\":\"W\",\n\t\"Ŵ\":\"W\",\n\t\"Ẅ\":\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:\"o\",\n\t\"ṓ\":\"o\",\n\t\"ṑ\":\"o\",\n\t\"ǫ\":\"o\",\n\t\"ǭ\":\"o\",\n\t\"ø\":\"o\",\n\t\"ǿ\":\"o\",\n\t\"õ\":\"o\",\n\t\"ṍ\":\"o\",\n\t\"ṏ\":\"o\",\n\t\"ȭ\":\"o\",\n\t\"ƣ\":\"oi\",\n\t\"ꝏ\":\"oo\",\n\t\"ɛ\":\"e\",\n\t\"ᶓ\":\"e\",\n\t\"ɔ\":\"o\",\n\t\"ᶗ\":\"o\",\n\t\"ȣ\":\"ou\",\n\t\"ṕ\":\"p\",\n\t\"ṗ\":\"p\",\n\t\"ꝓ\":\"p\",\n\t\"ƥ\":\"p\",\n\t\"ᵱ\":\"p\",\n\t\"ᶈ\":\"p\",\n\t\"ꝕ\":\"p\",\n\t\"ᵽ\":\"p\",\n\t\"ꝑ\":\"p\",\n\t\"ꝙ\":\"q\",\n\t\"ʠ\":\"q\",\n\t\"ɋ\":\"q\",\n\t\"ꝗ\":\"q\",\n\t\"ŕ\":\"r\",\n\t\"ř\":\"r\",\n\t\"ŗ\":\"r\",\n\t\"ṙ\":\"r\",\n\t\"ṛ\":\"r\",\n\t\"ṝ\":\"r\",\n\t\"ȑ\":\"r\",\n\t\"ɾ\":\"r\",\n\t\"ᵳ\":\"r\",\n\t\"ȓ\":\"r\",\n\t\"ṟ\":\"r\",\n\t\"ɼ\":\"r\",\n\t\"ᵲ\":\"r\",\n\t\"ᶉ\":\"r\",\n\t\"ɍ\":\"r\",\n\t\"ɽ\":\"r\",\n\t\"ↄ\":\"c\",\n\t\"ꜿ\":\"c\",\n\t\"ɘ\":\"e\",\n\t\"ɿ\":\"r\",\n\t\"ś\":\"s\",\n\t\"ṥ\":\"s\",\n\t\"š\":\"s\",\n\t\"ṧ\":\"s\",\n\t\"ş\":\"s\",\n\t\"ŝ\":\"s\",\n\t\"ș\":\"s\",\n\t\"ṡ\":\"s\",\n\t\"ṣ\":\"s\",\n\t\"ṩ\":\"s\",\n\t\"ʂ\":\"s\",\n\t\"ᵴ\":\"s\",\n\t\"ᶊ\":\"s\",\n\t\"ȿ\":\"s\",\n\t\"ɡ\":\"g\",\n\t\"ᴑ\":\"o\",\n\t\"ᴓ\":\"o\",\n\t\"ᴝ\":\"u\",\n\t\"ť\":\"t\",\n\t\"ţ\":\"t\",\n\t\"ṱ\":\"t\",\n\t\"ț\":\"t\",\n\t\"ȶ\":\"t\",\n\t\"ẗ\":\"t\",\n\t\"ⱦ\":\"t\",\n\t\"ṫ\":\"t\",\n\t\"ṭ\":\"t\",\n\t\"ƭ\":\"t\",\n\t\"ṯ\":\"t\",\n\t\"ᵵ\":\"t\",\n\t\"ƫ\":\"t\",\n\t\"ʈ\":\"t\",\n\t\"ŧ\":\"t\",\n\t\"ᵺ\":\"th\",\n\t\"ɐ\":\"a\",\n\t\"ᴂ\":\"ae\",\n\t\"ǝ\":\"e\",\n\t\"ᵷ\":\"g\",\n\t\"ɥ\":\"h\",\n\t\"ʮ\":\"h\",\n\t\"ʯ\":\"h\",\n\t\"ᴉ\":\"i\",\n\t\"ʞ\":\"k\",\n\t\"ꞁ\":\"l\",\n\t\"ɯ\":\"m\",\n\t\"ɰ\":\"m\",\n\t\"ᴔ\":\"oe\",\n\t\"ɹ\":\"r\",\n\t\"ɻ\":\"r\",\n\t\"ɺ\":\"r\",\n\t\"ⱹ\":\"r\",\n\t\"ʇ\":\"t\",\n\t\"ʌ\":\"v\",\n\t\"ʍ\":\"w\",\n\t\"ʎ\":\"y\",\n\t\"ꜩ\":\"tz\",\n\t\"ú\":\"u\",\n\t\"ŭ\":\"u\",\n\t\"ǔ\":\"u\",\n\t\"û\":\"u\",\n\t\"ṷ\":\"u\",\n\t\"ü\":\"u\",\n\t\"ǘ\":\"u\",\n\t\"ǚ\":\"u\",\n\t\"ǜ\":\"u\",\n\t\"ǖ\":\"u\",\n\t\"ṳ\":\"u\",\n\t\"ụ\":\"u\",\n\t\"ű\":\"u\",\n\t\"ȕ\":\"u\",\n\t\"ù\":\"u\",\n\t\"ủ\":\"u\",\n\t\"ư\":\"u\",\n\t\"ứ\":\"u\",\n\t\"ự\":\"u\",\n\t\"ừ\":\"u\",\n\t\"ử\":\"u\",\n\t\"ữ\":\"u\",\n\t\"ȗ\":\"u\",\n\t\"ū\":\"u\",\n\t\"ṻ\":\"u\",\n\t\"ų\":\"u\",\n\t\"ᶙ\":\"u\",\n\t\"ů\":\"u\",\n\t\"ũ\":\"u\",\n\t\"ṹ\":\"u\",\n\t\"ṵ\":\"u\",\n\t\"ᵫ\":\"ue\",\n\t\"ꝸ\":\"um\",\n\t\"ⱴ\":\"v\",\n\t\"ꝟ\":\"v\",\n\t\"ṿ\":\"v\",\n\t\"ʋ\":\"v\",\n\t\"ᶌ\":\"v\",\n\t\"ⱱ\":\"v\",\n\t\"ṽ\":\"v\",\n\t\"ꝡ\":\"vy\",\n\t\"ẃ\":\"w\",\n\t\"ŵ\":\"w\",\n\t\"ẅ\":\"w\",\n\t\"ẇ\":\"w\",\n\t\"ẉ\":\"w\",\n\t\"ẁ\":\"w\",\n\t\"ⱳ\":\"w\",\n\t\"ẘ\":\"w\",\n\t\"ẍ\":\"x\",\n\t\"ẋ\":\"x\",\n\t\"ᶍ\":\"x\",\n\t\"ý\":\"y\",\n\t\"ŷ\":\"y\",\n\t\"ÿ\":\"y\",\n\t\"ẏ\":\"y\",\n\t\"ỵ\":\"y\",\n\t\"ỳ\":\"y\",\n\t\"ƴ\":\"y\",\n\t\"ỷ\":\"y\",\n\t\"ỿ\":\"y\",\n\t\"ȳ\":\"y\",\n\t\"ẙ\":\"y\",\n\t\"ɏ\":\"y\",\n\t\"ỹ\":\"y\",\n\t\"ź\":\"z\",\n\t\"ž\":\"z\",\n\t\"ẑ\":\"z\",\n\t\"ʑ\":\"z\",\n\t\"ⱬ\":\"z\",\n\t\"ż\":\"z\",\n\t\"ẓ\":\"z\",\n\t\"ȥ\":\"z\",\n\t\"ẕ\":\"z\",\n\t\"ᵶ\":\"z\",\n\t\"ᶎ\":\"z\",\n\t\"ʐ\":\"z\",\n\t\"ƶ\":\"z\",\n\t\"ɀ\":\"z\",\n\t\"ff\":\"ff\",\n\t\"ffi\":\"ffi\",\n\t\"ffl\":\"ffl\",\n\t\"fi\":\"fi\",\n\t\"fl\":\"fl\",\n\t\"ij\":\"ij\",\n\t\"œ\":\"oe\",\n\t\"st\":\"st\",\n\t\"ₐ\":\"a\",\n\t\"ₑ\":\"e\",\n\t\"ᵢ\":\"i\",\n\t\"ⱼ\":\"j\",\n\t\"ₒ\":\"o\",\n\t\"ᵣ\":\"r\",\n\t\"ᵤ\":\"u\",\n\t\"ᵥ\":\"v\",\n\t\"ₓ\":\"x\",\n\t\"Ё\":\"YO\",\n\t\"Й\":\"I\",\n\t\"Ц\":\"TS\",\n\t\"У\":\"U\",\n\t\"К\":\"K\",\n\t\"Е\":\"E\",\n\t\"Н\":\"N\",\n\t\"Г\":\"G\",\n\t\"Ш\":\"SH\",\n\t\"Щ\":\"SCH\",\n\t\"З\":\"Z\",\n\t\"Х\":\"H\",\n\t\"Ъ\":\"'\",\n\t\"ё\":\"yo\",\n\t\"й\":\"i\",\n\t\"ц\":\"ts\",\n\t\"у\":\"u\",\n\t\"к\":\"k\",\n\t\"е\":\"e\",\n\t\"н\":\"n\",\n\t\"г\":\"g\",\n\t\"ш\":\"sh\",\n\t\"щ\":\"sch\",\n\t\"з\":\"z\",\n\t\"х\":\"h\",\n\t\"ъ\":\"'\",\n\t\"Ф\":\"F\",\n\t\"Ы\":\"I\",\n\t\"В\":\"V\",\n\t\"А\":\"a\",\n\t\"П\":\"P\",\n\t\"Р\":\"R\",\n\t\"О\":\"O\",\n\t\"Л\":\"L\",\n\t\"Д\":\"D\",\n\t\"Ж\":\"ZH\",\n\t\"Э\":\"E\",\n\t\"ф\":\"f\",\n\t\"ы\":\"i\",\n\t\"в\":\"v\",\n\t\"а\":\"a\",\n\t\"п\":\"p\",\n\t\"р\":\"r\",\n\t\"о\":\"o\",\n\t\"л\":\"l\",\n\t\"д\":\"d\",\n\t\"ж\":\"zh\",\n\t\"э\":\"e\",\n\t\"Я\":\"Ya\",\n\t\"Ч\":\"CH\",\n\t\"С\":\"S\",\n\t\"М\":\"M\",\n\t\"И\":\"I\",\n\t\"Т\":\"T\",\n\t\"Ь\":\"'\",\n\t\"Б\":\"B\",\n\t\"Ю\":\"YU\",\n\t\"я\":\"ya\",\n\t\"ч\":\"ch\",\n\t\"с\":\"s\",\n\t\"м\":\"m\",\n\t\"и\":\"i\",\n\t\"т\":\"t\",\n\t\"ь\":\"'\",\n\t\"б\":\"b\",\n\t\"ю\":\"yu\"\n};\n\nexports.transliterate = function(str) {\n\treturn str.replace(/[^A-Za-z0-9\\[\\] ]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || ch\n\t});\n};\n\nexports.transliterateToSafeASCII = function(str) {\n\treturn str.replace(/[^\\x00-\\x7F]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || \"\"\n\t});\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/utils.js": {
            "title": "$:/core/modules/utils/utils.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a message, in colour if we're on a terminal\n*/\nexports.log = function(text,colour) {\n\tconsole.log($tw.node ? exports.terminalColour(colour) + text + exports.terminalColour() : text);\n};\n\nexports.terminalColour = function(colour) {\n\tif(!$tw.browser && $tw.node && process.stdout.isTTY) {\n\t\tif(colour) {\n\t\t\tvar code = exports.terminalColourLookup[colour];\n\t\t\tif(code) {\n\t\t\t\treturn \"\\x1b[\" + code + \"m\";\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"\\x1b[0m\"; // Cancel colour\n\t\t}\n\t}\n\treturn \"\";\n};\n\nexports.terminalColourLookup = {\n\t\"black\": \"0;30\",\n\t\"red\": \"0;31\",\n\t\"green\": \"0;32\",\n\t\"brown/orange\": \"0;33\",\n\t\"blue\": \"0;34\",\n\t\"purple\": \"0;35\",\n\t\"cyan\": \"0;36\",\n\t\"light gray\": \"0;37\"\n};\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\texports.log(text,\"brown/orange\");\n};\n\n/*\nReturn the integer represented by the str (string).\nReturn the dflt (default) parameter if str is not a base-10 number.\n*/\nexports.getInt = function(str,deflt) {\n\tvar i = parseInt(str,10);\n\treturn isNaN(i) ? deflt : i;\n}\n\n/*\nRepeatedly replaces a substring within a string. Like String.prototype.replace, but without any of the default special handling of $ sequences in the replace string\n*/\nexports.replaceString = function(text,search,replace) {\n\treturn text.replace(search,function() {\n\t\treturn replace;\n\t});\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nConvert a string to sentence case (ie capitalise first letter)\n*/\nexports.toSentenceCase = function(str) {\n\treturn (str || \"\").replace(/^\\S/, function(c) {return c.toUpperCase();});\n}\n\n/*\nConvert a string to title case (ie capitalise each initial letter)\n*/\nexports.toTitleCase = function(str) {\n\treturn (str || \"\").replace(/(^|\\s)\\S/g, function(c) {return c.toUpperCase();});\n}\n\t\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nDetermine whether an array-item is an object-property\n*/\nexports.hopArray = function(object,array) {\n\tfor(var i=0; i<array.length; i++) {\n\t\tif($tw.utils.hop(object,array[i])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tif(object) {\n\t\tObject.freeze(object);\n\t\tfor(key in object) {\n\t\t\tproperty = object[key];\n\t\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\t\tdeepFreeze(property);\n\t\t\t}\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0XXX/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMilliseconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^XXX/, function() {\n\t\t\t\treturn date.getMilliseconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\t// If the user wants everything in UTC, shift the datestamp\n\t// Optimize for format string that essentially means\n\t// 'return raw UTC (tiddlywiki style) date string.'\n\tif(t.indexOf(\"[UTC]\") == 0 ) {\n\t\tif(t == \"[UTC]YYYY0MM0DD0hh0mm0ssXXX\")\n\t\t\treturn $tw.utils.stringifyDate(new Date());\n\t\tvar offset = date.getTimezoneOffset() ; // in minutes\n\t\tdate = new Date(date.getTime()+offset*60*1000) ;\n\t\tt = t.substr(5) ;\n\t}\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar x = new Date(dt.getFullYear(),0,1);\n\tvar n = Math.floor((dt.getTime() - x.getTime()) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\",   duration:      365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\",  duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\",    duration:            24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\",   duration:                 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration:                      60 * 1000},\n\t\t{name: \"Seconds\", duration:                           1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&amp;\", < to \"&lt;\", > to \"&gt;\", \" to \"&quot;\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&amp;\").replace(/</mg,\"&lt;\").replace(/>/mg,\"&gt;\").replace(/\\\"/mg,\"&quot;\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2), // Strip the & and the ;\n\t\tc;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\tc = parseInt(e.substr(2),16);\n\t\t} else {\n\t\t\tc = parseInt(e.substr(1),10);\n\t\t}\n\t\tif(isNaN(c)) {\n\t\t\treturn s;\n\t\t} else {\n\t\t\treturn converter(c);\n\t\t}\n\t} else {\n\t\tc = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\')            // backslash\n\t\t.replace(/\"/g, '\\\\\"')              // double quote character\n\t\t.replace(/'/g, \"\\\\'\")              // single quote character\n\t\t.replace(/\\r/g, '\\\\r')             // carriage return\n\t\t.replace(/\\n/g, '\\\\n')             // line feed\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n// Turns a string into a legal JSON string\n// Derived from peg.js, thanks to David Majda\nexports.jsonStringify = function(s) {\n\t// See http://www.json.org/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\')            // backslash\n\t\t.replace(/\"/g, '\\\\\"')              // double quote character\n\t\t.replace(/\\r/g, '\\\\r')             // carriage return\n\t\t.replace(/\\n/g, '\\\\n')             // line feed\n\t\t.replace(/\\x08/g, '\\\\b')           // backspace\n\t\t.replace(/\\x0c/g, '\\\\f')           // formfeed\n\t\t.replace(/\\t/g, '\\\\t')             // tab\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g,function(s) {\n\t\t\treturn '\\\\u' + $tw.utils.pad(s.charCodeAt(0).toString(16).toUpperCase(),4);\n\t\t}); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n    return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10) || 0;\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn Buffer.from(string64,\"base64\").toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\n\t\tm =  r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= ending.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/widgets/action-createtiddler.js": {
            "title": "$:/core/modules/widgets/action-createtiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-createtiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to create a new tiddler with a unique name and specified fields.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CreateTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCreateTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCreateTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nCreateTiddlerWidget.prototype.execute = function() {\n\tthis.actionBaseTitle = this.getAttribute(\"$basetitle\");\n\tthis.actionSaveTitle = this.getAttribute(\"$savetitle\");\n\tthis.actionSaveDraftTitle = this.getAttribute(\"$savedrafttitle\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nCreateTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nCreateTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar title = this.wiki.generateNewTitle(this.actionBaseTitle),\n\t\tfields = {},\n\t\tcreationFields,\n\t\tmodificationFields;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tfields[name] = attribute;\n\t\t}\n\t});\n\tif(this.actionTimestamp) {\n\t\tcreationFields = this.wiki.getCreationFields();\n\t\tmodificationFields = this.wiki.getModificationFields();\n\t}\n\tvar tiddler = this.wiki.addTiddler(new $tw.Tiddler(creationFields,fields,modificationFields,{title: title}));\n\tif(this.actionSaveTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveTitle,title,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.actionSaveDraftTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveDraftTitle,this.wiki.generateDraftTitle(title),this.getVariable(\"currentTiddler\"));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-createtiddler\"] = CreateTiddlerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-deletefield.js": {
            "title": "$:/core/modules/widgets/action-deletefield.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {},\n\t\thasChanged = false;\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t\tif(this.actionField in tiddler.fields) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t\thasChanged = true;\n\t\t\t}\n\t\t});\n\t\tif(hasChanged) {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,removeFields,this.wiki.getModificationFields()));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-deletetiddler.js": {
            "title": "$:/core/modules/widgets/action-deletetiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-listops.js": {
            "title": "$:/core/modules/widgets/action-listops.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tiddler = this.wiki.getTiddler(this.target),\n\t\t\toldtags = tiddler ? (tiddler.fields.tags || []).slice(0) : [],\n\t\t\ttagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags,\n\t\t\tnewtags = this.wiki.filterTiddlers(tagfilter,this);\n\t\tif($tw.utils.stringifyList(oldtags.sort()) !== $tw.utils.stringifyList(newtags.sort())) {\n\t\t\tthis.wiki.setText(this.target,\"tags\",undefined,$tw.utils.stringifyList(newtags));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-navigate.js": {
            "title": "$:/core/modules/widgets/action-navigate.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tevent = event || {};\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-sendmessage.js": {
            "title": "$:/core/modules/widgets/action-sendmessage.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tevent: event\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-setfield.js": {
            "title": "$:/core/modules/widgets/action-setfield.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\")  || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/browse.js": {
            "title": "$:/core/modules/widgets/browse.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" and \"nwdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\tif(this.nwdirectory) {\n\t\tdomNode.setAttribute(\"nwdirectory\",this.nwdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,{\n\t\t\t\tcallback: function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t},\n\t\t\t\tdeserializer: self.deserializer\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.deserializer = this.getAttribute(\"deserializer\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n\tthis.nwdirectory = this.getAttribute(\"nwdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/button.js": {
            "title": "$:/core/modules/widgets/button.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = (this.popup || this.popupTitle) && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif((this.set || this.setTitle) && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(self,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup || self.popupTitle) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set || self.setTitle) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Make it draggable if required\n\tif(this.dragTiddler || this.dragFilter) {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.dragTiddler;},\n\t\t\tdragFilterFn: function() {return self.dragFilter;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n    return this.setTitle ? (this.setField ? this.wiki.getTiddler(this.setTitle).getFieldString(this.setField) === this.setTo :\n\t\t(this.setIndex ? this.wiki.extractTiddlerDataItem(this.setTitle,this.setIndex) === this.setTo :\n\t\t\tthis.wiki.getTiddlerText(this.setTitle))) || this.defaultSetValue || this.getVariable(\"currentTiddler\") :\n\t\tthis.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.popupTitle ? this.wiki.getTiddler(this.popupTitle) : this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tevent: event\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\"), event: event});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\tif(this.popupTitle) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popupTitle,\n\t\t\twiki: this.wiki,\n\t\t\tnoStateReference: true\n\t\t});\n\t} else {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popup,\n\t\t\twiki: this.wiki\n\t\t});\n\t}\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tif(this.setTitle) {\n\t\tthis.setField ? this.wiki.setText(this.setTitle,this.setField,undefined,this.setTo) :\n\t\t\t\t(this.setIndex ? this.wiki.setText(this.setTitle,undefined,this.setIndex,this.setTo) :\n\t\t\t\tthis.wiki.setText(this.setTitle,\"text\",undefined,this.setTo));\n\t} else {\n\t\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\tthis.dragTiddler = this.getAttribute(\"dragTiddler\");\n\tthis.dragFilter = this.getAttribute(\"dragFilter\");\n\tthis.setTitle = this.getAttribute(\"setTitle\");\n\tthis.setField = this.getAttribute(\"setField\");\n\tthis.setIndex = this.getAttribute(\"setIndex\");\n\tthis.popupTitle = this.getAttribute(\"popupTitle\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || changedAttributes.dragFilter || changedAttributes.dragTiddler || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup]) || (this.popupTitle && changedTiddlers[this.popupTitle]) || changedAttributes.setTitle || changedAttributes.setField || changedAttributes.setIndex || changedAttributes.popupTitle) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/checkbox.js": {
            "title": "$:/core/modules/widgets/checkbox.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value;\n\t\t\tif($tw.utils.hop(tiddler.fields,this.checkboxField)) {\n\t\t\t\tvalue = tiddler.fields[this.checkboxField] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.checkboxDefault || \"\";\n\t\t\t}\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxIndex) {\n\t\t\tvar value = this.wiki.extractTiddlerDataItem(tiddler,this.checkboxIndex,this.checkboxDefault || \"\");\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag),\n\t\tvalue = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\t// Set the index if specified\n\tif(this.checkboxIndex) {\n\t\tvar indexValue = this.wiki.extractTiddlerDataItem(this.checkboxTitle,this.checkboxIndex);\n\t\tif(!tiddler || indexValue !== value) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tif(this.checkboxIndex) {\n\t\t\tthis.wiki.setText(this.checkboxTitle,\"\",this.checkboxIndex,value);\n\t\t} else {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t\t}\n\t}\n\t// Trigger actions\n\tif(this.checkboxActions) {\n\t\tthis.invokeActionString(this.checkboxActions,this,event);\n\t}\n\tif(this.checkboxUncheckActions && !checked) {\n\t\tthis.invokeActionString(this.checkboxUncheckActions,this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxActions = this.getAttribute(\"actions\");\n\tthis.checkboxUncheckActions = this.getAttribute(\"uncheckactions\");\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxIndex = this.getAttribute(\"index\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.index || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/codeblock.js": {
            "title": "$:/core/modules/widgets/codeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/count.js": {
            "title": "$:/core/modules/widgets/count.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/diff-text.js": {
            "title": "$:/core/modules/widgets/diff-text.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/diff-text.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display a diff between two texts\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\tdmp = require(\"$:/core/modules/utils/diff-match-patch/diff_match_patch.js\");\n\nvar DiffTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDiffTextWidget.prototype = new Widget();\n\nDiffTextWidget.prototype.invisibleCharacters = {\n\t\"\\n\": \"↩︎\\n\",\n\t\"\\r\": \"⇠\",\n\t\"\\t\": \"⇥\\t\"\n};\n\n/*\nRender this widget into the DOM\n*/\nDiffTextWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create the diff\n\tvar dmpObject = new dmp.diff_match_patch(),\n\t\tdiffs = dmpObject.diff_main(this.getAttribute(\"source\"),this.getAttribute(\"dest\"));\n\t// Apply required cleanup\n\tswitch(this.getAttribute(\"cleanup\",\"semantic\")) {\n\t\tcase \"none\":\n\t\t\t// No cleanup\n\t\t\tbreak;\n\t\tcase \"efficiency\":\n\t\t\tdmpObject.diff_cleanupEfficiency(diffs);\n\t\t\tbreak;\n\t\tdefault: // case \"semantic\"\n\t\t\tdmpObject.diff_cleanupSemantic(diffs);\n\t\t\tbreak;\n\t}\n\t// Create the elements\n\tvar domContainer = this.document.createElement(\"div\"), \n\t\tdomDiff = this.createDiffDom(diffs);\n\tparent.insertBefore(domContainer,nextSibling);\n\t// Set variables\n\tthis.setVariable(\"diff-count\",diffs.reduce(function(acc,diff) {\n\t\tif(diff[0] !== dmp.DIFF_EQUAL) {\n\t\t\tacc++;\n\t\t}\n\t\treturn acc;\n\t},0).toString());\n\t// Render child widgets\n\tthis.renderChildren(domContainer,null);\n\t// Render the diff\n\tdomContainer.appendChild(domDiff);\n\t// Save our container\n\tthis.domNodes.push(domContainer);\n};\n\n/*\nCreate DOM elements representing a list of diffs\n*/\nDiffTextWidget.prototype.createDiffDom = function(diffs) {\n\tvar self = this;\n\t// Create the element and assign the attributes\n\tvar domPre = this.document.createElement(\"pre\"),\n\t\tdomCode = this.document.createElement(\"code\");\n\t$tw.utils.each(diffs,function(diff) {\n\t\tvar tag = diff[0] === dmp.DIFF_INSERT ? \"ins\" : (diff[0] === dmp.DIFF_DELETE ? \"del\" : \"span\"),\n\t\t\tclassName = diff[0] === dmp.DIFF_INSERT ? \"tc-diff-insert\" : (diff[0] === dmp.DIFF_DELETE ? \"tc-diff-delete\" : \"tc-diff-equal\"),\n\t\t\tdom = self.document.createElement(tag),\n\t\t\ttext = diff[1],\n\t\t\tcurrPos = 0,\n\t\t\tre = /([\\x00-\\x1F])/mg,\n\t\t\tmatch = re.exec(text),\n\t\t\tspan,\n\t\t\tprintable;\n\t\tdom.className = className;\n\t\twhile(match) {\n\t\t\tif(currPos < match.index) {\n\t\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos,match.index)));\n\t\t\t}\n\t\t\tspan = self.document.createElement(\"span\");\n\t\t\tspan.className = \"tc-diff-invisible\";\n\t\t\tprintable = self.invisibleCharacters[match[0]] || (\"[0x\" + match[0].charCodeAt(0).toString(16) + \"]\");\n\t\t\tspan.appendChild(self.document.createTextNode(printable));\n\t\t\tdom.appendChild(span);\n\t\t\tcurrPos = match.index + match[0].length;\n\t\t\tmatch = re.exec(text);\n\t\t}\n\t\tif(currPos < text.length) {\n\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos)));\n\t\t}\n\t\tdomCode.appendChild(dom);\n\t});\n\tdomPre.appendChild(domCode);\n\treturn domPre;\n};\n\n/*\nCompute the internal state of the widget\n*/\nDiffTextWidget.prototype.execute = function() {\n\t// Make child widgets\n\tvar parseTreeNodes;\n\tif(this.parseTreeNode && this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: \"$:/language/Diffs/CountMessage\"}\n\t\t\t}\n\t\t}];\n\t}\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDiffTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.dest || changedAttributes.cleanup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports[\"diff-text\"] = DiffTextWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/draggable.js": {
            "title": "$:/core/modules/widgets/draggable.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/draggable.js\ntype: application/javascript\nmodule-type: widget\n\nDraggable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DraggableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDraggableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDraggableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Sanitise the specified tag\n\tvar tag = this.draggableTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"div\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [\"tc-draggable\"];\n\tif(this.draggableClasses) {\n\t\tclasses.push(this.draggableClasses);\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Add event handlers\n\t$tw.utils.makeDraggable({\n\t\tdomNode: domNode,\n\t\tdragTiddlerFn: function() {return self.getAttribute(\"tiddler\");},\n\t\tdragFilterFn: function() {return self.getAttribute(\"filter\");},\n\t\tstartActions: self.startActions,\n\t\tendActions: self.endActions,\n\t\twidget: this\n\t});\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDraggableWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.draggableTag = this.getAttribute(\"tag\",\"div\");\n\tthis.draggableClasses = this.getAttribute(\"class\");\n\tthis.startActions = this.getAttribute(\"startactions\");\n\tthis.endActions = this.getAttribute(\"endactions\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDraggableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedTiddlers.tag || changedTiddlers[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.draggable = DraggableWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/droppable.js": {
            "title": "$:/core/modules/widgets/droppable.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/droppable.js\ntype: application/javascript\nmodule-type: widget\n\nDroppable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DroppableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDroppableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDroppableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.droppableTag && $tw.config.htmlUnsafeElements.indexOf(this.droppableTag) === -1) {\n\t\ttag = this.droppableTag;\n\t}\n\t// Create element and assign classes\n\tvar domNode = this.document.createElement(tag),\n\t\tclasses = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-droppable\");\n\tdomNode.className = classes.join(\" \");\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"}\n\t]);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDroppableWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDroppableWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally. The hacky second condition is to resolve a problem with Firefox whereby there is an erroneous dragenter event if the node being dragged is within the dropzone\n\tif(this.currentlyEntered.length === 0 || (this.currentlyEntered.length === 1 && this.currentlyEntered[0] === $tw.dragInProgress)) {\n\t\tthis.currentlyEntered = [];\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDroppableWidget.prototype.handleDragEnterEvent  = function(event) {\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragOverEvent  = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\t// Set the drop effect\n\tevent.dataTransfer.dropEffect = this.droppableEffect;\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragLeaveEvent  = function(event) {\n\tthis.leaveDrag(event);\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDropEvent  = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar dataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Try to import the various data types we understand\n\t$tw.utils.importDataTransfer(dataTransfer,null,function(fieldsArray) {\n\t\tfieldsArray.forEach(function(fields) {\n\t\t\tself.performActions(fields.title || fields.text,event);\n\t\t});\n\t});\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.performActions = function(title,event) {\n\tif(this.droppableActions) {\n\t\tvar modifierKey = event.ctrlKey && ! event.shiftKey ? \"ctrl\" : event.shiftKey && !event.ctrlKey ? \"shift\" : \n\t\t\t\tevent.ctrlKey && event.shiftKey ? \"ctrl-shift\" : \"normal\" ;\n\t\tthis.invokeActionString(this.droppableActions,this,event,{actionTiddler: title, modifier: modifierKey});\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDroppableWidget.prototype.execute = function() {\n\tthis.droppableActions = this.getAttribute(\"actions\");\n\tthis.droppableEffect = this.getAttribute(\"effect\",\"copy\");\n\tthis.droppableTag = this.getAttribute(\"tag\");\n\tthis.droppableClass = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDroppableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.droppable = DroppableWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/dropzone.js": {
            "title": "$:/core/modules/widgets/dropzone.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"},\n\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDropZoneWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally\n\tif(this.currentlyEntered.length === 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent  = function(event) {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent  = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent  = function(event) {\n\tthis.leaveDrag(event);\n};\n\nDropZoneWidget.prototype.handleDragEndEvent = function(event) {\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.handleDropEvent  = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = 0;\n\tif(dataTransfer.files) {\n\t\tnumFiles = this.wiki.readFiles(dataTransfer.files,{\n\t\t\tcallback: readFileCallback,\n\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t});\n\t}\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\t$tw.utils.importDataTransfer(dataTransfer,this.wiki.generateNewTitle(\"Untitled\"),readFileCallback);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handlePasteEvent  = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1 && !event.target.isContentEditable) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),{\n\t\t\t\t\tcallback: readFileCallback,\n\t\t\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\tthis.dropzoneDeserializer = this.getAttribute(\"deserializer\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-binary.js": {
            "title": "$:/core/modules/widgets/edit-binary.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-bitmap.js": {
            "title": "$:/core/modules/widgets/edit-bitmap.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\n/*\n** Rotate the canvas left by 90 degrees\n*/\nEditBitmapWidget.prototype.rotateCanvasLeft = function() {\n\t// Get the current size of the image\n\tvar origWidth = this.currCanvas.width,\n\t\torigHeight = this.currCanvas.height;\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\"),\n\t\tnewWidth = origHeight,\n\t\tnewHeight = origWidth;\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.save();\n\tctx.translate(newWidth / 2,newHeight / 2);\n\tctx.rotate(-Math.PI / 2);\n\tctx.drawImage(this.currCanvas,-origWidth / 2,-origHeight / 2);\n\tctx.restore();\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-shortcut.js": {
            "title": "$:/core/modules/widgets/edit-shortcut.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n\t// Focus the input Node if focus === \"yes\" or focus === \"true\"\n\tif(this.shortcutFocus === \"yes\" || this.shortcutFocus === \"true\") {\n\t\tthis.focus();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n\tthis.shortcutFocus = this.getAttribute(\"focus\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nfocus the input node\n*/\nEditShortcutWidget.prototype.focus = function() {\n\tif(this.inputNode.focus && this.inputNode.select) {\n\t\tthis.inputNode.focus();\n\t\tthis.inputNode.select();\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"] || changedAttributes.focus) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-text.js": {
            "title": "$:/core/modules/widgets/edit-text.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit.js": {
            "title": "$:/core/modules/widgets/edit.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editTabIndex = this.getAttribute(\"tabindex\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder},\n\t\t\t\"tabindex\": {type: \"string\", value: this.editTabIndex}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.tabindex || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/element.js": {
            "title": "$:/core/modules/widgets/element.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\t// Adjust headings by the current base level\n\tvar headingLevel = [\"h1\",\"h2\",\"h3\",\"h4\",\"h5\",\"h6\"].indexOf(tag);\n\tif(headingLevel !== -1) {\n\t\tvar baseLevel = parseInt(this.getVariable(\"tv-adjust-heading-level\",\"0\"),10) || 0;\n\t\theadingLevel = Math.min(Math.max(headingLevel + 1 + baseLevel,1),6);\n\t\ttag = \"h\" + headingLevel;\n\t}\n\t// Create the DOM node\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/encrypt.js": {
            "title": "$:/core/modules/widgets/encrypt.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/entity.js": {
            "title": "$:/core/modules/widgets/entity.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/fieldmangler.js": {
            "title": "$:/core/modules/widgets/fieldmangler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.mangleTitle, tags: tag},modification));\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/fields.js": {
            "title": "$:/core/modules/widgets/fields.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = $tw.utils.replaceString(row,\"$name$\",fieldName);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$value$\",value);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/image.js": {
            "title": "$:/core/modules/widgets/image.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/importvariables.js": {
            "title": "$:/core/modules/widgets/importvariables.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params,\n\t\t\t\t\tisMacroDefinition: parseTreeNode.isMacroDefinition\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/keyboard.js": {
            "title": "$:/core/modules/widgets/keyboard.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.tag && $tw.config.htmlUnsafeElements.indexOf(this.tag) === -1) {\n\t\ttag = this.tag;\n\t}\n\t// Create element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\tvar self = this;\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.tag = this.getAttribute(\"tag\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\tif(this.key.substr(0,2) === \"((\" && this.key.substr(-2,2) === \"))\") {\n\t\tthis.shortcutTiddlers = [];\n\t\tvar name = this.key.substring(2,this.key.length -2);\n\t\t$tw.utils.each($tw.keyboardManager.lookupNames,function(platformDescriptor) {\n\t\t\tself.shortcutTiddlers.push(\"$:/config/\" + platformDescriptor + \"/\" + name);\n\t\t});\n\t}\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\t// Update the keyInfoArray if one of its shortcut-config-tiddlers has changed\n\tif(this.shortcutTiddlers && $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers)) {\n\t\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/link.js": {
            "title": "$:/core/modules/widgets/link.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.overrideClasses === undefined) {\n\t\tclasses.push(\"tc-tiddlylink\");\n\t\tif(this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t\t}\n\t\tif(this.isMissing && !this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t\t} else {\n\t\t\tif(!this.isMissing) {\n\t\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t\t}\n\t\t}\n\t\tif(this.linkClasses) {\n\t\t\tclasses.push(this.linkClasses);\t\t\t\n\t\t}\n\t} else if(this.overrideClasses !== \"\") {\n\t\tclasses.push(this.overrideClasses)\n\t}\n\tif(classes.length > 0) {\n\t\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t}\n\t// Set an href\n\tvar wikilinkTransformFilter = this.getVariable(\"tv-filter-export-link\"),\n\t\twikiLinkText;\n\tif(wikilinkTransformFilter) {\n\t\t// Use the filter to construct the href\n\t\twikiLinkText = this.wiki.filterTiddlers(wikilinkTransformFilter,this,function(iterator) {\n\t\t\titerator(self.wiki.getTiddler(self.to),self.to)\n\t\t})[0];\n\t} else {\n\t\t// Expand the tv-wikilink-template variable to construct the href\n\t\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\";\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkTemplate,\"$uri_encoded$\",encodeURIComponent(this.to));\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkText,\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\t}\n\t// Override with the value of tv-get-export-link if defined\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\t// Set the tabindex\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\t// Make the link draggable if required\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.to;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tmetaKey: event.metaKey,\n\t\tctrlKey: event.ctrlKey,\n\t\taltKey: event.altKey,\n\t\tshiftKey: event.shiftKey\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.overrideClasses = this.getAttribute(\"overrideClass\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = (this.getVariable(\"tv-show-missing-links\") || \"yes\") === \"no\";\n\t// Make the child widgets\n\tvar templateTree;\n\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\ttemplateTree = this.parseTreeNode.children;\n\t} else {\n\t\t// Default template is a link to the title\n\t\ttemplateTree = [{type: \"text\", text: this.to}];\n\t}\n\tthis.makeChildWidgets(templateTree);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/linkcatcher.js": {
            "title": "$:/core/modules/widgets/linkcatcher.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n\t// When executing actions we avoid trapping navigate events, so that we don't trigger ourselves recursively\n\tthis.executingActions = false;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(!this.executingActions) {\n\t\t// Execute the actions\n\t\tif(this.catchTo) {\n\t\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t\t}\n\t\tif(this.catchMessage && this.parentWidget) {\n\t\t\tthis.parentWidget.dispatchEvent({\n\t\t\t\ttype: this.catchMessage,\n\t\t\t\tparam: event.navigateTo,\n\t\t\t\tnavigateTo: event.navigateTo\n\t\t\t});\n\t\t}\n\t\tif(this.catchSet) {\n\t\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t\t}\n\t\tif(this.catchActions) {\n\t\t\tthis.executingActions = true;\n\t\t\tthis.invokeActionString(this.catchActions,this,event,{navigateTo: event.navigateTo});\n\t\t\tthis.executingActions = false;\n\t\t}\n\t} else {\n\t\t// This is a navigate event generated by the actions of this linkcatcher, so we don't trap it again, but just pass it to the parent\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: \"tm-navigate\",\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/list.js": {
            "title": "$:/core/modules/widgets/list.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(this.storyViewName && !StoryView) {\n\t\tStoryView = this.storyViews[\"classic\"];\n\t}\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/macrocall.js": {
            "title": "$:/core/modules/widgets/macrocall.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar macroName = this.parseTreeNode.name || this.getAttribute(\"$name\"),\n\t\tvariableInfo = this.getVariableInfo(macroName,{params: params}),\n\t\ttext = variableInfo.text,\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t\t// Wrap the parse tree in a vars widget assigning the parameters to variables named \"__paramname__\"\n\t\tvar attributes = {};\n\t\t$tw.utils.each(variableInfo.params,function(param) {\n\t\t\tvar name = \"__\" + param.name + \"__\";\n\t\t\tattributes[name] = {\n\t\t\t\tname: name,\n\t\t\t\ttype: \"string\",\n\t\t\t\tvalue: param.value\n\t\t\t};\n\t\t});\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"vars\",\n\t\t\tattributes: attributes,\n\t\t\tchildren: parseTreeNodes\n\t\t}];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/navigator.js": {
            "title": "$:/core/modules/widgets/navigator.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\tthis.setVariable(\"tv-story-list\",this.storyTitle);\n\tthis.setVariable(\"tv-history-list\",this.historyTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tthis.wiki.addToStory(title,fromTitle,this.storyTitle,{openLinkFromInsideRiver: this.getAttribute(\"openLinkFromInsideRiver\",\"top\"),openLinkFromOutsideRiver: this.getAttribute(\"openLinkFromOutsideRiver\",\"top\")});\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-navigating\",event);\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar editTiddler = $tw.hooks.invokeHook(\"th-editing-tiddler\",event);\n\tif(!editTiddler) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\toriginalTiddler = originalTitle ? this.wiki.getTiddler(originalTitle) : undefined,\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tif(originalTiddler) {\n\t\t\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",originalTiddler);\n\t\t}\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Invoke the hook function and delete this tiddler\n\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",tiddler);\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\treturn this.wiki.generateDraftTitle(title);\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// If enabled, relink references to renamed tiddler\n\t\t\t\tvar shouldRelink = this.getAttribute(\"relinkOnRename\",\"no\").toLowerCase().trim() === \"yes\";\n\t\t\t\tif(isRename && shouldRelink && this.wiki.tiddlerExists(draftOf)) {\nconsole.log(\"Relinking '\" + draftOf + \"' to '\" + draftTitle + \"'\");\n\t\t\t\t\tthis.wiki.relinkTiddler(draftOf,draftTitle);\n\t\t\t\t}\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// #2381 always remove new title & old\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\tthis.removeTitleFromStory(storyList,draftOf);\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-cancelling-tiddler\", event);\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-new-tiddler\", event);\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Make a copy of the additional fields excluding any blank ones\n\tvar filteredAdditionalFields = $tw.utils.extend({},additionalFields);\n\tObject.keys(filteredAdditionalFields).forEach(function(fieldName) {\n\t\tif(filteredAdditionalFields[fieldName] === \"\") {\n\t\t\tdelete filteredAdditionalFields[fieldName];\n\t\t}\n\t});\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags);\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\texistingTiddler,\n\t\tfilteredAdditionalFields,\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tif(slot === -1) {\n\t\t\tslot = this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\" ? storyList.length - 1 : slot;\n\t\t}\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\ttiddlerFields.title = $tw.utils.trim(tiddlerFields.title);\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\n\t}\n\treturn false;\n};\n\n//\nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\t\t\ttiddler = $tw.hooks.invokeHook(\"th-importing-tiddler\",tiddler);\n\t\t\tself.wiki.addTiddler(tiddler);\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix || \"$:/state/folded/\";\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-renaming-tiddler\", event);\n\tvar paramObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\t$tw.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/password.js": {
            "title": "$:/core/modules/widgets/password.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/qualify.js": {
            "title": "$:/core/modules/widgets/qualify.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/qualify.js\ntype: application/javascript\nmodule-type: widget\n\nQualify text to a variable \n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar QualifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nQualifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nQualifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nQualifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.qualifyName = this.getAttribute(\"name\");\n\tthis.qualifyTitle = this.getAttribute(\"title\");\n\t// Set context variable\n\tif(this.qualifyName) {\n\t\tthis.setVariable(this.qualifyName,this.qualifyTitle + \"-\" + this.getStateQualifier());\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nQualifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.title) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.qualify = QualifyWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/radio.js": {
            "title": "$:/core/modules/widgets/radio.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nSet a field or index at a given tiddler via radio buttons\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tvar isChecked = this.getValue() === this.radioValue;\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",\n   \t\t\"tc-radio \" + this.radioClass + (isChecked ? \" tc-radio-selected\" : \"\")\n  \t);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(isChecked) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.radioTitle);\n\tif (this.radioIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.radioTitle,this.radioIndex);\n\t} else {\n\t\tvalue = tiddler && tiddler.getFieldString(this.radioField);\n\t}\n\treturn value;\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioIndex) {\n\t\tthis.wiki.setText(this.radioTitle,\"\",this.radioIndex,this.radioValue);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioIndex = this.getAttribute(\"index\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/range.js": {
            "title": "$:/core/modules/widgets/range.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/range.js\ntype: application/javascript\nmodule-type: widget\n\nRange widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RangeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRangeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRangeWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"range\");\n\tthis.inputDomNode.setAttribute(\"class\",this.elementClass);\n\tif(this.minValue){\n\t\tthis.inputDomNode.setAttribute(\"min\", this.minValue);\n\t}\n\tif(this.maxValue){\n\t\tthis.inputDomNode.setAttribute(\"max\", this.maxValue);\n\t}\n\tif(this.increment){\n\t\tthis.inputDomNode.setAttribute(\"step\", this.increment);\n\t}\n\tthis.inputDomNode.value = this.getValue();\n\n\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.inputDomNode,nextSibling);\n\tthis.domNodes.push(this.inputDomNode);\n};\n\nRangeWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle),\n\t\tvalue   = this.defaultValue;\n\tif(tiddler) {\n\t\tif($tw.utils.hop(tiddler.fields,this.tiddlerField)) {\n\t\t\tvalue = tiddler.fields[this.tiddlerField] || \"\";\n\t\t} else {\n\t\t\tvalue = this.defaultValue || \"\";\n\t\t}\n\t}\n\treturn value;\n};\n\nRangeWidget.prototype.handleChangeEvent = function(event) {\n\tthis.wiki.setText(this.tiddlerTitle ,this.tiddlerField, null,this.inputDomNode.value);\n};\n\n/*\nCompute the internal state of the widget\n*/\nRangeWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.tiddlerField = this.getAttribute(\"field\");\n\tthis.minValue = this.getAttribute(\"min\");\n\tthis.maxValue = this.getAttribute(\"max\");\n\tthis.increment = this.getAttribute(\"increment\");\n\tthis.defaultValue = this.getAttribute(\"default\");\n\tthis.elementClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRangeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes['min'] || changedAttributes['max'] || changedAttributes['increment'] || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.tiddlerTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.range = RangeWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/raw.js": {
            "title": "$:/core/modules/widgets/raw.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/reveal.js": {
            "title": "$:/core/modules/widgets/reveal.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = Math.max(0, this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = Math.max(0, this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = Math.max(0, this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = Math.max(0, this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTiddlerTitle = this.state;\n\tthis.stateTitle = this.getAttribute(\"stateTitle\");\n\tthis.stateField = this.getAttribute(\"stateField\");\n\tthis.stateIndex = this.getAttribute(\"stateIndex\");\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state,\n\t    defaultState = this[\"default\"];\n\tif(this.stateTitle) {\n\t\tvar stateTitleTiddler = this.wiki.getTiddler(this.stateTitle);\n\t\tif(this.stateField) {\n\t\t\tstate = stateTitleTiddler ? stateTitleTiddler.getFieldString(this.stateField) || defaultState : defaultState;\n\t\t} else if(this.stateIndex) {\n\t\t\tstate = stateTitleTiddler ? this.wiki.extractTiddlerDataItem(this.stateTitle,this.stateIndex) || defaultState : defaultState;\n\t\t} else if(stateTitleTiddler) {\n\t\t\tstate = this.wiki.getTiddlerText(this.stateTitle) || defaultState;\n\t\t} else {\n\t\t\tstate = defaultState;\n\t\t}\n\t} else {\n\t\tstate = this.stateTiddlerTitle ? this.wiki.getTextReference(this.state,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\t}\n\tif(state === null) {\n\t\tstate = this[\"default\"];\n\t}\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.isOpen = this.text === state;\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.isOpen = this.text !== state;\n\t\t\tbreak;\n\t\tcase \"lt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t\tcase \"gt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"lteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"gteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.compareStateText = function(state) {\n\treturn state.localeCompare(this.text,undefined,{numeric: true,sensitivity: \"case\"});\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate || changedAttributes.stateTitle || changedAttributes.stateField || changedAttributes.stateIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar currentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\tvar self = this;\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n        $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\t//make sure that the state hasn't changed during the close animation\n\t\t\tself.readState()\n\t\t\tif(!self.isOpen) {\n\t\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t\t\t}\n\t\t}});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/scrollable.js": {
            "title": "$:/core/modules/widgets/scrollable.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/select.js": {
            "title": "$:/core/modules/widgets/select.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex,value);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tif(values.indexOf(select.children[i].value) != -1) {\n\t\t\t\tselect.children[i].selected = true;\n\t\t\t}\n\t\t}\n\t\t\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\tthis.selectTooltip = this.getAttribute(\"tooltip\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tif(this.selectTooltip) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"title\",this.selectTooltip);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex || changedAttributes.selectTooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/set.js": {
            "title": "$:/core/modules/widgets/set.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setSelect = this.getAttribute(\"select\");\n\tthis.setTiddler = this.getAttribute(\"tiddler\");\n\tthis.setSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.setField = this.getAttribute(\"field\");\n\tthis.setIndex = this.getAttribute(\"index\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params,!!this.parseTreeNode.isMacroDefinition);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setTiddler) {\n\t\tvar tiddler;\n\t\tif(this.setSubTiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.setTiddler,this.setSubTiddler);\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.setTiddler);\t\t\t\n\t\t}\n\t\tif(!tiddler) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t} else if(this.setField) {\n\t\t\tvalue = tiddler.getFieldString(this.setField) || this.setEmptyValue;\n\t\t} else if(this.setIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.setTiddler,this.setIndex,this.setEmptyValue);\n\t\t} else {\n\t\t\tvalue = tiddler.fields.text || this.setEmptyValue ;\n\t\t}\n\t} else if(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(this.setValue == null) {\n\t\t\tvar select;\n\t\t\tif(this.setSelect) {\n\t\t\t\tselect = parseInt(this.setSelect,10);\n\t\t\t}\n\t\t\tif(select !== undefined) {\n\t\t\t\tvalue = results[select] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = $tw.utils.stringifyList(results);\t\t\t\n\t\t\t}\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value || \"\";\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.select || changedAttributes.tiddler || (this.setTiddler && changedTiddlers[this.setTiddler]) || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes.emptyValue ||\n\t   (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/text.js": {
            "title": "$:/core/modules/widgets/text.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/tiddler.js": {
            "title": "$:/core/modules/widgets/tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/transclude.js": {
            "title": "$:/core/modules/widgets/transclude.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/vars.js": {
            "title": "$:/core/modules/widgets/vars.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n  <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/view.js": {
            "title": "$:/core/modules/widgets/view.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tthis.viewMode = this.getAttribute(\"mode\",\"block\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function(mode) {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/widget.js": {
            "title": "$:/core/modules/widgets/widget.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\t// Bail if parseTreeNode is undefined, meaning  that the widget constructor was called without any arguments so that it can be subclassed\n\tif(parseTreeNode === undefined) {\n\t\treturn;\n\t}\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\t// Get widget classes\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t\t// Process any subclasses\n\t\t$tw.modules.forEachModuleOfType(\"widget-subclass\",function(title,module) {\n\t\t\tif(module.baseClass) {\n\t\t\t\tvar baseClass = Widget.prototype.widgetClasses[module.baseClass];\n\t\t\t\tif(!baseClass) {\n\t\t\t\t\tthrow \"Module '\" + title + \"' is attemping to extend a non-existent base class '\" + module.baseClass + \"'\";\n\t\t\t\t}\n\t\t\t\tvar subClass = module.constructor;\n\t\t\t\tsubClass.prototype = new baseClass();\n\t\t\t\t$tw.utils.extend(subClass.prototype,module.prototype);\n\t\t\t\tWidget.prototype.widgetClasses[module.name || module.baseClass] = subClass;\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\nisMacroDefinition: true if the variable is set via a \\define macro pragma (and hence should have variable substitution performed)\n*/\nWidget.prototype.setVariable = function(name,value,params,isMacroDefinition) {\n\tthis.variables[name] = {value: value, params: params, isMacroDefinition: !!isMacroDefinition};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n\nReturns an object with the following fields:\n\nparams: array of {name:,value:} of parameters passed to wikitext variables\ntext: text of variable, with parameters properly substituted\n*/\nWidget.prototype.getVariableInfo = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value,\n\t\t\tparams = this.resolveVariableParameters(variable.params,actualParams);\n\t\t// Substitute any parameters specified in the definition\n\t\t$tw.utils.each(params,function(param) {\n\t\t\tvalue = $tw.utils.replaceString(value,new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(param.name) + \"\\\\$\",\"mg\"),param.value);\n\t\t});\n\t\t// Only substitute variable references if this variable was defined with the \\define pragma\n\t\tif(variable.isMacroDefinition) {\n\t\t\tvalue = this.substituteVariableReferences(value);\t\t\t\n\t\t}\n\t\treturn {\n\t\t\ttext: value,\n\t\t\tparams: params\n\t\t};\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn {\n\t\ttext: this.evaluateMacroModule(name,actualParams,options.defaultValue)\n\t};\n};\n\n/*\nSimplified version of getVariableInfo() that just returns the text\n*/\nWidget.prototype.getVariable = function(name,options) {\n\treturn this.getVariableInfo(name,options).text;\n};\n\nWidget.prototype.resolveVariableParameters = function(formalParams,actualParams) {\n\tformalParams = formalParams || [];\n\tactualParams = actualParams || [];\n\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\tparamInfo, paramValue,\n\t\tresults = [];\n\t// Step through each of the parameters in the macro definition\n\tfor(var p=0; p<formalParams.length; p++) {\n\t\t// Check if we've got a macro call parameter with the same name\n\t\tparamInfo = formalParams[p];\n\t\tparamValue = undefined;\n\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t}\n\t\t}\n\t\t// If not, use the next available anonymous macro call parameter\n\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\tnextAnonParameter++;\n\t\t}\n\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t}\n\t\t// If we've still not got a value, use the default, if any\n\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t// Store the parameter name and value\n\t\tresults.push({name: paramInfo.name, value: paramValue});\n\t}\n\treturn results;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"filtered\") {\n\t\t\tvalue = self.wiki.filterTiddlers(attribute.filter,self)[0] || \"\";\n\t\t} else if(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction) {\n\t\t\tchild.refreshSelf();\n\t\t\tif(child.invokeAction(triggeringWidget,event)) {\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event,variables) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document,\n\t\t\tvariables: variables\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/wikify.js": {
            "title": "$:/core/modules/widgets/wikify.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"formattedtext\":\n\t\t\tresult = this.wikifyContainer.formattedTextContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/wiki-bulkops.js": {
            "title": "$:/core/modules/wiki-bulkops.js",
            "text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nfunction renameTiddler(fromTitle,toTitle,options) {\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar oldTiddler = this.getTiddler(fromTitle),\n\t\t\tnewTiddler = new $tw.Tiddler(oldTiddler,{title: toTitle},this.getModificationFields());\n\t\tnewTiddler = $tw.hooks.invokeHook(\"th-renaming-tiddler\",newTiddler,oldTiddler);\n\t\tthis.addTiddler(newTiddler);\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.relinkTiddler(fromTitle,toTitle,options)\n\t}\n}\n\n/*\nRelink any tags or lists that reference a given tiddler\n*/\nfunction relinkTiddler(fromTitle,toTitle,options) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar type = tiddler.fields.type || \"\";\n\t\t\t// Don't touch plugins or JavaScript modules\n\t\t\tif(!tiddler.fields[\"plugin-type\"] && type !== \"application/javascript\") {\n\t\t\t\tvar tags = (tiddler.fields.tags || []).slice(0),\n\t\t\t\t\tlist = (tiddler.fields.list || []).slice(0),\n\t\t\t\t\tisModified = false;\n\t\t\t\tif(!options.dontRenameInTags) {\n\t\t\t\t\t// Rename tags\n\t\t\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming tag '\" + tags[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(!options.dontRenameInLists) {\n\t\t\t\t\t// Rename lists\n\t\t\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming list item '\" + list[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(isModified) {\n\t\t\t\t\tvar newTiddler = new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields())\n\t\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-relinking-tiddler\",newTiddler,tiddler);\n\t\t\t\t\tself.addTiddler(newTiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\nexports.renameTiddler = renameTiddler;\nexports.relinkTiddler = relinkTiddler;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/core/modules/wiki.js": {
            "title": "$:/core/modules/wiki.js",
            "text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\",\n\tTIMESTAMP_DISABLE_TITLE = \"$:/config/TimestampDisable\";\n\n/*\nAdd available indexers to this wiki\n*/\nexports.addIndexersToWiki = function() {\n\tvar self = this;\n\t$tw.utils.each($tw.modules.applyMethods(\"indexer\"),function(Indexer,name) {\n\t\tself.addIndexer(new Indexer(self),name);\n\t});\n};\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type]  || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = {\n\t\t\t\tcreated: new Date()\n\t\t\t},\n\t\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\t\tif(creator) {\n\t\t\tfields.creator = creator;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = Object.create(null),\n\t\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\t\tfields.modified = new Date();\n\t\tif(modifier) {\n\t\t\tfields.modifier = modifier;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a sorted array of tiddler titles.  Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric,isAlphaNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t\t\t\t\t\t\t(isDescending ? y - x :  x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if(isAlphaNumeric) {\n\t\t\treturn isDescending ? b.localeCompare(a,undefined,{numeric: true,sensitivity: \"base\"}) : a.localeCompare(b,undefined,{numeric: true,sensitivity: \"base\"});\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\t// Try to use the indexer\n\tvar self = this,\n\t\ttagIndexer = this.getIndexer(\"TagIndexer\"),\n\t\tresults = tagIndexer && tagIndexer.lookup(tag);\n\tif(!results) {\n\t\t// If not available, perform a manual scan\n\t\tresults = this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\t\tvar tagmap = self.getTagMap();\n\t\t\treturn self.sortByList(tagmap[tag],tag);\n\t\t});\n\t}\n\treturn results;\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar self = this,\n\t\treplacedTitles = Object.create(null);\n\tfunction replaceItem(title) {\n\t\tif(!$tw.utils.hop(replacedTitles, title)) {\n\t\t\treplacedTitles[title] = true;\n\t\t\tvar newPos = -1,\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(afterTitle === \"\") {\n\t\t\t\t\tnewPos = titles.length;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\treplaceItem(beforeTitle);\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\treplaceItem(afterTitle);\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// We get the currPos //after// figuring out the newPos, because recursive replaceItem calls might alter title's currPos\n\t\t\t\tvar currPos = titles.indexOf(title);\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(currPos >= 0 && newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\treplaceItem(title);\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\nexports.getTiddlersAsJson = function(filter) {\n\tvar tiddlers = this.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,undefined);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t}) || defaultData;\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerDataCached(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n\t// Use the generic binary parser for any binary types not registered so far\n\tif($tw.Wiki.parsers[\"application/octet-stream\"]) {\n\t\tObject.keys($tw.config.contentTypeInfo).forEach(function(type) {\n\t\t\tif(!$tw.utils.hop($tw.Wiki.parsers,type) && $tw.config.contentTypeInfo[type].encoding === \"base64\") {\n\t\t\t\t$tw.Wiki.parsers[type] = $tw.Wiki.parsers[\"application/octet-stream\"];\n\t\t\t}\n\t\t});\t\t\n\t}\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type,tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\noptions.importVariables: optional importvariables filter string for macros to be included\noptions.importPageMacros: optional boolean; if true, equivalent to passing \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\" to options.importVariables\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTreeDiv = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: []}]},\n\t\tparseTreeImportVariables = {\n\t\t\ttype: \"importvariables\",\n\t\t\tattributes: {\n\t\t\t\tfilter: {\n\t\t\t\t\tname: \"filter\",\n\t\t\t\t\ttype: \"string\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tisBlock: false,\n\t\t\tchildren: []},\n\t\tparseTreeTransclude = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {\n\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title}},\n\t\t\tisBlock: !options.parseAsInline};\n\tif(options.importVariables || options.importPageMacros) {\n\t\tif(options.importVariables) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = options.importVariables;\n\t\t} else if(options.importPageMacros) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\";\n\t\t}\n\t\tparseTreeDiv.tree[0].children.push(parseTreeImportVariables);\n\t\tparseTreeImportVariables.children.push(parseTreeTransclude);\n\t} else {\n\t\tparseTreeDiv.tree[0].children.push(parseTreeTransclude);\n\t}\n\tif(options.field) {\n\t\tparseTreeTransclude.attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTreeTransclude.attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTreeTransclude.children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTreeDiv,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tfield: If specified, restricts the search to the specified field, or an array of field names\n\texcludeField: If true, the field options are inverted to specify the fields that are not to be searched\n\tThe search mode is determined by the first of these boolean flags to be true\n\t\tliteral: searches for literal string\n\t\twhitespace: same as literal except runs of whitespace are treated as a single space\n\t\tregexp: treats the search term as a regular expression\n\t\twords: (default) treats search string as a list of tokens, and matches if all tokens are found, regardless of adjacency or ordering\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else if(options.whitespace) {\n\t\tterms = [];\n\t\t$tw.utils.each(text.split(/\\s+/g),function(term) {\n\t\t\tif(term) {\n\t\t\t\tterms.push($tw.utils.escapeRegExp(term));\n\t\t\t}\n\t\t});\n\t\tsearchTermsRegExps = [new RegExp(\"(\" + terms.join(\"\\\\s+\") + \")\",flags)];\n\t} else if(options.regexp) {\n\t\ttry {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + text + \")\",flags)];\t\t\t\n\t\t} catch(e) {\n\t\t\tsearchTermsRegExps = null;\n\t\t\tconsole.log(\"Regexp error parsing /(\" + text + \")/\" + flags + \": \",e);\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Accumulate the array of fields to be searched or excluded from the search\n\tvar fields = [];\n\tif(options.field) {\n\t\tif($tw.utils.isArray(options.field)) {\n\t\t\t$tw.utils.each(options.field,function(fieldName) {\n\t\t\t\tif(fieldName) {\n\t\t\t\t\tfields.push(fieldName);\t\t\t\t\t\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tfields.push(options.field);\n\t\t}\n\t}\n\t// Use default fields if none specified and we're not excluding fields (excluding fields with an empty field array is the same as searching all fields)\n\tif(fields.length === 0 && !options.excludeField) {\n\t\tfields.push(\"title\");\n\t\tfields.push(\"tags\");\n\t\tfields.push(\"text\");\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar notYetFound = searchTermsRegExps.slice();\n\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tsearchFields;\n\t\t// Get the list of fields we're searching\n\t\tif(options.excludeField) {\n\t\t\tsearchFields = Object.keys(tiddler.fields);\n\t\t\t$tw.utils.each(fields,function(fieldName) {\n\t\t\t\tvar p = searchFields.indexOf(fieldName);\n\t\t\t\tif(p !== -1) {\n\t\t\t\t\tsearchFields.splice(p,1);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsearchFields = fields;\n\t\t}\n\t\tfor(var fieldIndex=0; notYetFound.length>0 && fieldIndex<searchFields.length; fieldIndex++) {\n\t\t\t// Don't search the text field if the content type is binary\n\t\t\tvar fieldName = searchFields[fieldIndex];\n\t\t\tif(fieldName === \"text\" && contentTypeInfo.encoding !== \"utf8\") {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tvar str = tiddler.fields[fieldName],\n\t\t\t\tt;\n\t\t\tif(str) {\n\t\t\t\tif($tw.utils.isArray(str)) {\n\t\t\t\t\t// If the field value is an array, test each regexp against each field array entry and fail if each regexp doesn't match at least one field array entry\n\t\t\t\t\tfor(var s=0; s<str.length; s++) {\n\t\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\t\tif(notYetFound[t].test(str[s])) {\n\t\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// If the field isn't an array, force it to a string and test each regexp against it and fail if any do not match\n\t\t\t\t\tstr = tiddler.getFieldString(fieldName);\n\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\tif(notYetFound[t].test(str)) {\n\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t\treturn notYetFound.length == 0;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nCheck whether the text of a tiddler matches a given value. By default, the comparison is case insensitive, and any spaces at either end of the tiddler text is trimmed\n*/\nexports.checkTiddlerText = function(title,targetText,options) {\n\toptions = options || {};\n\tvar text = this.getTiddlerText(title,\"\");\n\tif(!options.noTrim) {\n\t\ttext = text.trim();\n\t}\n\tif(!options.caseSensitive) {\n\t\ttext = text.toLowerCase();\n\t\ttargetText = targetText.toLowerCase();\n\t}\n\treturn text === targetText;\n}\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\tvar result = [],\n\t\toutstanding = files.length,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t};\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],$tw.utils.extend({},options,{callback: readFileCallback}));\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Give the hook a chance to process the drag\n\tif($tw.hooks.invokeHook(\"th-importing-file\",{\n\t\tfile: file,\n\t\ttype: type,\n\t\tisBinary: isBinary,\n\t\tcallback: callback\n\t}) !== true) {\n\t\tthis.readFileContent(file,type,isBinary,options.deserializer,callback);\n\t}\n};\n\n/*\nLower level utility to read the content of a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFileContent = function(file,type,isBinary,deserializer,callback) {\n\tvar self = this;\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\tif(isBinary) {\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttext = text.substr(commaPos + 1);\n\t\t\t}\n\t\t}\n\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedJson) {\n\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\tcallback(tiddlers);\n\t\t\t});\n\t\t} else {\n\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields,{deserializer: deserializer}));\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create  a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\tstory.addToHistory(title,fromPageRect);\n};\n\n/*\nAdd a new tiddler to the story river\ntitle: a title string or an array of title strings\nfromTitle: the title of the tiddler from which the navigation originated\nstoryTitle: title of story tiddler (defaults to $:/StoryList)\noptions: see story.js\n*/\nexports.addToStory = function(title,fromTitle,storyTitle,options) {\n\tvar story = new $tw.Story({wiki: this, storyTitle: storyTitle});\n\tstory.addToStory(title,fromTitle,options);\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nexports.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle,\n\t\tusername = this.getTiddlerText(\"$:/status/UserName\"),\n\t\tattribution = username ? \" by \" + username : \"\";\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\" + attribution;\n\t\tc++;\n\t} while(this.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/palettes/Blanca": {
            "title": "$:/palettes/Blanca",
            "name": "Blanca",
            "description": "A clean white palette to let you focus",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Blue": {
            "title": "$:/palettes/Blue",
            "name": "Blue",
            "description": "A blue theme",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Muted": {
            "title": "$:/palettes/Muted",
            "name": "Muted",
            "description": "Bright tiddlers on a muted background",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/ContrastLight": {
            "title": "$:/palettes/ContrastLight",
            "name": "Contrast (Light)",
            "description": "High contrast and unambiguous (light version)",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/ContrastDark": {
            "title": "$:/palettes/ContrastDark",
            "name": "Contrast (Dark)",
            "description": "High contrast and unambiguous (dark version)",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/DarkPhotos": {
            "title": "$:/palettes/DarkPhotos",
            "created": "20150402111612188",
            "description": "Good with dark photo backgrounds",
            "modified": "20150402112344080",
            "name": "DarkPhotos",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Nord": {
            "title": "$:/palettes/Nord",
            "name": "Nord",
            "description": "An arctic, north-bluish color palette.",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "license": "MIT, arcticicestudio, https://github.com/arcticicestudio/nord/blob/develop/LICENSE.md",
            "text": "alert-background: #D08770\nalert-border: #D08770\nalert-highlight: #B48EAD\nalert-muted-foreground: #4C566A\nbackground: #3b4252\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: #4C566A\nbutton-foreground: #D8DEE9\nbutton-border: transparent\ncode-background: #2E3440\ncode-border: #2E3440\ncode-foreground: #BF616A\ndiff-delete-background: #BF616A\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #A3BE8C\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #BF616A\ndownload-background: #A3BE8C\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour background>>\ndropdown-tab-background-selected: #ECEFF4\ndropdown-tab-background: #4C566A\ndropzone-background: #A3BE8C\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #5E81AC\nexternal-link-foreground: #8FBCBB\nforeground: #d8dee9\nmessage-background: #2E3440\nmessage-border: #2E3440\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #3b4252\nmodal-footer-background: #3b4252\nmodal-footer-border: #3b4252\nmodal-header-border: #3b4252\nmuted-foreground: #4C566A\nnotification-background: #D08770\nnotification-border: #EBCB8B\npage-background: #2e3440\npre-background: #2E3440\npre-border: #2E3440\nprimary: #5E81AC\nselect-tag-background: #3b4252\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #4C566A\nsidebar-controls-foreground: #3B4252\nsidebar-foreground-shadow: transparent\nsidebar-foreground: #D8DEE9\nsidebar-muted-foreground-hover: #4C566A\nsidebar-muted-foreground: #4C566A\nsidebar-tab-background-selected: #ECEFF4\nsidebar-tab-background: #4C566A\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: #4C566A\nsidebar-tab-divider: <<colour page-background>>\nsidebar-tab-foreground-selected: #4C566A\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #A3BE8C\nsidebar-tiddler-link-foreground: #81A1C1\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #B48EAD\ntab-background-selected: #ECEFF4\ntab-background: #4C566A\ntab-border-selected: #4C566A\ntab-border: #4C566A\ntab-divider: #4C566A\ntab-foreground-selected: #4C566A\ntab-foreground: #D8DEE9\ntable-border: #4C566A\ntable-footer-background: #2e3440\ntable-header-background: #2e3440\ntag-background: #A3BE8C\ntag-foreground: #4C566A\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: \ntiddler-controls-foreground-selected: #EBCB8B\ntiddler-controls-foreground: #4C566A\ntiddler-editor-background: #2e3440\ntiddler-editor-border-image: #2e3440\ntiddler-editor-border: #2e3440\ntiddler-editor-fields-even: #2e3440\ntiddler-editor-fields-odd: #2e3440\ntiddler-info-background: #2e3440\ntiddler-info-border: #2e3440\ntiddler-info-tab-background: #2e3440\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #4C566A\ntiddler-title-foreground: #81A1C1\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #2d3038\nvery-muted-foreground: #2d3038\n"
        },
        "$:/palettes/Rocker": {
            "title": "$:/palettes/Rocker",
            "name": "Rocker",
            "description": "A dark theme",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/SolarFlare": {
            "title": "$:/palettes/SolarFlare",
            "name": "Solar Flare",
            "description": "Warm, relaxing earth colours",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n    download-foreground: <<colour background>>\n    dragger-foreground: <<colour background>>\n    dropdown-background: <<colour background>>\n    modal-background: <<colour background>>\n    sidebar-foreground-shadow: <<colour background>>\n    tiddler-background: <<colour background>>\n    tiddler-border: <<colour background>>\n    tiddler-link-background: <<colour background>>\n    tab-background-selected: <<colour background>>\n        dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n    dragger-background: <<colour foreground>>\n    tab-foreground: <<colour foreground>>\n        tab-foreground-selected: <<colour tab-foreground>>\n            sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n        sidebar-tab-foreground: <<colour tab-foreground>>\n    sidebar-button-foreground: <<colour foreground>>\n    sidebar-controls-foreground: <<colour foreground>>\n    sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n    alert-muted-foreground: <<colour base01>>\n: base00\n    code-foreground: <<colour base00>>\n    message-foreground: <<colour base00>>\n    tag-foreground: <<colour base00>>\n: base0\n    sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n    muted-foreground: <<colour base1>>\n        blockquote-bar: <<colour muted-foreground>>\n        dropdown-border: <<colour muted-foreground>>\n        sidebar-muted-foreground: <<colour muted-foreground>>\n        tiddler-title-foreground: <<colour muted-foreground>>\n            site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n    modal-footer-background: <<colour base2>>\n    page-background: <<colour base2>>\n        modal-backdrop: <<colour page-background>>\n        notification-background: <<colour page-background>>\n        code-background: <<colour page-background>>\n            code-border: <<colour code-background>>\n        pre-background: <<colour page-background>>\n            pre-border: <<colour pre-background>>\n        sidebar-tab-background-selected: <<colour page-background>>\n    table-header-background: <<colour base2>>\n    tag-background: <<colour base2>>\n    tiddler-editor-background: <<colour base2>>\n    tiddler-info-background: <<colour base2>>\n    tiddler-info-tab-background: <<colour base2>>\n    tab-background: <<colour base2>>\n        dropdown-tab-background: <<colour tab-background>>\n: base3\n    alert-background: <<colour base3>>\n    message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n    alert-highlight: <<colour magenta>>\n: violet\n    external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n    tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n    external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n    primary: <<colour blue-muted>>\n        download-background: <<colour primary>>\n        tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nselect-tag-background:\nselect-tag-foreground:\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n    modal-footer-border: <<colour tab-border>>\n    modal-header-border: <<colour tab-border>>\n    notification-border: <<colour tab-border>>\n    sidebar-tab-border: <<colour tab-border>>\n    tab-border-selected: <<colour tab-border>>\n        sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n    sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/SolarizedLight": {
            "title": "$:/palettes/SolarizedLight",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "description": "Precision colors for machines and people",
            "license": "MIT, Ethan Schoonover, https://github.com/altercation/solarized/blob/master/LICENSE",
            "name": "SolarizedLight",
            "text": "alert-background: #eee8d5\nalert-border: #073642\nalert-highlight: #cb4b16\nalert-muted-foreground: #586e75\nbackground: #fdf6e3\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: #cb4b16\nbutton-foreground: #fdf6e3\nbutton-border: transparent\ncode-background: #eee8d5\ncode-border: #93a1a1\ncode-foreground: #d33682\ndiff-delete-background: #BF616A\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #859900\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #D08770\ndownload-background: #859900\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour background>>\ndropdown-tab-background-selected: #fdf6e3\ndropdown-tab-background: #93a1a1\ndropzone-background: #859900\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: #d33682\nexternal-link-foreground-visited: #b58900\nexternal-link-foreground: #cb4b16\nforeground: #839496\nmessage-background: #586e75\nmessage-border: #586e75\nmessage-foreground: #eee8d5\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #eee8d5\nmodal-footer-background: #eee8d5\nmodal-footer-border: #eee8d5\nmodal-header-border: #eee8d5\nmuted-foreground: #93a1a1\nnotification-background: #EBCB8B\nnotification-border: #D08770\npage-background: #eee8d5\npre-background: #eee8d5\npre-border: #93a1a1\nprimary: #2aa198\nselect-tag-background: #eee8d5\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: #eee8d5\nsidebar-controls-foreground-hover: #268bd2\nsidebar-controls-foreground: #586e75\nsidebar-foreground-shadow: transparent\nsidebar-foreground: #839496\nsidebar-muted-foreground-hover: #657b83\nsidebar-muted-foreground: #93a1a1\nsidebar-tab-background-selected: #eee8d5\nsidebar-tab-background: #839496\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: #657b83\nsidebar-tab-divider: <<colour page-background>>\nsidebar-tab-foreground-selected: #839496\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #859900\nsidebar-tiddler-link-foreground: #268bd2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #dc322f\ntab-background-selected: #fdf6e3\ntab-background: #839496\ntab-border-selected: #93a1a1\ntab-border: #93a1a1\ntab-divider: #fdf6e3\ntab-foreground-selected: #839496\ntab-foreground: #eee8d5\ntable-border: #657b83\ntable-footer-background: #657b83\ntable-header-background: #93a1a1\ntag-background: #6c71c4\ntag-foreground: #eee8d5\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #b58900\ntiddler-controls-foreground-selected: #b58900\ntiddler-controls-foreground: #073642\ntiddler-editor-background: #eee8d5\ntiddler-editor-border-image: #eee8d5\ntiddler-editor-border: #eee8d5\ntiddler-editor-fields-even: #eee8d5\ntiddler-editor-fields-odd: #fdf6e3\ntiddler-info-background: #eee8d5\ntiddler-info-border: #eee8d5\ntiddler-info-tab-background: #586e75\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #586e75\ntiddler-title-foreground: #073642\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #839496\nvery-muted-foreground: #93a1a1\n"
        },
        "$:/palettes/SpartanDay": {
            "title": "$:/palettes/SpartanDay",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "description": "Cold, spartan day colors",
            "name": "Spartan Day",
            "text": "alert-background: <<colour background>>\nalert-border: <<colour very-muted-foreground>>\nalert-highlight: <<colour very-muted-foreground>>\nalert-muted-foreground: <<colour muted-foreground>>\nbackground: #FAFAFA\nblockquote-bar: <<colour page-background>>\nbutton-background: transparent\nbutton-foreground: inherit\nbutton-border: <<colour tag-background>>\ncode-background: #ececec\ncode-border: #ececec\ncode-foreground: \ndirty-indicator: #c80000\ndownload-background: <<colour primary>>\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: #FFFFFF\ndropdown-border: <<colour dropdown-background>>\ndropdown-tab-background-selected: <<colour dropdown-background>>\ndropdown-tab-background: #F5F5F5\ndropzone-background: <<colour tag-background>>\nexternal-link-background-hover: transparent\nexternal-link-background-visited: transparent\nexternal-link-background: transparent\nexternal-link-foreground-hover: \nexternal-link-foreground-visited: \nexternal-link-foreground: \nforeground: rgba(0, 0, 0, 0.87)\nmessage-background: <<colour background>>\nmessage-border: <<colour very-muted-foreground>>\nmessage-foreground: rgba(0, 0, 0, 0.54)\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour very-muted-foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour very-muted-foreground>>\nmodal-header-border: <<colour very-muted-foreground>>\nmuted-foreground: rgba(0, 0, 0, 0.54)\nnotification-background: <<colour dropdown-background>>\nnotification-border: <<colour dropdown-background>>\npage-background: #f4f4f4\npre-background: #ececec\npre-border: #ececec\nprimary: #3949ab\nselect-tag-background: <<colour background>>\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #aeaeae\nsidebar-controls-foreground: #c6c6c6\nsidebar-foreground-shadow: transparent\nsidebar-foreground: rgba(0, 0, 0, 0.54)\nsidebar-muted-foreground-hover: rgba(0, 0, 0, 0.54)\nsidebar-muted-foreground: rgba(0, 0, 0, 0.38)\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: transparent\nsidebar-tab-border-selected: <<colour table-border>>\nsidebar-tab-border: transparent\nsidebar-tab-divider: <<colour table-border>>\nsidebar-tab-foreground-selected: rgba(0, 0, 0, 0.87)\nsidebar-tab-foreground: rgba(0, 0, 0, 0.54)\nsidebar-tiddler-link-foreground-hover: rgba(0, 0, 0, 0.87)\nsidebar-tiddler-link-foreground: rgba(0, 0, 0, 0.54)\nsite-title-foreground: rgba(0, 0, 0, 0.87)\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: transparent\ntab-border-selected: <<colour table-border>>\ntab-border: transparent\ntab-divider: <<colour table-border>>\ntab-foreground-selected: rgba(0, 0, 0, 0.87)\ntab-foreground: rgba(0, 0, 0, 0.54)\ntable-border: #d8d8d8\ntable-footer-background: <<colour tiddler-editor-fields-odd>>\ntable-header-background: <<colour tiddler-editor-fields-even>>\ntag-background: #ec6\ntag-foreground: <<colour button-foreground>>\ntiddler-background: <<colour background>>\ntiddler-border: #f9f9f9\ntiddler-controls-foreground-hover: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground-selected: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground: <<colour sidebar-controls-foreground>>\ntiddler-editor-background: transparent\ntiddler-editor-border-image: \ntiddler-editor-border: #e8e7e7\ntiddler-editor-fields-even: rgba(0, 0, 0, 0.1)\ntiddler-editor-fields-odd: rgba(0, 0, 0, 0.04)\ntiddler-info-background: #F5F5F5\ntiddler-info-border: #F5F5F5\ntiddler-info-tab-background: <<colour tiddler-editor-fields-odd>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour muted-foreground>>\ntiddler-title-foreground: #000000\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour very-muted-foreground>>\nvery-muted-foreground: rgba(0, 0, 0, 0.12)\n"
        },
        "$:/palettes/SpartanNight": {
            "title": "$:/palettes/SpartanNight",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "description": "Dark spartan colors",
            "name": "Spartan Night",
            "text": "alert-background: <<colour background>>\nalert-border: <<colour very-muted-foreground>>\nalert-highlight: <<colour very-muted-foreground>>\nalert-muted-foreground: <<colour muted-foreground>>\nbackground: #303030\nblockquote-bar: <<colour page-background>>\nbutton-background: transparent\nbutton-foreground: inherit\nbutton-border: <<colour tag-background>>\ncode-background: <<colour pre-background>>\ncode-border: <<colour pre-border>>\ncode-foreground: rgba(255, 255, 255, 0.54)\ndirty-indicator: #c80000\ndownload-background: <<colour primary>>\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: #424242\ndropdown-border: <<colour dropdown-background>>\ndropdown-tab-background-selected: <<colour dropdown-background>>\ndropdown-tab-background: #050505\ndropzone-background: <<colour tag-background>>\nexternal-link-background-hover: transparent\nexternal-link-background-visited: transparent\nexternal-link-background: transparent\nexternal-link-foreground-hover: \nexternal-link-foreground-visited: #7c318c\nexternal-link-foreground: #9e3eb3\nforeground: rgba(255, 255, 255, 0.7)\nmessage-background: <<colour background>>\nmessage-border: <<colour very-muted-foreground>>\nmessage-foreground: rgba(255, 255, 255, 0.54)\nmodal-backdrop: <<colour page-background>>\nmodal-background: <<colour background>>\nmodal-border: <<colour very-muted-foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour background>>\nmodal-header-border: <<colour very-muted-foreground>>\nmuted-foreground: rgba(255, 255, 255, 0.54)\nnotification-background: <<colour dropdown-background>>\nnotification-border: <<colour dropdown-background>>\npage-background: #212121\npre-background: #2a2a2a\npre-border: transparent\nprimary: #5656f3\nselect-tag-background: <<colour background>>\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #494949\nsidebar-controls-foreground: #5d5d5d\nsidebar-foreground-shadow: transparent\nsidebar-foreground: rgba(255, 255, 255, 0.54)\nsidebar-muted-foreground-hover: rgba(255, 255, 255, 0.54)\nsidebar-muted-foreground: rgba(255, 255, 255, 0.38)\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: transparent\nsidebar-tab-border-selected: <<colour table-border>>\nsidebar-tab-border: transparent\nsidebar-tab-divider: <<colour table-border>>\nsidebar-tab-foreground-selected: rgba(255, 255, 255, 0.87)\nsidebar-tab-foreground: rgba(255, 255, 255, 0.54)\nsidebar-tiddler-link-foreground-hover: rgba(255, 255, 255, 0.7)\nsidebar-tiddler-link-foreground: rgba(255, 255, 255, 0.54)\nsite-title-foreground: rgba(255, 255, 255, 0.7)\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: transparent\ntab-border-selected: <<colour table-border>>\ntab-border: transparent\ntab-divider: <<colour table-border>>\ntab-foreground-selected: rgba(255, 255, 255, 0.87)\ntab-foreground: rgba(255, 255, 255, 0.54)\ntable-border: #3a3a3a\ntable-footer-background: <<colour tiddler-editor-fields-odd>>\ntable-header-background: <<colour tiddler-editor-fields-even>>\ntag-background: #ec6\ntag-foreground: <<colour button-foreground>>\ntiddler-background: <<colour background>>\ntiddler-border: rgb(55,55,55)\ntiddler-controls-foreground-hover: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground-selected: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground: <<colour sidebar-controls-foreground>>\ntiddler-editor-background: transparent\ntiddler-editor-border-image: \ntiddler-editor-border: rgba(255, 255, 255, 0.08)\ntiddler-editor-fields-even: rgba(255, 255, 255, 0.1)\ntiddler-editor-fields-odd: rgba(255, 255, 255, 0.04)\ntiddler-info-background: #454545\ntiddler-info-border: #454545\ntiddler-info-tab-background: <<colour tiddler-editor-fields-odd>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour muted-foreground>>\ntiddler-title-foreground: #FFFFFF\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour very-muted-foreground>>\nvery-muted-foreground: rgba(255, 255, 255, 0.12)\n"
        },
        "$:/palettes/Twilight": {
            "title": "$:/palettes/Twilight",
            "tags": "$:/tags/Palette",
            "author": "Thomas Elmiger",
            "type": "application/x-tiddler-dictionary",
            "name": "Twilight",
            "description": "Delightful, soft darkness.",
            "text": "alert-background: rgb(255, 255, 102)\nalert-border: rgb(232, 232, 125)\nalert-highlight: rgb(255, 51, 51)\nalert-muted-foreground: rgb(224, 82, 82)\nbackground: rgb(38, 38, 38)\nblockquote-bar: rgba(240, 196, 117, 0.7)\nbutton-background: rgb(63, 63, 63)\nbutton-border: rgb(127, 127, 127)\nbutton-foreground: rgb(179, 179, 179)\ncode-background: rgba(0,0,0,0.03)\ncode-border: rgba(0,0,0,0.08)\ncode-foreground: rgb(255, 94, 94)\ndiff-delete-background: #ffc9c9\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #aaefad\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: rgb(255, 94, 94)\ndownload-background: #19a974\ndownload-foreground: rgb(38, 38, 38)\ndragger-background: rgb(179, 179, 179)\ndragger-foreground: rgb(38, 38, 38)\ndropdown-background: rgb(38, 38, 38)\ndropdown-border: rgb(255, 255, 255)\ndropdown-tab-background: rgba(0,0,0,.1)\ndropdown-tab-background-selected: rgba(255,255,255,1)\ndropzone-background: #9eebcf\nexternal-link-background: inherit\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-foreground: rgb(179, 179, 255)\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: rgb(153, 153, 255)\nforeground: rgb(179, 179, 179)\nmessage-background: <<colour tag-foreground>>\nmessage-border: #96ccff\nmessage-foreground: <<colour tag-background>>\nmodal-backdrop: rgb(179, 179, 179)\nmodal-background: rgb(38, 38, 38)\nmodal-border: rgba(0,0,0,.5)\nmodal-footer-background: #f4f4f4\nmodal-footer-border: rgba(0,0,0,.1)\nmodal-header-border: rgba(0,0,0,.2)\nmuted-foreground: rgb(255, 255, 255)\nnotification-background: <<colour tag-foreground>>\nnotification-border: <<colour tag-background>>\npage-background: rgb(26, 26, 26)\npre-background: rgb(25, 25, 25)\npre-border: rgba(0,0,0,.2)\nprimary: rgb(255, 201, 102)\nselect-tag-background: \nselect-tag-foreground: \nsidebar-button-foreground: rgb(179, 179, 179)\nsidebar-controls-foreground: rgb(153, 153, 153)\nsidebar-controls-foreground-hover: <<colour tiddler-controls-foreground-hover>>\nsidebar-foreground: rgb(141, 141, 141)\nsidebar-foreground-shadow: transparent\nsidebar-muted-foreground: rgba(0, 0, 0, 0.5)\nsidebar-muted-foreground-hover: rgb(141, 141, 141)\nsidebar-tab-background: rgba(141, 141, 141, 0.2)\nsidebar-tab-background-selected: rgb(26, 26, 26)\nsidebar-tab-border: rgb(127, 127, 127)\nsidebar-tab-border-selected: rgb(127, 127, 127)\nsidebar-tab-divider: rgb(127, 127, 127)\nsidebar-tab-foreground: rgb(179, 179, 179)\nsidebar-tab-foreground-selected: rgb(179, 179, 179)\nsidebar-tiddler-link-foreground: rgb(179, 179, 179)\nsidebar-tiddler-link-foreground-hover: rgb(115, 115, 115)\nsite-title-foreground: rgb(255, 201, 102)\nstatic-alert-foreground: rgba(0,0,0,.3)\ntab-background: rgba(0,0,0,0.125)\ntab-background-selected: rgb(38, 38, 38)\ntab-border: rgb(255, 201, 102)\ntab-border-selected: rgb(255, 201, 102)\ntab-divider: rgb(255, 201, 102)\ntab-foreground: rgb(179, 179, 179)\ntab-foreground-selected: rgb(179, 179, 179)\ntable-border: rgba(255,255,255,.3)\ntable-footer-background: rgba(0,0,0,.4)\ntable-header-background: rgba(0,0,0,.1)\ntag-background: rgb(255, 201, 102)\ntag-foreground: rgb(25, 25, 25)\ntiddler-background: rgb(38, 38, 38)\ntiddler-border: rgba(240, 196, 117, 0.7)\ntiddler-controls-foreground: rgb(128, 128, 128)\ntiddler-controls-foreground-hover: rgba(255, 255, 255, 0.8)\ntiddler-controls-foreground-selected: rgba(255, 255, 255, 0.9)\ntiddler-editor-background: rgb(33, 33, 33)\ntiddler-editor-border: rgb(63, 63, 63)\ntiddler-editor-border-image: rgb(25, 25, 25)\ntiddler-editor-fields-even: rgb(33, 33, 33)\ntiddler-editor-fields-odd: rgb(28, 28, 28)\ntiddler-info-background: rgb(43, 43, 43)\ntiddler-info-border: rgb(25, 25, 25)\ntiddler-info-tab-background: rgb(43, 43, 43)\ntiddler-link-background: rgb(38, 38, 38)\ntiddler-link-foreground: rgb(204, 204, 255)\ntiddler-subtitle-foreground: rgb(255, 255, 255)\ntiddler-title-foreground: rgb(255, 192, 76)\ntoolbar-cancel-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-done-button: \ntoolbar-edit-button: \ntoolbar-info-button: \ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \nuntagged-background: rgb(255, 255, 255)\nvery-muted-foreground: rgba(240, 196, 117, 0.7)\n"
        },
        "$:/palettes/Vanilla": {
            "title": "$:/palettes/Vanilla",
            "name": "Vanilla",
            "description": "Pale and unobtrusive",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndiff-delete-background: #ffc9c9\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #aaefad\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/core/readme": {
            "title": "$:/core/readme",
            "text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
        },
        "$:/library/sjcl.js/license": {
            "title": "$:/library/sjcl.js/license",
            "type": "text/plain",
            "text": "SJCL is open. You can use, modify and redistribute it under a BSD\nlicense or under the GNU GPL, version 2.0.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/BSD-2-Clause\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University. All rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are\nmet:\n\n1. Redistributions of source code must retain the above copyright\nnotice, this list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright\nnotice, this list of conditions and the following disclaimer in the\ndocumentation and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\nIS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\nTO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\nPARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\nHOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\nSPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\nPROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\nLIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\nNEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/GPL-2.0\n\nThe Stanford Javascript Crypto Library (hosted here on GitHub) is a\nproject by the Stanford Computer Security Lab to build a secure,\npowerful, fast, small, easy-to-use, cross-browser library for\ncryptography in Javascript.\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University.\n\nThis program is free software; you can redistribute it and/or modify it\nunder the terms of the GNU General Public License as published by the\nFree Software Foundation; either version 2 of the License, or (at your\noption) any later version.\n\nThis program is distributed in the hope that it will be useful, but\nWITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General\nPublic License for more details.\n\nYou should have received a copy of the GNU General Public License along\nwith this program; if not, write to the Free Software Foundation, Inc.,\n59 Temple Place, Suite 330, Boston, MA 02111-1307 USA"
        },
        "$:/core/templates/MOTW.html": {
            "title": "$:/core/templates/MOTW.html",
            "text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)https://tiddlywiki.com -->&#13;&#10;"
        },
        "$:/core/templates/alltiddlers.template.html": {
            "title": "$:/core/templates/alltiddlers.template.html",
            "type": "text/vnd.tiddlywiki-html",
            "text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
        },
        "$:/core/templates/canonical-uri-external-image": {
            "title": "$:/core/templates/canonical-uri-external-image",
            "text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
        },
        "$:/core/templates/canonical-uri-external-raw": {
            "title": "$:/core/templates/canonical-uri-external-raw",
            "text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external raw files that are stored in the same directory\n\n-->\n<$view field=\"title\" format=\"doubleurlencoded\"/>"
        },
        "$:/core/templates/canonical-uri-external-text": {
            "title": "$:/core/templates/canonical-uri-external-text",
            "text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
        },
        "$:/core/templates/css-tiddler": {
            "title": "$:/core/templates/css-tiddler",
            "text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
        },
        "$:/core/templates/exporters/CsvFile": {
            "title": "$:/core/templates/exporters/CsvFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/CsvFile}}",
            "extension": ".csv",
            "text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
        },
        "$:/core/templates/exporters/JsonFile": {
            "title": "$:/core/templates/exporters/JsonFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/JsonFile}}",
            "extension": ".json",
            "text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
        },
        "$:/core/templates/exporters/StaticRiver": {
            "title": "$:/core/templates/exporters/StaticRiver",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/StaticRiver}}",
            "extension": ".html",
            "text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
        },
        "$:/core/templates/exporters/StaticRiver/Content": {
            "title": "$:/core/templates/exporters/StaticRiver/Content",
            "text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>\n"
        },
        "$:/core/templates/exporters/TidFile": {
            "title": "$:/core/templates/exporters/TidFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/TidFile}}",
            "extension": ".tid",
            "text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>"
        },
        "$:/core/save/all-external-js": {
            "title": "$:/core/save/all-external-js",
            "text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/core]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5-external-js.html}}\n"
        },
        "$:/core/templates/tiddlywiki5.js": {
            "title": "$:/core/templates/tiddlywiki5.js",
            "text": "\\rules only filteredtranscludeinline transcludeinline codeinline\n\n/*\n{{ $:/core/copyright.txt ||$:/core/templates/plain-text-tiddler}}\n`*/\n`<!--~~ Library modules ~~-->\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/plain-text-tiddler}}}\n<!--~~ Boot prefix ~~-->\n{{ $:/boot/bootprefix.js ||$:/core/templates/plain-text-tiddler}}\n<!--~~ Core plugin ~~-->\n{{$:/core/templates/tiddlywiki5.js/tiddlers}}\n<!--~~ Boot kernel ~~-->\n{{ $:/boot/boot.js ||$:/core/templates/plain-text-tiddler}}\n"
        },
        "$:/core/templates/tiddlywiki5.js/tiddlers": {
            "title": "$:/core/templates/tiddlywiki5.js/tiddlers",
            "text": "`\n$tw.preloadTiddlerArray(`<$text text=<<jsontiddlers \"[[$:/core]]\">>/>`);\n$tw.preloadTiddlerArray([{\n\ttitle: \"$:/config/SaveWikiButton/Template\",\n\ttext: \"$:/core/save/all-external-js\"\n}]);\n`\n"
        },
        "$:/core/templates/tiddlywiki5-external-js.html": {
            "title": "$:/core/templates/tiddlywiki5-external-js.html",
            "text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<!--~~ Raw markup for the top of the head section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopHead]] ||$:/core/templates/raw-static-tiddler}}}\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\"/>\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Raw markup for the top of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopBody]] ||$:/core/templates/raw-static-tiddler}}}\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Raw markup for the bottom of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/BottomBody]] ||$:/core/templates/raw-static-tiddler}}}\n</body>\n<script src=\"%24%3A%2Fcore%2Ftemplates%2Ftiddlywiki5.js\" onerror=\"alert('Error: Cannot load tiddlywiki.js');\"></script>\n</html>\n"
        },
        "$:/core/templates/html-div-tiddler": {
            "title": "$:/core/templates/html-div-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
        },
        "$:/core/templates/html-tiddler": {
            "title": "$:/core/templates/html-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
        },
        "$:/core/templates/javascript-tiddler": {
            "title": "$:/core/templates/javascript-tiddler",
            "text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
        },
        "$:/core/templates/json-tiddler": {
            "title": "$:/core/templates/json-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as raw JSON\n\n--><$text text=<<jsontiddler>>/>"
        },
        "$:/core/templates/module-tiddler": {
            "title": "$:/core/templates/module-tiddler",
            "text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
        },
        "$:/core/templates/plain-text-tiddler": {
            "title": "$:/core/templates/plain-text-tiddler",
            "text": "<$view field=\"text\" format=\"text\" />"
        },
        "$:/core/templates/raw-static-tiddler": {
            "title": "$:/core/templates/raw-static-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
        },
        "$:/core/save/all": {
            "title": "$:/core/save/all",
            "text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/empty": {
            "title": "$:/core/save/empty",
            "text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/lazy-all": {
            "title": "$:/core/save/lazy-all",
            "text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/lazy-images": {
            "title": "$:/core/save/lazy-images",
            "text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/templates/server/static.sidebar.wikitext": {
            "title": "$:/core/templates/server/static.sidebar.wikitext",
            "text": "\\whitespace trim\n<div class=\"tc-sidebar-scrollable\" style=\"overflow: auto;\">\n<div class=\"tc-sidebar-header\">\n<h1 class=\"tc-site-title\">\n<$transclude tiddler=\"$:/SiteTitle\"/>\n</h1>\n<div class=\"tc-site-subtitle\">\n<$transclude tiddler=\"$:/SiteSubtitle\"/>\n</div>\n<h2>\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$list filter={{$:/DefaultTiddlers}}>\n<div class=\"tc-menu-list-subitem\">\n<$link><$text text=<<currentTiddler>>/></$link>\n</div>\n</$list>\n</div>\n<!-- Currently disabled the recent list as it is unweildy when the responsive narrow view kicks in\n<h2>\n{{$:/language/SideBar/Recent/Caption}}\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n</div>\n</div>\n</div>\n-->\n"
        },
        "$:/core/templates/server/static.tiddler.html": {
            "title": "$:/core/templates/server/static.tiddler.html",
            "text": "\\whitespace trim\n\\define tv-wikilink-template() $uri_encoded$\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content={{$:/core/templates/version}} />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"%24%3A%2Fcore%2Ftemplates%2Fstatic.template.css\">\n<title><$view field=\"caption\" format=\"plainwikified\"><$view field=\"title\"/></$view>: <$view tiddler=\"$:/core/wiki/title\" format=\"plainwikified\"/></title>\n</head>\n<body class=\"tc-body\">\n<$transclude tiddler=\"$:/core/templates/server/static.sidebar.wikitext\" mode=\"inline\"/>\n<section class=\"tc-story-river\">\n<div class=\"tc-tiddler-frame\">\n<$transclude tiddler=\"$:/core/templates/server/static.tiddler.wikitext\" mode=\"inline\"/>\n</div>\n</section>\n</body>\n</html>"
        },
        "$:/core/templates/server/static.tiddler.wikitext": {
            "title": "$:/core/templates/server/static.tiddler.wikitext",
            "text": "\\whitespace trim\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<h2><$text text=<<currentTiddler>>/></h2>\n</div>\n</div>\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n<div class=\"tc-tags-wrapper\">\n<$list filter=\"[all[current]tags[]sort[title]]\">\n<a href={{{ [<currentTiddler>encodeuricomponent[]] }}}>\n<$macrocall $name=\"tag-pill\" tag=<<currentTiddler>>/>\n</a>\n</$list>\n</div>\n<div class=\"tc-tiddler-body\">\n<$transclude mode=\"block\"/>\n</div>\n"
        },
        "$:/core/templates/single.tiddler.window": {
            "title": "$:/core/templates/single.tiddler.window",
            "text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
        },
        "$:/core/templates/split-recipe": {
            "title": "$:/core/templates/split-recipe",
            "text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
        },
        "$:/core/templates/static-tiddler": {
            "title": "$:/core/templates/static-tiddler",
            "text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
        },
        "$:/core/templates/static.area": {
            "title": "$:/core/templates/static.area",
            "text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
        },
        "$:/core/templates/static.content": {
            "title": "$:/core/templates/static.content",
            "text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|https://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
        },
        "$:/core/templates/static.template.css": {
            "title": "$:/core/templates/static.template.css",
            "text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
        },
        "$:/core/templates/static.template.html": {
            "title": "$:/core/templates/static.template.html",
            "type": "text/vnd.tiddlywiki-html",
            "text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
        },
        "$:/core/templates/static.tiddler.html": {
            "title": "$:/core/templates/static.tiddler.html",
            "text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>`\n</section>\n</body>\n</html>\n`"
        },
        "$:/core/templates/store.area.template.html": {
            "title": "$:/core/templates/store.area.template.html",
            "text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
        },
        "$:/core/templates/tid-tiddler": {
            "title": "$:/core/templates/tid-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
        },
        "$:/core/templates/tiddler-metadata": {
            "title": "$:/core/templates/tiddler-metadata",
            "text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
        },
        "$:/core/templates/tiddlywiki5.html": {
            "title": "$:/core/templates/tiddlywiki5.html",
            "text": "<$set name=\"saveTiddlerAndShadowsFilter\" filter=\"[subfilter<saveTiddlerFilter>] [subfilter<saveTiddlerFilter>plugintiddlers[]]\">\n`<!doctype html>\n`{{$:/core/templates/MOTW.html}}`<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<!--~~ Raw markup for the top of the head section ~~-->\n`{{{ [<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/TopHead]] ||$:/core/templates/raw-static-tiddler}}}`\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\"/>\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"`{{$:/core/copyright.txt}}`\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>`{{$:/core/wiki/title}}`</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/core/wiki/rawmarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}`\n</head>\n<body class=\"tc-body\">\n<!--~~ Raw markup for the top of the body section ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/TopBody]] ||$:/core/templates/raw-static-tiddler}}}`\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n`{{$:/boot/boot.css||$:/core/templates/css-tiddler}}`\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n`{{$:/core/templates/static.area}}`\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n`{{$:/core/templates/store.area.template.html}}`\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n`{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}`\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n`{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}`\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n`{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}`\n</div>\n<!--~~ Raw markup for the bottom of the body section ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/BottomBody]] ||$:/core/templates/raw-static-tiddler}}}`\n</body>\n</html>`\n"
        },
        "$:/core/templates/version": {
            "title": "$:/core/templates/version",
            "text": "<<version>>"
        },
        "$:/core/templates/wikified-tiddler": {
            "title": "$:/core/templates/wikified-tiddler",
            "text": "<$transclude />"
        },
        "$:/core/ui/AboveStory/tw2-plugin-check": {
            "title": "$:/core/ui/AboveStory/tw2-plugin-check",
            "tags": "$:/tags/AboveStory",
            "text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/Actions/new-image": {
            "title": "$:/core/ui/Actions/new-image",
            "tags": "$:/tags/Actions",
            "description": "create a new image tiddler",
            "text": "\\define get-type()\nimage/$(imageType)$\n\\end\n<$vars imageType={{$:/config/NewImageType}}>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=<<get-type>>/>\n</$vars>\n"
        },
        "$:/core/ui/Actions/new-journal": {
            "title": "$:/core/ui/Actions/new-journal",
            "tags": "$:/tags/Actions",
            "description": "create a new journal tiddler",
            "text": "<$vars journalTitleTemplate={{$:/config/NewJournal/Title}} journalTags={{$:/config/NewJournal/Tags}} journalText={{$:/config/NewJournal/Text}}>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$reveal type=\"nomatch\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text={{{ [<journalTitle>get[]] }}}/>\n</$reveal>\n<$reveal type=\"match\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text=<<journalText>>/>\n</$reveal>\n</$wikify>\n</$vars>\n"
        },
        "$:/core/ui/Actions/new-tiddler": {
            "title": "$:/core/ui/Actions/new-tiddler",
            "tags": "$:/tags/Actions",
            "description": "create a new empty tiddler",
            "text": "<$action-sendmessage $message=\"tm-new-tiddler\"/>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter": {
            "title": "$:/core/ui/AdvancedSearch/Filter",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Filter/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$set>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Shadows": {
            "title": "$:/core/ui/AdvancedSearch/Shadows",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Shadows/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Standard": {
            "title": "$:/core/ui/AdvancedSearch/Standard",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Standard/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$list>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/System": {
            "title": "$:/core/ui/AdvancedSearch/System",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/System/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
        },
        "$:/AdvancedSearch": {
            "title": "$:/AdvancedSearch",
            "icon": "$:/core/images/advanced-search-button",
            "color": "#bbb",
            "text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
        },
        "$:/core/ui/AlertTemplate": {
            "title": "$:/core/ui/AlertTemplate",
            "text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
        },
        "$:/core/ui/BinaryWarning": {
            "title": "$:/core/ui/BinaryWarning",
            "text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
        },
        "$:/core/ui/Components/plugin-info": {
            "title": "$:/core/ui/Components/plugin-info",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage,default-popup-state)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-info(type,default-popup-state)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>> default=\"\"\"$default-popup-state$\"\"\">\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$set name=\"tabsList\" filter=\"[<currentTiddler>list[]] contents\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList=<<tabsList>> default={{{ [enlist<tabsList>] }}} template=\"$:/core/ui/PluginInfo\"/>\n</$set>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n<$macrocall $name=\"plugin-info\" type=<<plugin-type>> default-popup-state=<<default-popup-state>>/>\n"
        },
        "$:/core/ui/Components/tag-link": {
            "title": "$:/core/ui/Components/tag-link",
            "text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
        },
        "$:/core/ui/ControlPanel/Advanced": {
            "title": "$:/core/ui/ControlPanel/Advanced",
            "tags": "$:/tags/ControlPanel/Info",
            "caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
            "text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/Appearance": {
            "title": "$:/core/ui/ControlPanel/Appearance",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
            "text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/Basics": {
            "title": "$:/core/ui/ControlPanel/Basics",
            "tags": "$:/tags/ControlPanel/Info",
            "caption": "{{$:/language/ControlPanel/Basics/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/language/DefaultNewTiddlerTitle\"><<lingo NewTiddler/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/language/DefaultNewTiddlerTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Text\"><<lingo NewJournal/Text/Prompt>></$link> |<$edit tiddler=\"$:/config/NewJournal/Text\" tag=\"textarea\" class=\"tc-edit-texteditor\" default=\"\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
        },
        "$:/core/ui/ControlPanel/EditorTypes": {
            "title": "$:/core/ui/ControlPanel/EditorTypes",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ControlPanel/Info": {
            "title": "$:/core/ui/ControlPanel/Info",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Info/Caption}}",
            "text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/KeyboardShortcuts": {
            "title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} focus=\"true\" style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip=<<lingo Remove/Hint>>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n&times;\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[[$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>prefix[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ControlPanel/LoadedModules": {
            "title": "$:/core/ui/ControlPanel/LoadedModules",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
        },
        "$:/core/ui/ControlPanel/Modals/AddPlugins": {
            "title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
            "subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
            "text": "\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\"\"\">\n{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\"\"\">\n<em>\n{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search:author,description,original-title,readme,title{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define close-library-button()\n<$reveal type='nomatch' state='$:/temp/ServerConnection/$(PluginLibraryURL)$' text=''>\n<$button class='tc-btn-big-green'>\n<$action-sendmessage $message=\"tm-unload-plugin-library\" url={{!!url}}/>\n{{$:/core/images/chevron-left}} {{$:/language/ControlPanel/Plugins/ClosePluginLibrary}}\n<$action-deletetiddler $filter=\"[prefix[$:/temp/ServerConnection/$(PluginLibraryURL)$]][prefix[$:/temp/RemoteAssetInfo/$(PluginLibraryURL)$]]\"/>\n</$button>\n</$reveal>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<$set name=PluginLibraryURL value={{!!url}}>\n<<close-library-button>>\n</$set>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<div>\n<<plugin-library-listing>>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/Palette": {
            "title": "$:/core/ui/ControlPanel/Palette",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Palette/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/PaletteManager}}\n\n</$reveal>\n\n"
        },
        "$:/core/ui/ControlPanel/Parsing": {
            "title": "$:/core/ui/ControlPanel/Parsing",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define toggle(Type)\n<$checkbox\ntiddler=\"\"\"$:/config/WikiParserRules/$Type$/$(rule)$\"\"\"\nfield=\"text\"\nchecked=\"enable\"\nunchecked=\"disable\"\ndefault=\"enable\">\n<<rule>>\n</$checkbox>\n\\end\n\n\\define rules(type,Type)\n<$list filter=\"[wikiparserrules[$type$]]\" variable=\"rule\">\n<dd><<toggle $Type$>></dd>\n</$list>\n\\end\n\n<<lingo Hint>>\n\n<dl>\n<dt><<lingo Pragma/Caption>></dt>\n<<rules pragma Pragma>>\n<dt><<lingo Inline/Caption>></dt>\n<<rules inline Inline>>\n<dt><<lingo Block/Caption>></dt>\n<<rules block Block>>\n</dl>"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Languages": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
            "text": "<<display-server-assets language>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}  (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
            "text": "<<display-server-assets plugin>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Themes": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}  (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
            "text": "<<display-server-assets theme>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/AddPlugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
            "text": "<<plugin-table language>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
            "text": "<<plugin-table plugin>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
            "text": "<<plugin-table theme>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define plugin-table(type)\n<$set name=\"plugin-type\" value=\"\"\"$type$\"\"\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">> template=\"$:/core/ui/Components/plugin-info\"/>\n</$set>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
        },
        "$:/core/ui/ControlPanel/Saving/DownloadSaver": {
            "title": "$:/core/ui/ControlPanel/Saving/DownloadSaver",
            "tags": "$:/tags/ControlPanel/Saving",
            "caption": "{{$:/language/ControlPanel/Saving/DownloadSaver/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Saving/DownloadSaver/\n\n<<lingo Hint>>\n\n!! <$link to=\"$:/config/DownloadSaver/AutoSave\"><<lingo AutoSave/Hint>></$link>\n\n<$checkbox tiddler=\"$:/config/DownloadSaver/AutoSave\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <<lingo AutoSave/Description>> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Saving/General": {
            "title": "$:/core/ui/ControlPanel/Saving/General",
            "tags": "$:/tags/ControlPanel/Saving",
            "caption": "{{$:/language/ControlPanel/Saving/General/Caption}}",
            "list-before": "",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n{{$:/language/ControlPanel/Saving/General/Hint}}\n\n!! <$link to=\"$:/config/AutoSave\"><<lingo AutoSave/Caption>></$link>\n\n<<lingo AutoSave/Hint>>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo AutoSave/Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo AutoSave/Disabled/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Saving/GitHub": {
            "title": "$:/core/ui/ControlPanel/Saving/GitHub",
            "tags": "$:/tags/ControlPanel/Saving",
            "caption": "{{$:/language/ControlPanel/Saving/GitHub/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Saving/GitHub/\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/GitHub/Username\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"github\"/> |\n|<<lingo Repo>> |<$edit-text tiddler=\"$:/GitHub/Repo\" default=\"\" tag=\"input\"/> |\n|<<lingo Branch>> |<$edit-text tiddler=\"$:/GitHub/Branch\" default=\"\" tag=\"input\"/> |\n|<<lingo Path>> |<$edit-text tiddler=\"$:/GitHub/Path\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/GitHub/Filename\" default=\"\" tag=\"input\"/> |\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/GitHub/ServerURL\" default=\"\" tag=\"input\"/> |\n"
        },
        "$:/core/ui/ControlPanel/Saving/TiddlySpot": {
            "title": "$:/core/ui/ControlPanel/Saving/TiddlySpot",
            "tags": "$:/tags/ControlPanel/Saving",
            "caption": "{{$:/language/ControlPanel/Saving/TiddlySpot/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Saving/TiddlySpot/\n\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"upload\"/> |\n|<<lingo Backups>> |<<backupLink>> |\n\n''<<lingo Advanced/Heading>>''\n\n|<<lingo ServerURL>>  |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
        },
        "$:/core/ui/ControlPanel/Saving": {
            "title": "$:/core/ui/ControlPanel/Saving",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Saving/Caption}}",
            "text": "{{$:/language/ControlPanel/Saving/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Saving]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Saving/General\">>\n</div>\n"
        },
        "$:/core/buttonstyles/Borderless": {
            "title": "$:/core/buttonstyles/Borderless",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
            "text": "tc-btn-invisible"
        },
        "$:/core/buttonstyles/Boxed": {
            "title": "$:/core/buttonstyles/Boxed",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
            "text": "tc-btn-boxed"
        },
        "$:/core/buttonstyles/Rounded": {
            "title": "$:/core/buttonstyles/Rounded",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
            "text": "tc-btn-rounded"
        },
        "$:/core/ui/ControlPanel/Settings/CamelCase": {
            "title": "$:/core/ui/ControlPanel/Settings/CamelCase",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab": {
            "title": "$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab",
            "caption": "{{$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption}}",
            "tags": "$:/tags/ControlPanel/Settings",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultMoreSidebarTab/\n\n<$link to=\"$:/config/DefaultMoreSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultMoreSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
            "title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
            "caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
            "tags": "$:/tags/ControlPanel/Settings",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/EditorToolbar": {
            "title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
        },
        "$:/core/ui/ControlPanel/Settings/InfoPanelMode": {
            "title": "$:/core/ui/ControlPanel/Settings/InfoPanelMode",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/InfoPanelMode/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/InfoPanelMode/\n<$link to=\"$:/config/TiddlerInfo/Mode\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"popup\"> <<lingo Popup/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"sticky\"> <<lingo Sticky/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
            "title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n  <option value=\"above\"><<lingo \"OpenAbove\">></option>\n  <option value=\"below\"><<lingo \"OpenBelow\">></option>\n  <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n  <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n  <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n  <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/MissingLinks": {
            "title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
        },
        "$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
            "title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/NavigationHistory": {
            "title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode": {
            "title": "$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationPermalinkviewMode/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/CopyToClipboard\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/CopyToClipboard\"><<lingo CopyToClipboard/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\"><<lingo UpdateAddressBar/Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
            "title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings/TitleLinks": {
            "title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
            "title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
            "title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings": {
            "title": "$:/core/ui/ControlPanel/Settings",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Settings/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/ControlPanel/StoryView": {
            "title": "$:/core/ui/ControlPanel/StoryView",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
            "text": "{{$:/snippets/viewswitcher}}\n"
        },
        "$:/core/ui/ControlPanel/Stylesheets": {
            "title": "$:/core/ui/ControlPanel/Stylesheets",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/Stylesheets/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo Stylesheets/Hint>>\n\n{{$:/snippets/peek-stylesheets}}\n"
        },
        "$:/core/ui/ControlPanel/Theme": {
            "title": "$:/core/ui/ControlPanel/Theme",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Theme/Caption}}",
            "text": "{{$:/snippets/themeswitcher}}\n"
        },
        "$:/core/ui/ControlPanel/TiddlerFields": {
            "title": "$:/core/ui/ControlPanel/TiddlerFields",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
        },
        "$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>"
        },
        "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate": {
            "title": "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate",
            "text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"><$transclude tiddler={{!!icon}}/></span> <$transclude field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude field=\"description\"/></i>\n</$draggable>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditorToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditorToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate\"/>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/ItemTemplate": {
            "title": "$:/core/ui/ControlPanel/Toolbars/ItemTemplate",
            "text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"> <$transclude field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude field=\"description\"/></i></span>\n</$draggable>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/PageControls": {
            "title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/PageControlButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/PageControls\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/ViewToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/ViewToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars": {
            "title": "$:/core/ui/ControlPanel/Toolbars",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
            "text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
        },
        "$:/ControlPanel": {
            "title": "$:/ControlPanel",
            "icon": "$:/core/images/options-button",
            "color": "#bbb",
            "text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
        },
        "$:/core/ui/DefaultSearchResultList": {
            "title": "$:/core/ui/DefaultSearchResultList",
            "tags": "$:/tags/SearchResults",
            "caption": "{{$:/language/Search/DefaultResults/Caption}}",
            "text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
        },
        "$:/core/ui/EditTemplate/body/preview/diffs-current": {
            "title": "$:/core/ui/EditTemplate/body/preview/diffs-current",
            "tags": "$:/tags/EditPreview",
            "caption": "differences from current",
            "list-after": "$:/core/ui/EditTemplate/body/preview/output",
            "text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
        },
        "$:/core/ui/EditTemplate/body/preview/diffs-shadow": {
            "title": "$:/core/ui/EditTemplate/body/preview/diffs-shadow",
            "tags": "$:/tags/EditPreview",
            "caption": "differences from shadow (if any)",
            "list-after": "$:/core/ui/EditTemplate/body/preview/output",
            "text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{{ [{!!draft.of}shadowsource[]] }}} sourceSubTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
        },
        "$:/core/ui/EditTemplate/body/preview/output": {
            "title": "$:/core/ui/EditTemplate/body/preview/output",
            "tags": "$:/tags/EditPreview",
            "caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
            "text": "<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
        },
        "$:/state/showeditpreview": {
            "title": "$:/state/showeditpreview",
            "text": "no"
        },
        "$:/core/ui/EditTemplate/body/editor": {
            "title": "$:/core/ui/EditTemplate/body/editor",
            "text": "<$edit\n\n  field=\"text\"\n  class=\"tc-edit-texteditor\"\n  placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n  tabindex={{$:/config/EditTabIndex}}\n\n><$set\n\n  name=\"targetTiddler\"\n  value=<<currentTiddler>>\n\n><$list\n\n  filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n  type=\"nomatch\"\n  state=<<config-visibility-title>>\n  text=\"hide\"\n  class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n  tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n  mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
        },
        "$:/core/ui/EditTemplate/body/toolbar/button": {
            "title": "$:/core/ui/EditTemplate/body/toolbar/button",
            "text": "\\define toolbar-button-icon()\n<$list\n\n  filter=\"[all[current]!has[custom-icon]]\"\n  variable=\"no-custom-icon\"\n\n><$transclude\n\n  tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n  filter={{!!condition}}\n  variable=\"list-condition\"\n\n><$wikify\n\n  name=\"tooltip-text\"\n  text=<<toolbar-button-tooltip>>\n  mode=\"inline\"\n  output=\"text\"\n\n><$list\n\n  filter=\"[all[current]!has[dropdown]]\"\n  variable=\"no-dropdown\"\n\n><$button\n\n  class=\"tc-btn-invisible $(buttonClasses)$\"\n  tooltip=<<tooltip-text>>\n  actions={{!!actions}}\n\n><span\n\n  data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n  tiddler=<<currentTiddler>>\n  field=\"text\"\n\n/></$button></$list><$list\n\n  filter=\"[all[current]has[dropdown]]\"\n  variable=\"dropdown\"\n\n><$set\n\n  name=\"dropdown-state\"\n  value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n  popup=<<dropdown-state>>\n  class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n  selectedClass=\"tc-selected\"\n  tooltip=<<tooltip-text>>\n  actions={{!!actions}}\n\n><span\n\n  data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n  tiddler=<<currentTiddler>>\n  field=\"text\"\n\n/></$button><$reveal\n\n  state=<<dropdown-state>>\n  type=\"popup\"\n  position=\"below\"\n  animate=\"yes\"\n  tag=\"span\"\n\n><div\n\n  class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n  tiddler={{!!dropdown}}\n  mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n  name=\"buttonClasses\"\n  value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
        },
        "$:/core/ui/EditTemplate/body": {
            "title": "$:/core/ui/EditTemplate/body",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[all[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\" tabindex={{$:/config/EditTabIndex}}></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[all[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
        },
        "$:/core/ui/EditTemplate/controls": {
            "title": "$:/core/ui/EditTemplate/controls",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
        },
        "$:/core/ui/EditTemplate/fields": {
            "title": "$:/core/ui/EditTemplate/fields",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field()\n<$vars name={{$:/temp/newfieldname}}>\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\"\n$name=<<name>>\n$value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n</$vars>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} tabindex={{$:/config/EditTabIndex}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\" tabindex={{$:/config/EditTabIndex}}/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]search:title{$:/temp/newfieldname}sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\"  variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]search:title{$:/temp/newfieldname}sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</$set>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\" tabindex={{$:/config/EditTabIndex}}/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n"
        },
        "$:/core/ui/EditTemplate/shadow": {
            "title": "$:/core/ui/EditTemplate/shadow",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
        },
        "$:/core/ui/EditTemplate/tags": {
            "title": "$:/core/ui/EditTemplate/tags",
            "tags": "$:/tags/EditTemplate",
            "text": "\\whitespace trim\n\n\\define lingo-base() $:/language/EditTemplate/\n\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB,icon)\n\\whitespace trim\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label tc-tag-list-item\">\n<$transclude tiddler=\"\"\"$icon$\"\"\"/>&nbsp;<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">{{$:/core/images/close-button}}</$button>\n</span>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette,icon)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} icon=\"\"\"$icon$\"\"\"/>\n\\end\n\n\\define tag-picker-actions()\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}} icon={{!!icon}}/>\n</$list>\n</$fieldmangler>\n<$set name=\"tabIndex\" value={{$:/config/EditTabIndex}}>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</$set>\n</div>\n"
        },
        "$:/core/ui/EditTemplate/title": {
            "title": "$:/core/ui/EditTemplate/title",
            "tags": "$:/tags/EditTemplate",
            "text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\" tabindex={{$:/config/EditTabIndex}}/>\n\n<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[all[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$reveal state=\"!!draft.title\" type=\"nomatch\" text={{!!draft.of}} tag=\"div\">\n\n<$list filter=\"[{!!draft.title}!is[missing]]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/Exists/Prompt}}\n\n</div>\n\n</$list>\n\n<$list filter=\"[{!!draft.of}!is[missing]]\" variable=\"listItem\">\n\n<$vars fromTitle={{!!draft.of}} toTitle={{!!draft.title}}>\n\n<$checkbox tiddler=\"$:/config/RelinkOnRename\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> {{$:/language/EditTemplate/Title/Relink/Prompt}}</$checkbox>\n\n<$list filter=\"[title<fromTitle>backlinks[]limit[1]]\" variable=\"listItem\">\n\n<$vars stateTiddler=<<qualify \"$:/state/edit/references\">> >\n\n<$reveal type=\"nomatch\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"show\" class=\"tc-btn-invisible\">{{$:/core/images/right-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"hide\" class=\"tc-btn-invisible\">{{$:/core/images/down-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$tiddler tiddler=<<fromTitle>> >\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo/References\"/>\n</$tiddler>\n</$reveal>\n\n</$vars>\n\n</$list>\n\n</$vars>\n\n</$list>\n\n</$reveal>\n"
        },
        "$:/core/ui/EditTemplate/type": {
            "title": "$:/core/ui/EditTemplate/type",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\" tabindex={{$:/config/EditTabIndex}}/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group-sort]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</$set>\n</div>\n"
        },
        "$:/core/ui/EditTemplate": {
            "title": "$:/core/ui/EditTemplate",
            "text": "\\define actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n\\end\n\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>> data-tiddler-title=<<currentTiddler>>>\n<$fieldmangler>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" actions=<<actions>>>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>>/>\n</$set>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</$fieldmangler>\n</div>\n"
        },
        "$:/core/ui/Buttons/cancel": {
            "title": "$:/core/ui/Buttons/cancel",
            "tags": "$:/tags/EditToolbar",
            "caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
            "description": "{{$:/language/Buttons/Cancel/Hint}}",
            "text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/delete": {
            "title": "$:/core/ui/Buttons/delete",
            "tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
            "caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
            "description": "{{$:/language/Buttons/Delete/Hint}}",
            "text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/save": {
            "title": "$:/core/ui/Buttons/save",
            "tags": "$:/tags/EditToolbar",
            "caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
            "description": "{{$:/language/Buttons/Save/Hint}}",
            "text": "<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button></$fieldmangler>\n"
        },
        "$:/core/ui/EditorToolbar/bold": {
            "title": "$:/core/ui/EditorToolbar/bold",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/bold",
            "caption": "{{$:/language/Buttons/Bold/Caption}}",
            "description": "{{$:/language/Buttons/Bold/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((bold))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/clear-dropdown": {
            "title": "$:/core/ui/EditorToolbar/clear-dropdown",
            "text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
        },
        "$:/core/ui/EditorToolbar/clear": {
            "title": "$:/core/ui/EditorToolbar/clear",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/erase",
            "caption": "{{$:/language/Buttons/Clear/Caption}}",
            "description": "{{$:/language/Buttons/Clear/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/editor-height-dropdown": {
            "title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
        },
        "$:/core/ui/EditorToolbar/editor-height": {
            "title": "$:/core/ui/EditorToolbar/editor-height",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/fixed-height",
            "custom-icon": "yes",
            "caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
            "description": "{{$:/language/Buttons/EditorHeight/Hint}}",
            "condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
            "dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
            "text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
        },
        "$:/core/ui/EditorToolbar/excise-dropdown": {
            "title": "$:/core/ui/EditorToolbar/excise-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"$config-title$/new-title\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
        },
        "$:/core/ui/EditorToolbar/excise": {
            "title": "$:/core/ui/EditorToolbar/excise",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/excise",
            "caption": "{{$:/language/Buttons/Excise/Caption}}",
            "description": "{{$:/language/Buttons/Excise/Hint}}",
            "condition": "[<targetTiddler>type[]] [<targetTiddler>type[text/vnd.tiddlywiki]] +[first[]]",
            "shortcuts": "((excise))",
            "dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/heading-1": {
            "title": "$:/core/ui/EditorToolbar/heading-1",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-1",
            "caption": "{{$:/language/Buttons/Heading1/Caption}}",
            "description": "{{$:/language/Buttons/Heading1/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((heading-1))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-2": {
            "title": "$:/core/ui/EditorToolbar/heading-2",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-2",
            "caption": "{{$:/language/Buttons/Heading2/Caption}}",
            "description": "{{$:/language/Buttons/Heading2/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-2))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-3": {
            "title": "$:/core/ui/EditorToolbar/heading-3",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-3",
            "caption": "{{$:/language/Buttons/Heading3/Caption}}",
            "description": "{{$:/language/Buttons/Heading3/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-3))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-4": {
            "title": "$:/core/ui/EditorToolbar/heading-4",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-4",
            "caption": "{{$:/language/Buttons/Heading4/Caption}}",
            "description": "{{$:/language/Buttons/Heading4/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-4))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-5": {
            "title": "$:/core/ui/EditorToolbar/heading-5",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-5",
            "caption": "{{$:/language/Buttons/Heading5/Caption}}",
            "description": "{{$:/language/Buttons/Heading5/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-5))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-6": {
            "title": "$:/core/ui/EditorToolbar/heading-6",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-6",
            "caption": "{{$:/language/Buttons/Heading6/Caption}}",
            "description": "{{$:/language/Buttons/Heading6/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-6))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/italic": {
            "title": "$:/core/ui/EditorToolbar/italic",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/italic",
            "caption": "{{$:/language/Buttons/Italic/Caption}}",
            "description": "{{$:/language/Buttons/Italic/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((italic))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/line-width-dropdown": {
            "title": "$:/core/ui/EditorToolbar/line-width-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\"&nbsp;\"/>\n\n<$entity entity=\"&#x2713;\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
        },
        "$:/core/ui/EditorToolbar/line-width": {
            "title": "$:/core/ui/EditorToolbar/line-width",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/line-width",
            "caption": "{{$:/language/Buttons/LineWidth/Caption}}",
            "description": "{{$:/language/Buttons/LineWidth/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
            "text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
        },
        "$:/core/ui/EditorToolbar/link-dropdown": {
            "title": "$:/core/ui/EditorToolbar/link-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define add-link-actions()\n<$action-sendmessage $message=\"tm-edit-text-operation\" $param=\"make-link\" text={{$(linkTiddler)$}} />\n<$action-deletetiddler $tiddler=<<dropdown-state>> />\n<$action-deletetiddler $tiddler=<<searchTiddler>> />\n<$action-deletetiddler $tiddler=<<linkTiddler>> />\n\\end\n\n\\define external-link()\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\" actions=<<add-link-actions>>>\n{{$:/core/images/chevron-right}}\n</$button>\n\\end\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\" linktext=\"\" >\n\n<$vars linkTiddler=<<searchTiddler>>>\n<$keyboard key=\"ENTER\" actions=<<add-link-actions>>>\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<<external-link>>\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</$keyboard>\n</$vars>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<add-link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>"
        },
        "$:/core/ui/EditorToolbar/link": {
            "title": "$:/core/ui/EditorToolbar/link",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/link",
            "caption": "{{$:/language/Buttons/Link/Caption}}",
            "description": "{{$:/language/Buttons/Link/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((link))",
            "dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/linkify": {
            "title": "$:/core/ui/EditorToolbar/linkify",
            "caption": "{{$:/language/Buttons/Linkify/Caption}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "description": "{{$:/language/Buttons/Linkify/Hint}}",
            "icon": "$:/core/images/linkify",
            "list-before": "$:/core/ui/EditorToolbar/mono-block",
            "shortcuts": "((linkify))",
            "tags": "$:/tags/EditorToolbar",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"[[\"\n\tsuffix=\"]]\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/list-bullet": {
            "title": "$:/core/ui/EditorToolbar/list-bullet",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/list-bullet",
            "caption": "{{$:/language/Buttons/ListBullet/Caption}}",
            "description": "{{$:/language/Buttons/ListBullet/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((list-bullet))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/list-number": {
            "title": "$:/core/ui/EditorToolbar/list-number",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/list-number",
            "caption": "{{$:/language/Buttons/ListNumber/Caption}}",
            "description": "{{$:/language/Buttons/ListNumber/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((list-number))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/mono-block": {
            "title": "$:/core/ui/EditorToolbar/mono-block",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/mono-block",
            "caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
            "description": "{{$:/language/Buttons/MonoBlock/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((mono-block))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/mono-line": {
            "title": "$:/core/ui/EditorToolbar/mono-line",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/mono-line",
            "caption": "{{$:/language/Buttons/MonoLine/Caption}}",
            "description": "{{$:/language/Buttons/MonoLine/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((mono-line))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/more-dropdown": {
            "title": "$:/core/ui/EditorToolbar/more-dropdown",
            "text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
        },
        "$:/core/ui/EditorToolbar/more": {
            "title": "$:/core/ui/EditorToolbar/more",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/down-arrow",
            "caption": "{{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "condition": "[<targetTiddler>]",
            "dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/opacity-dropdown": {
            "title": "$:/core/ui/EditorToolbar/opacity-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\"&nbsp;\"/>\n\n<$entity entity=\"&#x2713;\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/EditorToolbar/opacity": {
            "title": "$:/core/ui/EditorToolbar/opacity",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/opacity",
            "caption": "{{$:/language/Buttons/Opacity/Caption}}",
            "description": "{{$:/language/Buttons/Opacity/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
            "text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
        },
        "$:/core/ui/EditorToolbar/paint-dropdown": {
            "title": "$:/core/ui/EditorToolbar/paint-dropdown",
            "text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
        },
        "$:/core/ui/EditorToolbar/paint": {
            "title": "$:/core/ui/EditorToolbar/paint",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/paint",
            "caption": "{{$:/language/Buttons/Paint/Caption}}",
            "description": "{{$:/language/Buttons/Paint/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
            "text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
        },
        "$:/core/ui/EditorToolbar/picture-dropdown": {
            "title": "$:/core/ui/EditorToolbar/picture-dropdown",
            "text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
        },
        "$:/core/ui/EditorToolbar/picture": {
            "title": "$:/core/ui/EditorToolbar/picture",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/picture",
            "caption": "{{$:/language/Buttons/Picture/Caption}}",
            "description": "{{$:/language/Buttons/Picture/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((picture))",
            "dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/preview-type-dropdown": {
            "title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
            "text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\"&nbsp;\"/>\n\n<$entity entity=\"&#x2713;\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
        },
        "$:/core/ui/EditorToolbar/preview-type": {
            "title": "$:/core/ui/EditorToolbar/preview-type",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/chevron-down",
            "caption": "{{$:/language/Buttons/PreviewType/Caption}}",
            "description": "{{$:/language/Buttons/PreviewType/Hint}}",
            "condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
            "button-classes": "tc-text-editor-toolbar-item-adjunct",
            "dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
        },
        "$:/core/ui/EditorToolbar/preview": {
            "title": "$:/core/ui/EditorToolbar/preview",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/preview-open",
            "custom-icon": "yes",
            "caption": "{{$:/language/Buttons/Preview/Caption}}",
            "description": "{{$:/language/Buttons/Preview/Hint}}",
            "condition": "[<targetTiddler>]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((preview))",
            "text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
        },
        "$:/core/ui/EditorToolbar/quote": {
            "title": "$:/core/ui/EditorToolbar/quote",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/quote",
            "caption": "{{$:/language/Buttons/Quote/Caption}}",
            "description": "{{$:/language/Buttons/Quote/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((quote))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/rotate-left": {
            "title": "$:/core/ui/EditorToolbar/rotate-left",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/rotate-left",
            "caption": "{{$:/language/Buttons/RotateLeft/Caption}}",
            "description": "{{$:/language/Buttons/RotateLeft/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"rotate-left\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/size-dropdown": {
            "title": "$:/core/ui/EditorToolbar/size-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> &times; <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
        },
        "$:/core/ui/EditorToolbar/size": {
            "title": "$:/core/ui/EditorToolbar/size",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/size",
            "caption": "{{$:/language/Buttons/Size/Caption}}",
            "description": "{{$:/language/Buttons/Size/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/stamp-dropdown": {
            "title": "$:/core/ui/EditorToolbar/stamp-dropdown",
            "text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
        },
        "$:/core/ui/EditorToolbar/stamp": {
            "title": "$:/core/ui/EditorToolbar/stamp",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/stamp",
            "caption": "{{$:/language/Buttons/Stamp/Caption}}",
            "description": "{{$:/language/Buttons/Stamp/Hint}}",
            "condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
            "shortcuts": "((stamp))",
            "dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/strikethrough": {
            "title": "$:/core/ui/EditorToolbar/strikethrough",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/strikethrough",
            "caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
            "description": "{{$:/language/Buttons/Strikethrough/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((strikethrough))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/subscript": {
            "title": "$:/core/ui/EditorToolbar/subscript",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/subscript",
            "caption": "{{$:/language/Buttons/Subscript/Caption}}",
            "description": "{{$:/language/Buttons/Subscript/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((subscript))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/superscript": {
            "title": "$:/core/ui/EditorToolbar/superscript",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/superscript",
            "caption": "{{$:/language/Buttons/Superscript/Caption}}",
            "description": "{{$:/language/Buttons/Superscript/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((superscript))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/transcludify": {
            "title": "$:/core/ui/EditorToolbar/transcludify",
            "caption": "{{$:/language/Buttons/Transcludify/Caption}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "description": "{{$:/language/Buttons/Transcludify/Hint}}",
            "icon": "$:/core/images/transcludify",
            "list-before": "$:/core/ui/EditorToolbar/mono-block",
            "shortcuts": "((transcludify))",
            "tags": "$:/tags/EditorToolbar",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"{{\"\n\tsuffix=\"}}\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/underline": {
            "title": "$:/core/ui/EditorToolbar/underline",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/underline",
            "caption": "{{$:/language/Buttons/Underline/Caption}}",
            "description": "{{$:/language/Buttons/Underline/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((underline))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
        },
        "$:/core/Filters/AllTags": {
            "title": "$:/core/Filters/AllTags",
            "tags": "$:/tags/Filter",
            "filter": "[tags[]!is[system]sort[title]]",
            "description": "{{$:/language/Filters/AllTags}}",
            "text": ""
        },
        "$:/core/Filters/AllTiddlers": {
            "title": "$:/core/Filters/AllTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]sort[title]]",
            "description": "{{$:/language/Filters/AllTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/Drafts": {
            "title": "$:/core/Filters/Drafts",
            "tags": "$:/tags/Filter",
            "filter": "[has[draft.of]sort[title]]",
            "description": "{{$:/language/Filters/Drafts}}",
            "text": ""
        },
        "$:/core/Filters/Missing": {
            "title": "$:/core/Filters/Missing",
            "tags": "$:/tags/Filter",
            "filter": "[all[missing]sort[title]]",
            "description": "{{$:/language/Filters/Missing}}",
            "text": ""
        },
        "$:/core/Filters/Orphans": {
            "title": "$:/core/Filters/Orphans",
            "tags": "$:/tags/Filter",
            "filter": "[all[orphans]sort[title]]",
            "description": "{{$:/language/Filters/Orphans}}",
            "text": ""
        },
        "$:/core/Filters/OverriddenShadowTiddlers": {
            "title": "$:/core/Filters/OverriddenShadowTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[is[shadow]]",
            "description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/RecentSystemTiddlers": {
            "title": "$:/core/Filters/RecentSystemTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[has[modified]!sort[modified]limit[50]]",
            "description": "{{$:/language/Filters/RecentSystemTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/RecentTiddlers": {
            "title": "$:/core/Filters/RecentTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
            "description": "{{$:/language/Filters/RecentTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/SessionTiddlers": {
            "title": "$:/core/Filters/SessionTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[haschanged[]]",
            "description": "{{$:/language/Filters/SessionTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/ShadowTiddlers": {
            "title": "$:/core/Filters/ShadowTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[all[shadows]sort[title]]",
            "description": "{{$:/language/Filters/ShadowTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/StoryList": {
            "title": "$:/core/Filters/StoryList",
            "tags": "$:/tags/Filter",
            "filter": "[list[$:/StoryList]] -$:/AdvancedSearch",
            "description": "{{$:/language/Filters/StoryList}}",
            "text": ""
        },
        "$:/core/Filters/SystemTags": {
            "title": "$:/core/Filters/SystemTags",
            "tags": "$:/tags/Filter",
            "filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
            "description": "{{$:/language/Filters/SystemTags}}",
            "text": ""
        },
        "$:/core/Filters/SystemTiddlers": {
            "title": "$:/core/Filters/SystemTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[is[system]sort[title]]",
            "description": "{{$:/language/Filters/SystemTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/TypedTiddlers": {
            "title": "$:/core/Filters/TypedTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
            "description": "{{$:/language/Filters/TypedTiddlers}}",
            "text": ""
        },
        "$:/core/ui/ImportListing": {
            "title": "$:/core/ui/ImportListing",
            "text": "\\define lingo-base() $:/language/Import/\n\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n\n\\define select-all-actions()\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<$action-setfield $field={{{ [<payloadTiddler>addprefix[selection-]] }}} $value={{$:/state/import/select-all}}/>\n</$list>\n\\end\n\n<table>\n<tbody>\n<tr>\n<th>\n<$checkbox tiddler=\"$:/state/import/select-all\" field=\"text\" checked=\"checked\" unchecked=\"unchecked\" default=\"checked\" actions=<<select-all-actions>>>\n<<lingo Listing/Select/Caption>>\n</$checkbox>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}&nbsp;<$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}}&nbsp;<$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" stateTitle=<<previewPopupState>> tag=\"div\">\n<$list filter=\"[{$:/state/importpreviewtype}has[text]]\" variable=\"listItem\" emptyMessage={{$:/core/ui/ImportPreviews/Text}}>\n<$transclude tiddler={{$:/state/importpreviewtype}}/>\n</$list>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ImportPreviews/Diff": {
            "title": "$:/core/ui/ImportPreviews/Diff",
            "tags": "$:/tags/ImportPreview",
            "caption": "{{$:/language/Import/Listing/Preview/Diff}}",
            "text": "<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>>/>\n"
        },
        "$:/core/ui/ImportPreviews/DiffFields": {
            "title": "$:/core/ui/ImportPreviews/DiffFields",
            "tags": "$:/tags/ImportPreview",
            "caption": "{{$:/language/Import/Listing/Preview/DiffFields}}",
            "text": "<$macrocall $name=\"compareTiddlers\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>> exclude=\"text\"/>\n"
        },
        "$:/core/ui/ImportPreviews/Fields": {
            "title": "$:/core/ui/ImportPreviews/Fields",
            "tags": "$:/tags/ImportPreview",
            "caption": "{{$:/language/Import/Listing/Preview/Fields}}",
            "text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[<payloadTiddler>subtiddlerfields<currentTiddler>sort[]] -text\" variable=\"fieldName\">\n<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<fieldName>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<fieldName>> tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>>/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ImportPreviews/Text": {
            "title": "$:/core/ui/ImportPreviews/Text",
            "tags": "$:/tags/ImportPreview",
            "caption": "{{$:/language/Import/Listing/Preview/Text}}",
            "text": "<$transclude tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> mode=\"block\"/>\n"
        },
        "$:/core/ui/ImportPreviews/TextRaw": {
            "title": "$:/core/ui/ImportPreviews/TextRaw",
            "tags": "$:/tags/ImportPreview",
            "caption": "{{$:/language/Import/Listing/Preview/TextRaw}}",
            "text": "<pre><code><$view tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> /></code></pre>"
        },
        "$:/core/ui/KeyboardShortcuts/new-image": {
            "title": "$:/core/ui/KeyboardShortcuts/new-image",
            "tags": "$:/tags/KeyboardShortcut",
            "key": "((new-image))",
            "text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-image}}\n</$navigator>\n"
        },
        "$:/core/ui/KeyboardShortcuts/new-journal": {
            "title": "$:/core/ui/KeyboardShortcuts/new-journal",
            "tags": "$:/tags/KeyboardShortcut",
            "key": "((new-journal))",
            "text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-journal}}\n</$navigator>\n"
        },
        "$:/core/ui/KeyboardShortcuts/new-tiddler": {
            "title": "$:/core/ui/KeyboardShortcuts/new-tiddler",
            "tags": "$:/tags/KeyboardShortcut",
            "key": "((new-tiddler))",
            "text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-tiddler}}\n</$navigator>\n"
        },
        "$:/core/ui/ListItemTemplate": {
            "title": "$:/core/ui/ListItemTemplate",
            "text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
        },
        "$:/Manager/ItemMain/Fields": {
            "title": "$:/Manager/ItemMain/Fields",
            "tags": "$:/tags/Manager/ItemMain",
            "caption": "{{$:/language/Manager/Item/Fields}}",
            "text": "<table>\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
        },
        "$:/Manager/ItemMain/RawText": {
            "title": "$:/Manager/ItemMain/RawText",
            "tags": "$:/tags/Manager/ItemMain",
            "caption": "{{$:/language/Manager/Item/RawText}}",
            "text": "<pre><code><$view/></code></pre>\n"
        },
        "$:/Manager/ItemMain/WikifiedText": {
            "title": "$:/Manager/ItemMain/WikifiedText",
            "tags": "$:/tags/Manager/ItemMain",
            "caption": "{{$:/language/Manager/Item/WikifiedText}}",
            "text": "<$transclude mode=\"block\"/>\n"
        },
        "$:/Manager/ItemSidebar/Colour": {
            "title": "$:/Manager/ItemSidebar/Colour",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Colour}}",
            "text": "\\define swatch-styles()\nheight: 1em;\nbackground-color: $(colour)$\n\\end\n\n<$vars colour={{!!color}}>\n<p style=<<swatch-styles>>/>\n</$vars>\n<p>\n<$edit-text field=\"color\" tag=\"input\" type=\"color\"/> / <$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/>\n</p>\n"
        },
        "$:/Manager/ItemSidebar/Icon": {
            "title": "$:/Manager/ItemSidebar/Icon",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Icon}}",
            "text": "<p>\n<div class=\"tc-manager-icon-editor\">\n<$button popup=<<qualify \"$:/state/popup/image-picker\">> class=\"tc-btn-invisible\">\n<$transclude tiddler={{!!icon}}>\n{{$:/language/Manager/Item/Icon/None}}\n</$transclude>\n</$button>\n<div class=\"tc-block-dropdown-wrapper\" style=\"position: static;\">\n<$reveal state=<<qualify \"$:/state/popup/image-picker\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-popup\">\n<div class=\"tc-block-dropdown tc-popup-keep\" style=\"width: 80%; left: 10%; right: 10%; padding: 0.5em;\">\n<$macrocall $name=\"image-picker-include-tagged-images\" actions=\"\"\"\n<$action-setfield $field=\"icon\" $value=<<imageTitle>>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/image-picker\">>/>\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n</div>\n</p>\n"
        },
        "$:/Manager/ItemSidebar/Tags": {
            "title": "$:/Manager/ItemSidebar/Tags",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Tags}}",
            "text": "\\define tag-checkbox-actions()\n<$action-listops\n\t$tiddler=\"$:/config/Manager/RecentTags\"\n\t$subfilter=\"[<tag>] [list[$:/config/Manager/RecentTags]] +[limit[12]]\"\n/>\n\\end\n\n\\define tag-picker-actions()\n<<tag-checkbox-actions>>\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<p>\n<$list filter=\"[all[current]tags[]] [list[$:/config/Manager/RecentTags]] +[sort[title]] \" variable=\"tag\">\n<div>\n<$checkbox tiddler=<<currentTiddler>> tag=<<tag>> actions=<<tag-checkbox-actions>>>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$checkbox>\n</div>\n</$list>\n</p>\n<p>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</p>\n"
        },
        "$:/Manager/ItemSidebar/Tools": {
            "title": "$:/Manager/ItemSidebar/Tools",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Tools}}",
            "text": "<p>\n<$button to=<<currentTiddler>>>{{$:/core/images/link}} open</$button>\n</p>\n<p>\n<$button message=\"tm-edit-tiddler\" param=<<currentTiddler>>>{{$:/core/images/edit-button}} edit</$button>\n</p>\n"
        },
        "$:/Manager": {
            "title": "$:/Manager",
            "icon": "$:/core/images/list",
            "color": "#bbb",
            "text": "\\define lingo-base() $:/language/Manager/\n\n\\define list-item-content-item()\n<div class=\"tc-manager-list-item-content-item\">\n\t<$vars state-title=\"\"\"$:/state/popup/manager/item/$(listItem)$\"\"\">\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"hide\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/down-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"nomatch\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"show\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/right-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\" class=\"tc-manager-list-item-content-item-body\">\n\t\t\t<$transclude tiddler=<<listItem>>/>\n\t\t</$reveal>\n\t</$vars>\n</div>\n\\end\n\n<div class=\"tc-manager-wrapper\">\n\t<div class=\"tc-manager-controls\">\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Show/Prompt>> <$select tiddler=\"$:/config/Manager/Show\" default=\"tiddlers\">\n\t\t\t\t<option value=\"tiddlers\"><<lingo Controls/Show/Option/Tiddlers>></option>\n\t\t\t\t<option value=\"tags\"><<lingo Controls/Show/Option/Tags>></option>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Search/Prompt>> <$edit-text tiddler=\"$:/config/Manager/Filter\" tag=\"input\" default=\"\" placeholder={{$:/language/Manager/Controls/Search/Placeholder}}/>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/FilterByTag/Prompt>> <$select tiddler=\"$:/config/Manager/Tag\" default=\"\">\n\t\t\t\t<option value=\"\"><<lingo Controls/FilterByTag/None>></option>\n\t\t\t\t<$list filter=\"[!is{$:/config/Manager/System}tags[]!is[system]sort[title]]\" variable=\"tag\">\n\t\t\t\t\t<option value=<<tag>>><$text text=<<tag>>/></option>\n\t\t\t\t</$list>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Sort/Prompt>> <$select tiddler=\"$:/config/Manager/Sort\" default=\"title\">\n\t\t\t\t<optgroup label=\"Common\">\n\t\t\t\t\t<$list filter=\"title modified modifier created creator created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t\t<optgroup label=\"All\">\n\t\t\t\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}fields[]sort[title]] -title -modified -modifier -created -creator -created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t</$select>\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/Order\" field=\"text\" checked=\"reverse\" unchecked=\"forward\" default=\"forward\">\n\t\t\t\t<<lingo Controls/Order/Prompt>>\n\t\t\t</$checkbox>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/System\" field=\"text\" checked=\"\" unchecked=\"system\" default=\"system\">\n\t\t\t\t{{$:/language/SystemTiddlers/Include/Prompt}}\n\t\t\t</$checkbox>\n\t\t</div>\n\t</div>\n\t<div class=\"tc-manager-list\">\n\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}search{$:/config/Manager/Filter}tag:strict{$:/config/Manager/Tag}sort{$:/config/Manager/Sort}order{$:/config/Manager/Order}]\">\n\t\t\t<$vars transclusion=<<currentTiddler>>>\n\t\t\t\t<div style=\"tc-manager-list-item\">\n\t\t\t\t\t<$button popup=<<qualify \"$:/state/manager/popup\">> class=\"tc-btn-invisible tc-manager-list-item-heading\" selectedClass=\"tc-manager-list-item-heading-selected\">\n\t\t\t\t\t\t<$text text=<<currentTiddler>>/>\n\t\t\t\t\t</$button>\n\t\t\t\t\t<$reveal state=<<qualify \"$:/state/manager/popup\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-manager-list-item-content tc-popup-handle\">\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-tiddler\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemMain]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-sidebar\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemSidebar]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t</$reveal>\n\t\t\t\t</div>\n\t\t\t</$vars>\n\t\t</$list>\n\t</div>\n</div>\n"
        },
        "$:/core/ui/MissingTemplate": {
            "title": "$:/core/ui/MissingTemplate",
            "text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
        },
        "$:/core/ui/MoreSideBar/All": {
            "title": "$:/core/ui/MoreSideBar/All",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/All/Caption}}",
            "text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Drafts": {
            "title": "$:/core/ui/MoreSideBar/Drafts",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Drafts/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Explorer": {
            "title": "$:/core/ui/MoreSideBar/Explorer",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Explorer/Caption}}",
            "text": "<<tree \"$:/\">>\n"
        },
        "$:/core/ui/MoreSideBar/Missing": {
            "title": "$:/core/ui/MoreSideBar/Missing",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Missing/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Orphans": {
            "title": "$:/core/ui/MoreSideBar/Orphans",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Orphans/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins": {
            "title": "$:/core/ui/MoreSideBar/Plugins",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
            "text": "\n{{$:/language/ControlPanel/Plugins/Installed/Hint}}\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar/Plugins]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Plugins/Plugins\">>\n"
        },
        "$:/core/ui/MoreSideBar/Recent": {
            "title": "$:/core/ui/MoreSideBar/Recent",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Recent/Caption}}",
            "text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
        },
        "$:/core/ui/MoreSideBar/Shadows": {
            "title": "$:/core/ui/MoreSideBar/Shadows",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Shadows/Caption}}",
            "text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/System": {
            "title": "$:/core/ui/MoreSideBar/System",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/System/Caption}}",
            "text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Tags": {
            "title": "$:/core/ui/MoreSideBar/Tags",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Tags/Caption}}",
            "text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
        },
        "$:/core/ui/MoreSideBar/Types": {
            "title": "$:/core/ui/MoreSideBar/Types",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Types/Caption}}",
            "text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins/Languages": {
            "title": "$:/core/ui/MoreSideBar/Plugins/Languages",
            "tags": "$:/tags/MoreSideBar/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}}",
            "text": "<$list filter=\"[!has[draft.of]plugin-type[language]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins/Plugins": {
            "title": "$:/core/ui/MoreSideBar/Plugins/Plugins",
            "tags": "$:/tags/MoreSideBar/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}",
            "text": "<$list filter=\"[!has[draft.of]plugin-type[plugin]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}>>/>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins/Theme": {
            "title": "$:/core/ui/MoreSideBar/Plugins/Theme",
            "tags": "$:/tags/MoreSideBar/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}",
            "text": "<$list filter=\"[!has[draft.of]plugin-type[theme]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
        },
        "$:/core/ui/Buttons/advanced-search": {
            "title": "$:/core/ui/Buttons/advanced-search",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
            "description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/close-all": {
            "title": "$:/core/ui/Buttons/close-all",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
            "description": "{{$:/language/Buttons/CloseAll/Hint}}",
            "text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/control-panel": {
            "title": "$:/core/ui/Buttons/control-panel",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
            "description": "{{$:/language/Buttons/ControlPanel/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/encryption": {
            "title": "$:/core/ui/Buttons/encryption",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
            "description": "{{$:/language/Buttons/Encryption/Hint}}",
            "text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
        },
        "$:/core/ui/Buttons/export-page": {
            "title": "$:/core/ui/Buttons/export-page",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
            "description": "{{$:/language/Buttons/ExportPage/Hint}}",
            "text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
        },
        "$:/core/ui/Buttons/fold-all": {
            "title": "$:/core/ui/Buttons/fold-all",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
            "description": "{{$:/language/Buttons/FoldAll/Hint}}",
            "text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/full-screen": {
            "title": "$:/core/ui/Buttons/full-screen",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
            "description": "{{$:/language/Buttons/FullScreen/Hint}}",
            "text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/home": {
            "title": "$:/core/ui/Buttons/home",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
            "description": "{{$:/language/Buttons/Home/Hint}}",
            "text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/import": {
            "title": "$:/core/ui/Buttons/import",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
            "description": "{{$:/language/Buttons/Import/Hint}}",
            "text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
        },
        "$:/core/ui/Buttons/language": {
            "title": "$:/core/ui/Buttons/language",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
            "description": "{{$:/language/Buttons/Language/Hint}}",
            "text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/languageswitcher}}\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/manager": {
            "title": "$:/core/ui/Buttons/manager",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/list}} {{$:/language/Buttons/Manager/Caption}}",
            "description": "{{$:/language/Buttons/Manager/Hint}}",
            "text": "\\define manager-button(class)\n<$button to=\"$:/Manager\" tooltip={{$:/language/Buttons/Manager/Hint}} aria-label={{$:/language/Buttons/Manager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/list}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Manager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/Manager]]\" emptyMessage=<<manager-button>>>\n<<manager-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/more-page-actions": {
            "title": "$:/core/ui/Buttons/more-page-actions",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
        },
        "$:/core/ui/Buttons/new-image": {
            "title": "$:/core/ui/Buttons/new-image",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
            "description": "{{$:/language/Buttons/NewImage/Hint}}",
            "text": "<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-image}}>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
        },
        "$:/core/ui/Buttons/new-journal": {
            "title": "$:/core/ui/Buttons/new-journal",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
            "description": "{{$:/language/Buttons/NewJournal/Hint}}",
            "text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-journal}}>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<journalButton>>\n"
        },
        "$:/core/ui/Buttons/new-tiddler": {
            "title": "$:/core/ui/Buttons/new-tiddler",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
            "description": "{{$:/language/Buttons/NewTiddler/Hint}}",
            "text": "<$button actions={{$:/core/ui/Actions/new-tiddler}} tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>\n"
        },
        "$:/core/ui/Buttons/palette": {
            "title": "$:/core/ui/Buttons/palette",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
            "description": "{{$:/language/Buttons/Palette/Hint}}",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/print": {
            "title": "$:/core/ui/Buttons/print",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/print-button}} {{$:/language/Buttons/Print/Caption}}",
            "description": "{{$:/language/Buttons/Print/Hint}}",
            "text": "<$button message=\"tm-print\" tooltip={{$:/language/Buttons/Print/Hint}} aria-label={{$:/language/Buttons/Print/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/print-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Print/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/refresh": {
            "title": "$:/core/ui/Buttons/refresh",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
            "description": "{{$:/language/Buttons/Refresh/Hint}}",
            "text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/save-wiki": {
            "title": "$:/core/ui/Buttons/save-wiki",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
            "description": "{{$:/language/Buttons/SaveWiki/Hint}}",
            "text": "<$button tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"site-title\" text={{$:/config/SaveWikiButton/Filename}}>\n<$action-sendmessage $message=\"tm-save-wiki\" $param={{$:/config/SaveWikiButton/Template}} filename=<<site-title>>/>\n</$wikify>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
        },
        "$:/core/ui/Buttons/storyview": {
            "title": "$:/core/ui/Buttons/storyview",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
            "description": "{{$:/language/Buttons/StoryView/Hint}}",
            "text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/viewswitcher}}\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/tag-manager": {
            "title": "$:/core/ui/Buttons/tag-manager",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
            "description": "{{$:/language/Buttons/TagManager/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/theme": {
            "title": "$:/core/ui/Buttons/theme",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
            "description": "{{$:/language/Buttons/Theme/Hint}}",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n{{$:/snippets/themeswitcher}}\n</$linkcatcher>\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/timestamp": {
            "title": "$:/core/ui/Buttons/timestamp",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/timestamp-on}} {{$:/language/Buttons/Timestamp/Caption}}",
            "description": "{{$:/language/Buttons/Timestamp/Hint}}",
            "text": "<$reveal type=\"nomatch\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/On/Hint}} aria-label={{$:/language/Buttons/Timestamp/On/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"yes\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-on}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/On/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/Off/Hint}} aria-label={{$:/language/Buttons/Timestamp/Off/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"no\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-off}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/Off/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
        },
        "$:/core/ui/Buttons/unfold-all": {
            "title": "$:/core/ui/Buttons/unfold-all",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
            "description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
            "text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/PageTemplate/pagecontrols": {
            "title": "$:/core/ui/PageTemplate/pagecontrols",
            "text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$set>\n</$reveal>\n</$list>\n</div>\n\n"
        },
        "$:/core/ui/PageStylesheet": {
            "title": "$:/core/ui/PageStylesheet",
            "text": "\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/PageTemplate/alerts": {
            "title": "$:/core/ui/PageTemplate/alerts",
            "tags": "$:/tags/PageTemplate",
            "text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
        },
        "$:/core/ui/PageTemplate/drafts": {
            "title": "$:/core/ui/PageTemplate/drafts",
            "tags": "$:/tags/PageTemplate",
            "text": "\\whitespace trim\n<$reveal state=\"$:/status/IsReadOnly\" type=\"nomatch\" text=\"yes\" tag=\"div\" class=\"tc-drafts-list\">\n<$list filter=\"[has[draft.of]!sort[modified]] -[list[$:/StoryList]]\">\n<$link>\n{{$:/core/images/edit-button}} <$text text=<<currentTiddler>>/>\n</$link>\n</$list>\n</$reveal>\n"
        },
        "$:/core/ui/PageTemplate/pluginreloadwarning": {
            "title": "$:/core/ui/PageTemplate/pluginreloadwarning",
            "tags": "$:/tags/PageTemplate",
            "text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
        },
        "$:/core/ui/PageTemplate/sidebar": {
            "title": "$:/core/ui/PageTemplate/sidebar",
            "tags": "$:/tags/PageTemplate",
            "text": "\\define config-title()\n$:/config/SideBarSegments/Visibility/$(listItem)$\n\\end\n\n<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBarSegment]!has[draft.of]]\" variable=\"listItem\">\n\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"  tag=\"div\">\n\n<$transclude tiddler=<<listItem>> mode=\"block\"/>\n\n</$reveal>\n\n</$list>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
        },
        "$:/core/ui/PageTemplate/story": {
            "title": "$:/core/ui/PageTemplate/story",
            "tags": "$:/tags/PageTemplate",
            "text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
        },
        "$:/core/ui/PageTemplate/topleftbar": {
            "title": "$:/core/ui/PageTemplate/topleftbar",
            "tags": "$:/tags/PageTemplate",
            "text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
        },
        "$:/core/ui/PageTemplate/toprightbar": {
            "title": "$:/core/ui/PageTemplate/toprightbar",
            "tags": "$:/tags/PageTemplate",
            "text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
        },
        "$:/core/ui/PageTemplate": {
            "title": "$:/core/ui/PageTemplate",
            "text": "\\define containerClasses()\ntc-page-container tc-page-view-$(storyviewTitle)$ tc-language-$(languageTitle)$\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"tv-show-missing-links\" value={{$:/config/MissingLinks}}>\n\n<$set name=\"storyviewTitle\" value={{$:/view}}>\n\n<$set name=\"languageTitle\" value={{{ [{$:/language}get[name]] }}}>\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n"
        },
        "$:/PaletteManager": {
            "title": "$:/PaletteManager",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n\\define edit-colour-placeholder()\n edit $(colourName)$\n\\end\n\\define colour-tooltip(showhide) $showhide$ editor for $(newColourName)$ \n\\define resolve-colour(macrocall)\n\\import $:/core/macros/utils\n\\whitespace trim\n<$wikify name=\"name\" text=\"\"\"$macrocall$\"\"\">\n<<name>>\n</$wikify>\n\\end\n\\define delete-colour-index-actions() <$action-setfield $index=<<colourName>>/>\n\\define palette-manager-colour-row-segment()\n\\whitespace trim\n<$edit-text index=<<colourName>> tag=\"input\" placeholder=<<edit-colour-placeholder>> default=\"\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\" class=\"tc-palette-manager-colour-input\"/>\n<$list filter=\"[<currentTiddler>getindex<colourName>removeprefix[<<]removesuffix[>>]] [<currentTiddler>getindex<colourName>removeprefix[<$]removesuffix[/>]]\" variable=\"ignore\">\n<$set name=\"state\" value={{{ [[$:/state/palettemanager/]addsuffix<currentTiddler>addsuffix[/]addsuffix<colourName>] }}}>\n<$wikify name=\"newColourName\" text=\"\"\"<$macrocall $name=\"resolve-colour\" macrocall={{{ [<currentTiddler>getindex<colourName>] }}}/>\"\"\">\n<$reveal state=<<state>> type=\"nomatch\" text=\"show\">\n<$button tooltip=<<colour-tooltip show>> aria-label=<<colour-tooltip show>> class=\"tc-btn-invisible\" set=<<state>> setTo=\"show\">{{$:/core/images/down-arrow}}&nbsp;<$text text=<<newColourName>>/></$button><br>\n</$reveal>\n<$reveal state=<<state>> type=\"match\" text=\"show\">\n<$button tooltip=<<colour-tooltip hide>> aria-label=<<colour-tooltip show>> class=\"tc-btn-invisible\" actions=\"\"\"<$action-deletetiddler $tiddler=<<state>>/>\"\"\">{{$:/core/images/up-arrow}}&nbsp;<$text text=<<newColourName>>/></$button><br>\n</$reveal>\n<$reveal state=<<state>> type=\"match\" text=\"show\">\n<$set name=\"colourName\" value=<<newColourName>>>\n<br>\n<<palette-manager-colour-row-segment>>\n<br><br>\n</$set>\n</$reveal>\n</$wikify>\n</$set>\n</$list>\n\\end\n\\define palette-manager-colour-row()\n\\whitespace trim\n<tr>\n<td>\n<span style=\"float:right;\">\n<$button tooltip=<<lingo Delete/Hint>> aria-label=<<lingo Delete/Hint>> class=\"tc-btn-invisible\" actions=<<delete-colour-index-actions>>>\n{{$:/core/images/delete-button}}</$button>\n</span>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<<palette-manager-colour-row-segment>>\n</td>\n</tr>\n\\end\n\\define palette-manager-table()\n\\whitespace trim\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]indexes[]]\" variable=\"colourName\">\n<$list filter=\"[<currentTiddler>indexes[]removeprefix<colourName>suffix[]]\" variable=\"ignore\" emptyMessage=\"\"\"\n<$list filter=\"[{$:/state/palettemanager/showexternal}removeprefix[yes]suffix[]]\" variable=\"ignore\">\n<<palette-manager-colour-row>>\n</$list>\n\"\"\">\n<<palette-manager-colour-row>>\n</$list>\n</$list>\n</tbody>\n</table>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<$checkbox tiddler=\"$:/state/palettemanager/showexternal\" field=\"text\" checked=\"yes\" unchecked=\"no\">&nbsp;<<lingo Names/External/Show>></$checkbox>\n\n<<palette-manager-table>>\n"
        },
        "$:/core/ui/PluginInfo": {
            "title": "$:/core/ui/PluginInfo",
            "text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n\\define default-tiddler-title()\n$:/core/ui/PluginInfo/Default/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<default-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n</$transclude>\n"
        },
        "$:/core/ui/PluginInfo/Default/contents": {
            "title": "$:/core/ui/PluginInfo/Default/contents",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n"
        },
        "$:/core/ui/PluginListItemTemplate": {
            "title": "$:/core/ui/PluginListItemTemplate",
            "text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"description\">\n<$view field=\"title\"/>\n</$view>\n</$link>\n</div>"
        },
        "$:/core/ui/SearchResults": {
            "title": "$:/core/ui/SearchResults",
            "text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
        },
        "$:/core/ui/SideBar/More": {
            "title": "$:/core/ui/SideBar/More",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/More/Caption}}",
            "text": "<div class=\"tc-more-sidebar\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" default={{$:/config/DefaultMoreSidebarTab}} state=\"$:/state/tab/moresidebar\" class=\"tc-vertical\" />\n</div>"
        },
        "$:/core/ui/SideBar/Open": {
            "title": "$:/core/ui/SideBar/Open",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Open/Caption}}",
            "text": "\\whitespace trim\n\\define lingo-base() $:/language/CloseAll/\n\n\\define drop-actions()\n<$action-listops $tiddler=\"$:/StoryList\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define placeholder()\n<div class=\"tc-droppable-placeholder\"/>\n\\end\n\n\\define droppable-item(button)\n\\whitespace trim\n<$droppable actions=<<drop-actions>>>\n<<placeholder>>\n<div>\n$button$\n</div>\n</$droppable>\n\\end\n\n<div class=\"tc-sidebar-tab-open\">\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n<div class=\"tc-sidebar-tab-open-item\">\n<$macrocall $name=\"droppable-item\" button=\"\"\"<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">{{$:/core/images/close-button}}</$button>&nbsp;<$link to={{!!title}}><$view field=\"title\"/></$link>\"\"\"/>\n</div>\n</$list>\n<$tiddler tiddler=\"\">\n<div>\n<$macrocall $name=\"droppable-item\" button=\"\"\"<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\"\"\"/>\n</div>\n</$tiddler>\n</div>\n"
        },
        "$:/core/ui/SideBar/Recent": {
            "title": "$:/core/ui/SideBar/Recent",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Recent/Caption}}",
            "text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
        },
        "$:/core/ui/SideBar/Tools": {
            "title": "$:/core/ui/SideBar/Tools",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Tools/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\" class={{{ [<listItem>encodeuricomponent[]addprefix[tc-btn-]] }}}>\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/SideBarLists": {
            "title": "$:/core/ui/SideBarLists",
            "text": "<$transclude tiddler=\"$:/core/ui/SideBarSegments/search\"/>\n\n<$transclude tiddler=\"$:/core/ui/SideBarSegments/tabs\"/>\n\n"
        },
        "$:/core/ui/SideBarSegments/page-controls": {
            "title": "$:/core/ui/SideBarSegments/page-controls",
            "tags": "$:/tags/SideBarSegment",
            "text": "{{||$:/core/ui/PageTemplate/pagecontrols}}\n"
        },
        "$:/core/ui/SideBarSegments/search": {
            "title": "$:/core/ui/SideBarSegments/search",
            "tags": "$:/tags/SideBarSegment",
            "text": "<div class=\"tc-sidebar-lists\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" variable=\"listItem\">\n<$set name=\"searchTerm\" value={{{ [<searchTiddler>get[text]] }}}>\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search<searchTerm>]\"/>\"\"\">\n{{$:/language/Search/Matches}}\n</$set>\n</$set>\n</$list>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n{{$:/core/ui/SearchResults}}\n\n</$list>\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n</div>\n"
        },
        "$:/core/ui/SideBarSegments/site-subtitle": {
            "title": "$:/core/ui/SideBarSegments/site-subtitle",
            "tags": "$:/tags/SideBarSegment",
            "text": "<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n"
        },
        "$:/core/ui/SideBarSegments/site-title": {
            "title": "$:/core/ui/SideBarSegments/site-title",
            "tags": "$:/tags/SideBarSegment",
            "text": "<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n"
        },
        "$:/core/ui/SideBarSegments/tabs": {
            "title": "$:/core/ui/SideBarSegments/tabs",
            "tags": "$:/tags/SideBarSegment",
            "text": "<div class=\"tc-sidebar-lists\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</div>\n"
        },
        "$:/TagManager": {
            "title": "$:/TagManager",
            "icon": "$:/core/images/tag-button",
            "color": "#bbb",
            "text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popupTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal stateTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher actions=\"\"\"<$action-setfield $tiddler=<<__title__>> icon=<<navigateTo>>/>\"\"\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define toggleButton(state)\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"closed\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"open\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td>{{||$:/core/ui/TagTemplate}}</td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal stateTitle={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td style=\"position:relative;\">\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/TagTemplate": {
            "title": "$:/core/ui/TagTemplate",
            "text": "\\whitespace trim\n<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n</$set>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<hr>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n"
        },
        "$:/core/ui/TiddlerFieldTemplate": {
            "title": "$:/core/ui/TiddlerFieldTemplate",
            "text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
        },
        "$:/core/ui/TiddlerFields": {
            "title": "$:/core/ui/TiddlerFields",
            "text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
            "title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
            "tags": "$:/tags/TiddlerInfo/Advanced",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
            "title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
            "tags": "$:/tags/TiddlerInfo/Advanced",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced": {
            "title": "$:/core/ui/TiddlerInfo/Advanced",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
            "text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Fields": {
            "title": "$:/core/ui/TiddlerInfo/Fields",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
            "text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/List": {
            "title": "$:/core/ui/TiddlerInfo/List",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/List/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/Listed": {
            "title": "$:/core/ui/TiddlerInfo/Listed",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/References": {
            "title": "$:/core/ui/TiddlerInfo/References",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/References/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>"
        },
        "$:/core/ui/TiddlerInfo/Tagging": {
            "title": "$:/core/ui/TiddlerInfo/Tagging",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/Tools": {
            "title": "$:/core/ui/TiddlerInfo/Tools",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/TiddlerInfo": {
            "title": "$:/core/ui/TiddlerInfo",
            "text": "<div style=\"position:relative;\">\n<div class=\"tc-tiddler-controls\" style=\"position:absolute;right:0;\">\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n</div>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
        },
        "$:/core/ui/TopBar/menu": {
            "title": "$:/core/ui/TopBar/menu",
            "tags": "$:/tags/TopRightBar",
            "text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
        },
        "$:/core/ui/UntaggedTemplate": {
            "title": "$:/core/ui/UntaggedTemplate",
            "text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate/body": {
            "title": "$:/core/ui/ViewTemplate/body",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate/classic": {
            "title": "$:/core/ui/ViewTemplate/classic",
            "tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/import": {
            "title": "$:/core/ui/ViewTemplate/import",
            "tags": "$:/tags/ViewTemplate",
            "text": "\\define lingo-base() $:/language/Import/\n\n\\define buttons()\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n<<lingo Listing/Preview>> <$select tiddler=\"$:/state/importpreviewtype\" default=\"$:/core/ui/ImportPreviews/Text\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ImportPreview]!has[draft.of]]\">\n<option value=<<currentTiddler>>>{{!!caption}}</option>\n</$list>\n</$select>\n\\end\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<<buttons>>\n\n{{||$:/core/ui/ImportListing}}\n\n<<buttons>>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/plugin": {
            "title": "$:/core/ui/ViewTemplate/plugin",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n<$set name=\"plugin-type\" value={{!!plugin-type}}>\n<$set name=\"default-popup-state\" value=\"yes\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n{{||$:/core/ui/Components/plugin-info}}\n</$set>\n</$set>\n</$set>\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/subtitle": {
            "title": "$:/core/ui/ViewTemplate/subtitle",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate/tags": {
            "title": "$:/core/ui/ViewTemplate/tags",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate/title": {
            "title": "$:/core/ui/ViewTemplate/title",
            "tags": "$:/tags/ViewTemplate",
            "text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\"><$transclude tiddler=<<listItem>>/></$set></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfoSegment]!has[draft.of]] [[$:/core/ui/TiddlerInfo]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>> mode=\"block\"/></$list>\n\n</$reveal>\n</div>"
        },
        "$:/core/ui/ViewTemplate/unfold": {
            "title": "$:/core/ui/ViewTemplate/unfold",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate": {
            "title": "$:/core/ui/ViewTemplate",
            "text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$ $(userClass)$\n\\end\n\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n<$vars storyTiddler=<<currentTiddler>> tiddlerInfoState=<<qualify \"$:/state/popup/tiddler-info\">> userClass={{!!class}}><$tiddler tiddler=<<currentTiddler>>><div data-tiddler-title=<<currentTiddler>> data-tags={{!!tags}} class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$vars>\n"
        },
        "$:/core/ui/Buttons/clone": {
            "title": "$:/core/ui/Buttons/clone",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
            "description": "{{$:/language/Buttons/Clone/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Clone/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/close-others": {
            "title": "$:/core/ui/Buttons/close-others",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
            "description": "{{$:/language/Buttons/CloseOthers/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/CloseOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/close": {
            "title": "$:/core/ui/Buttons/close",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
            "description": "{{$:/language/Buttons/Close/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Close/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/edit": {
            "title": "$:/core/ui/Buttons/edit",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
            "description": "{{$:/language/Buttons/Edit/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Edit/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/export-tiddler": {
            "title": "$:/core/ui/Buttons/export-tiddler",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
            "description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
            "text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
        },
        "$:/core/ui/Buttons/fold-bar": {
            "title": "$:/core/ui/Buttons/fold-bar",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/chevron-up}} {{$:/language/Buttons/Fold/FoldBar/Caption}}",
            "description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
            "text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
        },
        "$:/core/ui/Buttons/fold-others": {
            "title": "$:/core/ui/Buttons/fold-others",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
            "description": "{{$:/language/Buttons/FoldOthers/Hint}}",
            "text": "\\whitespace trim\n<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/FoldOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/fold": {
            "title": "$:/core/ui/Buttons/fold",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
            "description": "{{$:/language/Buttons/Fold/Hint}}",
            "text": "\\whitespace trim\n<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n"
        },
        "$:/core/ui/Buttons/info": {
            "title": "$:/core/ui/Buttons/info",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
            "description": "{{$:/language/Buttons/Info/Hint}}",
            "text": "\\whitespace trim\n\\define button-content()\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Info/Caption}}/>\n</span>\n</$list>\n\\end\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"popup\">\n<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$reveal state=<<tiddlerInfoState>> type=\"match\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"yes\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=<<tiddlerInfoState>> type=\"nomatch\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n</$reveal>"
        },
        "$:/core/ui/Buttons/more-tiddler-actions": {
            "title": "$:/core/ui/Buttons/more-tiddler-actions",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "text": "\\whitespace trim\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/More/Caption}}/>\n</span>\n</$list>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
        },
        "$:/core/ui/Buttons/new-here": {
            "title": "$:/core/ui/Buttons/new-here",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
            "description": "{{$:/language/Buttons/NewHere/Hint}}",
            "text": "\\whitespace trim\n\\define newHereActions()\n<$set name=\"tags\" filter=\"[<currentTiddler>]\">\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<tags>>/>\n</$set>\n\\end\n\\define newHereButton()\n<$button actions=<<newHereActions>> tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
        },
        "$:/core/ui/Buttons/new-journal-here": {
            "title": "$:/core/ui/Buttons/new-journal-here",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
            "description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
            "text": "\\whitespace trim\n\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewJournalHere/Caption}}/>\n</span>\n</$list>\n</$wikify>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set>\n</$set>\n</$set>"
        },
        "$:/core/ui/Buttons/open-window": {
            "title": "$:/core/ui/Buttons/open-window",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
            "description": "{{$:/language/Buttons/OpenWindow/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/OpenWindow/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/permalink": {
            "title": "$:/core/ui/Buttons/permalink",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
            "description": "{{$:/language/Buttons/Permalink/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permalink/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/permaview": {
            "title": "$:/core/ui/Buttons/permaview",
            "tags": "$:/tags/ViewToolbar $:/tags/PageControls",
            "caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
            "description": "{{$:/language/Buttons/Permaview/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permaview/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/DefaultTiddlers": {
            "title": "$:/DefaultTiddlers",
            "text": "GettingStarted\n"
        },
        "$:/temp/advancedsearch": {
            "title": "$:/temp/advancedsearch",
            "text": ""
        },
        "$:/snippets/allfields": {
            "title": "$:/snippets/allfields",
            "text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
        },
        "$:/config/AnimationDuration": {
            "title": "$:/config/AnimationDuration",
            "text": "400"
        },
        "$:/config/AutoSave": {
            "title": "$:/config/AutoSave",
            "text": "yes"
        },
        "$:/config/BitmapEditor/Colour": {
            "title": "$:/config/BitmapEditor/Colour",
            "text": "#444"
        },
        "$:/config/BitmapEditor/ImageSizes": {
            "title": "$:/config/BitmapEditor/ImageSizes",
            "text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
        },
        "$:/config/BitmapEditor/LineWidth": {
            "title": "$:/config/BitmapEditor/LineWidth",
            "text": "3px"
        },
        "$:/config/BitmapEditor/LineWidths": {
            "title": "$:/config/BitmapEditor/LineWidths",
            "text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
        },
        "$:/config/BitmapEditor/Opacities": {
            "title": "$:/config/BitmapEditor/Opacities",
            "text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
        },
        "$:/config/BitmapEditor/Opacity": {
            "title": "$:/config/BitmapEditor/Opacity",
            "text": "1.0"
        },
        "$:/config/DefaultMoreSidebarTab": {
            "title": "$:/config/DefaultMoreSidebarTab",
            "text": "$:/core/ui/MoreSideBar/Tags"
        },
        "$:/config/DefaultSidebarTab": {
            "title": "$:/config/DefaultSidebarTab",
            "text": "$:/core/ui/SideBar/Open"
        },
        "$:/config/DownloadSaver/AutoSave": {
            "title": "$:/config/DownloadSaver/AutoSave",
            "text": "no"
        },
        "$:/config/Drafts/TypingTimeout": {
            "title": "$:/config/Drafts/TypingTimeout",
            "text": "400"
        },
        "$:/config/EditTemplateFields/Visibility/title": {
            "title": "$:/config/EditTemplateFields/Visibility/title",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/tags": {
            "title": "$:/config/EditTemplateFields/Visibility/tags",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/text": {
            "title": "$:/config/EditTemplateFields/Visibility/text",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/creator": {
            "title": "$:/config/EditTemplateFields/Visibility/creator",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/created": {
            "title": "$:/config/EditTemplateFields/Visibility/created",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/modified": {
            "title": "$:/config/EditTemplateFields/Visibility/modified",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/modifier": {
            "title": "$:/config/EditTemplateFields/Visibility/modifier",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/type": {
            "title": "$:/config/EditTemplateFields/Visibility/type",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/draft.title": {
            "title": "$:/config/EditTemplateFields/Visibility/draft.title",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/draft.of": {
            "title": "$:/config/EditTemplateFields/Visibility/draft.of",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/revision": {
            "title": "$:/config/EditTemplateFields/Visibility/revision",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/bag": {
            "title": "$:/config/EditTemplateFields/Visibility/bag",
            "text": "hide"
        },
        "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
            "title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
            "text": "hide"
        },
        "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
            "title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
            "text": "hide"
        },
        "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
            "title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
            "text": "hide"
        },
        "$:/config/EditorTypeMappings/image/gif": {
            "title": "$:/config/EditorTypeMappings/image/gif",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/webp": {
            "title": "$:/config/EditorTypeMappings/image/webp",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/heic": {
            "title": "$:/config/EditorTypeMappings/image/heic",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/heif": {
            "title": "$:/config/EditorTypeMappings/image/heif",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/jpeg": {
            "title": "$:/config/EditorTypeMappings/image/jpeg",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/jpg": {
            "title": "$:/config/EditorTypeMappings/image/jpg",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/png": {
            "title": "$:/config/EditorTypeMappings/image/png",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/x-icon": {
            "title": "$:/config/EditorTypeMappings/image/x-icon",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
            "title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
            "text": "text"
        },
        "$:/config/Manager/Show": {
            "title": "$:/config/Manager/Show",
            "text": "tiddlers"
        },
        "$:/config/Manager/Filter": {
            "title": "$:/config/Manager/Filter",
            "text": ""
        },
        "$:/config/Manager/Order": {
            "title": "$:/config/Manager/Order",
            "text": "forward"
        },
        "$:/config/Manager/Sort": {
            "title": "$:/config/Manager/Sort",
            "text": "title"
        },
        "$:/config/Manager/System": {
            "title": "$:/config/Manager/System",
            "text": "system"
        },
        "$:/config/Manager/Tag": {
            "title": "$:/config/Manager/Tag",
            "text": ""
        },
        "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText": {
            "title": "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText",
            "text": "hide"
        },
        "$:/config/MissingLinks": {
            "title": "$:/config/MissingLinks",
            "text": "yes"
        },
        "$:/config/Navigation/UpdateAddressBar": {
            "title": "$:/config/Navigation/UpdateAddressBar",
            "text": "no"
        },
        "$:/config/Navigation/UpdateHistory": {
            "title": "$:/config/Navigation/UpdateHistory",
            "text": "no"
        },
        "$:/config/NewImageType": {
            "title": "$:/config/NewImageType",
            "text": "jpeg"
        },
        "$:/config/OfficialPluginLibrary": {
            "title": "$:/config/OfficialPluginLibrary",
            "tags": "$:/tags/PluginLibrary",
            "url": "https://tiddlywiki.com/library/v5.1.19/index.html",
            "caption": "{{$:/language/OfficialPluginLibrary}}",
            "text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
        },
        "$:/config/Navigation/openLinkFromInsideRiver": {
            "title": "$:/config/Navigation/openLinkFromInsideRiver",
            "text": "below"
        },
        "$:/config/Navigation/openLinkFromOutsideRiver": {
            "title": "$:/config/Navigation/openLinkFromOutsideRiver",
            "text": "top"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
            "text": "hide"
        },
        "$:/config/Performance/Instrumentation": {
            "title": "$:/config/Performance/Instrumentation",
            "text": "yes"
        },
        "$:/config/SaveWikiButton/Template": {
            "title": "$:/config/SaveWikiButton/Template",
            "text": "$:/core/save/all"
        },
        "$:/config/SaverFilter": {
            "title": "$:/config/SaverFilter",
            "text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
        },
        "$:/config/Search/AutoFocus": {
            "title": "$:/config/Search/AutoFocus",
            "text": "true"
        },
        "$:/config/Search/MinLength": {
            "title": "$:/config/Search/MinLength",
            "text": "3"
        },
        "$:/config/SearchResults/Default": {
            "title": "$:/config/SearchResults/Default",
            "text": "$:/core/ui/DefaultSearchResultList"
        },
        "$:/config/ShortcutInfo/bold": {
            "title": "$:/config/ShortcutInfo/bold",
            "text": "{{$:/language/Buttons/Bold/Hint}}"
        },
        "$:/config/ShortcutInfo/cancel-edit-tiddler": {
            "title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
            "text": "{{$:/language/Buttons/Cancel/Hint}}"
        },
        "$:/config/ShortcutInfo/excise": {
            "title": "$:/config/ShortcutInfo/excise",
            "text": "{{$:/language/Buttons/Excise/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-1": {
            "title": "$:/config/ShortcutInfo/heading-1",
            "text": "{{$:/language/Buttons/Heading1/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-2": {
            "title": "$:/config/ShortcutInfo/heading-2",
            "text": "{{$:/language/Buttons/Heading2/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-3": {
            "title": "$:/config/ShortcutInfo/heading-3",
            "text": "{{$:/language/Buttons/Heading3/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-4": {
            "title": "$:/config/ShortcutInfo/heading-4",
            "text": "{{$:/language/Buttons/Heading4/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-5": {
            "title": "$:/config/ShortcutInfo/heading-5",
            "text": "{{$:/language/Buttons/Heading5/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-6": {
            "title": "$:/config/ShortcutInfo/heading-6",
            "text": "{{$:/language/Buttons/Heading6/Hint}}"
        },
        "$:/config/ShortcutInfo/italic": {
            "title": "$:/config/ShortcutInfo/italic",
            "text": "{{$:/language/Buttons/Italic/Hint}}"
        },
        "$:/config/ShortcutInfo/link": {
            "title": "$:/config/ShortcutInfo/link",
            "text": "{{$:/language/Buttons/Link/Hint}}"
        },
        "$:/config/ShortcutInfo/list-bullet": {
            "title": "$:/config/ShortcutInfo/list-bullet",
            "text": "{{$:/language/Buttons/ListBullet/Hint}}"
        },
        "$:/config/ShortcutInfo/list-number": {
            "title": "$:/config/ShortcutInfo/list-number",
            "text": "{{$:/language/Buttons/ListNumber/Hint}}"
        },
        "$:/config/ShortcutInfo/mono-block": {
            "title": "$:/config/ShortcutInfo/mono-block",
            "text": "{{$:/language/Buttons/MonoBlock/Hint}}"
        },
        "$:/config/ShortcutInfo/mono-line": {
            "title": "$:/config/ShortcutInfo/mono-line",
            "text": "{{$:/language/Buttons/MonoLine/Hint}}"
        },
        "$:/config/ShortcutInfo/new-image": {
            "title": "$:/config/ShortcutInfo/new-image",
            "text": "{{$:/language/Buttons/NewImage/Hint}}"
        },
        "$:/config/ShortcutInfo/new-journal": {
            "title": "$:/config/ShortcutInfo/new-journal",
            "text": "{{$:/language/Buttons/NewJournal/Hint}}"
        },
        "$:/config/ShortcutInfo/new-tiddler": {
            "title": "$:/config/ShortcutInfo/new-tiddler",
            "text": "{{$:/language/Buttons/NewTiddler/Hint}}"
        },
        "$:/config/ShortcutInfo/picture": {
            "title": "$:/config/ShortcutInfo/picture",
            "text": "{{$:/language/Buttons/Picture/Hint}}"
        },
        "$:/config/ShortcutInfo/preview": {
            "title": "$:/config/ShortcutInfo/preview",
            "text": "{{$:/language/Buttons/Preview/Hint}}"
        },
        "$:/config/ShortcutInfo/quote": {
            "title": "$:/config/ShortcutInfo/quote",
            "text": "{{$:/language/Buttons/Quote/Hint}}"
        },
        "$:/config/ShortcutInfo/save-tiddler": {
            "title": "$:/config/ShortcutInfo/save-tiddler",
            "text": "{{$:/language/Buttons/Save/Hint}}"
        },
        "$:/config/ShortcutInfo/stamp": {
            "title": "$:/config/ShortcutInfo/stamp",
            "text": "{{$:/language/Buttons/Stamp/Hint}}"
        },
        "$:/config/ShortcutInfo/strikethrough": {
            "title": "$:/config/ShortcutInfo/strikethrough",
            "text": "{{$:/language/Buttons/Strikethrough/Hint}}"
        },
        "$:/config/ShortcutInfo/subscript": {
            "title": "$:/config/ShortcutInfo/subscript",
            "text": "{{$:/language/Buttons/Subscript/Hint}}"
        },
        "$:/config/ShortcutInfo/superscript": {
            "title": "$:/config/ShortcutInfo/superscript",
            "text": "{{$:/language/Buttons/Superscript/Hint}}"
        },
        "$:/config/ShortcutInfo/underline": {
            "title": "$:/config/ShortcutInfo/underline",
            "text": "{{$:/language/Buttons/Underline/Hint}}"
        },
        "$:/config/SyncFilter": {
            "title": "$:/config/SyncFilter",
            "text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
        },
        "$:/config/Tags/MinLength": {
            "title": "$:/config/Tags/MinLength",
            "text": "0"
        },
        "$:/config/TextEditor/EditorHeight/Height": {
            "title": "$:/config/TextEditor/EditorHeight/Height",
            "text": "400px"
        },
        "$:/config/TextEditor/EditorHeight/Mode": {
            "title": "$:/config/TextEditor/EditorHeight/Mode",
            "text": "auto"
        },
        "$:/config/TiddlerInfo/Default": {
            "title": "$:/config/TiddlerInfo/Default",
            "text": "$:/core/ui/TiddlerInfo/Fields"
        },
        "$:/config/TiddlerInfo/Mode": {
            "title": "$:/config/TiddlerInfo/Mode",
            "text": "popup"
        },
        "$:/config/Tiddlers/TitleLinks": {
            "title": "$:/config/Tiddlers/TitleLinks",
            "text": "no"
        },
        "$:/config/Toolbar/ButtonClass": {
            "title": "$:/config/Toolbar/ButtonClass",
            "text": "tc-btn-invisible"
        },
        "$:/config/Toolbar/Icons": {
            "title": "$:/config/Toolbar/Icons",
            "text": "yes"
        },
        "$:/config/Toolbar/Text": {
            "title": "$:/config/Toolbar/Text",
            "text": "no"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
            "text": "show"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
            "text": "hide"
        },
        "$:/config/shortcuts-mac/bold": {
            "title": "$:/config/shortcuts-mac/bold",
            "text": "meta-B"
        },
        "$:/config/shortcuts-mac/italic": {
            "title": "$:/config/shortcuts-mac/italic",
            "text": "meta-I"
        },
        "$:/config/shortcuts-mac/underline": {
            "title": "$:/config/shortcuts-mac/underline",
            "text": "meta-U"
        },
        "$:/config/shortcuts-mac/new-image": {
            "title": "$:/config/shortcuts-mac/new-image",
            "text": "ctrl-I"
        },
        "$:/config/shortcuts-mac/new-journal": {
            "title": "$:/config/shortcuts-mac/new-journal",
            "text": "ctrl-J"
        },
        "$:/config/shortcuts-mac/new-tiddler": {
            "title": "$:/config/shortcuts-mac/new-tiddler",
            "text": "ctrl-N"
        },
        "$:/config/shortcuts-not-mac/bold": {
            "title": "$:/config/shortcuts-not-mac/bold",
            "text": "ctrl-B"
        },
        "$:/config/shortcuts-not-mac/italic": {
            "title": "$:/config/shortcuts-not-mac/italic",
            "text": "ctrl-I"
        },
        "$:/config/shortcuts-not-mac/underline": {
            "title": "$:/config/shortcuts-not-mac/underline",
            "text": "ctrl-U"
        },
        "$:/config/shortcuts-not-mac/new-image": {
            "title": "$:/config/shortcuts-not-mac/new-image",
            "text": "alt-I"
        },
        "$:/config/shortcuts-not-mac/new-journal": {
            "title": "$:/config/shortcuts-not-mac/new-journal",
            "text": "alt-J"
        },
        "$:/config/shortcuts-not-mac/new-tiddler": {
            "title": "$:/config/shortcuts-not-mac/new-tiddler",
            "text": "alt-N"
        },
        "$:/config/shortcuts/cancel-edit-tiddler": {
            "title": "$:/config/shortcuts/cancel-edit-tiddler",
            "text": "escape"
        },
        "$:/config/shortcuts/excise": {
            "title": "$:/config/shortcuts/excise",
            "text": "ctrl-E"
        },
        "$:/config/shortcuts/heading-1": {
            "title": "$:/config/shortcuts/heading-1",
            "text": "ctrl-1"
        },
        "$:/config/shortcuts/heading-2": {
            "title": "$:/config/shortcuts/heading-2",
            "text": "ctrl-2"
        },
        "$:/config/shortcuts/heading-3": {
            "title": "$:/config/shortcuts/heading-3",
            "text": "ctrl-3"
        },
        "$:/config/shortcuts/heading-4": {
            "title": "$:/config/shortcuts/heading-4",
            "text": "ctrl-4"
        },
        "$:/config/shortcuts/heading-5": {
            "title": "$:/config/shortcuts/heading-5",
            "text": "ctrl-5"
        },
        "$:/config/shortcuts/heading-6": {
            "title": "$:/config/shortcuts/heading-6",
            "text": "ctrl-6"
        },
        "$:/config/shortcuts/link": {
            "title": "$:/config/shortcuts/link",
            "text": "ctrl-L"
        },
        "$:/config/shortcuts/linkify": {
            "title": "$:/config/shortcuts/linkify",
            "text": "alt-shift-L"
        },
        "$:/config/shortcuts/list-bullet": {
            "title": "$:/config/shortcuts/list-bullet",
            "text": "ctrl-shift-L"
        },
        "$:/config/shortcuts/list-number": {
            "title": "$:/config/shortcuts/list-number",
            "text": "ctrl-shift-N"
        },
        "$:/config/shortcuts/mono-block": {
            "title": "$:/config/shortcuts/mono-block",
            "text": "ctrl-shift-M"
        },
        "$:/config/shortcuts/mono-line": {
            "title": "$:/config/shortcuts/mono-line",
            "text": "ctrl-M"
        },
        "$:/config/shortcuts/picture": {
            "title": "$:/config/shortcuts/picture",
            "text": "ctrl-shift-I"
        },
        "$:/config/shortcuts/preview": {
            "title": "$:/config/shortcuts/preview",
            "text": "alt-P"
        },
        "$:/config/shortcuts/quote": {
            "title": "$:/config/shortcuts/quote",
            "text": "ctrl-Q"
        },
        "$:/config/shortcuts/save-tiddler": {
            "title": "$:/config/shortcuts/save-tiddler",
            "text": "ctrl+enter"
        },
        "$:/config/shortcuts/stamp": {
            "title": "$:/config/shortcuts/stamp",
            "text": "ctrl-S"
        },
        "$:/config/shortcuts/strikethrough": {
            "title": "$:/config/shortcuts/strikethrough",
            "text": "ctrl-T"
        },
        "$:/config/shortcuts/subscript": {
            "title": "$:/config/shortcuts/subscript",
            "text": "ctrl-shift-B"
        },
        "$:/config/shortcuts/superscript": {
            "title": "$:/config/shortcuts/superscript",
            "text": "ctrl-shift-P"
        },
        "$:/config/shortcuts/transcludify": {
            "title": "$:/config/shortcuts/transcludify",
            "text": "alt-shift-T"
        },
        "$:/config/WikiParserRules/Inline/wikilink": {
            "title": "$:/config/WikiParserRules/Inline/wikilink",
            "text": "enable"
        },
        "$:/snippets/currpalettepreview": {
            "title": "$:/snippets/currpalettepreview",
            "text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch()\n<$set name=\"swatchColour\" value={{##$(colour)$}}\n><div class=\"tc-swatch\" style=<<swatchStyle>> title=<<colour>>/></$set>\n\\end\n<div class=\"tc-swatches-horiz\"><$list filter=\"\nforeground\nbackground\nmuted-foreground\nprimary\npage-background\ntab-background\ntiddler-info-background\n\" variable=\"colour\"><<swatch>></$list></div>"
        },
        "$:/snippets/download-wiki-button": {
            "title": "$:/snippets/download-wiki-button",
            "text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
        },
        "$:/language": {
            "title": "$:/language",
            "text": "$:/languages/en-GB"
        },
        "$:/snippets/languageswitcher": {
            "title": "$:/snippets/languageswitcher",
            "text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n\n<$linkcatcher to=\"$:/language\">\n<div class=\"tc-chooser tc-language-chooser\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$set name=\"cls\" filter=\"[all[current]field:title{$:/language}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
        },
        "$:/core/macros/CSS": {
            "title": "$:/core/macros/CSS",
            "tags": "$:/tags/Macro",
            "text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n  -webkit-box-shadow: $shadow$;\n     -moz-box-shadow: $shadow$;\n          box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n  -webkit-filter: $filter$;\n     -moz-filter: $filter$;\n          filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n  -webkit-transition: $transition$;\n     -moz-transition: $transition$;\n          transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n  -webkit-transform-origin: $origin$;\n     -moz-transform-origin: $origin$;\n          transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define column-count(columns)\n``\n-moz-column-count: $columns$;\n-webkit-column-count: $columns$;\ncolumn-count: $columns$;\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-background-attachment(text)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" type=\"nomatch\" text=\"\">$text$</$reveal>\n\\end\n"
        },
        "$:/core/macros/colour-picker": {
            "title": "$:/core/macros/colour-picker",
            "tags": "$:/tags/Macro",
            "text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<div style=\"background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/> \n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
        },
        "$:/core/macros/copy-to-clipboard": {
            "title": "$:/core/macros/copy-to-clipboard",
            "tags": "$:/tags/Macro",
            "text": "\\define copy-to-clipboard(src,class:\"tc-btn-invisible\",style)\n<$button class=<<__class__>> style=<<__style__>> message=\"tm-copy-to-clipboard\" param=<<__src__>> tooltip={{$:/language/Buttons/CopyToClipboard/Hint}}>\n{{$:/core/images/copy-clipboard}} <$text text={{$:/language/Buttons/CopyToClipboard/Caption}}/>\n</$button>\n\\end\n\n\\define copy-to-clipboard-above-right(src,class:\"tc-btn-invisible\",style)\n<div style=\"position: relative;\">\n<div style=\"position: absolute; bottom: 0; right: 0;\">\n<$macrocall $name=\"copy-to-clipboard\" src=<<__src__>> class=<<__class__>> style=<<__style__>>/>\n</div>\n</div>\n\\end\n\n"
        },
        "$:/core/macros/diff": {
            "title": "$:/core/macros/diff",
            "tags": "$:/tags/Macro",
            "text": "\\define compareTiddlerText(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle)\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>>>\n<$diff-text source=<<source>> dest=<<dest>>/>\n</$set>\n</$set>\n\\end\n\n\\define compareTiddlers(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle,exclude)\n<table class=\"tc-diff-tiddlers\">\n<tbody>\n<$set name=\"sourceFields\" filter=\"[<__sourceTiddlerTitle__>fields[]sort[]]\">\n<$set name=\"destFields\" filter=\"[<__destSubTiddlerTitle__>subtiddlerfields<__destTiddlerTitle__>sort[]]\">\n<$list filter=\"[enlist<sourceFields>] [enlist<destFields>] -[enlist<__exclude__>] +[sort[]]\" variable=\"fieldName\">\n<tr>\n<th>\n<$text text=<<fieldName>>/> \n</th>\n<td>\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>> field=<<fieldName>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>> field=<<fieldName>>>\n<$diff-text source=<<source>> dest=<<dest>>>\n</$diff-text>\n</$set>\n</$set>\n</td>\n</tr>\n</$list>\n</$set>\n</$set>\n</tbody>\n</table>\n\\end\n"
        },
        "$:/core/macros/dumpvariables": {
            "title": "$:/core/macros/dumpvariables",
            "tags": "$:/tags/Macro",
            "text": "\\define dumpvariables()\n<ul>\n<$list filter=\"[variables[]]\" variable=\"varname\">\n<li>\n<strong><code><$text text=<<varname>>/></code></strong>:<br/>\n<$codeblock code={{{ [<varname>getvariable[]] }}}/>\n</li>\n</$list>\n</ul>\n\\end\n"
        },
        "$:/core/macros/export": {
            "title": "$:/core/macros/export",
            "tags": "$:/tags/Macro",
            "text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\"><$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button></span><$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
        },
        "$:/core/macros/image-picker": {
            "title": "$:/core/macros/image-picker",
            "created": "20170715180840889",
            "modified": "20170715180914005",
            "tags": "$:/tags/Macro",
            "type": "text/vnd.tiddlywiki",
            "text": "\\define image-picker-thumbnail(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n$actions$\n<$transclude tiddler=<<imageTitle>>/>\n</$button>\n\\end\n\n\\define image-picker-list(filter,actions)\n<$list filter=\"\"\"$filter$\"\"\" variable=\"imageTitle\">\n<$macrocall $name=\"image-picker-thumbnail\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\\end\n\n\\define image-picker(actions,filter:\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[!has[draft.of]$subfilter$sort[title]]\",subfilter:\"\")\n<div class=\"tc-image-chooser\">\n<$vars state-system=<<qualify \"$:/state/image-picker/system\">>>\n<$checkbox tiddler=<<state-system>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"hide\">\n{{$:/language/SystemTiddlers/Include/Prompt}}\n</$checkbox>\n<$reveal state=<<state-system>> type=\"match\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$ +[!is[system]]\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n<$reveal state=<<state-system>> type=\"nomatch\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n</$vars>\n</div>\n\\end\n\n\\define image-picker-include-tagged-images(actions)\n<$macrocall $name=\"image-picker\" filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n"
        },
        "$:/core/macros/lingo": {
            "title": "$:/core/macros/lingo",
            "tags": "$:/tags/Macro",
            "text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
        },
        "$:/core/macros/list": {
            "title": "$:/core/macros/list",
            "tags": "$:/tags/Macro",
            "text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\",emptyMessage)\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\" emptyMessage=<<__emptyMessage__>>>\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n\n\\define list-links-draggable-drop-actions()\n<$action-listops $tiddler=<<targetTiddler>> $field=<<targetField>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define list-links-draggable(tiddler,field:\"list\",type:\"ul\",subtype:\"li\",class:\"\",itemTemplate)\n\\whitespace trim\n<span class=\"tc-links-draggable-list\">\n<$vars targetTiddler=\"\"\"$tiddler$\"\"\" targetField=\"\"\"$field$\"\"\">\n<$type$ class=\"$class$\">\n<$list filter=\"[list[$tiddler$!!$field$]]\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\"/>\n<div>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$transclude>\n</div>\n</$droppable>\n</$list>\n</$type$>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"div\">\n<div class=\"tc-droppable-placeholder\">\n&nbsp;\n</div>\n<div style=\"height:0.5em;\"/>\n</$droppable>\n</$tiddler>\n</$vars>\n</span>\n\\end\n\n\\define list-tagged-draggable-drop-actions(tag)\n<!-- Save the current ordering of the tiddlers with this tag -->\n<$set name=\"order\" filter=\"[<__tag__>tagging[]]\">\n<!-- Remove any list-after or list-before fields from the tiddlers with this tag -->\n<$list filter=\"[<__tag__>tagging[]]\">\n<$action-deletefield $field=\"list-before\"/>\n<$action-deletefield $field=\"list-after\"/>\n</$list>\n<!-- Save the new order to the Tag Tiddler -->\n<$action-listops $tiddler=<<__tag__>> $field=\"list\" $filter=\"+[enlist<order>] +[insertbefore:currentTiddler<actionTiddler>]\"/>\n<!-- Make sure the newly added item has the right tag -->\n<!-- Removing this line makes dragging tags within the dropdown work as intended -->\n<!--<$action-listops $tiddler=<<actionTiddler>> $tags=<<__tag__>>/>-->\n<!-- Using the following 5 lines as replacement makes dragging titles from outside into the dropdown apply the tag -->\n<$list filter=\"[<actionTiddler>!contains:tags<__tag__>]\">\n<$fieldmangler tiddler=<<actionTiddler>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param=<<__tag__>>/>\n</$fieldmangler>\n</$list>\n</$set>\n\\end\n\n\\define list-tagged-draggable(tag,subFilter,emptyMessage,itemTemplate,elementTag:\"div\")\n\\whitespace trim\n<span class=\"tc-tagged-draggable-list\">\n<$set name=\"tag\" value=<<__tag__>>>\n<$list filter=\"[<__tag__>tagging[]$subFilter$]\" emptyMessage=<<__emptyMessage__>>>\n<$elementTag$ class=\"tc-menu-list-item\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\">\n<$elementTag$ class=\"tc-droppable-placeholder\"/>\n<$elementTag$>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</$transclude>\n</$elementTag$>\n</$droppable>\n</$elementTag$>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\">\n<$elementTag$ class=\"tc-droppable-placeholder\"/>\n<$elementTag$ style=\"height:0.5em;\">\n</$elementTag$>\n</$droppable>\n</$tiddler>\n</$set>\n</span>\n\\end\n"
        },
        "$:/core/macros/tabs": {
            "title": "$:/core/macros/tabs",
            "tags": "$:/tags/Macro",
            "text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template,buttonTemplate,retain)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=\"$buttonTemplate$\" mode=\"inline\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\" retain=\"\"\"$retain$\"\"\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
        },
        "$:/core/macros/tag-picker": {
            "title": "$:/core/macros/tag-picker",
            "tags": "$:/tags/Macro",
            "text": "\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define tag-button()\n<$button class=\"tc-btn-invisible\" tag=\"a\">\n$(actions)$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$button>\n\\end\n\n\\define tag-picker(actions)\n<$set name=\"actions\" value=\"\"\"$actions$\"\"\">\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$keyboard key=\"ENTER\" actions=<<add-tag-actions>>>\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\" tabindex=<<tabIndex>>/>\n</$keyboard>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$set name=\"tag\" value={{$:/temp/NewTagName}}>\n<$button set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n$actions$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n{{$:/language/EditTemplate/Tags/Add/Button}}\n</$button>\n</$set>\n</span>\n</div>\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$list filter=\"[{$:/temp/NewTagName}minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n<hr>\n<$list filter=\"[{$:/temp/NewTagName}minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n</div>\n</$reveal>\n</div>\n</$set>\n\\end\n"
        },
        "$:/core/macros/tag": {
            "title": "$:/core/macros/tag",
            "tags": "$:/tags/Macro",
            "text": "\\define tag-pill-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-pill-inner(tag,icon,colour,fallbackTarget,colourA,colourB,element-tag,element-attributes,actions)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$element-tag$ $element-attributes$ class=\"tc-tag-label tc-btn-invisible\" style=<<tag-pill-styles>>>\n$actions$<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view tiddler=<<__tag__>> field=\"title\" format=\"text\" />\n</$element-tag$>\n</$vars>\n\\end\n\n\\define tag-pill-body(tag,icon,colour,palette,element-tag,element-attributes,actions)\n<$macrocall $name=\"tag-pill-inner\" tag=<<__tag__>> icon=\"\"\"$icon$\"\"\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n\n\\define tag-pill(tag,element-tag:\"span\",element-attributes:\"\",actions:\"\")\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-pill-body\" tag=<<__tag__>> icon={{{ [<__tag__>get[icon]] }}} colour={{{ [<__tag__>get[color]] }}} palette={{$:/palette}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</span>\n\\end\n\n\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
        },
        "$:/core/macros/thumbnails": {
            "title": "$:/core/macros/thumbnails",
            "tags": "$:/tags/Macro",
            "text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
        },
        "$:/core/macros/timeline": {
            "title": "$:/core/macros/timeline",
            "created": "20141212105914482",
            "modified": "20141212110330815",
            "tags": "$:/tags/Macro",
            "text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n     of the same name if you need to change \n     how titles are displayed on the timeline \n     -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
        },
        "$:/core/macros/toc": {
            "title": "$:/core/macros/toc",
            "tags": "$:/tags/Macro",
            "text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n  <$transclude field=\"caption\">\n    <$view field=\"title\"/>\n  </$transclude>\n</$set>\n\\end\n\n\\define toc-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<ol class=\"tc-toc\">\n  <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n    <$vars item=<<currentTiddler>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n      <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n        <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n          <li class=<<toc-item-class>>>\n            <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n              <<toc-caption>>\n            </$list>\n            <$macrocall $name=\"toc-body\" tag=<<item>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n          </li>\n        </$set>\n      </$set>\n    </$vars>\n  </$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter:\" \")\n<$macrocall $name=\"toc-body\"  tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> />\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n  <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n    <li class=<<toc-item-class>>>\n    <$link>\n      <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n        <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n          {{$:/core/images/right-arrow}}\n        </$button>\n      </$reveal>\n      <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n        <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n          {{$:/core/images/down-arrow}}\n        </$button>\n      </$reveal>\n      <<toc-caption>>\n    </$link>\n    <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n      <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n    </$reveal>\n    </li>\n  </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n  <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n    <li class=<<toc-item-class>>>\n      <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n        <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n          {{$:/core/images/right-arrow}}\n          <<toc-caption>>\n        </$button>\n      </$reveal>\n      <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n        <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n          {{$:/core/images/down-arrow}}\n          <<toc-caption>>\n        </$button>\n      </$reveal>\n      <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n        <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n      </$reveal>\n    </li>\n  </$set>\n</$qualify>\n\\end\n\n\\define toc-expandable-empty-message()\n<$macrocall $name=\"toc-linked-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n  <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n    <ol class=\"tc-toc toc-expandable\">\n      <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n        <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>> >\n          <$macrocall $name=\"toc-unlinked-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"\"\"itemClassFilter\"\"\" exclude=<<excluded>> path=<<path>> />\n        </$list>\n      </$list>\n    </ol>\n  </$set>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n  <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\" >\n    <li class=<<toc-item-class>>>\n      <$link>\n          <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n          <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n            <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n              {{$:/core/images/right-arrow}}\n            </$button>\n          </$reveal>\n          <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n            <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n              {{$:/core/images/down-arrow}}\n            </$button>\n          </$reveal>\n        </$list>\n        <<toc-caption>>\n      </$link>\n      <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n        <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n      </$reveal>\n    </li>\n  </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n  <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n    <li class=<<toc-item-class>>>\n      <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n        <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n          <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n            {{$:/core/images/right-arrow}}\n            <<toc-caption>>\n          </$button>\n        </$reveal>\n        <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n          <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n            {{$:/core/images/down-arrow}}\n            <<toc-caption>>\n          </$button>\n        </$reveal>\n      </$list>\n      <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n        <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n      </$reveal>\n    </li>\n  </$set>\n</$qualify>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<$macrocall $name=\"toc-linked-selective-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter,exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n  <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n    <ol class=\"tc-toc toc-selective-expandable\">\n      <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n        <$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>> >\n          <$macrocall $name=\"toc-unlinked-selective-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n        </$list>\n      </$list>\n    </ol>\n  </$set>\n</$vars>\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{{ [<__selectedTiddler__>get[text]] }}}>\n  <div class=\"tc-tabbed-table-of-contents\">\n    <$linkcatcher to=<<__selectedTiddler__>>>\n      <div class=\"tc-table-of-contents\">\n        <$macrocall $name=\"toc-selective-expandable\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"[all[current]field:title<__selectedTiddler__>]\"/>\n      </div>\n    </$linkcatcher>\n    <div class=\"tc-tabbed-table-of-contents-content\">\n      <$reveal stateTitle=<<__selectedTiddler__>> type=\"nomatch\" text=\"\">\n        <$transclude mode=\"block\" tiddler=<<__template__>>>\n          <h1><<toc-caption>></h1>\n          <$transclude mode=\"block\">$missingText$</$transclude>\n        </$transclude>\n      </$reveal>\n      <$reveal stateTitle=<<__selectedTiddler__>> type=\"match\" text=\"\">\n        $unselectedText$\n      </$reveal>\n    </div>\n  </div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=<<__selectedTiddler__>>>\n  <$macrocall $name=\"toc-tabbed-external-nav\" tag=<<__tag__>> sort=<<__sort__>> selectedTiddler=<<__selectedTiddler__>> unselectedText=<<__unselectedText__>> missingText=<<__missingText__>> template=<<__template__>>/>\n</$linkcatcher>\n\\end\n\n"
        },
        "$:/core/macros/translink": {
            "title": "$:/core/macros/translink",
            "tags": "$:/tags/Macro",
            "text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
        },
        "$:/core/macros/tree": {
            "title": "$:/core/macros/tree",
            "tags": "$:/tags/Macro",
            "text": "\\define leaf-link(full-title,chunk,separator: \"/\")\n<$link to=<<__full-title__>>><$text text=<<__chunk__>>/></$link>\n\\end\n\n\\define leaf-node(prefix,chunk)\n<li>\n<$list filter=\"[<__prefix__>addsuffix<__chunk__>is[shadow]] [<__prefix__>addsuffix<__chunk__>is[tiddler]]\" variable=\"full-title\">\n<$list filter=\"[<full-title>removeprefix<__prefix__>]\" variable=\"chunk\">\n<span>{{$:/core/images/file}}</span> <$macrocall $name=\"leaf-link\" full-title=<<full-title>> chunk=<<chunk>>/>\n</$list>\n</$list>\n</li>\n\\end\n\n\\define branch-node(prefix,chunk,separator: \"/\")\n<li>\n<$set name=\"reveal-state\" value={{{ [[$:/state/tree/]addsuffix<__prefix__>addsuffix<__chunk__>] }}}>\n<$reveal type=\"nomatch\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"show\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"hide\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<span>(<$count filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>removeprefix<__chunk__>] -[<__prefix__>addsuffix<__chunk__>]\"/>)</span>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$macrocall $name=\"tree-node\" prefix={{{ [<__prefix__>addsuffix<__chunk__>] }}} separator=<<__separator__>>/>\n</$reveal>\n</$set>\n</li>\n\\end\n\n\\define tree-node(prefix,separator: \"/\")\n<ol>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore<__separator__>sort[]!suffix<__separator__>]\" variable=\"chunk\">\n<$macrocall $name=\"leaf-node\" prefix=<<__prefix__>> chunk=<<chunk>> separator=<<__separator__>>/>\n</$list>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore<__separator__>sort[]suffix<__separator__>]\" variable=\"chunk\">\n<$macrocall $name=\"branch-node\" prefix=<<__prefix__>> chunk=<<chunk>> separator=<<__separator__>>/>\n</$list>\n</ol>\n\\end\n\n\\define tree(prefix: \"$:/\",separator: \"/\")\n<div class=\"tc-tree\">\n<span><$text text=<<__prefix__>>/></span>\n<div>\n<$macrocall $name=\"tree-node\" prefix=<<__prefix__>> separator=<<__separator__>>/>\n</div>\n</div>\n\\end\n"
        },
        "$:/core/macros/utils": {
            "title": "$:/core/macros/utils",
            "text": "\\define colour(colour)\n$colour$\n\\end\n"
        },
        "$:/snippets/minilanguageswitcher": {
            "title": "$:/snippets/minilanguageswitcher",
            "text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
        },
        "$:/snippets/minithemeswitcher": {
            "title": "$:/snippets/minithemeswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
        },
        "$:/snippets/modules": {
            "title": "$:/snippets/modules",
            "text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
        },
        "$:/palette": {
            "title": "$:/palette",
            "text": "$:/palettes/Vanilla"
        },
        "$:/snippets/paletteeditor": {
            "title": "$:/snippets/paletteeditor",
            "text": "<$transclude tiddler=\"$:/PaletteManager\"/>\n"
        },
        "$:/snippets/palettepreview": {
            "title": "$:/snippets/palettepreview",
            "text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n{{||$:/snippets/currpalettepreview}}\n</$set>\n"
        },
        "$:/snippets/paletteswitcher": {
            "title": "$:/snippets/paletteswitcher",
            "text": "<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[name]]\"><$set name=\"cls\" filter=\"[all[current]prefix{$:/palette}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/>{{||$:/snippets/currpalettepreview}}</$link>\n</div></$set>\n</$list>\n</div>\n</$linkcatcher>\n"
        },
        "$:/snippets/peek-stylesheets": {
            "title": "$:/snippets/peek-stylesheets",
            "text": "\\define expandable-stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$vars state=<<qualify \"$:/state/peek-stylesheets/open/\">>>\n<$set name=\"state\" value={{{ [<state>addsuffix<currentTiddler>] }}}>\n<li>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"no\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"yes\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"div\">\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</$reveal>\n</li>\n</$set>\n</$vars>\n</$list>\n</ol>\n\\end\n\n\\define stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<li>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</li>\n</$list>\n</ol>\n\\end\n\n<$vars modeState=<<qualify \"$:/state/peek-stylesheets/mode/\">>>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"expanded\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Stylesheets/Expand/Caption}}</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"restored\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-down}} {{$:/language/ControlPanel/Stylesheets/Restore/Caption}}</$button>\n</$reveal>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<expandable-stylesheets-list>>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<stylesheets-list>>\n</$reveal>\n\n</$vars>\n"
        },
        "$:/temp/search": {
            "title": "$:/temp/search",
            "text": ""
        },
        "$:/tags/AdvancedSearch": {
            "title": "$:/tags/AdvancedSearch",
            "list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
        },
        "$:/tags/AdvancedSearch/FilterButton": {
            "title": "$:/tags/AdvancedSearch/FilterButton",
            "list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
        },
        "$:/tags/ControlPanel": {
            "title": "$:/tags/ControlPanel",
            "list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
        },
        "$:/tags/ControlPanel/Info": {
            "title": "$:/tags/ControlPanel/Info",
            "list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
        },
        "$:/tags/ControlPanel/Plugins": {
            "title": "$:/tags/ControlPanel/Plugins",
            "list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
        },
        "$:/tags/EditTemplate": {
            "title": "$:/tags/EditTemplate",
            "list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
        },
        "$:/tags/EditToolbar": {
            "title": "$:/tags/EditToolbar",
            "list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
        },
        "$:/tags/EditorToolbar": {
            "title": "$:/tags/EditorToolbar",
            "list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/rotate-left $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
        },
        "$:/tags/Manager/ItemMain": {
            "title": "$:/tags/Manager/ItemMain",
            "list": "$:/Manager/ItemMain/WikifiedText $:/Manager/ItemMain/RawText $:/Manager/ItemMain/Fields"
        },
        "$:/tags/Manager/ItemSidebar": {
            "title": "$:/tags/Manager/ItemSidebar",
            "list": "$:/Manager/ItemSidebar/Tags $:/Manager/ItemSidebar/Colour $:/Manager/ItemSidebar/Icon $:/Manager/ItemSidebar/Tools"
        },
        "$:/tags/MoreSideBar": {
            "title": "$:/tags/MoreSideBar",
            "list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]] [[$:/core/ui/MoreSideBar/Explorer]] [[$:/core/ui/MoreSideBar/Plugins]]",
            "text": ""
        },
        "$:/tags/PageControls": {
            "title": "$:/tags/PageControls",
            "list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/manager]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/timestamp]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/print]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
        },
        "$:/tags/PageTemplate": {
            "title": "$:/tags/PageTemplate",
            "list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
            "text": ""
        },
        "$:/tags/SideBar": {
            "title": "$:/tags/SideBar",
            "list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
            "text": ""
        },
        "$:/tags/SideBarSegment": {
            "title": "$:/tags/SideBarSegment",
            "list": "[[$:/core/ui/SideBarSegments/site-title]] [[$:/core/ui/SideBarSegments/site-subtitle]] [[$:/core/ui/SideBarSegments/page-controls]] [[$:/core/ui/SideBarSegments/search]] [[$:/core/ui/SideBarSegments/tabs]]"
        },
        "$:/tags/TiddlerInfo": {
            "title": "$:/tags/TiddlerInfo",
            "list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
            "text": ""
        },
        "$:/tags/TiddlerInfo/Advanced": {
            "title": "$:/tags/TiddlerInfo/Advanced",
            "list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
        },
        "$:/tags/ViewTemplate": {
            "title": "$:/tags/ViewTemplate",
            "list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
        },
        "$:/tags/ViewToolbar": {
            "title": "$:/tags/ViewToolbar",
            "list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
        },
        "$:/snippets/themeswitcher": {
            "title": "$:/snippets/themeswitcher",
            "text": "<$linkcatcher to=\"$:/theme\">\n<div class=\"tc-chooser\"><$list filter=\"[plugin-type[theme]sort[title]]\"><$set name=\"cls\" filter=\"[all[current]field:title{$:/theme}] [[$:/theme]!has[text]addsuffix[s/tiddlywiki/vanilla]field:title<currentTiddler>] +[limit[1]]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
        },
        "$:/core/wiki/title": {
            "title": "$:/core/wiki/title",
            "text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
        },
        "$:/view": {
            "title": "$:/view",
            "text": "classic"
        },
        "$:/snippets/viewswitcher": {
            "title": "$:/snippets/viewswitcher",
            "text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<$linkcatcher to=\"$:/view\">\n<div class=\"tc-chooser\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$set name=\"cls\" filter=\"[<storyview>prefix{$:/view}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link to=<<storyview>>>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/>\n</$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
        }
    }
}

[[FGMSC]]

yes

no

{
    "tiddlers": {
        "Bar Chart Creator": {
            "title": "Bar Chart Creator",
            "text": "\\define thisInnerShowCode() <$~ProgressBar\n\n\\define thisShowCode(code:ProgressBar)\n<pre>\n<<thisInnerShowCode>>\n    filters=<$text text='\"\"\"'/>{{$:/temp/InteractiveDemo!!filters}}<$text text='\"\"\"'/>\n    colors=<$text text='\"\"\"'/>{{$:/temp/InteractiveDemo!!colors}}<$text text='\"\"\"'/>\n    mode=<$text text='\"'/>{{$:/temp/InteractiveDemo!!mode}}<$text text='\"'/>\n    orientation=<$text text='\"'/>{{$:/temp/InteractiveDemo!!orientation}}<$text text='\"'/>\n    side=<$text text='\"'/>{{$:/temp/InteractiveDemo!!side}}<$text text='\"'/>\n    class=<$text text='\"'/>{{$:/temp/InteractiveDemo!!class}}<$text text='\"'/>\n    width=<$text text='\"'/>{{$:/temp/InteractiveDemo!!width}}<$text text='\"'/>\n    width-unit=<$text text='\"'/>{{$:/temp/InteractiveDemo!!width-unit}}<$text text='\"'/>\n    height=<$text text='\"'/>{{$:/temp/InteractiveDemo!!height}}<$text text='\"'/>\n    height-unit=<$text text='\"'/>{{$:/temp/InteractiveDemo!!height-unit}}<$text text='\"'/>\n    vertical=<$text text='\"'/>{{$:/temp/InteractiveDemo!!vertical}}<$text text='\"'/>\n    label=<$text text='\"'/>{{$:/temp/InteractiveDemo!!label}}<$text text='\"'/>\n/>\n</pre>\n\\end\n\nThis is both a demo of the sort of charts you can make using this plugin and a tool for creating charts without having to remember the syntax. Just select the options you want below and then copy the code into a tiddler where you want the chart.\n\n<table style='width:100%'>\n    <tr>\n        <th>\n            filters\n        </th>\n        <td\n            colspan=2\n        >\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='filters'\n                class='tc-edit-texteditor'\n            />\n        </td>\n    </tr>\n    <tr>\n        <th>\n            colors\n        </th>\n        <td\n            colspan=2\n        >\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='colors'\n                class='tc-edit-texteditor'\n            />\n        </td>\n    </tr>\n    <tr>\n        <th>\n            orientation\n        </th>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='orientation'\n                value='vertical'\n            >\n                vertical\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='orientation'\n                value='horizontal'\n            >\n                horizontal\n            </$radio>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            mode\n        </th>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='mode'\n                value='stacked'\n            >\n                stacked\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='mode'\n                value='bars'\n            >\n                bars\n            </$radio>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            side\n        </th>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='side'\n                value='left'\n            >\n                left\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='side'\n                value='right'\n            >\n                right\n            </$radio>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            vertical\n        </th>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='vertical'\n                value=top\n            >\n                top\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='vertical'\n                value='bottom'\n            >\n                bottom\n            </$radio>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            width\n        </th>\n        <td>\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='width'\n                class='tc-edit-texteditor'\n            />\n        </td>\n        <td>\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='width-unit'\n            >\n                <$list\n                    filter='% em px ex cm mm in pt pc ch rem vw vh vmin vmax'\n                >\n                    <option>\n                        <<currentTiddler>>\n                    </option>\n                </$list>\n            </$select>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            height\n        </th>\n        <td>\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='height'\n                class='tc-edit-texteditor'\n            />\n        </td>\n        <td>\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='height-unit'\n            >\n                <$list\n                    filter='% em px ex cm mm in pt pc ch rem vw vh vmin vmax'\n                >\n                    <option>\n                        <<currentTiddler>>\n                    </option>\n                </$list>\n            </$select>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            label\n        </th>\n        <td\n            colspan=2\n        >\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='label'\n            >\n                <option\n                    value=''\n                >\n                    //None//\n                </option>\n                <$list\n                    filter='% n nofm'\n                >\n                    <option>\n                        <<currentTiddler>>\n                    </option>\n                </$list>\n            </$select>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            class\n        </th>\n        <td\n            colspan=2\n        >\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='class'\n            >\n                <option\n                    value=''\n                >\n                    //Default//\n                </option>\n                <$list\n                    filter='progress-bar-vertical progress-bar-horizontal bar-chart-horizontal-left bar-chart-horizontal-right'\n                >\n                    <option>\n                        <<currentTiddler>>\n                    </option>\n                </$list>\n            </$select>\n        </td>\n    </tr>\n</table>\n\n\nCode:\n\n<<thisShowCode>>\n\n\n<$ProgressBar\n    filters={{$:/temp/InteractiveDemo!!filters}}\n    colors={{$:/temp/InteractiveDemo!!colors}}\n    mode={{$:/temp/InteractiveDemo!!mode}}\n    orientation={{$:/temp/InteractiveDemo!!orientation}}\n    side={{$:/temp/InteractiveDemo!!side}}\n    class={{$:/temp/InteractiveDemo!!class}}\n    width={{$:/temp/InteractiveDemo!!width}}\n    width-unit={{$:/temp/InteractiveDemo!!width-unit}}\n    height={{$:/temp/InteractiveDemo!!height}}\n    height-unit={{$:/temp/InteractiveDemo!!height-unit}}\n    vertical={{$:/temp/InteractiveDemo!!vertical}}\n    label={{$:/temp/InteractiveDemo!!label}}\n/>\n"
        },
        "$:/plugins/OokTech/BarChart/Acknowledgements": {
            "title": "$:/plugins/OokTech/BarChart/Acknowledgements",
            "text": " This plugin was created and is maintained by [[OokTech|$:/plugins/OokTech/OokTechInfo]].\n\n\n[[Tiddlywiki|http://TiddlyWiki.com]] was originally created by [[Jeremy Ruston|https://github.com/Jermolene/TiddlyWiki5]]. For general ~TiddlyWiki help see [[tiddlywiki.com|http://tiddlywiki.com]] or the [[google group|https://groups.google.com/forum/#!forum/tiddlywiki]].\n\nThank you to the general TiddlyWiki community for developing and maintaining the tiddlywiki core.\n"
        },
        "$:/plugins/OokTech/BarChart/License": {
            "title": "$:/plugins/OokTech/BarChart/License",
            "text": "BSD 3-Clause License\n\nCopyright (c) 2017, OokTech LLC\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n  contributors may be used to endorse or promote products derived from\n  this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
        },
        "$:/plugins/OokTech/OokTechInfo": {
            "title": "$:/plugins/OokTech/OokTechInfo",
            "text": "~OokTech is a small engineering company based in the USA with an international presence. We work on open software and hardware projects.\n\nWebsite: http://Ooktech.com<br>\n~GitHub: [[OokTech GitHub|https://github.com/OokTech]]\n"
        },
        "$:/pluginlibrary/OokTech/OokTechPlugins": {
            "title": "$:/pluginlibrary/OokTech/OokTechPlugins",
            "tags": "$:/tags/PluginLibrary",
            "url": "https://ooktech.com/TiddlyWiki/PluginLibrary",
            "text": "The plugin library for plugins developed and maintained by OokTech. See http://OokTech.com/TiddlyWiki for more information.\n"
        },
        "$:/plugins/OokTech/ProgressBar/ProgressBar.js": {
            "text": "/*\\\ntitle: $:/plugins/OokTech/ProgressBar/ProgressBar.js\ntype: application/javascript\nmodule-type: widget\n\nA widget that creates a progress bar with progress defined by filters.\n\nThe most basic usage takes two filters, one for finished and one for unfinished.\nThe total is defined as the total number of tiddlers returned by both filters\nThe progress is shown as the percentage of tiddlers from the finished filter in\ngreen, the remaining part of the bar is shown in red. Percentages are shown for\nboth finished and unfinished parts.\n\nBasic usage:\n\nTo make a progress bar that shows the a returned by [tag[task]!tag[done]] as\nunfinished and [task[done]tag[done]] and uses the default class just put\n\n<$ProgressBar/>\n\nto specify the filters used to determine the number of finished and unfinished tasks use:\n\n<$ProgressBar finished=<<finishedFilter>> unfinished=<<unfinishedFilter>>/>\n\nAdvanced usage:\n\nyou can give a comma separated list of filters, each filter represents one segment of the bar, the color list determines the colors for each segment. If there are more segments than colors than the color list is repeated. You can also give a css class that will be used instead of the default css:\n\n<$ProgressBar filters=\"comma separated list of filters\" colors=\"comma separated list of colors\" class=\"custom-class\"/>\n\n\\*/\n\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar widgets;\nvar container;\n\nvar ProgressBar = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nProgressBar.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nProgressBar.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar domNode = this.document.createElement(\"div\");\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nProgressBar.prototype.execute = function() {\n\t//Get widget attributes.\n\tthis.finishedFilter = this.getAttribute(\"finished\", '[tag[task]tag[done]]');\n\tthis.unfinishedFilter = this.getAttribute(\"unfinished\", '[tag[task]!tag[done]]');\n\tthis.filters = this.getAttribute(\"filters\");\n\tvar TotalWidth = this.getAttribute(\"width\",\"100\");\n\tvar TotalHeight = this.getAttribute(\"height\",\"1.5\");\n\tvar widthUnit = this.getAttribute(\"width-unit\", \"%\");\n\tvar heightUnit = this.getAttribute(\"height-unit\", \"em\");\n\tvar colors = this.getAttribute(\"colors\");\n\tvar barClass = this.getAttribute(\"class\");\n\tvar mode = this.getAttribute(\"mode\", \"stacked\");\n\tvar orientation = this.getAttribute(\"orientation\", \"horizontal\");\n\tvar side = this.getAttribute(\"side\", \"left\");\n\tvar vertical = this.getAttribute(\"vertical\", \"bottom\");\n\tvar label = this.getAttribute(\"label\", \"%\");\n\n\t//This updates the current state of the bar\n\tvar Total = this.GetBarState();\n\t//This saves the state so that refreshes work correctly\n\tthis.OldBarState = this.BarState;\n\n\t//Initialise colors\n\tvar colorList = ['ForestGreen','FireBrick','CadetBlue','Aquamarine'];\n\tvar thisColor = 'ForestGreen';\n\t//Get the list of colors, if any. If there isn't a color list given the\n\t//default defined above is used.\n\tif (colors) {\n\t\tcolorList = colors.split(\",\");\n\t}\n\n\tvar segments = this.BarState.split(\",\");\n\t//Build the html for making the progress bar\n\t//Outer div that sets the full height and width\n\tvar ProgressBarString = \"<div style='height:\" + TotalHeight + heightUnit + \";width:\" + TotalWidth + widthUnit + \";'>\";\n\t//Inner div that sets the classes\n\tProgressBarString += \"<div class='bar-chart \" + barClass;\n\tif (side === \"right\" && orientation !== \"vertical\") {\n\t\tProgressBarString += \" bars-right-align \";\n\t} else {\n\t\tProgressBarString += \" bars-left-align \";\n\t}\n\tif (vertical === \"bottom\") {\n\t\tProgressBarString += \" bars-bottom-align \";\n\t} else {\n\t\tProgressBarString += \" bars-top-align \";\n\t}\n\n\tProgressBarString += \"' style='width:inherit;height:inherit;'>\";\n\tvar displayLabel = \"&nbsp;\";\n\t//Add each segment/bar to the bar in order\n\tfor (var segment in segments) {\n\t\t//Create the label for the bar, if any\n\t\tif (label === \"%\") {\n\t\t\tdisplayLabel = Math.round(segments[segment]/Total*100) + '%';\n\t\t} else if (label === \"n\") {\n\t\t\tdisplayLabel = segments[segment];\n\t\t} else if (label === \"nofm\") {\n\t\t\tdisplayLabel = segments[segment] + \" of \" + Total;\n\t\t}\n\t\t//Bar Dimension is the height for horizontal thing and the width for vertical things (the non-data dimension)\n\t\tvar BarDimension = (mode === 'bars')?100/segments.length:100;\n\t\t//This is the largest value from the values for the bars.\n\t\tvar Maximum = (mode === \"bars\")?Math.max.apply(null, segments):Total;\n\t\t//Bar size is the height for vertical things and the width for horizontal things (the data dimension)\n\t\tvar BarSize = segments[segment]/Maximum*100;\n\t\tvar DataDimension = (orientation === 'vertical')?\"height\":\"width\";\n\t\tvar OtherDimension = (orientation === 'vertical')?\"width\":\"height\";\n\t\t//If the color list is shorter than the number of segments than the\n\t\t//list loops.\n\t\tthisColor = colorList[segment%colorList.length];\n\n\t\tvar PrefixString = \"\";\n\t\tvar SuffixString = \"\";\n\t\tvar displayPart = \"\";\n\t\tvar TextAlign = \"\";\n\n\t\tif (mode === 'bars') {\n\t\t\tif (orientation === 'vertical') {\n\t\t\t\tPrefixString = \"<div style='height:100%;width:\" + BarDimension + \"%;'>\";\n\t\t\t\tSuffixString = \"</div>\";\n\t\t\t\tdisplayPart = \"display:inline-block;\";\n\t\t\t\tTextAlign = \"text-align:center;\";\n\t\t\t} else {\n\t\t\t\tSuffixString = \"<br/>\";\n\t\t\t}\n\t\t} else {\n\t\t\tTextAlign = \"text-align:center\";\n\t\t}\n\n\t\t//If the segment is longer than 0 or in bar mode add the segment.\n\t\tif (segments[segment] > 0 || mode === 'bars') {\n\t\t\t//Create the next part of the bar\n\t\t\tProgressBarString += PrefixString + \"<div style='\" + DataDimension + \":\" + BarSize + \"%;\" + OtherDimension + \":\" + BarDimension + \"%;background-color:\" + thisColor + \";\" + displayPart + \";\" + TextAlign + \";'>\" + displayLabel + \"</div>\" + SuffixString;\n\t\t}\n\t}\n\t//Close the outer divs\n\tProgressBarString += \"</div></div>\";\n\n\t//This is the part that actually displays the bar in the wiki\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",ProgressBarString,{parseAsInline: false});\n\tvar parseTreeNodes = parser ? parser.tree : [];\n\tthis.makeChildWidgets(parseTreeNodes);\n\n};\n\n/*\nThis makes a value that can be checked against to see if the bar needs to be updates.\n*/\nProgressBar.prototype.GetBarState = function () {\n\tvar currentSegment = 0;\n\tvar Total = 0;\n\t//Get the list of filters, if the filters attribute is given it overrides\n\t//the finished and unfinished filters if they are given.\n\tvar filterList = [];\n\tif (this.filters) {\n\t\tfilterList = this.filters.split(\",\");\n\t} else {\n\t\tfilterList = [this.finishedFilter, this.unfinishedFilter];\n\t}\n\n\t//this.BarState is used to determine if the bar should be updated or not.\n\t//It is a string that will change if the bars apperance should change.\n\tthis.BarState = \"\";\n\t//Get the output from each filter\n\tfor (var filter in filterList) {\n\t\tcurrentSegment = this.wiki.filterTiddlers(filterList[filter]).length;\n\t\tTotal += currentSegment;\n\t\tif (this.BarState !== \"\") {\n\t\t\tthis.BarState += \",\";\n\t\t}\n\t\tthis.BarState += String(currentSegment);\n\t}\n\treturn Total;\n}\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nProgressBar.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t//This may be able to be more efficient, but I can't think of how at the moment.\n\tthis.GetBarState();\n\tif(Object.keys(changedAttributes).length || this.OldBarState !== this.BarState) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"ProgressBar\"] = ProgressBar;\n\n})();\n",
            "title": "$:/plugins/OokTech/ProgressBar/ProgressBar.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/OokTech/BarChart/readme": {
            "title": "$:/plugins/OokTech/BarChart/readme",
            "text": "This plugin adds the ~ProgressBar widget to ~TiddlyWiki.\n\nThis widget can be used to make progress bars to show a percentage finished/unfinished bar, or it can be used to show a stacked bar chart.\n\nMultiple widgets can be stacked to make a normal barchart as well, with one widget for each bar displayed.\n\nSimple Usage:\n\n`<$ProgressBar finished=<<FinishedFilter>> unfinished=<<UnfinishedFilter>>/>`\n\nAdvanced Usage:\n\n```\n<$ProgressBar\n    filters='[[Filter1]],[[Filter2]]'\n    colors='Color1,Color2'\n    mode=SomeMode\n    orientation='horizontal'\n    class='bar-class'\n    width=WidthValue\n    height=HeightValue\n    unit=WidthHeightUnit\n/>\n```\n\n|!Parameter |!Description |!Default Value |\n|!finished |A filter that lists all the things that are finished. If `filters` has a value this is ignored. |`[tag[task]tag[done]]` |\n|!unfinished |A filter that lists all the things that are not finished. If `filters` has a value this is ignored. |`[tag[task]!tag[done]]` |\n|!filters |A comma separated list of filters, each filter defines one section of the bar created. If this has a value than `finished` and `unfinished` are ignored. |No Default |\n|!colors |A comma separated list of css colors that defines the colors for each part of the bar. If there are fewer colors than sections of the bar than the colors loop. |`red, green` |\n|!mode |This sets if the bar is `stacked` or `sidebyside` |`stacked` |\n|!orientation |This sets if the bars are `horizontal` or `vertical` |`horizontal` |\n|!class |An optional css class. |`progress-bar` |\n|!width |The width of the full chart, used when orientation is `horizontal` |`100` |\n|!height |The height of the full chart, used when the orientation is `vertical` |`100` |\n|!unit |The css unit that the width and height are measured in. |`%` |\n\n\nLicense: [[BSD 3 Clause|$:/plugins/OokTech/BarChart/License]]\n\nCreator: [[OokTech|$:/plugins/OokTech/OokTechInfo]]\n\nSource: [[GitHub|https://https://github.com/OokTech/TW5-BarChart]]\n"
        },
        "$:/plugins/OokTech/BarChart/Styles": {
            "title": "$:/plugins/OokTech/BarChart/Styles",
            "tags": "$:/tags/Stylesheet",
            "text": ".progress-bar-horizontal {\n\n}\n\n.progress-bar-horizontal > div > div:first-child {\n    border-top-left-radius:4px;\n    border-bottom-left-radius:4px;\n}\n\n.progress-bar-horizontal > div > div:last-child {\n    border-top-right-radius:4px;\n    border-bottom-right-radius:4px;\n}\n\n.progress-bar-horizontal > div > div {\n    display:inline-block;\n    text-align:center;\n}\n\n.bar-chart-horizontal-left > div:nth-child(1n) {\n    border-top-right-radius:15%;\n    border-bottom-right-radius:15%;\n    display: inline-flex;\n    align-items: center;\n}\n\n.bar-chart-horizontal-right > div:nth-child(1n) {\n    border-top-left-radius:15%;\n    border-bottom-left-radius:15%;\n    display: inline-flex;\n    align-items: center;\n    justify-content: flex-end;\n}\n\n.progress-bar-vertical {\n\n}\n\n.progress-bar-vertical > div:first-child {\n    border-top-left-radius:4px;\n    border-top-right-radius:4px;\n}\n\n.progress-bar-vertical > div:last-child {\n    border-bottom-left-radius:4px;\n    border-bottom-right-radius:4px;\n}\n\n.bar-chart {\n\n}\n\n.bar-chart > div {\n    display:inline-block;\n}\n\n.bars-right-align {\n    text-align:right;\n}\n\n.bars-right-align > div > div {\n    margin-left:auto;\n    margin-right:0px;\n}\n\n.bars-top-align {\n    position: relative;\n    top:0px;\n    right:0px;\n}\n\n.bars-top-align > div > div {\n    position: absolute;\n    top: 0px;\n    text-align: center;\n}\n\n.bars-bottom-align {\n    position: relative;\n    top:0px;\n    right:0px;\n}\n\n.bars-bottom-align > div > div {\n    position: absolute;\n    bottom: 0px;\n    text-align: center;\n    vertical-align: bottom;\n}\n"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/OokTech/CategoryLists/CategoryLists": {
            "tags": "$:/tags/Macro",
            "title": "$:/plugins/OokTech/CategoryLists/CategoryLists",
            "true": "True",
            "task": "Task",
            "event": "Event",
            "text": "\\define OokTechCategoryListsMakeSubCategorySelect()\nSubcategory:\n<$select\n\ttiddler=\"\"\"$:/state/$(ListType)$List/SelectedSubCategory\"\"\"\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\tShow All\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(CurrentCategory)$/SubCategories]indexes[]]\"\"\"\n\t>\n\t\t<$set\n\t\t\tname=CurrentSubCategory\n\t\t\tvalue=<<currentTiddler>>\n\t\t>\n\t\t\t<option>\n\t\t\t\t<$view\n\t\t\t\t\tfield='title'\n\t\t\t\t/>\n\t\t\t</option>\n\t\t</$set>\n\t</$list>\n</$select>\n\\end\n\n\\define OokTechCategoryListsMakeSubSubCategorySelect()\n<$list\n\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(CurrentCategory)$/SubCategories]indexes[]]\"\"\"\n>\n\t<$list\n\t\tfilter=\"\"\"[[$:/state/$(ListType)$List/SelectedSubCategory]text<currentTiddler>limit[1]]\"\"\"\n\t>\n\t\tSubsubcategory:\n\t\t<$select\n\t\t\ttiddler=\"\"\"$:/state/$(ListType)$List/SelectedSubSubCategory\"\"\"\n\t\t>\n\t\t\t<option\n\t\t\t\tvalue=''\n\t\t\t>\n\t\t\t\tShow All\n\t\t\t</option>\n\t\t\t<$list\n\t\t\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(CurrentCategory)$/$(CurrentSubCategory)$/subsubcategories]indexes[]]\"\"\"\n\t\t\t>\n\t\t\t\t<$set\n\t\t\t\t\tname=CurrentSubSubCategory\n\t\t\t\t\tvalue=<<currentTiddler>>\n\t\t\t\t>\n\t\t\t\t\t<option>\n\t\t\t\t\t\t<$view\n\t\t\t\t\t\t\tfield='title'\n\t\t\t\t\t\t/>\n\t\t\t\t\t</option>\n\t\t\t\t</$set>\n\t\t\t</$list>\n\t\t</$select>\n\t</$list>\n</$list>\n\\end\n\n\\define OokTechCategoryListsSelectCategorySearch()\nTag:\n<$select\n\ttiddler=\"\"\"$:/state/$(ListType)$List/search/SelectedTag\"\"\"\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\tShow All\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[tag[$(Tag)$]!has[draft.of]tags[]sort[title]]-[[$(Tag)$]]-[[$(FinishedTag)$]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<$view\n\t\t\t\tfield='title'\n\t\t\t/>\n\t\t</option>\n\t</$list>\n</$select>\n\\end\n\n\\define OokTechCategoryListsSearchTag()\ntag{$:/state/$(ListType)$List/search/SelectedTag}\n\\end\n\n\\define OokTechCategoryListsExpandAllButton()\n<$button>\n\tExpand All\n\t<$list\n\t\tfilter=\"\"\"[prefix[$:/state/$(ListType)$List/ShowCategory/]!text[show]]\"\"\"\n\t>\n\t\t<$action-setfield\n\t\t\t$tiddler=<<currentTiddler>>\n\t\t\ttext=show\n\t\t/>\n\t</$list>\n</$button>\n\\end\n\n\\define OokTechCategoryListsCollapseAllButton()\n<$button>\n\tCollapse All\n\t<$list\n\t\tfilter=\"\"\"[prefix[$:/state/$(ListType)$List/ShowCategory/]text[show]]\"\"\"\n\t>\n\t\t<$action-setfield\n\t\t\t$tiddler=<<currentTiddler>>\n\t\t\ttext=hide\n\t\t/>\n\t</$list>\n</$button>\n\\end\n\n\\define OokTechCategoryListsMainBody()\n<$reveal\n\ttype='match'\n\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!true'\n\ttext=\"\"\"$(ShowSearch)$\"\"\"\n>\n\tSearch:\n\t<$edit-text\n\t\ttiddler=\"\"\"$:/temp/$(ListType)$List/Search\"\"\"\n\t\tfield='search_text'\n\t\tplaceholder='Title Search'\n\t\tclass='tc-edit-texteditor'\n\t/>\n\n\tCategory:\n\t<$select\n\t\ttiddler=\"\"\"$:/state/$(ListType)$List/SelectedCategory\"\"\"\n\t>\n\t\t<option\n\t\t\tvalue=''\n\t\t>\n\t\t\tShow All\n\t\t</option>\n\t\t<$list\n\t\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories]indexes[]]\"\"\"\n\t\t>\n\t\t\t<$set\n\t\t\t\tname=CurrentCategory\n\t\t\t\tvalue=<<currentTiddler>>\n\t\t\t>\n\t\t\t\t<option>\n\t\t\t\t\t<$view\n\t\t\t\t\t\tfield='title'\n\t\t\t\t\t/>\n\t\t\t\t</option>\n\t\t\t</$set>\n\t\t</$list>\n\t</$select>\n\t<br>\n\t<$set\n\t\tname=CurrentCategory\n\t\tvalue={{$:/state/$(ListType)$List/SelectedCategory}}\n\t>\n\t\t<$reveal\n\t\t\ttype='nomatch'\n\t\t\tstate=\"\"\"$:/state/$(ListType)$List/SelectedCategory\"\"\"\n\t\t\ttext=''\n\t\t>\n\t\t\t<<OokTechCategoryListsMakeSubCategorySelect>>\n\t\t</$reveal>\n\t\t<br>\n\t\t<$set\n\t\t\tname=CurrentSubCategory\n\t\t\tvalue={{$:/state/$(ListType)$List/SelectedSubCategory}}\n\t\t>\n\t\t\t<<OokTechCategoryListsMakeSubSubCategorySelect>>\n\t\t</$set>\n\t</$set>\n\t<br>\n\t<<OokTechCategoryListsSelectCategorySearch>>\n\n</$reveal>\n\n<<OokTechCategoryListsExpandAllButton>> <<OokTechCategoryListsCollapseAllButton>>\n\n<$reveal\n\ttype='match'\n\tstate=\"\"\"$:/state/$(ListType)$List/search/SelectedTag\"\"\"\n\ttext=''\n>\n\t<$reveal\n\t\ttype='match'\n\t\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!true'\n\t\ttext=\"\"\"$(ShowFinished)$\"\"\"\n\t>\n\t\t<<tabs \"[[$:/plugins/OokTech/CategoryLists/Unfinished Items]][[$:/plugins/OokTech/CategoryLists/Finished Items]]\">>\n\t</$reveal>\n\t<$reveal\n\t\ttype='nomatch'\n\t\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!true'\n\t\ttext=\"\"\"$(ShowFinished)$\"\"\"\n\t>\n\t\t<$transclude\n\t\t\ttiddler='$:/plugins/OokTech/CategoryLists/Unfinished Items'\n\t\t\tmode=block\n\t\t/>\n\t</$reveal>\n</$reveal>\n<$reveal\n\ttype='nomatch'\n\tstate=\"\"\"$:/state/$(ListType)$List/search/SelectedTag\"\"\"\n\ttext=''\n>\n\t<$set\n\t\tname=SearchTag\n\t\tvalue=<<OokTechCategoryListsSearchTag>>\n\t>\n\t\t<$reveal\n\t\t\ttype='match'\n\t\t\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!true'\n\t\t\ttext=\"\"\"$(ShowFinished)$\"\"\"\n\t\t>\n\t\t\t<<tabs \"[[$:/plugins/OokTech/CategoryLists/Unfinished Items]][[$:/plugins/OokTech/CategoryLists/Finished Items]]\">>\n\t\t</$reveal>\n\t\t<$reveal\n\t\t\ttype='nomatch'\n\t\t\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!true'\n\t\t\ttext=\"\"\"$(ShowFinished)$\"\"\"\n\t\t>\n\t\t\t<$transclude\n\t\t\t\ttiddler='$:/plugins/OokTech/CategoryLists/Unfinished Items'\n\t\t\t\tmode=block\n\t\t\t/>\n\t\t</$reveal>\n\t</$set>\n</$reveal>\n\\end\n\n\\define CategoryList(Tag:\"Task\" FinishedTag:\"Done\" ListType:\"Task\" ShowAddItem:\"True\" ShowSearch:\"True\" ShowFinished:\"True\")\n<$vars\n\tListType=\"\"\"$ListType$\"\"\"\n\tTag=\"\"\"$Tag$\"\"\"\n\tFinishedTag=\"\"\"$FinishedTag$\"\"\"\n\tShowSearch=\"\"\"$ShowSearch$\"\"\"\n\tShowFinished=\"\"\"$ShowFinished$\"\"\"\n>\n\t<$reveal\n\t\ttype='match'\n\t\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!true'\n\t\ttext=\"\"\"$ShowAddItem$\"\"\"\n\t>\n\t\t<$button\n\t\t\tpopup='$:/state/Items/MakeItemPopup'\n\t\t>\n\t\t\tNew $ListType$\n\t\t</$button>\n\t\t<$reveal\n\t\t\ttype='popup'\n\t\t\tstate='$:/state/Items/MakeItemPopup'\n\t\t>\n\t\t\t<div\n\t\t\t\tclass='tc-popup-keep'\n\t\t\t\tstyle='border:solid;border-color:grey;border-width:1px;background-color:white;width:80vw;padding:1em'\n\t\t\t>\n\t\t\t\t<$transclude\n\t\t\t\t\ttiddler='$:/plugins/OokTech/CategoryLists/Make Entry'\n\t\t\t\t\tmode=block\n\t\t\t\t/>\n\t\t\t</div>\n\t\t</$reveal>\n\t</$reveal>\n\n\t<<OokTechCategoryListsMainBody>>\n\n</$vars>\n\\end\n\n{{$:/plugins/inmysocks/CategoryLists/readme}}\n"
        },
        "$:/plugins/OokTech/CategoryLists/EditEntryTemplate": {
            "tags": "Templates",
            "title": "$:/plugins/OokTech/CategoryLists/EditEntryTemplate",
            "text": "\\define SelectSubcategory()\n<$select\n\ttiddler=<<currentTiddler>>\n\tfield='subcategory'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(ThisCategory)$/SubCategories]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<$view\n\t\t\t\ttiddler=<<currentTiddler>>\n\t\t\t\tfield=title\n\t\t\t/>\n\t\t</option>\n\t</$list>\n</$select>\n(<$button\n\tpopup=\"\"\"$:/state/Edit$(ListType)$/AddSubcategoryPopup\"\"\"\n>\n\tNew Subcategory\n</$button>)\n<$reveal\n\ttype=popup\n\tstate=\"\"\"$:/state/Edit$(ListType)$/AddSubcategoryPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t>\n\t\tSubcategory Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/temp/Edit$(ListType)$\"\"\"\n\t\t\tfield='new_subcategory_name'\n\t\t\tplaceholder='New Subcategory Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Subcategory\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListCategories/$(ThisCategory)$/SubCategories\"\"\"\n\t\t\t\t$index={{$:/temp/Edit$(ListType)$!!new_subcategory_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/temp/Edit$(ListType)$\"\"\"\n\t\t\t\t$field='new_subcategory_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n\\end\n\n\\define SelectSubSubCategory()\n<$select\n\ttiddler=<<currentTiddler>>\n\tfield='subsubcategory'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(ThisCategory)$/$(ThisSubCategory)$/subsubcategories]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<$view\n\t\t\t\ttiddler=<<currentTiddler>>\n\t\t\t\tfield=title\n\t\t\t/>\n\t\t</option>\n\t</$list>\n</$select>\n(<$button\n\tpopup=\"\"\"$:/state/Edit$(ListType)$/AddSubSubcategoryPopup\"\"\"\n>\n\tNew Subsubcategory\n</$button>)\n<$reveal\n\ttype=popup\n\tstate=\"\"\"$:/state/Edit$(ListType)$/AddSubSubcategoryPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t>\n\t\tSubsubcategory Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/state/Edit$(ListType)$\"\"\"\n\t\t\tfield='new_subsubcategory_name'\n\t\t\tplaceholder='New Subsubcategory Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Subcategory\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListCategories/$(ThisCategory)$/$(ThisSubCategory)$/subsubcategories\"\"\"\n\t\t\t\t$index={{$:/temp/Edit$(ListType)$!!new_subsubcategory_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/state/Edit$(ListType)$\"\"\"\n\t\t\t\t$field='new_subsubcategory_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n\\end\n\n\\define thisSelectSubCategoryAndSubSubCategory()\n<$reveal\n\ttype='nomatch'\n\tstate='!!category'\n\ttext=''\n>\n\t$(ListType)$ Subcategory:\n\t<<SelectSubcategory>>\n\t<br>\n\t<$reveal\n\t\ttype='nomatch'\n\t\tstate='!!subcategory'\n\t\ttext=''\n\t>\n\t\t$(ListType)$ Subsubcategory:\n\t\t<<SelectSubSubCategory>>\n\t</$reveal>\n</$reveal>\n\\end\n\n\\define thisMainBody()\n<div\n\tmode=block\n>\n\n$(ListType)$ Name: ''__<$view field='title'/>__''\n\n$(ListType)$ Category:\n<$select\n\ttiddler=<<currentTiddler>>\n\tfield='category'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<$view\n\t\t\t\ttiddler=<<currentTiddler>>\n\t\t\t\tfield=title\n\t\t\t/>\n\t\t</option>\n\t</$list>\n</$select>\n(<$button\n\tpopup=\"\"\"$:/state/Edit$(ListType)$/AddCategoryPopup\"\"\"\n>\n\tNew Category\n</$button>)\n<$reveal\n\ttype=popup\n\tstate=\"\"\"$:/state/Edit$(ListType)$/AddCategoryPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t\tstyle='position:absolute'\n\t>\n\t\tCategory Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/temp/Edit$(ListType)$\"\"\"\n\t\t\tfield='new_category_name'\n\t\t\tplaceholder='New Category Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Category\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListCategories\"\"\"\n\t\t\t\t$index={{$:/temp/Edit$(ListType)$!!new_category_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/temp/Edit$(ListType)$\"\"\"\n\t\t\t\t$field='new_category_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n<br>\n<$set\n\tname=ThisCategory\n\tvalue={{!!category}}\n>\n\t<$set\n\t\tname=ThisSubCategory\n\t\tvalue={{!!subcategory}}\n\t>\n\t\t<<thisSelectSubCategoryAndSubSubCategory>>\n\t</$set>\n</$set>\n\nShort Description:\n<$edit-text\n\tfield='description'\n\tclass='tc-edit-texteditor'\n\tplaceholder='Short Description'\n/>\n\nDetails:\n<$edit-text\n\tfield='text'\n\tclass='tc-edit-texteditor'\n\tplaceholder='Details'\n/>\n\n\nTags:\n\nAdd tag:\n<$select\n\ttiddler=\"\"\"$:/state/Edit$(ListType)$\"\"\"\n\tfield='selected_tag'\n>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListTags]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\n<$fieldmangler\n\ttiddler=<<currentTiddler>>\n>\n\t<$button>\n\t\tAdd Tag\n\t\t<$action-sendmessage\n\t\t\t$message='tm-add-tag'\n\t\t\t$param={{$:/state/Edit$(ListType)$!!selected_tag}}\n\t\t/>\n\t</$button>\n</$fieldmangler> (<$button popup=\"\"\"$:/state/Edit$(ListType)$/AddTagPopup\"\"\">New Tag</$button>)\n<$reveal\n\ttype='popup'\n\tstate=\"\"\"$:/state/Edit$(ListType)$/AddTagPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t>\n\t\tTag Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/temp/Edit$(ListType)$\"\"\"\n\t\t\tfield='new_tag_name'\n\t\t\tplaceholder='New Tag Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Tag\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListTags\"\"\"\n\t\t\t\t$index={{$:/temp/Edit$(ListType)$!!new_tag_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/temp/Edit$(ListType)$\"\"\"\n\t\t\t\t$field='new_tag_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n\nCurrent Tags:\n\n<$list\n\tfilter=\"\"\"[is[current]tags[]]-[[$(Tag)$]]-[[$(FinishedTag)$]]\"\"\"\n\tvariable=ThisTag\n>\n\t<$fieldmangler\n\t\ttiddler=<<currentTiddler>>\n\t>\n\t\t<<ThisTag>>\n\t\t<$button>\n\t\t\tRemove\n\t\t\t<$action-sendmessage\n\t\t\t\t$message='tm-remove-tag'\n\t\t\t\t$param=<<ThisTag>>\n\t\t\t/>\n\t\t</$button>\n\t</$fieldmangler>\n\t<br>\n</$list>\n</div>\n\\end\n\n<<thisMainBody>>\n"
        },
        "$:/plugins/OokTech/CategoryLists/Finished Items": {
            "caption": "Finished Items",
            "tags": "",
            "title": "$:/plugins/OokTech/CategoryLists/Finished Items",
            "text": "\\define thisListTemplate()\n<$reveal\n\ttype='match'\n\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!task'\n\ttext=\"\"\"$(ListType)$\"\"\"\n\ttag=tr\n>\n\t<td\n\t\tstyle=\"\"\"position:relative;width:5%;\"\"\"\n\t>\n\t\t<$button\n\t\t\tclass=\"\"\"tc-btn-invisible\"\"\"\n\t\t\tpopup=\"\"\"$:/state/popup/$(ListType)$list/$(CurrentEntry)$\"\"\"\n\t\t\ttooltip=\"\"\"$(ListType)$ Info\"\"\"\n\t\t>\n\t\t\t{{$:/core/images/info-button}}\n\t\t</$button>\n\t\t<<thisEntryPopup>>\n\t</td>\n\t<td\n\t\tstyle='width:5%;'\n\t>\n\t\t<$checkbox\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t\ttag=\"\"\"$(FinishedTag)$\"\"\"\n\t\t/>\n\t</td>\n\t<td\n\t\tstyle=\"\"\"width:50%\"\"\"\n\t>\n\t\t<$link\n\t\t\tto=<<CurrentEntry>>\n\t\t>\n\t\t\t<$view\n\t\t\t\ttiddler=<<CurrentEntry>>\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t</$link>\n\t</td>\n\t<td\n\t\tstyle=\"\"\"width:40%\"\"\"\n\t>\n\t\t<$view\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t\tfield=\"\"\"description\"\"\"\n\t\t/>\n\t</td>\n\t<td\n\t\tstyle='position:relative;'\n\t>\n\t\t<$button\n\t\t\tclass='tc-btn-invisible'\n\t\t\ttooltip=\"\"\"Edit $(ListType)$\"\"\"\n\t\t\tpopup=\"\"\"$:/state/Edit$(ListType)$/popup/$(CurrentEntry)$\"\"\"\n\t\t>\n\t\t\t{{$:/core/images/edit-button}}\n\t\t</$button>\n\t</td>\n\t<td\n\t\tstyle=\"\"\"text-align:right;width:10%\"\"\"\n\t>\n\t\t<$fieldmangler\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t>\n\t\t\t<$button\n\t\t\t\tclass='tc-btn-invisible'\n\t\t\t\ttooltip=\"\"\"Remove $(ListType)$\"\"\"\n\t\t\t>\n\t\t\t\t{{$:/core/images/cancel-button}}\n\t\t\t\t<$action-sendmessage\n\t\t\t\t\t$message=\"\"\"tm-remove-tag\"\"\"\n\t\t\t\t\t$param=\"\"\"$(Tag)$\"\"\"\n\t\t\t\t/>\n\t\t\t\t<$action-sendmessage\n\t\t\t\t\t$message=\"\"\"tm-remove-tag\"\"\"\n\t\t\t\t\t$param=\"\"\"$(FinishedTag)$\"\"\"\n\t\t\t\t/>\n\t\t\t</$button>\n\t\t</$fieldmangler>\n\t</td>\n</$reveal>\n<$reveal\n\ttype='match'\n\tstate='$:/plugins/OokTech/CategoryLists/CategoryLists!!event'\n\ttext=\"\"\"$(ListType)$\"\"\"\n\ttag=tr\n>\n\t<td\n\t\tstyle=\"\"\"position:relative;width:5%;\"\"\"\n\t>\n\t\t<$button\n\t\t\tclass=\"\"\"tc-btn-invisible\"\"\"\n\t\t\tpopup=\"\"\"$:/state/popup/$(ListType)$list/$(CurrentEntry)$\"\"\"\n\t\t\ttooltip=\"\"\"$(ListType)$ Info\"\"\"\n\t\t>\n\t\t\t{{$:/core/images/info-button}}\n\t\t</$button>\n\t\t<<thisEntryPopup>>\n\t</td>\n\t<td\n\t\tstyle='position:relative;'\n\t>\n\t\t<$button\n\t\t\tclass='tc-btn-invisible'\n\t\t\ttooltip=\"\"\"Edit $(ListType)$\"\"\"\n\t\t\tpopup=\"\"\"$:/state/Edit$(ListType)$/popup/$(CurrentEntry)$\"\"\"\n\t\t>\n\t\t\t{{$:/core/images/edit-button}}\n\t\t</$button>\n\t</td>\n\t<td\n\t\tstyle=\"\"\"width:50%\"\"\"\n\t>\n\t\t<$link\n\t\t\tto=<<CurrentEntry>>\n\t\t>\n\t\t\t<$view\n\t\t\t\ttiddler=<<CurrentEntry>>\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t</$link>\n\t</td>\n\t<td\n\t\tstyle=\"\"\"width:40%\"\"\"\n\t>\n\t\t<$view\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t\tfield=\"\"\"description\"\"\"\n\t\t/>\n\t</td>\n\t<td\n\t\tstyle=\"\"\"text-align:right;width:20%\"\"\"\n\t>\n\t\t<$view\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t\tfield='start_day'\n\t\t/>/<$view\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t\tfield='start_month'\n\t\t/>/<$view\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t\tfield='start_year'\n\t\t/>\n\t</td>\n</$reveal>\n<tr>\n\t<td\n\t\tcolspan=6\n\t\tstyle='position:relative;top:100%'\n\t>\n\t\t<$reveal\n\t\t\ttype='popup'\n\t\t\tstate=\"\"\"$:/state/Edit$(ListType)$/popup/$(CurrentEntry)$\"\"\"\n\t\t>\n\t\t\t<div\n\t\t\t\tclass='tc-popup-keep'\n\t\t\t\tstyle='border:solid;border-color:grey;border-width:1px;background-color:white;max-width:800px;padding:1em;width:95vw;top:1em;position:absolute;max-width:700px;top:-1em'\n\t\t\t>\n\n\t\t\t\t<$tiddler\n\t\t\t\t\ttiddler=<<CurrentEntry>>\n\t\t\t\t>\n\n\t\t\t\t\t<$transclude\n\t\t\t\t\t\ttiddler='$:/plugins/OokTech/CategoryLists/EditEntryTemplate'\n\t\t\t\t\t\tmode=block\n\t\t\t\t\t/>\n\n\t\t\t\t</$tiddler>\n\n\t\t\t</div>\n\t\t</$reveal>\n\t</td>\n</tr>\n\\end\n\n\\define thisEntryPopup()\n<$reveal\n\ttype=\"\"\"popup\"\"\"\n\tstate=\"\"\"$:/state/popup/$(ListType)$list/$(CurrentEntry)$\"\"\"\n>\n\t<div\n\t\tclass=\"\"\"tc-popup-keep tc-drop-down\"\"\"\n\t>\n\n\t\t<$transclude\n\t\t\ttiddler=<<CurrentEntry>>\n\t\t\tmode=block\n\t\t/>\n\n\t</div>\n</$reveal>\n\\end\n\n\\define thisMakeShowCategoryButton()\n<$list\n\tfilter=\"\"\"[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$]!text[show]]\"\"\"\n>\n\t<$button\n\t\tclass='tc-btn-invisible'\n\t\tstyle='width:100%;height:100%;'\n\t\tset=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$\"\"\"\n\t\tsetTo=show\n\t>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:left;position:absolute;'\n\t\t>\n\t\t\t{{$:/core/images/right-arrow}}\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;position:absolute;text-align:center;'\n\t\t>\n\t\t\t<$view\n\t\t\t\ttiddler=<<CurrentCategory>>\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:right;'\n\t\t>\n\t\t\t{{$:/core/images/left-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n<$list\n\tfilter=\"\"\"[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$]text[show]]\"\"\"\n>\n\t<$button\n\t\tclass='tc-btn-invisible'\n\t\tstyle='width:100%;height:100%;'\n\t\tset=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$\"\"\"\n\t\tsetTo=hide\n\t>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:left;position:absolute;'\n\t\t>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;position:absolute;text-align:center;'\n\t\t>\n\t\t\t<$view\n\t\t\t\ttiddler=<<CurrentCategory>>\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:right;'\n\t\t>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n\\end\n\n\\define thisMakeCurrentCategoryDisplayState()\n$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$\n\\end\n\n\\define thisMakeShowSubCategoryButton()\n<$list\n\tfilter=\"\"\"[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$]!text[show]]\"\"\"\n>\n\t<$button\n\t\tclass='tc-btn-invisible' style='width:100%;height:100%;position:relative;'\n\t\tset=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$\"\"\"\n\t\tsetTo=show\n\t>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:left;position:absolute'\n\t\t>\n\t\t\t{{$:/core/images/right-arrow}}\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:center;position:absolute'\n\t\t>\n\t\t\t<$view\n\t\t\t\ttiddler=\"\"\"$(CurrentCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/> : <$view\n\t\t\t\ttiddler=\"\"\"$(CurrentSubCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:right;position:relative;'\n\t\t>\n\t\t\t{{$:/core/images/left-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n<$list\n\tfilter=\"\"\"[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$]text[show]]\"\"\"\n>\n\t<$button\n\t\tclass='tc-btn-invisible'\n\t\tstyle='width:100%;height:100%;position:relative;'\n\t\tset=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$\"\"\"\n\t\tsetTo=hide\n\t>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:left;position:absolute;'\n\t\t>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:center;position:absolute;'\n\t\t>\n\t\t\t<$view\n\t\t\t\ttiddler=\"\"\"$(CurrentCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/> : <$view\n\t\t\t\ttiddler=\"\"\"$(CurrentSubCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t</div>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:right;position:relative;'\n\t\t>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n\\end\n\n\\define thisMakeCurrentSubCategoryDisplayState()\n$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$\n\\end\n\n\\define thisMakeShowSubSubCategoryButton()\n<$list\n\tfilter=\"\"\"[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$]!text[show]]\"\"\"\n>\n\t<$button\n\t\tclass='tc-btn-invisible'\n\t\tstyle='width:100%;height:100%;position:relative;background-color:beige;'\n\t\tset=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$\"\"\"\n\t\tsetTo=show\n\t>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:center;'\n\t\t>\n\t\t\t{{$:/core/images/right-arrow}}\n\t\t\t<$view\n\t\t\t\ttiddler=\"\"\"$(CurrentCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/> : <$view\n\t\t\t\ttiddler=\"\"\"$(CurrentSubCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/> :<$view\n\t\t\t\ttiddler=\"\"\"$(CurrentSubSubCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t\t{{$:/core/images/left-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n<$list\n\tfilter=\"\"\"[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$]text[show]]\"\"\"\n>\n\t<$button\n\t\tclass='tc-btn-invisible'\n\t\tstyle='width:100%;height:100%;position:relative;background-color:beige;'\n\t\tset=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$\"\"\"\n\t\tsetTo=hide\n\t>\n\t\t<div\n\t\t\tstyle='width:100%;text-align:center;'\n\t\t>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t\t<$view\n\t\t\t\ttiddler=\"\"\"$(CurrentCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/> : <$view\n\t\t\t\ttiddler=\"\"\"$(CurrentSubCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/> : <$view\n\t\t\t\ttiddler=\"\"\"$(CurrentSubSubCategory)$\"\"\"\n\t\t\t\tfield=\"\"\"title\"\"\"\n\t\t\t/>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n\\end\n\n\\define thisMakeCurrentSubSubCategoryDisplayState()\n$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$\n\\end\n\n\\define thisMakeTable()\n<table\n\tstyle=\"\"\"position:relative;width:100%\"\"\"\n>\n\t<$set\n\t\tname=CurrentCategory\n\t\tvalue='No Category'\n\t>\n\t\t<$list\n\t\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]!has[category]!has[draft.of]limit[1]]\"\"\"\n\t\t>\n\t\t\t<tr>\n\t\t\t\t<th\n\t\t\t\t\tcolspan=6\n\t\t\t\t\tstyle=\"\"\"background-color:grey\"\"\"\n\t\t\t\t>\n\t\t\t\t\t<<thisMakeShowCategoryButton>>\n\t\t\t\t</th>\n\t\t\t</tr>\n\t\t</$list>\n\t\t<$list\n\t\t\tfilter='[<thisMakeCurrentCategoryDisplayState>text[show]]'\n\t\t>\n\t\t\t<$list\n\t\t\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]!has[category]!has[draft.of]sort[title]]\"\"\"\n\t\t\t\tvariable=CurrentEntry\n\t\t\t>\n\t\t\t\t<<thisListTemplate>>\n\t\t\t</$list>\n\t\t</$list>\n\t</$set>\n\t<$list\n\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]has[category]each[category]get[category]!has[draft.of]sort[title]]\"\"\"\n\t\tvariable=\"\"\"CurrentCategory\"\"\"\n\t>\n\t\t<tr\n\t\t\tstyle='width:100%;'\n\t\t>\n\t\t\t<th\n\t\t\t\tcolspan=6\n\t\t\t\tstyle=\"\"\"background-color:grey\"\"\"\n\t\t\t>\n\t\t\t\t<<thisMakeShowCategoryButton>>\n\t\t\t</th>\n\t\t</tr>\n\t\t<$list\n\t\t\tfilter='[<thisMakeCurrentCategoryDisplayState>text[show]]'\n\t\t>\n\t\t\t<$list\n\t\t\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>!has[subcategory]!has[draft.of]sort[title]]\"\"\"\n\t\t\t\tvariable=CurrentEntry\n\t\t\t>\n\t\t\t\t<<thisListTemplate>>\n\t\t\t</$list>\n\t\t\t<$list\n\t\t\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>has[subcategory]each[subcategory]get[subcategory]!has[draft.of]sort[title]]\"\"\"\n\t\t\t\tvariable=\"\"\"CurrentSubCategory\"\"\"\n\t\t\t>\n\t\t\t\t<tr\n\t\t\t\t\tstyle='width:100%;position:relative;background-color:lightgrey'\n\t\t\t\t>\n\t\t\t\t\t<td\n\t\t\t\t\t\tcolspan=2\n\t\t\t\t\t\tstyle='width:10%'\n\t\t\t\t\t>\n\t\t\t\t\t</td>\n\t\t\t\t\t<th\n\t\t\t\t\t\tcolspan=2\n\t\t\t\t\t\tstyle=\"\"\"position:relative;width:80%;background-color:lightgrey\"\"\"\n\t\t\t\t\t>\n\t\t\t\t\t\t<<thisMakeShowSubCategoryButton>>\n\t\t\t\t\t</th>\n\t\t\t\t\t<td\n\t\t\t\t\t\tcolspan=2\n\t\t\t\t\t\tstyle='width:10%'\n\t\t\t\t\t>\n\t\t\t\t\t</td>\n\t\t\t\t</tr>\n\t\t\t\t<$list\n\t\t\t\t\tfilter='[<thisMakeCurrentSubCategoryDisplayState>text[show]]'\n\t\t\t\t>\n\t\t\t\t\t<$list\n\t\t\t\t\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]!has[subsubcategory]category<CurrentCategory>subcategory<CurrentSubCategory>!has[draft.of]sort[title]]\"\"\"\n\t\t\t\t\t\tvariable=CurrentEntry\n\t\t\t\t\t>\n\t\t\t\t\t\t<<thisListTemplate>>\n\t\t\t\t\t</$list>\n\t\t\t\t\t<$list\n\t\t\t\t\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>subcategory<CurrentSubCategory>has[subsubcategory]each[subsubcategory]get[subsubcategory]!has[draft.of]sort[title]]\"\"\"\n\t\t\t\t\t\tvariable=\"\"\"CurrentSubSubCategory\"\"\"\n\t\t\t\t\t>\n\t\t\t\t\t\t<tr\n\t\t\t\t\t\t\tstyle='width:100%;background-color:beige'\n\t\t\t\t\t\t>\n\t\t\t\t\t\t\t<td\n\t\t\t\t\t\t\t\tcolspan=2\n\t\t\t\t\t\t\t\tstyle='width:10%;'\n\t\t\t\t\t\t\t>\n\t\t\t\t\t\t\t</td>\n\t\t\t\t\t\t\t<th\n\t\t\t\t\t\t\t\tcolspan=2\n\t\t\t\t\t\t\t\tstyle=\"\"\"position:relative;width:80%;background-color:beige;\"\"\"\n\t\t\t\t\t\t\t>\n\t\t\t\t\t\t\t\t<<thisMakeShowSubSubCategoryButton>>\n\t\t\t\t\t\t\t</th>\n\t\t\t\t\t\t\t<td\n\t\t\t\t\t\t\t\tcolspan=2\n\t\t\t\t\t\t\t\tstyle='width:10%;'\n\t\t\t\t\t\t\t>\n\t\t\t\t\t\t\t</td>\n\t\t\t\t\t\t</tr>\n\t\t\t\t\t\t<$list\n\t\t\t\t\t\t\tfilter='[<thisMakeCurrentSubSubCategoryDisplayState>text[show]]'\n\t\t\t\t\t\t>\n\t\t\t\t\t\t\t<$list\n\t\t\t\t\t\t\t\tfilter=\"\"\"[tag[$(Tag)$]tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>subcategory<CurrentSubCategory>subsubcategory<CurrentSubSubCategory>!has[draft.of]sort[title]]\"\"\"\n\t\t\t\t\t\t\t\tvariable=CurrentEntry\n\t\t\t\t\t\t\t>\n\t\t\t\t\t\t\t\t<<thisListTemplate>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</$list>\n\t\t\t\t\t</$list>\n\t\t\t\t</$list>\n\t\t\t</$list>\n\t\t</$list>\n\t</$list>\n</table>\n\\end\n\n\\define thisMakeSelectedCategory()\ncategory[$(CurrentCategory)$]\n\\end\n\n\\define thisMakeSelectedSubCategory()\nsubcategory[$(CurrentSubCategory)$]\n\\end\n\n\\define thisMakeSelectedSubSubCategory()\nsubsubcategory[$(CurrentSubSubCategory)$]\n\\end\n\n\\define thisMainBody()\n<$vars\n\tRegExpSearch={{$:/temp/$(ListType)$List/Search!!search_text}}\n>\n\t<$list\n\t\tfilter=\"\"\"[[$:/state/$(ListType)$List/SelectedCategory]has[text]get[text]]\"\"\"\n\t\tvariable=CurrentCategory\n\t\temptyMessage=\"\"\"<<thisMakeTable>>\"\"\"\n\t>\n\t\t<$set\n\t\t\tname=SelectedCategory\n\t\t\tvalue=<<thisMakeSelectedCategory>>\n\t\t>\n\t\t\t<$list\n\t\t\t\tfilter=\"\"\"[[$:/state/$(ListType)$List/SelectedSubCategory]has[text]get[text]]\"\"\"\n\t\t\t\tvariable=CurrentSubCategory\n\t\t\t\temptyMessage=\"\"\"<<thisMakeTable>>\"\"\"\n\t\t\t>\n\t\t\t\t<$set\n\t\t\t\t\tname=SelectedSubCategory\n\t\t\t\t\tvalue=<<thisMakeSelectedSubCategory>>\n\t\t\t\t>\n\t\t\t\t\t<$list\n\t\t\t\t\t\tfilter=\"\"\"[[$:/state/$(ListType)$List/SelectedSubSubCategory]has[text]get[text]]\"\"\"\n\t\t\t\t\t\tvariable=CurrentSubSubCategory\n\t\t\t\t\t\temptyMessage=\"\"\"<<thisMakeTable>>\"\"\"\n\t\t\t\t\t>\n\t\t\t\t\t\t<$set\n\t\t\t\t\t\t\tname=SelectedSubSubCategory\n\t\t\t\t\t\t\tvalue=<<thisMakeSelectedSubSubCategory>>\n\t\t\t\t\t\t>\n\t\t\t\t\t\t\t<<thisMakeTable>>\n\t\t\t\t\t\t</$set>\n\t\t\t\t\t</$list>\n\t\t\t\t</$set>\n\t\t\t</$list>\n\t\t</$set>\n\t</$list>\n</$vars>\n\\end\n\n<<thisMainBody>>\n"
        },
        "$:/plugins/OokTech/CategoryLists/Make Entry": {
            "caption": "Make Entry",
            "tags": "",
            "title": "$:/plugins/OokTech/CategoryLists/Make Entry",
            "text": "\\define CreateEntryButton()\n<$fieldmangler\n\ttiddler={{$:/temp/Make$(ListType)$!!task_name}}\n>\n\t<$button>\n\t\tCreate $(ListType)$\n\t\t<$reveal\n\t\t\ttype='nomatch'\n\t\t\tstate=\"\"\"$:/temp/Make$(ListType)$!!category\"\"\"\n\t\t\ttext=''\n\t\t>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler={{$:/temp/Make$(ListType)$!!task_name}}\n\t\t\t\t$field=category\n\t\t\t\t$value={{$:/temp/Make$(ListType)$!!category}}\n\t\t\t/>\n\t\t\t<$list\n\t\t\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(ThisCategory)$/SubCategories]indexes[]]\"\"\"\n\t\t\t>\n\t\t\t\t<$list\n\t\t\t\t\tfilter=\"\"\"[[$:/temp/Make$(ListType)$]has[category]subcategory<currentTiddler>limit[1]]\"\"\"\n\t\t\t\t>\n\t\t\t\t\t<$action-setfield\n\t\t\t\t\t\t$tiddler={{$:/temp/Make$(ListType)$!!task_name}}\n\t\t\t\t\t\t$field=subcategory\n\t\t\t\t\t\t$value={{$:/temp/Make$(ListType)$!!subcategory}}\n\t\t\t\t\t/>\n\t\t\t\t\t<$list\n\t\t\t\t\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(ThisCategory)$/$(ThisSubCategory)$/subsubcategories]indexes[]]\"\"\"\n\t\t\t\t\t>\n\t\t\t\t\t\t<$list\n\t\t\t\t\t\t\tfilter=\"\"\"[[$:/temp/Make$(ListType)$]has[subsubcategory]subsubcategory<currentTiddler>limit[1]]\"\"\"\n\t\t\t\t\t\t>\n\t\t\t\t\t\t\t<$action-setfield\n\t\t\t\t\t\t\t\t$tiddler={{$:/temp/Make$(ListType)$!!task_name}}\n\t\t\t\t\t\t\t\t$field=subsubcategory\n\t\t\t\t\t\t\t\t$value={{$:/temp/Make$(ListType)$!!subsubcategory}}\n\t\t\t\t\t\t\t/>\n\t\t\t\t\t\t</$list>\n\t\t\t\t\t</$list>\n\t\t\t\t</$list>\n\t\t\t</$list>\n\t\t</$reveal>\n\t\t<$action-setfield\n\t\t\t$tiddler={{$:/temp/Make$(ListType)$!!task_name}}\n\t\t\tdescription={{$:/temp/Make$(ListType)$!!short_description}}\n\t\t\ttext={{$:/temp/Make$(ListType)$!!text}}\n\t\t\ttags={{$:/temp/Make$(ListType)$!!tags}}\n\t\t\tstart_day={{$:/temp/Make$(ListType)$!!start_day}}\n\t\t\tstart_month={{$:/temp/Make$(ListType)$!!start_month}}\n\t\t\tstart_year={{$:/temp/Make$(ListType)$!!start_year}}\n\t\t\tdue_day={{$:/temp/Make$(ListType)$!!due_day}}\n\t\t\tdue_month={{$:/temp/Make$(ListType)$!!due_month}}\n\t\t\tdue_year={{$:/temp/Make$(ListType)$!!due_year}}\n\t\t\tcreated_day=<<now 0DD>>\n\t\t\tcreated_month=<<now 0MM>>\n\t\t\tcreated_year=<<now YYYY>>\n\t\t/>\n\t\t<$action-sendmessage\n\t\t\t$message=tm-add-tag\n\t\t\t$param=\"\"\"$(Tag)$\"\"\"\n\t\t/>\n\t\t<$action-setfield\n\t\t\t$tiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\tshort_description=''\n\t\t\ttext=''\n\t\t\ttask_name=''\n\t\t\ttags=''\n\t\t/>\n\t</$button>\n</$fieldmangler>\n\\end\n\n\\define SelectSubcategory()\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='subcategory'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(ThisCategory)$/SubCategories]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<$view\n\t\t\t\ttiddler=<<currentTiddler>>\n\t\t\t\tfield=title\n\t\t\t/>\n\t\t</option>\n\t</$list>\n</$select>\n(<$button\n\tpopup=\"\"\"$:/state/Make$(ListType)$/AddSubcategoryPopup\"\"\"\n>\n\tNew Subcategory\n</$button>)\n<$reveal\n\ttype=popup\n\tstate=\"\"\"$:/state/Make$(ListType)$/AddSubcategoryPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t>\n\t\tSubcategory Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\tfield='new_subcategory_name'\n\t\t\tplaceholder='New Subcategory Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Subcategory\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListCategories/$(ThisCategory)$/SubCategories\"\"\"\n\t\t\t\t$index={{$:/temp/Make$(ListType)$!!new_subcategory_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\t\t$field='new_subcategory_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n\\end\n\n\\define SelectSubSubCategory()\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='subsubcategory'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(ThisCategory)$/$(ThisSubCategory)$/subsubcategories]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<$view\n\t\t\t\ttiddler=<<currentTiddler>>\n\t\t\t\tfield=title\n\t\t\t/>\n\t\t</option>\n\t</$list>\n</$select>\n(<$button\n\tpopup=\"\"\"$:/state/Make$(ListType)$/AddSubSubcategoryPopup\"\"\"\n>\n\tNew Subsubcategory\n</$button>)\n<$reveal\n\ttype=popup\n\tstate=\"\"\"$:/state/Make$(ListType)$/AddSubSubcategoryPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t>\n\t\tSubsubcategory Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\tfield='new_subsubcategory_name'\n\t\t\tplaceholder='New Subsubcategory Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Subsubcategory\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListCategories/$(ThisCategory)$/$(ThisSubCategory)$/subsubcategories\"\"\"\n\t\t\t\t$index={{$:/temp/Make$(ListType)$!!new_subsubcategory_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\t\t$field='new_subsubcategory_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n\\end\n\n\\define thisSelectSubCategoryAndSubSubCategory()\n<$reveal type='nomatch' state='$:/temp/Make$(ListType)$!!category' text=''>\n\t$(ListType)$ Subcategory:\n\t<<SelectSubcategory>>\n\t<br>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories/$(ThisCategory)$/SubCategories]indexes[]]\"\"\"\n\t>\n\t\t<$reveal\n\t\t\ttype='match'\n\t\t\tstate=\"\"\"$:/temp/Make$(ListType)$!!subcategory\"\"\"\n\t\t\ttext=<<currentTiddler>>\n\t\t>\n\t\t\t$(ListType)$ Subsubcategory:\n\t\t\t<<SelectSubSubCategory>>\n\t\t</$reveal>\n\t</$list>\n</$reveal>\n\\end\n\n\\define thisSetStartDate()\nDay:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='start_day'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter='1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31'\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\nMonth:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='start_month'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter='1 2 3 4 5 6 7 8 9 10 11 12'\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\nYear:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='start_year'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter='2015 2016 2017 2018 2019 2020'\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\n\\end\n\n\\define thisSetDueDate()\nDay:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='due_day'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter='1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31'\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\nMonth:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='due_month'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter='1 2 3 4 5 6 7 8 9 10 11 12'\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\nYear:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='due_year'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter='2015 2016 2017 2018 2019 2020'\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\n\\end\n\n\\define thisMainBody()\n$(ListType)$ Name:\n<$edit-text\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='task_name'\n\tclass='tc-edit-texteditor'\n\tplaceholder=\"\"\"$(ListType)$ Name\"\"\"\n/>\n\n$(ListType)$ Category:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='category'\n>\n\t<option\n\t\tvalue=''\n\t>\n\t\t--\n\t</option>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListCategories]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<$view\n\t\t\t\ttiddler=<<currentTiddler>>\n\t\t\t\tfield=title\n\t\t\t/>\n\t\t</option>\n\t</$list>\n</$select>\n(<$button\n\tpopup=\"\"\"$:/state/Make$(ListType)$/AddCategoryPopup\"\"\"\n>\n\tNew Category\n</$button>)\n<$reveal\n\ttype=popup\n\tstate=\"\"\"$:/state/Make$(ListType)$/AddCategoryPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t>\n\t\tCategory Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\tfield='new_category_name'\n\t\t\tplaceholder='New Category Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Category\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListCategories\"\"\"\n\t\t\t\t$index={{$:/temp/Make$(ListType)$!!new_category_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\t\t$field='new_category_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n<br>\n<$vars\n\tThisCategory={{$:/temp/Make$(ListType)$!!category}}\n\tThisSubCategory={{$:/temp/Make$(ListType)$!!subcategory}}\n>\n\t<<thisSelectSubCategoryAndSubSubCategory>>\n</$vars>\n\nShort Description:\n<$edit-text\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='short_description'\n\tclass='tc-edit-texteditor'\n\tplaceholder='Short Description'\n/>\n\nDetails:\n<$edit-text\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='text'\n\tclass='tc-edit-texteditor'\n\tplaceholder='Details'\n/>\n\nStart Date:<br>\n<<thisSetStartDate>>\n\nDue Date:<br>\n<<thisSetDueDate>>\n\nTags:\n\nAdd tag:\n<$select\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\tfield='selected_tag'\n>\n\t<$list\n\t\tfilter=\"\"\"[[$:/data/$(ListType)$ListTags]indexes[]]\"\"\"\n\t>\n\t\t<option>\n\t\t\t<<currentTiddler>>\n\t\t</option>\n\t</$list>\n</$select>\n<$fieldmangler\n\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n>\n\t<$button>\n\t\tAdd Tag\n\t\t<$action-sendmessage\n\t\t\t$message='tm-add-tag'\n\t\t\t$param={{$:/temp/Make$(ListType)$!!selected_tag}}\n\t\t/>\n\t</$button>\n</$fieldmangler> (<$button popup=\"\"\"$:/state/Make$(ListType)$/AddTagPopup\"\"\">New Tag</$button>)\n<$reveal\n\ttype='popup'\n\tstate=\"\"\"$:/state/Make$(ListType)$/AddTagPopup\"\"\"\n>\n\t<div\n\t\tclass='tc-drop-down tc-popup-keep'\n\t>\n\t\tTag Name:\n\t\t<$edit-text\n\t\t\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\tfield='new_tag_name'\n\t\t\tplaceholder='New Tag Name'\n\t\t/>\n\t\t<$button>\n\t\t\tCreate Tag\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/data/$(ListType)$ListTags\"\"\"\n\t\t\t\t$index={{$:/temp/Make$(ListType)$!!new_tag_name}}\n\t\t\t\t$value=1\n\t\t\t/>\n\t\t\t<$action-setfield\n\t\t\t\t$tiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t\t\t\t$field='new_tag_name'\n\t\t\t\t$value=''\n\t\t\t/>\n\t\t</$button>\n\t</div>\n</$reveal>\n\nCurrent Tags:\n\n<$list\n\tfilter=\"\"\"[[$:/temp/Make$(ListType)$]tags[]]\"\"\"\n>\n\t<$fieldmangler\n\t\ttiddler=\"\"\"$:/temp/Make$(ListType)$\"\"\"\n\t>\n\t\t<$view\n\t\t\tfield='title'\n\t\t/>\n\t\t<$button>\n\t\t\tRemove\n\t\t\t<$action-sendmessage\n\t\t\t\t$message='tm-remove-tag'\n\t\t\t\t$param=<<currentTiddler>>\n\t\t\t/>\n\t\t</$button>\n\t</$fieldmangler><br>\n</$list>\n\n<$vars\n\tThisCategory={{$:/temp/Make$(ListType)$!!category}}\n\tThisSubCategory={{$:/temp/Make$(ListType)$!!subcategory}}\n>\n\t<$list\n\t\tfilter='[{$:/temp/Make$(ListType)$!!task_name}has[title]]'\n\t\temptyMessage=<<CreateEntryButton>>\n\t>\n\t\t''Your task has the same name as another tiddler, change the task name. You can edit tasks using the [[task editor]]''\n\t</$list>\n</$vars>\n\\end\n\n<<thisMainBody>>\n"
        },
        "$:/plugins/OokTech/CategoryLists/Acknowledgements": {
            "title": "$:/plugins/OokTech/CategoryLists/Acknowledgements",
            "text": " This plugin was created and is maintained by [[OokTech|$:/plugins/OokTech/OokTechInfo]].\n\n\n[[Tiddlywiki|http://TiddlyWiki.com]] was originally created by [[Jeremy Ruston|https://github.com/Jermolene/TiddlyWiki5]]. For general ~TiddlyWiki help see [[tiddlywiki.com|http://tiddlywiki.com]] or the [[google group|https://groups.google.com/forum/#!forum/tiddlywiki]].\n\nThank you to the general TiddlyWiki community for developing and maintaining the tiddlywiki core.\n"
        },
        "$:/plugins/OokTech/CategoryLists/License": {
            "title": "$:/plugins/OokTech/CategoryLists/License",
            "text": "BSD 3-Clause License\n\nCopyright (c) 2017, OokTech LLC\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n  contributors may be used to endorse or promote products derived from\n  this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
        },
        "$:/plugins/OokTech/OokTechInfo": {
            "title": "$:/plugins/OokTech/OokTechInfo",
            "text": "~OokTech is a small engineering company based in the USA with an international presence. We work on open software and hardware projects.\n\nWebsite: http://Ooktech.com<br>\n~GitHub: [[OokTech GitHub|https://github.com/OokTech]]\n"
        },
        "$:/pluginlibrary/OokTech/OokTechPlugins": {
            "title": "$:/pluginlibrary/OokTech/OokTechPlugins",
            "tags": "$:/tags/PluginLibrary",
            "url": "https://ooktech.com/TiddlyWiki/PluginLibrary",
            "text": "The plugin library for plugins developed and maintained by OokTech. See http://OokTech.com/TiddlyWiki for more information.\n"
        },
        "$:/plugins/OokTech/CategoryLists/Unfinished Items": {
            "caption": "Unfinished Items",
            "tags": "",
            "title": "$:/plugins/OokTech/CategoryLists/Unfinished Items",
            "text": "\\define thisListTemplate()\n<$reveal type='match' state='$:/plugins/OokTech/CategoryLists/CategoryLists!!task' text=$(ListType)$ tag=tr>\n\t<td style=\"\"\"position:relative;width:5%;\"\"\">\n\t\t<$button class=\"\"\"tc-btn-invisible\"\"\" popup=\"\"\"$:/state/popup/$(ListType)$list/$(CurrentEntry)$\"\"\" tooltip='$(ListType)$ Info'>{{$:/core/images/info-button}}\n\t\t</$button>\n\t\t<<thisEntryPopup>>\n\t</td>\n\t<td style='width:5%;'>\n\t\t<$checkbox tiddler=<<CurrentEntry>> tag=\"\"\"$(FinishedTag)$\"\"\"/>\n\t</td>\n\t<td style=\"\"\"width:50%\"\"\">\n\t\t<$link to=<<CurrentEntry>>>\n\t\t\t<$view tiddler=<<CurrentEntry>> field=\"\"\"title\"\"\"/>\n\t\t</$link>\n\t</td>\n\t<td style=\"\"\"width:40%\"\"\">\n\t\t<$view tiddler=<<CurrentEntry>> field=\"\"\"description\"\"\"/>\n\t</td>\n\t<td style='position:relative;'>\n\t\t<$button class='tc-btn-invisible' tooltip='Edit $(ListType)$' popup=\"\"\"$:/state/Edit$(ListType)$/popup/$(CurrentEntry)$\"\"\">\n\t\t\t{{$:/core/images/edit-button}}\n\t\t</$button>\n\t</td>\n\t<td style=\"\"\"text-align:right;width:10%\"\"\">\n\t\t<$fieldmangler tiddler=<<CurrentEntry>>>\n\t\t\t<$button class='tc-btn-invisible' tooltip='Remove $(ListType)$'>{{$:/core/images/cancel-button}}\n\t\t\t\t<$action-sendmessage $message=\"\"\"tm-remove-tag\"\"\" $param=\"\"\"$(Tag)$\"\"\"/>\n\t\t\t\t<$action-sendmessage $message=\"\"\"tm-remove-tag\"\"\" $param=\"\"\"$(FinishedTag)$\"\"\"/>\n\t\t\t</$button>\n\t\t</$fieldmangler>\n\t</td>\n</$reveal>\n<$reveal type='match' state='$:/plugins/OokTech/CategoryLists/CategoryLists!!event' text=$(ListType)$ tag=tr>\n\t<td style=\"\"\"position:relative;width:5%;\"\"\">\n\t\t<$button class=\"\"\"tc-btn-invisible\"\"\" popup=\"\"\"$:/state/popup/$(ListType)$list/$(CurrentEntry)$\"\"\" tooltip='$(ListType)$ Info'>{{$:/core/images/info-button}}\n\t\t</$button>\n\t\t<<thisEntryPopup>>\n\t</td>\n\t<td style='position:relative;'>\n\t\t<$button class='tc-btn-invisible' tooltip='Edit $(ListType)$' popup=\"\"\"$:/state/Edit$(ListType)$/popup/$(CurrentEntry)$\"\"\">\n\t\t\t{{$:/core/images/edit-button}}\n\t\t</$button>\n\t</td>\n\t<td style=\"\"\"width:50%\"\"\">\n\t\t<$link to=<<CurrentEntry>>>\n\t\t\t<$view tiddler=<<CurrentEntry>> field=\"\"\"title\"\"\"/>\n\t\t</$link>\n\t</td>\n\t<td style=\"\"\"width:40%\"\"\">\n\t\t<$view tiddler=<<CurrentEntry>> field=\"\"\"description\"\"\"/>\n\t</td>\n\t<td style=\"\"\"text-align:right;width:20%\"\"\">\n\t\t<$view tiddler=<<CurrentEntry>> field='start_day'/>/<$view tiddler=<<CurrentEntry>> field='start_month'/>/<$view tiddler=<<CurrentEntry>> field='start_year'/>\n\t</td>\n</$reveal>\n<tr>\n\t<td colspan=6 style='position:relative;top:100%'>\n\t\t<$reveal type='popup' state=\"\"\"$:/state/Edit$(ListType)$/popup/$(CurrentEntry)$\"\"\">\n\t\t\t<div class='tc-popup-keep' style='border:solid;border-color:grey;border-width:1px;background-color:white;max-width:800px;padding:1em;width:95vw;top:1em;position:absolute;max-width:700px;top:-1em'>\n\n\t\t\t\t<$tiddler tiddler=<<CurrentEntry>>>\n\n\t\t\t\t\t<$transclude tiddler='$:/plugins/OokTech/CategoryLists/EditEntryTemplate' mode=block/>\n\n\t\t\t\t</$tiddler>\n\n\t\t\t</div>\n\t\t</$reveal>\n\t</td>\n</tr>\n\\end\n\n\\define thisEntryPopup()\n<$reveal type=\"\"\"popup\"\"\" state=\"\"\"$:/state/popup/$(ListType)$list/$(CurrentEntry)$\"\"\">\n\t<div class=\"\"\"tc-popup-keep tc-drop-down\"\"\">\n\n\t\t<$transclude tiddler=<<CurrentEntry>> mode=block/>\n\n\t</div>\n</$reveal>\n\\end\n\n\\define thisMakeShowCategoryButton()\n<$list filter='[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$]!text[show]]'>\n\t<$button class='tc-btn-invisible' style='width:100%;height:100%;' set=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$\"\"\" setTo=show>\n\t\t<div style='width:100%;text-align:left;position:absolute;'>\n\t\t\t{{$:/core/images/right-arrow}}\n\t\t</div>\n\t\t<div style='width:100%;position:absolute;text-align:center;'>\n\t\t\t<$view tiddler=<<CurrentCategory>> field=\"\"\"title\"\"\"/>\n\t\t</div>\n\t\t<div style='width:100%;text-align:right;'>\n\t\t\t{{$:/core/images/left-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n<$list filter='[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$]text[show]]'>\n\t<$button class='tc-btn-invisible' style='width:100%;height:100%;' set=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$\"\"\" setTo=hide>\n\t\t<div style='width:100%;text-align:left;position:absolute;'>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t\t<div style='width:100%;position:absolute;text-align:center;'>\n\t\t\t<$view tiddler=<<CurrentCategory>> field=\"\"\"title\"\"\"/>\n\t\t</div>\n\t\t<div style='width:100%;text-align:right;'>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n\\end\n\n\\define thisMakeCurrentCategoryDisplayState()\n$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$\n\\end\n\n\\define thisMakeShowSubCategoryButton()\n<$list filter='[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$]!text[show]]'>\n\t<$button class='tc-btn-invisible' style='width:100%;height:100%;position:relative;' set=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$\"\"\" setTo=show>\n\t\t<div style='width:100%;text-align:left;position:absolute'>\n\t\t\t{{$:/core/images/right-arrow}}\n\t\t</div>\n\t\t<div style='width:100%;text-align:center;position:absolute'>\n\t\t\t<$view tiddler=\"\"\"$(CurrentCategory)$\"\"\" field=\"\"\"title\"\"\"/> : <$view tiddler=\"\"\"$(CurrentSubCategory)$\"\"\" field=\"\"\"title\"\"\"/>\n\t\t</div>\n\t\t<div style='width:100%;text-align:right;position:relative;'>\n\t\t\t{{$:/core/images/left-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n<$list filter='[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$]text[show]]'>\n\t<$button class='tc-btn-invisible' style='width:100%;height:100%;position:relative;' set=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$\"\"\" setTo=hide>\n\t\t<div style='width:100%;text-align:left;position:absolute;'>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t\t<div style='width:100%;text-align:center;position:absolute;'>\n\t\t\t<$view tiddler=\"\"\"$(CurrentCategory)$\"\"\" field=\"\"\"title\"\"\"/> : <$view tiddler=\"\"\"$(CurrentSubCategory)$\"\"\" field=\"\"\"title\"\"\"/>\n\t\t</div>\n\t\t<div style='width:100%;text-align:right;position:relative;'>\n\t\t\t{{$:/core/images/down-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n\\end\n\n\\define thisMakeCurrentSubCategoryDisplayState()\n$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$\n\\end\n\n\\define thisMakeShowSubSubCategoryButton()\n<$list filter='[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$]!text[show]]'>\n\t<$button class='tc-btn-invisible' style='width:100%;height:100%;position:relative;background-color:beige;' set=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$\"\"\" setTo=show>\n\t\t<div style='width:100%;text-align:center;'>\n\t\t\t{{$:/core/images/right-arrow}} <$view tiddler=\"\"\"$(CurrentCategory)$\"\"\" field=\"\"\"title\"\"\"/> : <$view tiddler=\"\"\"$(CurrentSubCategory)$\"\"\" field=\"\"\"title\"\"\"/> :<$view tiddler=\"\"\"$(CurrentSubSubCategory)$\"\"\" field=\"\"\"title\"\"\"/> {{$:/core/images/left-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n<$list filter='[[$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$]text[show]]'>\n\t<$button class='tc-btn-invisible' style='width:100%;height:100%;position:relative;background-color:beige;' set=\"\"\"$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$\"\"\" setTo=hide>\n\t\t<div style='width:100%;text-align:center;'>\n\t\t\t{{$:/core/images/down-arrow}} <$view tiddler=\"\"\"$(CurrentCategory)$\"\"\" field=\"\"\"title\"\"\"/> : <$view tiddler=\"\"\"$(CurrentSubCategory)$\"\"\" field=\"\"\"title\"\"\"/> : <$view tiddler=\"\"\"$(CurrentSubSubCategory)$\"\"\" field=\"\"\"title\"\"\"/> {{$:/core/images/down-arrow}}\n\t\t</div>\n\t</$button>\n</$list>\n\\end\n\n\\define thisMakeCurrentSubSubCategoryDisplayState()\n$:/state/$(ListType)$List/ShowCategory/$(CurrentCategory)$/$(CurrentSubCategory)$/$(CurrentSubSubCategory)$\n\\end\n\n\\define thisMakeTable()\n<table style=\"\"\"position:relative;width:100%\"\"\">\n\t<$set name=CurrentCategory value='No Category'>\n\t\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]!has[category]!has[draft.of]limit[1]]\"\"\">\n\t\t\t<tr>\n\t\t\t\t<th colspan=6 style=\"\"\"background-color:grey\"\"\">\n\t\t\t\t\t<<thisMakeShowCategoryButton>>\n\t\t\t\t</th>\n\t\t\t</tr>\n\t\t</$list>\n\t\t<$list filter='[<thisMakeCurrentCategoryDisplayState>text[show]]'>\n\t\t\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]!has[category]!has[draft.of]sort[title]]\"\"\"  variable=CurrentEntry>\n\t\t\t\t<<thisListTemplate>>\n\t\t\t</$list>\n\t\t</$list>\n\t</$set>\n\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]has[category]each[category]get[category]!has[draft.of]sort[title]]\"\"\" variable=\"\"\"CurrentCategory\"\"\">\n\t\t<tr style='width:100%;'>\n\t\t\t<th colspan=6 style=\"\"\"background-color:grey\"\"\">\n\t\t\t\t<<thisMakeShowCategoryButton>>\n\t\t\t</th>\n\t\t</tr>\n\t\t<$list filter='[<thisMakeCurrentCategoryDisplayState>text[show]]'>\n\t\t\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>!has[subcategory]!has[draft.of]sort[title]]\"\"\" variable=CurrentEntry>\n\t\t\t\t<<thisListTemplate>>\n\t\t\t</$list>\n\t\t\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>has[subcategory]each[subcategory]get[subcategory]!has[draft.of]sort[title]]\"\"\" variable=\"\"\"CurrentSubCategory\"\"\">\n\t\t\t\t<tr style='width:100%;position:relative;background-color:lightgrey'>\n\t\t\t\t\t<td colspan=2 style='width:10%'>\n\t\t\t\t\t</td>\n\t\t\t\t\t<th colspan=2 style=\"\"\"position:relative;width:80%;background-color:lightgrey\"\"\">\n\t\t\t\t\t\t<<thisMakeShowSubCategoryButton>>\n\t\t\t\t\t</th>\n\t\t\t\t\t<td colspan=2 style='width:10%'>\n\t\t\t\t\t</td>\n\t\t\t\t</tr>\n\t\t\t\t<$list filter='[<thisMakeCurrentSubCategoryDisplayState>text[show]]'>\n\t\t\t\t\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]!has[subsubcategory]category<CurrentCategory>subcategory<CurrentSubCategory>!has[draft.of]sort[title]]\"\"\" variable=CurrentEntry>\n\t\t\t\t\t\t<<thisListTemplate>>\n\t\t\t\t\t</$list>\n\t\t\t\t\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>subcategory<CurrentSubCategory>has[subsubcategory]each[subsubcategory]get[subsubcategory]!has[draft.of]sort[title]]\"\"\" variable=\"\"\"CurrentSubSubCategory\"\"\">\n\t\t\t\t\t\t<tr style='width:100%;background-color:beige'>\n\t\t\t\t\t\t\t<td colspan=2 style='width:10%;'>\n\t\t\t\t\t\t\t</td>\n\t\t\t\t\t\t\t<th colspan=2 style=\"\"\"position:relative;width:80%;background-color:beige;\"\"\">\n\t\t\t\t\t\t\t\t<<thisMakeShowSubSubCategoryButton>>\n\t\t\t\t\t\t\t</th>\n\t\t\t\t\t\t\t<td colspan=2 style='width:10%;'>\n\t\t\t\t\t\t\t</td>\n\t\t\t\t\t\t</tr>\n\t\t\t\t\t\t<$list filter='[<thisMakeCurrentSubSubCategoryDisplayState>text[show]]'>\n\t\t\t\t\t\t\t<$list filter=\"\"\"[tag[$(Tag)$]!tag[$(FinishedTag)$]$(SearchTag)$$(SelectedCategory)$$(SelectedSubCategory)$$(SelectedSubSubCategory)$regexp[(?i)$(RegExpSearch)$]category<CurrentCategory>subcategory<CurrentSubCategory>subsubcategory<CurrentSubSubCategory>!has[draft.of]sort[title]]\"\"\" variable=CurrentEntry>\n\t\t\t\t\t\t\t\t<<thisListTemplate>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</$list>\n\t\t\t\t\t</$list>\n\t\t\t\t</$list>\n\t\t\t</$list>\n\t\t</$list>\n\t</$list>\n</table>\n\\end\n\n\\define thisMakeSelectedCategory()\ncategory[$(CurrentCategory)$]\n\\end\n\n\\define thisMakeSelectedSubCategory()\nsubcategory[$(CurrentSubCategory)$]\n\\end\n\n\\define thisMakeSelectedSubSubCategory()\nsubsubcategory[$(CurrentSubSubCategory)$]\n\\end\n\n\\define thisMainBody()\n<$set name=RegExpSearch value={{$:/temp/$(ListType)$List/Search!!search_text}}>\n\t<!-- Category Selected -->\n\t<$reveal type='nomatch' state='$:/state/$(ListType)$List/SelectedCategory' text=''>\n\t\t<!-- Subcategory Selected -->\n\t\t<$reveal type='nomatch' state='$:/state/$(ListType)$List/SelectedSubCategory' text=''>\n\t\t\t<!-- Subsubcategory Selected -->\n\t\t\t<$reveal type='nomatch' state='$:/state/$(ListType)$List/SelectedSubSubCategory' text=''>\n\t\t\t\t<$set name=CurrentCategory value={{$:/state/$(ListType)$List/SelectedCategory}}>\n\t\t\t\t\t<$set name=SelectedCategory value=<<thisMakeSelectedCategory>>>\n\t\t\t\t\t\t<$set name=CurrentSubCategory value={{$:/state/$(ListType)$List/SelectedSubCategory}}>\n\t\t\t\t\t\t\t<$set name=SelectedSubCategory value=<<thisMakeSelectedSubCategory>>>\n\t\t\t\t\t\t\t\t<$set name=CurrentSubSubCategory value={{$:/state/$(ListType)$List/SelectedSubSubCategory}}>\n\t\t\t\t\t\t\t\t\t<$set name=SelectedSubSubCategory value=<<thisMakeSelectedSubSubCategory>>>\n\t\t\t\t\t\t\t\t\t\t<<thisMakeTable>>\n\t\t\t\t\t\t\t\t\t</$set>\n\t\t\t\t\t\t\t\t</$set>\n\t\t\t\t\t\t\t</$set>\n\t\t\t\t\t\t</$set>\n\t\t\t\t\t</$set>\n\t\t\t\t</$set>\n\t\t\t</$reveal>\n\t\t\t<!-- No Subsubcategory Selected -->\n\t\t\t<$reveal type='match' state='$:/state/$(ListType)$List/SelectedSubSubCategory' text=''>\n\t\t\t\t<$set name=CurrentCategory value={{$:/state/$(ListType)$List/SelectedCategory}}>\n\t\t\t\t\t<$set name=SelectedCategory value=<<thisMakeSelectedCategory>>>\n\t\t\t\t\t\t<$set name=CurrentSubCategory value={{$:/state/$(ListType)$List/SelectedSubCategory}}>\n\t\t\t\t\t\t\t<$set name=SelectedSubCategory value=<<thisMakeSelectedSubCategory>>>\n\t\t\t\t\t\t\t\t<<thisMakeTable>>\n\t\t\t\t\t\t\t</$set>\n\t\t\t\t\t\t</$set>\n\t\t\t\t\t</$set>\n\t\t\t\t</$set>\n\t\t\t</$reveal>\n\t\t</$reveal>\n\t\t<!-- No Subcategory Selected -->\n\t\t<$reveal type='match' state='$:/state/$(ListType)$List/SelectedSubCategory' text=''>\n\t\t\t<$set name=CurrentCategory value={{$:/state/$(ListType)$List/SelectedCategory}}>\n\t\t\t\t<$set name=SelectedCategory value=<<thisMakeSelectedCategory>>>\n\t\t\t\t\t<<thisMakeTable>>\n\t\t\t\t</$set>\n\t\t\t</$set>\n\t\t</$reveal>\n\t</$reveal>\n\t<!-- No Selected Category -->\n\t<$reveal type='match' state='$:/state/$(ListType)$List/SelectedCategory' text=''>\n\t\t<<thisMakeTable>>\n\t</$reveal>\n</$set>\n\\end\n\n<<thisMainBody>>\n"
        },
        "$:/plugins/OokTech/CategoryLists/readme": {
            "title": "$:/plugins/OokTech/CategoryLists/readme",
            "text": "This plugin is in the OokTech plugin library, you can add the library to your wiki by importing [[$:/pluginlibrary/OokTech/OokTechPlugins]] and then install the plugin using the `get more plugins` button in the $:/ControlPanel you can also import this plugin directly by importing the plugin tiddler [[$:/plugins/Ooktech/CategoryLists]]\n\ngithub: https://github.com/OokTech/TW5-CategoryLists\n\nAt the moment this is presented as a task list, but it can be used for other things. I am currently using it as an [[issue tracker and change log|http://inmysocks.tiddlyspot.com/#Change%20Log]] for the work I do with TiddlyWiki.\n\n__Description:__\n\nA list split into categories. You can see an example [[here|http://inmysocks.tiddlyspot.com/#Change%20Log]]. Clicking on a section title collapses that section, clicking on the {{$:/core/images/info-button}} icon gives information about the task, the checkbox marks the task as finished, the {{$:/core/images/edit-button}} lets you edit a task and the {{$:/core/images/cancel-button}} removes the task from the list, if you are using a task list.\n\n__Features:__\n\n*multiple independent lists are possibly by changing the `Tag` and `FinishedTag` parameters\n*task list or event list\n*collapsible categories\n*collapse all/expand all\n*searchable by title\n*searchable by category\n*searchable by tag\n*task creation interface\n*remove old entries (this just removes the tags that label it for the list, it doesn't delete the tiddler)\n*start dates\n*due dates*\n*task creation date*\n@@font-size:12px; *At the moment these values aren't used by the list, but I am planning on integrating the task list with my [[calendar plugin|http://inmysocks.tiddlyspot.com/#Calendar%20Plugin]] so that tasks entered on the list can be made to appear on the calendar. @@\n\n__Planned features:__\n\n*add sorting options\n*making more lists types (the display options will be different, there may not be other differences)\n*integration with the [[calendar plugin|http://inmysocks.tiddlyspot.com/#Calendar%20Plugin]]\n*searchable by due, start and creation dates\n*set events as finished once their date has passed\n*(possibly) allow an infinite number of nested categories, this may not be practical\n\n__Usage:__\n\n```\n<<CategoryList Tag:\"Task\" FinishedTag:\"Done\" ListType:\"Task\" ShowAddItem:\"True\" ShowSearch:\"True\" ShowFinished:\"True\">>\n```\n\n__Parameters:__\n\n|!Name |!Description |\n|~Tag |The tag used to indicate that a tiddler should be on the list (Default: Task) |\n|~FinishedTag |The tag added to finished tasks (Default: Done) |\n|~ListType |The type of list to make, options are Task and Event (Default:Task) |\n|~ShowAddItem |If this is set to anything other than `True` the `New Task` button doesn't appear. (Default: True) |\n|~ShowSearch |If this is set to anything other than `True` than the search interface is hidden. (Default: True) |\n|~ShowFinished |If this is set to anything other than `True` than the finished tasks/events are hidden. (Default: True) |\n\n__Notes:__\n\nIf you only want to have a single task list using the tags `Task` and `Done` than simply using `<<CategoryList>>` will work. If you want to have another list that is independent of the first list you can just put `<<CategoryList Tag:\"School Task\">>`. You can have as many lists as you want by changing the `TaskTag`, and if you want the `FinishedTag`.\n\nLicense: [[BSD 3 Clause|$:/plugins/OokTech/CategoryLists/License]]\n\nCreator: [[OokTech|$:/plugins/OokTech/OokTechInfo]]\n\nSource: [[GitHub|https://https://github.com/OokTech/TW5-CategoryLists]]\n"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/OokTech/ScatterPlot/Acknowledgements": {
            "title": "$:/plugins/OokTech/ScatterPlot/Acknowledgements",
            "text": " This plugin was created and is maintained by [[OokTech|$:/plugins/OokTech/OokTechInfo]].\n\n\n[[Tiddlywiki|http://TiddlyWiki.com]] was originally created by [[Jeremy Ruston|https://github.com/Jermolene/TiddlyWiki5]]. For general ~TiddlyWiki help see [[tiddlywiki.com|http://tiddlywiki.com]] or the [[google group|https://groups.google.com/forum/#!forum/tiddlywiki]].\n\nThank you to the general TiddlyWiki community for developing and maintaining the tiddlywiki core.\n"
        },
        "$:/plugins/OokTech/ScatterPlot/License": {
            "title": "$:/plugins/OokTech/ScatterPlot/License",
            "text": "BSD 3-Clause License\n\nCopyright (c) 2017, OokTech LLC\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n  contributors may be used to endorse or promote products derived from\n  this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
        },
        "$:/plugins/OokTech/OokTechInfo": {
            "title": "$:/plugins/OokTech/OokTechInfo",
            "text": "~OokTech is a small engineering company based in the USA with an international presence. We work on open software and hardware projects.\n\nWebsite: http://Ooktech.com<br>\n~GitHub: [[OokTech GitHub|https://github.com/OokTech]]\n"
        },
        "$:/pluginlibrary/OokTech/OokTechPlugins": {
            "title": "$:/pluginlibrary/OokTech/OokTechPlugins",
            "tags": "$:/tags/PluginLibrary",
            "url": "https://ooktech.com/TiddlyWiki/PluginLibrary",
            "text": "The plugin library for plugins developed and maintained by OokTech. See http://OokTech.com/TiddlyWiki for more information.\n"
        },
        "$:/plugins/OokTech/ScatterPlot/Scatter Plot Creator": {
            "title": "$:/plugins/OokTech/ScatterPlot/Scatter Plot Creator",
            "text": "\\define thisInnerShowCode() <$~ScatterPlot\n\n\\define thisShowCode()\n<pre>\n<<thisInnerShowCode>>\n    data=<$text text='\"\"\"'/>{{$:/temp/InteractiveDemo!!data}}<$text text='\"\"\"'/>\n    mode=<$text text='\"'/>{{$:/temp/InteractiveDemo!!mode}}<$text text='\"'/>\n    class=<$text text='\"'/>{{$:/temp/InteractiveDemo!!class}}<$text text='\"'/>\n    width=<$text text='\"'/>{{$:/temp/InteractiveDemo!!width}}<$text text='\"'/>\n    width-unit=<$text text='\"'/>{{$:/temp/InteractiveDemo!!width-unit}}<$text text='\"'/>\n    height=<$text text='\"'/>{{$:/temp/InteractiveDemo!!height}}<$text text='\"'/>\n    height-unit=<$text text='\"'/>{{$:/temp/InteractiveDemo!!height-unit}}<$text text='\"'/>\n    stroke=<$text text='\"'/>{{$:/temp/InteractiveDemo!!stroke}}<$text text='\"'/>\n    strokeWidth=<$text text='\"'/>{{$:/temp/InteractiveDemo!!strokeWidth}}<$text text='\"'/>\n    fill=<$text text='\"'/>{{$:/temp/InteractiveDemo!!fill}}<$text text='\"'/>\n    symbol=<$text text='\"'/>{{$:/temp/InteractiveDemo!!symbol}}<$text text='\"'/>\n    radius=<$text text='\"'/>{{$:/temp/InteractiveDemo!!radius}}<$text text='\"'/>\n/>\n</pre>\n\\end\n\nThis is both a demo of the sort of charts you can make using this plugin and a tool for creating charts without having to remember the syntax. Just select the options you want below and then copy the code into a tiddler where you want the chart.\n\n<$button>\nLoad Test Data 1 (points)\n<$action-setfield $tiddler='$:/temp/InteractiveDemo' data=\"50,100 10,80 20,40 30,90 40,150 50,200 90,30 60,180 110,30 120,10 150,50 30,170 140,90 150,140\"/>\n</$button>\n\n<$button>\nLoad Test Data 2 (sequence)\n<$action-setfield $tiddler='$:/temp/InteractiveDemo' data=\"50 10 20 90 40 50 90 60 110 120 50 170 90 150\"/>\n</$button>\n\n<table style='width:100%'>\n    <tr>\n        <th>\n            data\n        </th>\n        <td\n            colspan=3\n        >\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='data'\n                class='tc-edit-texteditor'\n            />\n        </td>\n    </tr>\n    <tr>\n        <th>\n            mode\n        </th>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='mode'\n                value='scatter'\n            >\n                scatter\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='mode'\n                value='line'\n            >\n                line\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='mode'\n                value='whisker'\n            >\n                whisker\n            </$radio>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            width\n        </th>\n        <td\n            colspan=2\n        >\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='width'\n                class='tc-edit-texteditor'\n            />\n        </td>\n        <td>\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='width-unit'\n            >\n                <$list\n                    filter='% em px ex cm mm in pt pc ch rem vw vh vmin vmax'\n                >\n                    <option>\n                        <<currentTiddler>>\n                    </option>\n                </$list>\n            </$select>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            height\n        </th>\n        <td\n            colspan=2\n        >\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='height'\n                class='tc-edit-texteditor'\n            />\n        </td>\n        <td>\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='height-unit'\n            >\n                <$list\n                    filter='% em px ex cm mm in pt pc ch rem vw vh vmin vmax'\n                >\n                    <option>\n                        <<currentTiddler>>\n                    </option>\n                </$list>\n            </$select>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            class\n        </th>\n        <td\n            colspan=3\n        >\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='class'\n            >\n                <option\n                    value=''\n                >\n                    //Default//\n                </option>\n                <$list\n                    filter=''\n                >\n                    <option>\n                        <<currentTiddler>>\n                    </option>\n                </$list>\n            </$select>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            stroke (color)\n        </th>\n        <td>\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='stroke'\n                class='tc-edit-texteditor'\n            />\n        </td>\n        <th>\n            strokeWidth\n        </th>\n        <td>\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='strokeWidth'\n                class='tc-edit-texteditor'\n            />\n        </td>\n    </tr>\n    <tr>\n        <th>\n            fill\n        </th>\n        <td>\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='fill'\n                class='tc-edit-texteditor'\n            />\n        </td>\n        <td>\n        </td>\n        <td>\n        </td>\n    </tr>\n    <tr>\n        <th>\n            symbol\n        </th>\n        <td>\n            <$select\n                tiddler='$:/temp/InteractiveDemo'\n                field='symbol'\n            >\n                <option\n                    value=''\n                >\n                    //Default//\n                </option>\n                <option\n                    value='o'\n                >\n                    o (circle)\n                </option>\n                <!--\n                <option\n                    value='s'\n                >\n                    s (square)\n                </option>\n                -->\n            </$select>\n        </td>\n        <th>\n            radius\n        </th>\n        <td>\n            <$edit-text\n                tiddler='$:/temp/InteractiveDemo'\n                field='radius'\n                class='tc-edit-texteditor'\n            />\n        </td>\n    </tr>\n    <tr>\n        <th>\n            scale\n        </th>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='scale'\n                value=none\n            >\n                none\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='scale'\n                value=auto\n            >\n                auto\n            </$radio>\n        </td>\n        <td>\n            <$radio\n                tiddler='$:/temp/InteractiveDemo'\n                field='scale'\n                value=size\n            >\n                size\n            </$radio>\n        </td>\n    </tr>\n</table>\n\n<$ScatterPlot\n    data={{$:/temp/InteractiveDemo!!data}}\n    mode={{$:/temp/InteractiveDemo!!mode}}\n    class={{$:/temp/InteractiveDemo!!class}}\n    width={{$:/temp/InteractiveDemo!!width}}\n    width-unit={{$:/temp/InteractiveDemo!!width-unit}}\n    height={{$:/temp/InteractiveDemo!!height}}\n    height-unit={{$:/temp/InteractiveDemo!!height-unit}}\n    stroke={{$:/temp/InteractiveDemo!!stroke}}\n    strokeWidth={{$:/temp/InteractiveDemo!!strokeWidth}}\n    fill={{$:/temp/InteractiveDemo!!fill}}\n    symbol={{$:/temp/InteractiveDemo!!symbol}}\n    radius={{$:/temp/InteractiveDemo!!radius}}\n    scale={{$:/temp/InteractiveDemo!!scale}}\n/>\n\nCode:\n\n<<thisShowCode>>\n"
        },
        "$:/plugins/OokTech/ScatterPlot/ScatterPlot.js": {
            "text": "/*\\\ntitle: $:/plugins/OokTech/ScatterPlot/ScatterPlot.js\ntype: application/javascript\nmodule-type: widget\n\nA widget that creates a scatter plot.\n\n\\*/\n\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar widgets;\nvar container;\n\nvar ScatterPlot = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nScatterPlot.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nScatterPlot.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar domNode = this.document.createElement(\"div\");\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScatterPlot.prototype.execute = function() {\n\t//Get widget attributes.\n\tvar width = this.getAttribute(\"width\", \"200\");\n\tvar widthUnit = this.getAttribute(\"width-unit\", \"px\");\n\tvar height = this.getAttribute(\"height\", \"200\");\n\tvar heightUnit = this.getAttribute(\"height-unit\", \"px\");\n\tvar radius = this.getAttribute(\"radius\", \"3\");\n\tvar stroke = this.getAttribute(\"stroke\", \"black\");\n\tvar fill = this.getAttribute(\"fill\", \"yellow\");\n\tvar strokeWidth = this.getAttribute(\"strokeWidth\", \"1\");\n\tvar data = this.getAttribute(\"data\");\n\tvar mode = this.getAttribute(\"mode\", \"scatter\");\n\tvar symbol = this.getAttribute(\"symbol\", \"o\");\n\tvar scale = this.getAttribute(\"scale\", 'false');\n\n\t//Get the data points\n\t//Data can be one or two dimensional\n\t//One dimensional data is given by a list of comma separated values\n\t//Data can take a string of x-y values in the form x1,y1;x2,y2;\n\n\tvar ScatterPlotString = \"<svg style='border:solid 1px' width=\" + width + widthUnit + \" height=\" + height + heightUnit + \">\";\n\n\tif (data) {\n\t\t//Figure out if it is one or two dimensional data\n\t\tvar twoDimensions = true;\n\t\tif (data.indexOf(',') === -1 || data.indexOf(' ') === -1) {\n\t\t\tvar twoDimensions = false;\n\t\t}\n\n\t\t//Get the values for each point\n\t\tvar points = data.split(' ');\n\t\tconsole.log(points)\n\t\t//determine spacing for sequential data\n\t\tvar valueWidth = width/(points.length-1);\n\n\t\tvar coordinates = [];\n\t\tvar value;\n\t\tvar max = [0,0];\n\t\tvar min = [99999,99999];\n\t\tfor (var i = 0; i < points.length; i++) {\n\t\t\tif (twoDimensions) {\n\t\t\t\tvalue = points[i].split(',');\n\t\t\t} else {\n\t\t\t\tvalue = [i*valueWidth,points[i]];\n\t\t\t}\n\t\t\t//Keep track of the max and min values\n\t\t\tif (Number(value[0]) > max[0]) {\n\t\t\t\tmax[0] = value[0];\n\t\t\t}\n\t\t\tif (Number(value[1]) > max[1]) {\n\t\t\t\tmax[1] = value[1];\n\t\t\t}\n\t\t\tif (Number(value[0]) < min[0]) {\n\t\t\t\tmin[0] = value[0];\n\t\t\t}\n\t\t\tif (Number(value[1]) < min[1]) {\n\t\t\t\tmin[1] = value[1];\n\t\t\t}\n\n\t\t\tcoordinates.push(value);\n\t\t}\n\n\t\tvar outputs = [];\n\t\tfor (var i = 0; i < coordinates.length; i++) {\n\t\t\tif (scale === 'auto') {\n\t\t\t\tvar xScale = 0.9*width/(max[0]-min[0]);\n\t\t\t\tvar yScale = 0.9*height/(max[1]-min[1]);\n\t\t\t\toutputs.push([xScale*(coordinates[i][0]-min[0]),height-yScale*(coordinates[i][1]-min[1])]);\n\t\t\t} else if (scale === 'size') {\n\t\t\t\tvar xScale = width/(max[0]-min[0]);\n\t\t\t\tvar yScale = height/(max[1]-min[1]);\n\t\t\t\toutputs.push([xScale*(coordinates[i][0]-min[0]),height-yScale*(coordinates[i][1]-min[1])]);\n\t\t\t} else {\n\t\t\t\toutputs.push([coordinates[i][0],height-coordinates[i][1]]);\n\t\t\t}\n\t\t}\n\n\t\tfor (var i = 0; i < outputs.length; i++) {\n\t\t\t//Add the point\n\t\t\tScatterPlotString += \"<circle cx=\" + outputs[i][0] + \" cy=\" + outputs[i][1] + \" r=\" + radius + \" stroke=\" + stroke + \" fill=\" + fill + \" stroke-width=\" + strokeWidth + \"/>\";\n\t\t\t//If the points are connected using lines, add the lines.\n\t\t\tif (mode === 'line') {\n\t\t\t\tif (i > 0) {\n\t\t\t\t\tScatterPlotString += \"<line x1=\" + oldValue[0] + \" y1=\" + oldValue[1] + \" x2=\" + outputs[i][0] + \" y2=\" + outputs[i][1] + \" stroke-width=1 stroke=black/>\";\n\t\t\t\t}\n\t\t\t\tvar oldValue = outputs[i];\n\t\t\t}\n\t\t\tif (mode === 'whisker') {\n\t\t\t\tScatterPlotString += \"<line x1=\" + outputs[i][0] + \" y1=\" + height + \" x2=\" + outputs[i][0] + \" y2=\" + outputs[i][1] + \" stroke-width=1 stroke=black/>\";\n\t\t\t}\n\t\t}\n\t}\n\n\t//Close the outer divs\n\tScatterPlotString += \"</svg>\";\n\t/*\n\tScatterPlotString += \"<div style='width:\" + width + \"px;position:relative;'><div style='text-align:left;'>\" + min[0] + \"</div><div style='width:100%;text-align:right;position:absolute;top:0px;'>\" + max[0] + \"</div></div>\"\n\t*/\n\n\t//This is the part that actually displays the bar in the wiki\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",ScatterPlotString,{parseAsInline: false});\n\tvar parseTreeNodes = parser ? parser.tree : [];\n\tthis.makeChildWidgets(parseTreeNodes);\n\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nScatterPlot.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"ScatterPlot\"] = ScatterPlot;\n\n})();\n",
            "title": "$:/plugins/OokTech/ScatterPlot/ScatterPlot.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/OokTech/ScatterPlot/readme": {
            "title": "$:/plugins/OokTech/ScatterPlot/readme",
            "text": "This plugin adds the ~ScatterPlot widget to ~TiddlyWiki.\n\nTo make scatter plots use the `$ScatterPlot` widget. There is also the [[scatter plot creator|$:/plugins/OokTech/ScatterPlot/Scatter Plot Creator]] to help simplying the creation process. The only required input is the data set to use. The data should be in the form of a space separated list of values. The easiest ways to do this are to either directly give the values like `<$ScatterPlot data='1 2 3 4'/>` or to transclude a field that has the values like `<$ScatterPlot data={{SomeTiddler!!values}}/>` where the values are stored in the `values` field of ~SomeTiddler.\n\nThe data can either be a sequenece of values like `1 9 4 4 5` or it can be a sequence of x,y pairs like `40,50 20,20 90,140`. I am working on adding other ways to give values.\n\nWhen the data is given as a sequence the horizontal spacing is automatically set so that the data takes up the entire width. When it is given as `x,y` pairs the data is plotted using the x and y coordinates in `px` units.\n\n|!Parameter |!Description |!Default |\n|!''data'' |The data to be plotted. It should either be a sequence of values of a sequence of x,y points. | No default |\n|!width |The width of the generated plot in pixels (`px`) |`200` |\n|!height |The height of the generated plot in pixels (`px`) |`200` |\n|!mode |The type of plot generated, options are `scatter`, `line` and `whisker` |`scatter` |\n|!symbol |The symbol to use, currenly only circle (`o`) is supported. |`o` |\n|!radius |The radius of the circles used to mark each point. |`3` |\n|!storke |The color of the stroke part of the generate symbols. |`black` |\n|!fill |The color of the fill patr of the generated symbols. |`yellow` |\n|!strokeWidth |The width of the stroke part of the generated symbols. |`1` |\n|!scale |If the plot is scaled or not. Options are `none`, `auto` or `size` |`none` |\n|!widthUnit* |The unit for the width parameter (see note below) |`px` |\n|!heightUnit* |The unit for the height parameter (see note below) |`px` |\n\n!!!Scaling\n\nThe option `size` scales the data so that it fills the entire space, that is the maximum y value of the input is mapped to the top of the plot and the minimum y value is mapped to the bottom, with minimum x on the left and maximum x on the right.\n\nThe option `auto` is like `size`, but there is a small amonut of extra space on the top and on the right side past the maximum input data values. This can make some types of plots look much nicer.\n\n*''Note'' - The widthUnit and heightUnit parameters work, but due to the coordinate system used by the plotted points the points locations are always determined using `px`, so the plot will not resize based on the width and height correctly unless they are given in `px`.\n\n\nLicense: [[BSD 3 Clause|$:/plugins/OokTech/ScatterPlot/License]]\n\nCreator: [[OokTech|$:/plugins/OokTech/OokTechInfo]]\n\nSource: [[GitHub|https://https://github.com/OokTech/TW5-ScatterPlot]]\n"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/OokTech/SimpleTaskList/Acknowledgements": {
            "title": "$:/plugins/OokTech/SimpleTaskList/Acknowledgements",
            "text": " This plugin was created and is maintained by [[OokTech|$:/plugins/OokTech/OokTechInfo]].\n\n\n[[Tiddlywiki|http://TiddlyWiki.com]] was originally created by [[Jeremy Ruston|https://github.com/Jermolene/TiddlyWiki5]]. For general ~TiddlyWiki help see [[tiddlywiki.com|http://tiddlywiki.com]] or the [[google group|https://groups.google.com/forum/#!forum/tiddlywiki]].\n\nThank you to the general TiddlyWiki community for developing and maintaining the tiddlywiki core.\n"
        },
        "$:/plugins/OokTech/SimpleTaskList/License": {
            "title": "$:/plugins/OokTech/SimpleTaskList/License",
            "text": "BSD 3-Clause License\n\nCopyright (c) 2017, OokTech LLC\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n  contributors may be used to endorse or promote products derived from\n  this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
        },
        "$:/plugins/OokTech/OokTechInfo": {
            "title": "$:/plugins/OokTech/OokTechInfo",
            "text": "~OokTech is a small engineering company based in the USA with an international presence. We work on open software and hardware projects.\n\nWebsite: http://Ooktech.com<br>\n~GitHub: [[OokTech GitHub|https://github.com/OokTech]]\n"
        },
        "$:/pluginlibrary/OokTech/OokTechPlugins": {
            "title": "$:/pluginlibrary/OokTech/OokTechPlugins",
            "tags": "$:/tags/PluginLibrary",
            "url": "https://ooktech.com/TiddlyWiki/PluginLibrary",
            "text": "The plugin library for plugins developed and maintained by OokTech. See http://OokTech.com/TiddlyWiki for more information.\n"
        },
        "$:/plugins/OokTech/SimpleTaskList/Simple Task List": {
            "caption": "Simple Task List",
            "title": "$:/plugins/OokTech/SimpleTaskList/Simple Task List",
            "text": "<$edit-text\n    tiddler='$:/state/Basic Task List'\n    field='task_name'\n    class='tc-edit-texteditor'\n    placeholder='Task Name'\n/>\n<$button>\n    New Task\n    <$action-setfield\n        $tiddler={{$:/state/Basic Task List!!task_name}}\n        tags='task'\n    />\n    <$action-setfield\n        $tiddler='$:/state/Basic Task List'\n        task_name=''\n    />\n</$button>\n\n! Outstanding tasks\n\n<$list\n    filter=\"[!has[draft.of]tag[task]!tag[done]sort[created]!title[TiddlerTaskTemplate]]\"\n>\n\n    <$checkbox\n        tag=\"done\"\n    >\n        <$link\n            to={{!!title}}\n        >\n            <$view\n                field=\"title\"\n            />\n        </$link>\n    </$checkbox>\n\n</$list>\n\n! Completed tasks\n\nLimit list size:\n<$edit-text\n    tiddler='$:/plugins/OokTech/SimpleTaskList/Simple Task List'\n    field='finished_list_size'\n/>\n\n<$reveal\n    type='nomatch'\n    state='$:/plugins/OokTech/SimpleTaskList/Simple Task List!!finished_list_size'\n    text=''\n>\n\n    <$list\n        filter=\"[!has[draft.of]tag[task]tag[done]sort[created]limit{$:/plugins/OokTech/SimpleTaskList/Simple Task List!!finished_list_size}]\"\n    >\n\n<$checkbox\n    tag=\"done\"\n>\n    ~~<$link to={{!!title}}><$view field=\"title\"/></$link>~~\n</$checkbox>\n\n</$list>\n\n</$reveal>\n\n<$reveal\n    type='match'\n    state='$:/plugins/OokTech/SimpleTaskList/Simple Task List!!finished_list_size'\n    text=''\n>\n\n    <$list\n        filter=\"[!has[draft.of]tag[task]tag[done]sort[created]]\"\n    >\n\n        <$checkbox\n            tag=\"done\"\n        >\n            ~~<$link to={{!!title}}><$view field=\"title\"/></$link>~~\n        </$checkbox>\n\n    </$list>\n\n</$reveal>\n"
        },
        "$:/plugins/OokTech/SimpleTaskList/readme": {
            "title": "$:/plugins/OokTech/SimpleTaskList/readme",
            "text": "This is a simple task list for tiddlywiki. To add the task list to a tiddler put `{{$:/plugins/OokTech/SimpleTaskList/Simple Task List}}` inside a tidler.\n\nAdd tasks by using the input at the top of the list, you can limit the number of tasks shown in the finished list using the `limit list size input`\n\nLicense: [[BSD 3 Clause|$:/plugins/OokTech/SimpleTaskList/License]]\n\nCreator: [[OokTech|$:/plugins/OokTech/OokTechInfo]]\n\nSource: [[GitHub|https://https://github.com/OokTech/TW5-SimpleTaskList]]\n"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/OokTech/WordCount/EditWordCountTemplate": {
            "list-after": "$:/core/ui/EditTemplate/tags",
            "tags": "$:/tags/EditTemplate",
            "title": "$:/plugins/OokTech/WordCount/EditWordCountTemplate",
            "text": "<$reveal\n    type='nomatch'\n    state='$:/settings/OokTech/WordCount!!enable_edit_view'\n    text=false\n>\n    <$list\n        filter='[is[current]has[text]]'\n        emptyMessage=\"Word Count: 0\"\n    >\n        Word Count:\n        <$word-count\n            tiddler=<<currentTiddler>>\n            field='text'\n            mode=word\n        />\n    </$list>\n</$reveal>\n"
        },
        "$:/plugins/OokTech/WordCount/Acknowledgements": {
            "title": "$:/plugins/OokTech/WordCount/Acknowledgements",
            "text": " This plugin was created and is maintained by [[OokTech|$:/plugins/OokTech/OokTechInfo]].\n\n\n[[Tiddlywiki|http://TiddlyWiki.com]] was originally created by [[Jeremy Ruston|https://github.com/Jermolene/TiddlyWiki5]]. For general ~TiddlyWiki help see [[tiddlywiki.com|http://tiddlywiki.com]] or the [[google group|https://groups.google.com/forum/#!forum/tiddlywiki]].\n\nThank you to the general TiddlyWiki community for developing and maintaining the tiddlywiki core.\n"
        },
        "$:/plugins/OokTech/WordCount/License": {
            "title": "$:/plugins/OokTech/WordCount/License",
            "text": "BSD 3-Clause License\n\nCopyright (c) 2017, OokTech LLC\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n  contributors may be used to endorse or promote products derived from\n  this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
        },
        "$:/plugins/OokTech/OokTechInfo": {
            "title": "$:/plugins/OokTech/OokTechInfo",
            "text": "~OokTech is a small engineering company based in the USA with an international presence. We work on open software and hardware projects.\n\nWebsite: http://Ooktech.com<br>\n~GitHub: [[OokTech GitHub|https://github.com/OokTech]]\n\n\nTo add the OokTech plugin library to your wiki so you can install plugins from the control panel drag and drop [[this tiddler|$:/pluginlibrary/OokTech/OokTechPlugins]] into your wiki.\n"
        },
        "$:/pluginlibrary/OokTech/OokTechPlugins": {
            "title": "$:/pluginlibrary/OokTech/OokTechPlugins",
            "tags": "$:/tags/PluginLibrary",
            "url": "https://ooktech.com/TiddlyWiki/PluginLibrary",
            "text": "The plugin library for plugins developed and maintained by OokTech. See http://OokTech.com/TiddlyWiki for more information.\n"
        },
        "$:/plugins/OokTech/WordCount/readme": {
            "tags": "",
            "title": "$:/plugins/OokTech/WordCount/readme",
            "text": "This plugin contains the [[word-count widget|$:/plugins/OokTech/WordCount/WordCountControls]] and some templates that display the number of words in a tiddler. The value isn't updaded while you type, but if you pause for a moment it will update. You can make something that updates as you type but there are some severe performance penalties from that.\n\nTo use this just import the plugin into your wiki, save and restart. Settings are in the ~WordCount tab in the control panel. This tab is added as part of the plugin.\n\nSee [[Word Count Widget|$:/plugins/OokTech/WordCount/Word Count Widget]] for more documentation.\n\nLicense: [[BSD 3 Clause|$:/plugins/OokTech/WordCount/License]]\n\nCreator: [[OokTech|$:/plugins/OokTech/OokTechInfo]]\n\nSource: [[GitHub|https://https://github.com/OokTech/TW5-WordCount]]\n"
        },
        "$:/plugins/OokTech/WordCount/Word Count Widget": {
            "tags": "",
            "title": "$:/plugins/OokTech/WordCount/Word Count Widget",
            "text": "This is a widget that will display the number of words or characters in a tiddler or text string given to it.\n\nWidget tiddler: [[$:/plugins/OokTech/WordCount/word-count.js]]\n\nRemember you have to save and reload your wiki before the widget will work.\n\n|!Parameter |!Description |\n|mode |This can be set to `word` or `character` and will count either words or characters, defaults to `word` |\n|tiddler |The tiddler with the text to process (defauts to `currentTiddler`) |\n|field |The field with the text to process (defaults to the text field) |\n|text |A text string for the widget to count, if this is given it overrides the `tiddler` and `field` inputs. |\n|colors |(Optional) An input that sets text color when the count reaches a certain number. See the examples below. |\n|colorState |(Optional) The name of a state tiddler to use to store the current text color so it can be used to set the color of more than just the displayed number. |\n\n!!Usage\n\n!!!Count the number of words in a string:\n\n```\n<$word-count text='some text string'/>\n```\n\n<$word-count\n    text='some text string'\n/>\n\n!!!Count the number of characters in a string:\n\n```\n<$word-count text='some text string' mode=character/>\n```\n\n<$word-count\n    text='some text string'\n    mode=character\n/>\n\n!!!Count the number of words in a field:\n\n```\n<$word-count tiddler='Word Count Widget' field='title' mode=word/>\n```\n\n<$word-count\n    tiddler='Word Count Widget'\n    field='title'\n    mode=word\n/>\n\n!!!Using the colors parameter:\n\nThis uses the `colorState` tiddler.\n\n```\n<$word-count tiddler='$:/temp/Word Count Widget' mode=character colors='#f0f:10,indianred:100,red:122' colorState='$:/state/Word Count Widget/color'/>\n```\n\n<$word-count\n    tiddler='$:/temp/Word Count Widget'\n    mode=character\n    colors='#f0f:10,indianred:100,red:122'\n    colorState='$:/state/Word Count Widget/color'\n/>\n\nEdit the field here:\n<$edit-text\n    tiddler='$:/temp/Word Count Widget'\n    class='tc-edit-texteditor'\n/>\n\nContents of the color state tiddler:\n\n<$view\n    tiddler='$:/state/Word Count Widget/color'\n/>\n\n!!!Change colors of text as the number of characters in a field changes:\n\nAt the moment the input field loses focus every time the color changes.\n\n```\n<$word-count tiddler='$:/temp/Word Count Widget' mode=character colors='#f0f:10,indianred:100,red:122' colorState='$:/state/Word Count Widget/color'/>\n```\n\n<$word-count\n    tiddler='$:/temp/Word Count Widget'\n    mode=character\n    colors='#f0f:10,indianred:100,red:122'\n    colorState='$:/state/Word Count Widget/color'\n/>\n\nEdit the field here:\n<$set\n    name=CurrentColor\n    value={{$:/state/Word Count Widget/color}}\n>\n    <$edit-text\n        tiddler='$:/temp/Word Count Widget'\n        class='tc-edit-texteditor change-color'\n    />\n</$set>\n\nContents of the color state tiddler:\n\n<$view\n    tiddler='$:/state/Word Count Widget/color'\n/>\n"
        },
        "$:/plugins/OokTech/WordCount/WordCountControls": {
            "caption": "~WordCount",
            "tags": "$:/tags/ControlPanel",
            "title": "$:/plugins/OokTech/WordCount/WordCountControls",
            "text": "<$checkbox\n    tiddler='$:/settings/OokTech/WordCount'\n    field='enable_edit_view'\n    checked=true\n    unchecked=false\n    default=true\n>\n    Enable ~WordCount in edit mode\n</$checkbox>\n<br>\n<$checkbox\n    tiddler='$:/settings/OokTech/WordCount'\n    field='enable_view_mode'\n    checked=true\n    unchecked=false\n    default=false\n>\n    Enable ~WordCount in view mode\n</$checkbox>\n(This counts words in the raw text field, so wikitext that isn't visible in the view template is still counted. I may change this later.)\n"
        },
        "$:/plugins/OokTech/WordCount/WordCountViewTemplate": {
            "list-after": "$:/core/ui/ViewTemplate/tags",
            "tags": "$:/tags/ViewTemplate",
            "title": "$:/plugins/OokTech/WordCount/WordCountViewTemplate",
            "text": "<$reveal\n    type='match'\n    state='$:/settings/OokTech/WordCount!!enable_view_mode'\n    text=true\n>\n    <$list\n        filter='[is[current]has[text]]'\n        emptyMessage=\"Word Count: 0\"\n    >\n        Word Count:\n        <$word-count\n            tiddler=<<currentTiddler>>\n            field='text'\n            mode=word\n        />\n    </$list>\n</$reveal>\n"
        },
        "$:/widgets/OokTech/WordCount/word-count.js": {
            "text": "/*\\\ntitle: $:/widgets/OokTech/WordCount/word-count.js\ntype: application/javascript\nmodule-type: widget\n\nA widget to count the number of words or characters in a tiddlr/field/input string\n\nWith thanks to Skeeve for the original macro version this is based on\n\nDemo site:\n\nhttp://ooktech.com/jed/ExampleWikis/WordCount/\n\nUsage:\n\n<$word-count tiddler=SomeTiddler field=some_field mode=word/>\n<$word-count text=\"some text string\" mode=character/>\n<$word-count tiddler=SomeTiddler mode=character colors=\"blue:10,green:50,red:100\"/>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WordCount = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWordCount.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWordCount.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tvar domNode = this.document.createElement(\"span\");\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWordCount.prototype.execute = function() {\n\tvar color_array = [];\n\tvar count_array = [];\n\tvar i;\n\n\t// Get parameters from our attributes\n\tthis.mode = this.getAttribute(\"mode\", \"word\");\n\tthis.tiddler = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.field = this.getAttribute(\"field\",\"text\");\n\tthis.countText = this.getAttribute(\"text\");\n\tthis.colors = this.getAttribute(\"colors\");\n\tthis.stateTiddler = this.getAttribute(\"colorState\");\n\n\t//Find the color cut-offs, if any.\n\tif(this.colors) {\n\t\tvar color_array1 = this.colors.split(',');\n\t\tcolor_array1.sort(function sortfunction(a, b){\n\t\t\treturn a.split(':')[1] - b.split(':')[1];\n\t\t});\n\t\tfor(i = 0; i < color_array1.length; i++) {\n\t\t\tcolor_array[i] = color_array1[i].split(':')[0];\n\t\t\tcount_array[i] = color_array1[i].split(':')[1];\n\t\t}\n\t}\n\n\t// Count letters or words as appropriate.\n\tif(this.countText) {\n\t\tif(this.mode === \"character\") {\n\t\t\tthis.currentCount = this.countText.length.toString();\n\t\t} else {\n\t\t\tif (this.countText.match(/\\w+/g)) {\n\t\t\t\tthis.currentCount = this.countText.match(/\\w+/g).length.toString();\n\t\t\t}\n\t\t}\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.tiddler);\n\t\tif(tiddler) {\n\t\t\tvar text = tiddler.getFieldString(this.field);\n\t\t\tif (text) {\n\t\t\t\tif(this.mode === \"word\") {\n\t\t\t\t\tif (text.match(/\\w+/g)) {\n\t\t\t\t\t\tthis.currentCount = text.match(/\\w+/g).length.toString();\n\t\t\t\t\t}\n\t\t\t\t} else if(this.mode === \"character\") {\n\t\t\t\t\tthis.currentCount = text.length.toString();\n\t\t\t\t} else {\n\t\t\t\t\tthis.currentCount = undefined;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tthis.currentCount = undefined;\n\t\t\t}\n\t\t} else {\n\t\t\tthis.currentCount = undefined;\n\t\t}\n\t}\n\n\t//If this.currentCount is long enough set the color. It is the color with the largest value that is less than this.currentCount.\n\t//If no color has a large enough value do nothing.\n\tif(this.currentCount) {\n\t\tif(color_array) {\n\t\t\tfor(i = 0; i < color_array.length; i++) {\n\t\t\t\tif(Number(this.currentCount) > Number(count_array[color_array.length - 1 - i])) {\n\t\t\t\t\tif(this.stateTiddler) {\n\t\t\t\t\t\tthis.wiki.setText(this.stateTiddler,\"text\",undefined,color_array[color_array.length -1 - i]);\n\t\t\t\t\t}\n\t\t\t\t\tthis.currentCount = '@@color:' + color_array[color_array.length -1 - i] + ';' + this.currentCount + '@@';\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(i === color_array.length-1) {\n\t\t\t\t\tthis.wiki.setText(this.stateTiddler,\"text\",undefined,'');\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",this.currentCount,{parseAsInline: true});\n    var parseTreeNodes = parser ? parser.tree : [];\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWordCount.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports[\"word-count\"] = WordCount;\n\n})();\n",
            "title": "$:/widgets/OokTech/WordCount/word-count.js",
            "type": "application/javascript",
            "module-type": "widget"
        }
    }
}

{
    "tiddlers": {
        "$:/config/ExternalAttachments/Enable": {
            "title": "$:/config/ExternalAttachments/Enable",
            "text": "yes"
        },
        "$:/config/ExternalAttachments/UseAbsoluteForDescendents": {
            "title": "$:/config/ExternalAttachments/UseAbsoluteForDescendents",
            "text": "no"
        },
        "$:/config/ExternalAttachments/UseAbsoluteForNonDescendents": {
            "title": "$:/config/ExternalAttachments/UseAbsoluteForNonDescendents",
            "text": "no"
        },
        "$:/plugins/tiddlywiki/external-attachments/readme": {
            "title": "$:/plugins/tiddlywiki/external-attachments/readme",
            "text": "! Introduction\n\nThis plugin provides support for importing tiddlers as external attachments. That means that instead of importing binary files as self-contained tiddlers, they are imported as \"skinny\" tiddlers that reference the original file via the ''_canonical_uri'' field. This reduces the size of the wiki and thus improves performance. However, it does mean that the wiki is no longer fully self-contained.\n\n! Compatibility\n\nThis plugin only works when using TiddlyWiki with platforms such as TiddlyDesktop that support the ''path'' attribute for imported/dragged files.\n\n"
        },
        "$:/plugins/tiddlywiki/external-attachments/settings": {
            "title": "$:/plugins/tiddlywiki/external-attachments/settings",
            "text": "When used on platforms that provide the necessary support (such as ~TiddlyDesktop), you can optionally import binary files as external tiddlers that reference the original file via the ''_canonical_uri'' field.\n\nBy default, a relative path is used to reference the file. Optionally, you can specify that an absolute path is used instead. You can do this separately for \"descendent\" attachments -- files that are contained within the directory containing the wiki -- vs. \"non-descendent\" attachments.\n\n<$checkbox tiddler=\"$:/config/ExternalAttachments/Enable\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/ExternalAttachments/Enable\">Enable importing binary files as external attachments</$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/ExternalAttachments/UseAbsoluteForDescendents\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/ExternalAttachments/UseAbsoluteForDescendents\">Use absolute paths for descendent attachments</$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/ExternalAttachments/UseAbsoluteForNonDescendents\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/ExternalAttachments/UseAbsoluteForNonDescendents\">Use absolute paths for non-descendent attachments</$link> </$checkbox>\n"
        },
        "$:/plugins/tiddlywiki/external-attachments/startup.js": {
            "title": "$:/plugins/tiddlywiki/external-attachments/startup.js",
            "text": "/*\\\ntitle: $:/plugins/tiddlywiki/external-attachments/startup.js\ntype: application/javascript\nmodule-type: startup\n\nStartup initialisation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ENABLE_EXTERNAL_ATTACHMENTS_TITLE = \"$:/config/ExternalAttachments/Enable\",\n\tUSE_ABSOLUTE_FOR_DESCENDENTS_TITLE = \"$:/config/ExternalAttachments/UseAbsoluteForDescendents\",\n\tUSE_ABSOLUTE_FOR_NON_DESCENDENTS_TITLE = \"$:/config/ExternalAttachments/UseAbsoluteForNonDescendents\";\n\n// Export name and synchronous status\nexports.name = \"external-attachments\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\ttest_makePathRelative();\n\t$tw.hooks.addHook(\"th-importing-file\",function(info) {\n\t\tif(document.location.protocol === \"file:\" && info.isBinary && info.file.path && $tw.wiki.getTiddlerText(ENABLE_EXTERNAL_ATTACHMENTS_TITLE,\"\") === \"yes\") {\n\t\t\tvar locationPathParts = document.location.pathname.split(\"/\").slice(0,-1),\n\t\t\t\tfilePathParts = info.file.path.split(/[\\\\\\/]/mg).map(encodeURIComponent);\n\t\t\tinfo.callback([\n\t\t\t\t{\n\t\t\t\t\ttitle: info.file.name,\n\t\t\t\t\ttype: info.type,\n\t\t\t\t\t\"_canonical_uri\": makePathRelative(\n\t\t\t\t\t\tfilePathParts.join(\"/\"),\n\t\t\t\t\t\tlocationPathParts.join(\"/\"),\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tuseAbsoluteForNonDescendents: $tw.wiki.getTiddlerText(USE_ABSOLUTE_FOR_NON_DESCENDENTS_TITLE,\"\") === \"yes\",\n\t\t\t\t\t\t\tuseAbsoluteForDescendents: $tw.wiki.getTiddlerText(USE_ABSOLUTE_FOR_DESCENDENTS_TITLE,\"\") === \"yes\"\n\t\t\t\t\t\t}\n\t\t\t\t\t)\n\t\t\t\t}\n\t\t\t]);\n\t\t\treturn true;\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t});\n};\n\n/*\nGiven a source absolute path and a root absolute path, returns the source path expressed as a relative path from the root path.\n*/\nfunction makePathRelative(sourcepath,rootpath,options) {\n\toptions = options || {};\n\tvar sourceParts = sourcepath.split(\"/\"),\n\t\trootParts = rootpath.split(\"/\"),\n\t\toutputParts = [];\n\t// Check that each path started with a slash\n\tif(sourceParts[0] || rootParts[0]) {\n\t\tthrow \"makePathRelative: both paths must be absolute\";\n\t}\n\t// Identify any common portion from the start\n\tvar c = 1,\n\t\tp;\n\twhile(c < sourceParts.length && c < rootParts.length && sourceParts[c] === rootParts[c]) {\n\t\tc += 1;\n\t}\n\t// Return \".\" if there's nothing left\n\tif(c === sourceParts.length && c === rootParts.length ) {\n\t\treturn \".\"\n\t}\n\t// Use an absolute path if required\n\tif((options.useAbsoluteForNonDescendents && c < rootParts.length) || (options.useAbsoluteForDescendents && c === rootParts.length)) {\n\t\treturn sourcepath;\n\t}\n\t// Move up a directory for each directory left in the root\n\tfor(p = c; p < rootParts.length; p++) {\n\t\toutputParts.push(\"..\");\n\t}\t\t\n\t// Add on the remaining parts of the source path\n\tfor(p = c; p < sourceParts.length; p++) {\n\t\toutputParts.push(sourceParts[p]);\n\t}\n\treturn outputParts.join(\"/\");\n}\n\nfunction test_makePathRelative() {\n\tvar msg = \"makePathRelative test failed\";\n\tif(makePathRelative(\"/Users/me/something\",\"/Users/you/something\") !== \"../../me/something\") {\n\t\tthrow msg;\n\t}\n\tif(makePathRelative(\"/Users/me/something\",\"/Users/you/something\",{useAbsoluteForNonDescendents: true}) !== \"/Users/me/something\") {\n\t\tthrow msg;\n\t}\n\tif(makePathRelative(\"/Users/me/something/else\",\"/Users/me/something\") !== \"else\") {\n\t\tthrow msg;\n\t}\n\tif(makePathRelative(\"/Users/me/something\",\"/Users/me/something/new\") !== \"..\") {\n\t\tthrow msg;\n\t}\n\tif(makePathRelative(\"/Users/me/something\",\"/Users/me/something/new\",{useAbsoluteForNonDescendents: true}) !== \"/Users/me/something\") {\n\t\tthrow msg;\n\t}\n\tif(makePathRelative(\"/Users/me/something\",\"/Users/me/something\") !== \".\") {\n\t\tthrow msg;\n\t}\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/tiddlywiki/help/HelpPanel": {
            "title": "$:/plugins/tiddlywiki/help/HelpPanel",
            "tags": "$:/tags/PageTemplate",
            "text": "<$reveal type=\"match\" state=\"$:/config/ShowHelp\" text=\"yes\">\n<div class=\"tc-help-panel\">\n<div class=\"tc-tiddler-controls\">\n<$button set=\"$:/config/ShowHelp\" setTo=\"no\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button> ''Help Panel''\n</div>\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/HelpPanel]!has[draft.of]]\" \"$:/plugins/tiddlywiki/help/HelpPanel/Support\" \"$:/state/tab/help\">>\n</div>\n</$reveal>\n\n"
        },
        "$:/config/Help/CurrentVideo": {
            "title": "$:/config/Help/CurrentVideo",
            "text": "$:/plugins/tiddlywiki/help/Videos/Introduction"
        },
        "$:/config/ShowHelp": {
            "title": "$:/config/ShowHelp",
            "text": "no"
        },
        "$:/plugins/help/Buttons/help": {
            "title": "$:/plugins/help/Buttons/help",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/help}} {{$:/language/Buttons/Help/Caption}}",
            "description": "{{$:/language/Buttons/Help/Hint}}",
            "text": "\\define help-inner()\n<$reveal type=\"match\" state=\"$:/config/ShowHelp\" text=\"yes\">\n<$button set=\"$:/config/ShowHelp\" setTo=\"no\" tooltip={{$:/language/Buttons/Help/Hint}} aria-label={{$:/language/Buttons/Help/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ tc-selected\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/help}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Help/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/config/ShowHelp\" text=\"yes\">\n<$button set=\"$:/config/ShowHelp\" setTo=\"yes\" tooltip={{$:/language/Buttons/Help/Hint}} aria-label={{$:/language/Buttons/Help/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/help}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Help/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n\\end\n<<help-inner>>\n"
        },
        "$:/plugins/tiddlywiki/help/readme": {
            "title": "$:/plugins/tiddlywiki/help/readme",
            "text": "This plugin provides an overlay help panel at the bottom right of the window.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/help]]\n"
        },
        "$:/plugins/tiddlywiki/help/styles": {
            "title": "$:/plugins/tiddlywiki/help/styles",
            "tags": "[[$:/tags/Stylesheet]]",
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DisplayWith DisplayWithRef DisplayWithVariable DistanceFunction DistanceTransform Distribute Distributed DistributedContexts DistributeDefinitions DistributionChart DistributionDomain DistributionFitTest DistributionParameterAssumptions DistributionParameterQ Dithering Div Divergence Divide DivideBy Dividers Divisible Divisors DivisorSigma DivisorSum DMSList DMSString Do DockedCells DocumentNotebook DominantColors DOSTextFormat Dot DotDashed DotEqual Dotted DoubleBracketingBar DoubleContourIntegral DoubleDownArrow DoubleLeftArrow DoubleLeftRightArrow DoubleLeftTee DoubleLongLeftArrow DoubleLongLeftRightArrow DoubleLongRightArrow DoubleRightArrow DoubleRightTee DoubleUpArrow DoubleUpDownArrow DoubleVerticalBar DoublyInfinite Down DownArrow DownArrowBar DownArrowUpArrow DownLeftRightVector DownLeftTeeVector DownLeftVector DownLeftVectorBar DownRightTeeVector DownRightVector DownRightVectorBar Downsample DownTee DownTeeArrow DownValues DragAndDrop DrawEdges DrawFrontFaces DrawHighlighted Drop DSolve Dt DualLinearProgramming DualSystemsModel DumpGet DumpSave DuplicateFreeQ Dynamic DynamicBox DynamicBoxOptions DynamicEvaluationTimeout DynamicLocation DynamicModule DynamicModuleBox DynamicModuleBoxOptions DynamicModuleParent DynamicModuleValues DynamicName DynamicNamespace DynamicReference DynamicSetting DynamicUpdating DynamicWrapper DynamicWrapperBox DynamicWrapperBoxOptions E EccentricityCentrality EdgeAdd EdgeBetweennessCentrality EdgeCapacity EdgeCapForm EdgeColor EdgeConnectivity EdgeCost EdgeCount EdgeCoverQ EdgeDashing EdgeDelete EdgeDetect EdgeForm EdgeIndex EdgeJoinForm EdgeLabeling EdgeLabels EdgeLabelStyle EdgeList EdgeOpacity EdgeQ EdgeRenderingFunction EdgeRules EdgeShapeFunction EdgeStyle EdgeThickness EdgeWeight Editable EditButtonSettings EditCellTagsSettings EditDistance EffectiveInterest Eigensystem Eigenvalues EigenvectorCentrality Eigenvectors Element ElementData Eliminate EliminationOrder EllipticE EllipticExp EllipticExpPrime EllipticF 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EvaluatorNames EvenQ EventData EventEvaluator EventHandler EventHandlerTag EventLabels ExactBlackmanWindow ExactNumberQ ExactRootIsolation ExampleData Except ExcludedForms ExcludePods Exclusions ExclusionsStyle Exists Exit ExitDialog Exp Expand ExpandAll ExpandDenominator ExpandFileName ExpandNumerator Expectation ExpectationE ExpectedValue ExpGammaDistribution ExpIntegralE ExpIntegralEi Exponent ExponentFunction ExponentialDistribution ExponentialFamily ExponentialGeneratingFunction ExponentialMovingAverage ExponentialPowerDistribution ExponentPosition ExponentStep Export ExportAutoReplacements ExportPacket ExportString Expression ExpressionCell ExpressionPacket ExpToTrig ExtendedGCD Extension ExtentElementFunction ExtentMarkers ExtentSize ExternalCall ExternalDataCharacterEncoding Extract ExtractArchive ExtremeValueDistribution FaceForm FaceGrids FaceGridsStyle Factor FactorComplete Factorial Factorial2 FactorialMoment FactorialMomentGeneratingFunction FactorialPower FactorInteger FactorList FactorSquareFree FactorSquareFreeList FactorTerms FactorTermsList Fail FailureDistribution False FARIMAProcess FEDisableConsolePrintPacket FeedbackSector FeedbackSectorStyle FeedbackType FEEnableConsolePrintPacket Fibonacci FieldHint FieldHintStyle FieldMasked FieldSize File FileBaseName FileByteCount FileDate FileExistsQ FileExtension FileFormat FileHash FileInformation FileName FileNameDepth FileNameDialogSettings FileNameDrop FileNameJoin FileNames FileNameSetter FileNameSplit FileNameTake FilePrint FileType FilledCurve FilledCurveBox Filling FillingStyle FillingTransform FilterRules FinancialBond FinancialData FinancialDerivative FinancialIndicator Find FindArgMax FindArgMin FindClique FindClusters FindCurvePath FindDistributionParameters FindDivisions FindEdgeCover FindEdgeCut FindEulerianCycle FindFaces FindFile FindFit FindGeneratingFunction FindGeoLocation FindGeometricTransform FindGraphCommunities FindGraphIsomorphism FindGraphPartition FindHamiltonianCycle FindIndependentEdgeSet FindIndependentVertexSet FindInstance FindIntegerNullVector FindKClan FindKClique FindKClub FindKPlex FindLibrary FindLinearRecurrence FindList FindMaximum FindMaximumFlow FindMaxValue FindMinimum FindMinimumCostFlow FindMinimumCut FindMinValue FindPermutation FindPostmanTour FindProcessParameters FindRoot FindSequenceFunction FindSettings FindShortestPath FindShortestTour FindThreshold FindVertexCover FindVertexCut Fine FinishDynamic FiniteAbelianGroupCount FiniteGroupCount FiniteGroupData First FirstPassageTimeDistribution FischerGroupFi22 FischerGroupFi23 FischerGroupFi24Prime FisherHypergeometricDistribution FisherRatioTest FisherZDistribution Fit FitAll FittedModel FixedPoint FixedPointList FlashSelection Flat Flatten FlattenAt FlatTopWindow FlipView Floor FlushPrintOutputPacket Fold FoldList Font FontColor FontFamily FontForm FontName FontOpacity FontPostScriptName FontProperties FontReencoding FontSize FontSlant FontSubstitutions FontTracking FontVariations FontWeight For ForAll Format FormatRules FormatType FormatTypeAutoConvert FormatValues FormBox FormBoxOptions FortranForm Forward ForwardBackward Fourier FourierCoefficient FourierCosCoefficient FourierCosSeries FourierCosTransform FourierDCT FourierDCTFilter FourierDCTMatrix FourierDST FourierDSTMatrix FourierMatrix FourierParameters FourierSequenceTransform FourierSeries FourierSinCoefficient FourierSinSeries FourierSinTransform FourierTransform FourierTrigSeries FractionalBrownianMotionProcess FractionalPart FractionBox FractionBoxOptions FractionLine Frame FrameBox FrameBoxOptions Framed FrameInset FrameLabel Frameless FrameMargins FrameStyle FrameTicks FrameTicksStyle FRatioDistribution FrechetDistribution FreeQ FrequencySamplingFilterKernel FresnelC FresnelS Friday FrobeniusNumber FrobeniusSolve FromCharacterCode FromCoefficientRules FromContinuedFraction FromDate FromDigits FromDMS Front FrontEndDynamicExpression FrontEndEventActions FrontEndExecute FrontEndObject FrontEndResource FrontEndResourceString FrontEndStackSize FrontEndToken FrontEndTokenExecute FrontEndValueCache FrontEndVersion FrontFaceColor FrontFaceOpacity Full FullAxes FullDefinition FullForm FullGraphics FullOptions FullSimplify Function FunctionExpand FunctionInterpolation FunctionSpace FussellVeselyImportance GaborFilter GaborMatrix GaborWavelet GainMargins GainPhaseMargins Gamma GammaDistribution GammaRegularized GapPenalty Gather GatherBy GaugeFaceElementFunction GaugeFaceStyle GaugeFrameElementFunction GaugeFrameSize GaugeFrameStyle GaugeLabels GaugeMarkers GaugeStyle GaussianFilter GaussianIntegers GaussianMatrix GaussianWindow GCD GegenbauerC General GeneralizedLinearModelFit GenerateConditions GeneratedCell GeneratedParameters GeneratingFunction Generic GenericCylindricalDecomposition GenomeData GenomeLookup GeodesicClosing GeodesicDilation GeodesicErosion GeodesicOpening GeoDestination GeodesyData GeoDirection GeoDistance GeoGridPosition GeometricBrownianMotionProcess GeometricDistribution GeometricMean GeometricMeanFilter GeometricTransformation GeometricTransformation3DBox GeometricTransformation3DBoxOptions GeometricTransformationBox GeometricTransformationBoxOptions GeoPosition GeoPositionENU GeoPositionXYZ GeoProjectionData GestureHandler GestureHandlerTag Get GetBoundingBoxSizePacket GetContext GetEnvironment GetFileName GetFrontEndOptionsDataPacket GetLinebreakInformationPacket GetMenusPacket GetPageBreakInformationPacket Glaisher GlobalClusteringCoefficient GlobalPreferences GlobalSession Glow GoldenRatio GompertzMakehamDistribution GoodmanKruskalGamma GoodmanKruskalGammaTest Goto Grad Gradient GradientFilter GradientOrientationFilter Graph GraphAssortativity GraphCenter GraphComplement GraphData GraphDensity GraphDiameter GraphDifference GraphDisjointUnion GraphDistance GraphDistanceMatrix GraphElementData GraphEmbedding GraphHighlight GraphHighlightStyle GraphHub Graphics Graphics3D Graphics3DBox Graphics3DBoxOptions GraphicsArray GraphicsBaseline GraphicsBox GraphicsBoxOptions GraphicsColor GraphicsColumn GraphicsComplex GraphicsComplex3DBox GraphicsComplex3DBoxOptions GraphicsComplexBox GraphicsComplexBoxOptions GraphicsContents GraphicsData GraphicsGrid GraphicsGridBox GraphicsGroup GraphicsGroup3DBox GraphicsGroup3DBoxOptions GraphicsGroupBox GraphicsGroupBoxOptions GraphicsGrouping GraphicsHighlightColor GraphicsRow GraphicsSpacing GraphicsStyle GraphIntersection GraphLayout GraphLinkEfficiency GraphPeriphery GraphPlot GraphPlot3D GraphPower GraphPropertyDistribution GraphQ GraphRadius GraphReciprocity GraphRoot GraphStyle GraphUnion Gray GrayLevel GreatCircleDistance Greater GreaterEqual GreaterEqualLess GreaterFullEqual GreaterGreater GreaterLess GreaterSlantEqual GreaterTilde Green Grid GridBaseline GridBox GridBoxAlignment GridBoxBackground GridBoxDividers GridBoxFrame GridBoxItemSize GridBoxItemStyle GridBoxOptions GridBoxSpacings GridCreationSettings GridDefaultElement GridElementStyleOptions GridFrame GridFrameMargins GridGraph GridLines GridLinesStyle GroebnerBasis GroupActionBase GroupCentralizer GroupElementFromWord GroupElementPosition GroupElementQ GroupElements GroupElementToWord GroupGenerators GroupMultiplicationTable GroupOrbits GroupOrder GroupPageBreakWithin GroupSetwiseStabilizer GroupStabilizer GroupStabilizerChain Gudermannian GumbelDistribution HaarWavelet HadamardMatrix HalfNormalDistribution HamiltonianGraphQ HammingDistance HammingWindow HankelH1 HankelH2 HankelMatrix HannPoissonWindow HannWindow HaradaNortonGroupHN HararyGraph HarmonicMean HarmonicMeanFilter HarmonicNumber Hash HashTable Haversine HazardFunction Head HeadCompose Heads HeavisideLambda HeavisidePi HeavisideTheta HeldGroupHe HeldPart HelpBrowserLookup HelpBrowserNotebook HelpBrowserSettings HermiteDecomposition HermiteH HermitianMatrixQ HessenbergDecomposition Hessian HexadecimalCharacter Hexahedron HexahedronBox HexahedronBoxOptions HiddenSurface HighlightGraph HighlightImage HighpassFilter HigmanSimsGroupHS HilbertFilter HilbertMatrix Histogram Histogram3D HistogramDistribution HistogramList HistogramTransform HistogramTransformInterpolation HitMissTransform HITSCentrality HodgeDual HoeffdingD HoeffdingDTest Hold HoldAll HoldAllComplete HoldComplete HoldFirst HoldForm HoldPattern HoldRest HolidayCalendar HomeDirectory HomePage Horizontal HorizontalForm HorizontalGauge HorizontalScrollPosition HornerForm HotellingTSquareDistribution HoytDistribution HTMLSave Hue HumpDownHump HumpEqual HurwitzLerchPhi HurwitzZeta HyperbolicDistribution HypercubeGraph HyperexponentialDistribution Hyperfactorial Hypergeometric0F1 Hypergeometric0F1Regularized Hypergeometric1F1 Hypergeometric1F1Regularized Hypergeometric2F1 Hypergeometric2F1Regularized HypergeometricDistribution HypergeometricPFQ HypergeometricPFQRegularized HypergeometricU Hyperlink HyperlinkCreationSettings Hyphenation HyphenationOptions HypoexponentialDistribution HypothesisTestData I Identity IdentityMatrix If IgnoreCase Im Image Image3D Image3DSlices ImageAccumulate ImageAdd ImageAdjust ImageAlign ImageApply ImageAspectRatio ImageAssemble ImageCache ImageCacheValid ImageCapture ImageChannels ImageClip ImageColorSpace ImageCompose ImageConvolve ImageCooccurrence ImageCorners ImageCorrelate ImageCorrespondingPoints ImageCrop ImageData ImageDataPacket ImageDeconvolve ImageDemosaic ImageDifference ImageDimensions ImageDistance ImageEffect ImageFeatureTrack ImageFileApply ImageFileFilter ImageFileScan ImageFilter ImageForestingComponents ImageForwardTransformation ImageHistogram ImageKeypoints ImageLevels ImageLines ImageMargins ImageMarkers ImageMeasurements ImageMultiply ImageOffset ImagePad ImagePadding ImagePartition ImagePeriodogram ImagePerspectiveTransformation ImageQ ImageRangeCache ImageReflect ImageRegion ImageResize ImageResolution ImageRotate ImageRotated ImageScaled ImageScan ImageSize ImageSizeAction ImageSizeCache ImageSizeMultipliers ImageSizeRaw ImageSubtract ImageTake ImageTransformation ImageTrim ImageType ImageValue ImageValuePositions Implies Import ImportAutoReplacements ImportString ImprovementImportance In IncidenceGraph IncidenceList IncidenceMatrix IncludeConstantBasis IncludeFileExtension IncludePods IncludeSingularTerm Increment Indent IndentingNewlineSpacings IndentMaxFraction IndependenceTest IndependentEdgeSetQ IndependentUnit IndependentVertexSetQ Indeterminate IndexCreationOptions Indexed IndexGraph IndexTag Inequality InexactNumberQ InexactNumbers Infinity Infix Information Inherited InheritScope Initialization InitializationCell InitializationCellEvaluation InitializationCellWarning InlineCounterAssignments InlineCounterIncrements InlineRules Inner Inpaint Input InputAliases InputAssumptions InputAutoReplacements InputField InputFieldBox InputFieldBoxOptions InputForm InputGrouping InputNamePacket InputNotebook InputPacket InputSettings InputStream InputString InputStringPacket InputToBoxFormPacket Insert InsertionPointObject InsertResults Inset Inset3DBox Inset3DBoxOptions InsetBox InsetBoxOptions Install InstallService InString Integer IntegerDigits IntegerExponent IntegerLength IntegerPart IntegerPartitions IntegerQ Integers IntegerString Integral Integrate Interactive InteractiveTradingChart Interlaced Interleaving InternallyBalancedDecomposition InterpolatingFunction InterpolatingPolynomial Interpolation InterpolationOrder InterpolationPoints InterpolationPrecision Interpretation InterpretationBox InterpretationBoxOptions InterpretationFunction InterpretTemplate InterquartileRange Interrupt InterruptSettings Intersection Interval IntervalIntersection IntervalMemberQ IntervalUnion Inverse InverseBetaRegularized InverseCDF InverseChiSquareDistribution InverseContinuousWaveletTransform InverseDistanceTransform InverseEllipticNomeQ InverseErf InverseErfc InverseFourier InverseFourierCosTransform InverseFourierSequenceTransform InverseFourierSinTransform InverseFourierTransform InverseFunction InverseFunctions InverseGammaDistribution InverseGammaRegularized InverseGaussianDistribution InverseGudermannian InverseHaversine InverseJacobiCD InverseJacobiCN InverseJacobiCS InverseJacobiDC InverseJacobiDN InverseJacobiDS InverseJacobiNC InverseJacobiND InverseJacobiNS InverseJacobiSC InverseJacobiSD InverseJacobiSN InverseLaplaceTransform InversePermutation InverseRadon InverseSeries InverseSurvivalFunction InverseWaveletTransform InverseWeierstrassP InverseZTransform Invisible InvisibleApplication InvisibleTimes IrreduciblePolynomialQ IsolatingInterval IsomorphicGraphQ IsotopeData Italic Item ItemBox ItemBoxOptions ItemSize ItemStyle ItoProcess JaccardDissimilarity JacobiAmplitude Jacobian JacobiCD JacobiCN JacobiCS JacobiDC JacobiDN JacobiDS JacobiNC JacobiND JacobiNS JacobiP JacobiSC JacobiSD JacobiSN JacobiSymbol JacobiZeta JankoGroupJ1 JankoGroupJ2 JankoGroupJ3 JankoGroupJ4 JarqueBeraALMTest JohnsonDistribution Join Joined JoinedCurve JoinedCurveBox JoinForm JordanDecomposition JordanModelDecomposition K KagiChart KaiserBesselWindow KaiserWindow KalmanEstimator KalmanFilter KarhunenLoeveDecomposition KaryTree KatzCentrality KCoreComponents KDistribution KelvinBei KelvinBer KelvinKei KelvinKer KendallTau KendallTauTest KernelExecute KernelMixtureDistribution KernelObject Kernels Ket Khinchin KirchhoffGraph KirchhoffMatrix KleinInvariantJ KnightTourGraph KnotData KnownUnitQ KolmogorovSmirnovTest KroneckerDelta KroneckerModelDecomposition KroneckerProduct KroneckerSymbol KuiperTest KumaraswamyDistribution Kurtosis KuwaharaFilter Label Labeled LabeledSlider LabelingFunction LabelStyle LaguerreL LambdaComponents LambertW LanczosWindow LandauDistribution Language LanguageCategory LaplaceDistribution LaplaceTransform Laplacian LaplacianFilter LaplacianGaussianFilter Large Larger Last Latitude LatitudeLongitude LatticeData LatticeReduce Launch LaunchKernels LayeredGraphPlot LayerSizeFunction LayoutInformation LCM LeafCount LeapYearQ LeastSquares LeastSquaresFilterKernel Left LeftArrow LeftArrowBar LeftArrowRightArrow LeftDownTeeVector LeftDownVector LeftDownVectorBar LeftRightArrow LeftRightVector LeftTee LeftTeeArrow LeftTeeVector LeftTriangle LeftTriangleBar LeftTriangleEqual LeftUpDownVector LeftUpTeeVector LeftUpVector LeftUpVectorBar LeftVector LeftVectorBar LegendAppearance Legended LegendFunction LegendLabel LegendLayout LegendMargins LegendMarkers LegendMarkerSize LegendreP LegendreQ LegendreType Length LengthWhile LerchPhi Less LessEqual LessEqualGreater LessFullEqual LessGreater LessLess LessSlantEqual LessTilde LetterCharacter LetterQ Level LeveneTest LeviCivitaTensor LevyDistribution Lexicographic LibraryFunction LibraryFunctionError LibraryFunctionInformation LibraryFunctionLoad LibraryFunctionUnload LibraryLoad LibraryUnload LicenseID LiftingFilterData LiftingWaveletTransform LightBlue LightBrown LightCyan Lighter LightGray LightGreen Lighting LightingAngle LightMagenta LightOrange LightPink LightPurple LightRed LightSources LightYellow Likelihood Limit LimitsPositioning LimitsPositioningTokens LindleyDistribution Line Line3DBox LinearFilter LinearFractionalTransform LinearModelFit LinearOffsetFunction LinearProgramming LinearRecurrence LinearSolve LinearSolveFunction LineBox LineBreak LinebreakAdjustments LineBreakChart LineBreakWithin LineColor LineForm LineGraph LineIndent LineIndentMaxFraction LineIntegralConvolutionPlot LineIntegralConvolutionScale LineLegend LineOpacity LineSpacing LineWrapParts LinkActivate LinkClose LinkConnect LinkConnectedQ LinkCreate LinkError LinkFlush LinkFunction LinkHost LinkInterrupt LinkLaunch LinkMode LinkObject LinkOpen LinkOptions LinkPatterns LinkProtocol LinkRead LinkReadHeld LinkReadyQ Links LinkWrite LinkWriteHeld LiouvilleLambda List Listable ListAnimate ListContourPlot ListContourPlot3D ListConvolve ListCorrelate ListCurvePathPlot ListDeconvolve ListDensityPlot Listen ListFourierSequenceTransform ListInterpolation ListLineIntegralConvolutionPlot ListLinePlot ListLogLinearPlot ListLogLogPlot ListLogPlot ListPicker ListPickerBox ListPickerBoxBackground ListPickerBoxOptions ListPlay ListPlot ListPlot3D ListPointPlot3D ListPolarPlot ListQ ListStreamDensityPlot ListStreamPlot ListSurfacePlot3D ListVectorDensityPlot ListVectorPlot ListVectorPlot3D ListZTransform Literal LiteralSearch LocalClusteringCoefficient LocalizeVariables LocationEquivalenceTest LocationTest Locator LocatorAutoCreate LocatorBox LocatorBoxOptions LocatorCentering LocatorPane LocatorPaneBox LocatorPaneBoxOptions LocatorRegion Locked Log Log10 Log2 LogBarnesG LogGamma LogGammaDistribution LogicalExpand LogIntegral LogisticDistribution LogitModelFit LogLikelihood LogLinearPlot LogLogisticDistribution LogLogPlot LogMultinormalDistribution LogNormalDistribution LogPlot LogRankTest LogSeriesDistribution LongEqual Longest LongestAscendingSequence LongestCommonSequence LongestCommonSequencePositions LongestCommonSubsequence LongestCommonSubsequencePositions LongestMatch LongForm Longitude LongLeftArrow LongLeftRightArrow LongRightArrow Loopback LoopFreeGraphQ LowerCaseQ LowerLeftArrow LowerRightArrow LowerTriangularize LowpassFilter LQEstimatorGains LQGRegulator LQOutputRegulatorGains LQRegulatorGains LUBackSubstitution LucasL LuccioSamiComponents LUDecomposition LyapunovSolve LyonsGroupLy MachineID MachineName MachineNumberQ MachinePrecision MacintoshSystemPageSetup Magenta Magnification Magnify MainSolve MaintainDynamicCaches Majority MakeBoxes MakeExpression MakeRules MangoldtLambda ManhattanDistance Manipulate Manipulator MannWhitneyTest MantissaExponent Manual Map MapAll MapAt MapIndexed MAProcess MapThread MarcumQ MardiaCombinedTest MardiaKurtosisTest MardiaSkewnessTest MarginalDistribution MarkovProcessProperties Masking MatchingDissimilarity MatchLocalNameQ MatchLocalNames MatchQ Material MathematicaNotation MathieuC MathieuCharacteristicA MathieuCharacteristicB MathieuCharacteristicExponent MathieuCPrime MathieuGroupM11 MathieuGroupM12 MathieuGroupM22 MathieuGroupM23 MathieuGroupM24 MathieuS MathieuSPrime MathMLForm MathMLText Matrices MatrixExp MatrixForm MatrixFunction MatrixLog MatrixPlot MatrixPower MatrixQ MatrixRank Max MaxBend MaxDetect MaxExtraBandwidths MaxExtraConditions MaxFeatures MaxFilter Maximize MaxIterations MaxMemoryUsed MaxMixtureKernels MaxPlotPoints MaxPoints MaxRecursion MaxStableDistribution MaxStepFraction MaxSteps MaxStepSize MaxValue MaxwellDistribution McLaughlinGroupMcL Mean MeanClusteringCoefficient MeanDegreeConnectivity MeanDeviation MeanFilter MeanGraphDistance MeanNeighborDegree MeanShift MeanShiftFilter Median MedianDeviation MedianFilter Medium MeijerG MeixnerDistribution MemberQ MemoryConstrained MemoryInUse Menu MenuAppearance MenuCommandKey MenuEvaluator MenuItem MenuPacket MenuSortingValue MenuStyle MenuView MergeDifferences Mesh MeshFunctions MeshRange MeshShading MeshStyle Message MessageDialog MessageList MessageName MessageOptions MessagePacket Messages MessagesNotebook MetaCharacters MetaInformation Method MethodOptions MexicanHatWavelet MeyerWavelet Min MinDetect MinFilter MinimalPolynomial MinimalStateSpaceModel Minimize Minors MinRecursion MinSize MinStableDistribution Minus MinusPlus MinValue Missing MissingDataMethod MittagLefflerE MixedRadix MixedRadixQuantity MixtureDistribution Mod Modal Mode Modular ModularLambda Module Modulus MoebiusMu Moment Momentary MomentConvert MomentEvaluate MomentGeneratingFunction Monday Monitor MonomialList MonomialOrder MonsterGroupM MorletWavelet MorphologicalBinarize MorphologicalBranchPoints MorphologicalComponents MorphologicalEulerNumber MorphologicalGraph MorphologicalPerimeter MorphologicalTransform Most MouseAnnotation MouseAppearance MouseAppearanceTag MouseButtons Mouseover MousePointerNote MousePosition MovingAverage MovingMedian MoyalDistribution MultiedgeStyle MultilaunchWarning MultiLetterItalics MultiLetterStyle MultilineFunction Multinomial MultinomialDistribution MultinormalDistribution MultiplicativeOrder Multiplicity Multiselection MultivariateHypergeometricDistribution MultivariatePoissonDistribution MultivariateTDistribution N NakagamiDistribution NameQ Names NamespaceBox Nand NArgMax NArgMin NBernoulliB NCache NDSolve NDSolveValue Nearest NearestFunction NeedCurrentFrontEndPackagePacket NeedCurrentFrontEndSymbolsPacket NeedlemanWunschSimilarity Needs Negative NegativeBinomialDistribution NegativeMultinomialDistribution NeighborhoodGraph Nest NestedGreaterGreater NestedLessLess NestedScriptRules NestList NestWhile NestWhileList NevilleThetaC NevilleThetaD NevilleThetaN NevilleThetaS NewPrimitiveStyle NExpectation Next NextPrime NHoldAll NHoldFirst NHoldRest NicholsGridLines NicholsPlot NIntegrate NMaximize NMaxValue NMinimize NMinValue NominalVariables NonAssociative NoncentralBetaDistribution NoncentralChiSquareDistribution NoncentralFRatioDistribution NoncentralStudentTDistribution NonCommutativeMultiply NonConstants None NonlinearModelFit NonlocalMeansFilter NonNegative NonPositive Nor NorlundB Norm Normal NormalDistribution NormalGrouping Normalize NormalizedSquaredEuclideanDistance NormalsFunction NormFunction Not NotCongruent NotCupCap NotDoubleVerticalBar Notebook NotebookApply NotebookAutoSave NotebookClose NotebookConvertSettings NotebookCreate NotebookCreateReturnObject NotebookDefault NotebookDelete NotebookDirectory NotebookDynamicExpression NotebookEvaluate NotebookEventActions NotebookFileName NotebookFind NotebookFindReturnObject NotebookGet NotebookGetLayoutInformationPacket NotebookGetMisspellingsPacket NotebookInformation NotebookInterfaceObject NotebookLocate NotebookObject NotebookOpen NotebookOpenReturnObject NotebookPath NotebookPrint NotebookPut NotebookPutReturnObject NotebookRead NotebookResetGeneratedCells Notebooks NotebookSave NotebookSaveAs NotebookSelection NotebookSetupLayoutInformationPacket NotebooksMenu NotebookWrite NotElement NotEqualTilde NotExists NotGreater 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NumberFieldRegulator NumberFieldRootsOfUnity NumberFieldSignature NumberForm NumberFormat NumberMarks NumberMultiplier NumberPadding NumberPoint NumberQ NumberSeparator NumberSigns NumberString Numerator NumericFunction NumericQ NuttallWindow NValues NyquistGridLines NyquistPlot O ObservabilityGramian ObservabilityMatrix ObservableDecomposition ObservableModelQ OddQ Off Offset OLEData On ONanGroupON OneIdentity Opacity Open OpenAppend Opener OpenerBox OpenerBoxOptions OpenerView OpenFunctionInspectorPacket Opening OpenRead OpenSpecialOptions OpenTemporary OpenWrite Operate OperatingSystem OptimumFlowData Optional OptionInspectorSettings OptionQ Options OptionsPacket OptionsPattern OptionValue OptionValueBox OptionValueBoxOptions Or Orange Order OrderDistribution OrderedQ Ordering Orderless OrnsteinUhlenbeckProcess Orthogonalize Out Outer OutputAutoOverwrite OutputControllabilityMatrix OutputControllableModelQ OutputForm OutputFormData OutputGrouping OutputMathEditExpression OutputNamePacket OutputResponse OutputSizeLimit OutputStream Over OverBar OverDot Overflow OverHat Overlaps Overlay OverlayBox OverlayBoxOptions Overscript OverscriptBox OverscriptBoxOptions OverTilde OverVector OwenT OwnValues PackingMethod PaddedForm Padding PadeApproximant PadLeft PadRight PageBreakAbove PageBreakBelow PageBreakWithin PageFooterLines PageFooters PageHeaderLines PageHeaders PageHeight PageRankCentrality PageWidth PairedBarChart PairedHistogram PairedSmoothHistogram PairedTTest PairedZTest PaletteNotebook PalettePath Pane PaneBox PaneBoxOptions Panel PanelBox PanelBoxOptions Paneled PaneSelector PaneSelectorBox PaneSelectorBoxOptions PaperWidth ParabolicCylinderD ParagraphIndent ParagraphSpacing ParallelArray ParallelCombine ParallelDo ParallelEvaluate Parallelization Parallelize ParallelMap ParallelNeeds ParallelProduct ParallelSubmit ParallelSum ParallelTable ParallelTry Parameter ParameterEstimator ParameterMixtureDistribution ParameterVariables ParametricFunction 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PopupMenuBox PopupMenuBoxOptions PopupView PopupWindow Position Positive PositiveDefiniteMatrixQ PossibleZeroQ Postfix PostScript Power PowerDistribution PowerExpand PowerMod PowerModList PowerSpectralDensity PowersRepresentations PowerSymmetricPolynomial Precedence PrecedenceForm Precedes PrecedesEqual PrecedesSlantEqual PrecedesTilde Precision PrecisionGoal PreDecrement PredictionRoot PreemptProtect PreferencesPath Prefix PreIncrement Prepend PrependTo PreserveImageOptions Previous PriceGraphDistribution PrimaryPlaceholder Prime PrimeNu PrimeOmega PrimePi PrimePowerQ PrimeQ Primes PrimeZetaP PrimitiveRoot PrincipalComponents PrincipalValue Print PrintAction PrintForm PrintingCopies PrintingOptions PrintingPageRange PrintingStartingPageNumber PrintingStyleEnvironment PrintPrecision PrintTemporary Prism PrismBox PrismBoxOptions PrivateCellOptions PrivateEvaluationOptions PrivateFontOptions PrivateFrontEndOptions PrivateNotebookOptions PrivatePaths Probability ProbabilityDistribution 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Random RandomChoice RandomComplex RandomFunction RandomGraph RandomImage RandomInteger RandomPermutation RandomPrime RandomReal RandomSample RandomSeed RandomVariate RandomWalkProcess Range RangeFilter RangeSpecification RankedMax RankedMin Raster Raster3D Raster3DBox Raster3DBoxOptions RasterArray RasterBox RasterBoxOptions Rasterize RasterSize Rational RationalFunctions Rationalize Rationals Ratios Raw RawArray RawBoxes RawData RawMedium RayleighDistribution Re Read ReadList ReadProtected Real RealBlockDiagonalForm RealDigits RealExponent Reals Reap Record RecordLists RecordSeparators Rectangle RectangleBox RectangleBoxOptions RectangleChart RectangleChart3D RecurrenceFilter RecurrenceTable RecurringDigitsForm Red Reduce RefBox ReferenceLineStyle ReferenceMarkers ReferenceMarkerStyle Refine ReflectionMatrix ReflectionTransform Refresh RefreshRate RegionBinarize RegionFunction RegionPlot RegionPlot3D RegularExpression Regularization Reinstall Release ReleaseHold ReliabilityDistribution ReliefImage ReliefPlot Remove RemoveAlphaChannel RemoveAsynchronousTask Removed RemoveInputStreamMethod RemoveOutputStreamMethod RemoveProperty RemoveScheduledTask RenameDirectory RenameFile RenderAll RenderingOptions RenewalProcess RenkoChart Repeated RepeatedNull RepeatedString Replace ReplaceAll ReplaceHeldPart ReplaceImageValue ReplaceList ReplacePart ReplacePixelValue ReplaceRepeated Resampling Rescale RescalingTransform ResetDirectory ResetMenusPacket ResetScheduledTask Residue Resolve Rest Resultant ResumePacket Return ReturnExpressionPacket ReturnInputFormPacket ReturnPacket ReturnTextPacket Reverse ReverseBiorthogonalSplineWavelet ReverseElement ReverseEquilibrium ReverseGraph ReverseUpEquilibrium RevolutionAxis RevolutionPlot3D RGBColor RiccatiSolve RiceDistribution RidgeFilter RiemannR RiemannSiegelTheta RiemannSiegelZ Riffle Right RightArrow RightArrowBar RightArrowLeftArrow RightCosetRepresentative RightDownTeeVector RightDownVector RightDownVectorBar RightTee RightTeeArrow RightTeeVector RightTriangle RightTriangleBar RightTriangleEqual RightUpDownVector RightUpTeeVector RightUpVector RightUpVectorBar RightVector RightVectorBar RiskAchievementImportance RiskReductionImportance RogersTanimotoDissimilarity Root RootApproximant RootIntervals RootLocusPlot RootMeanSquare RootOfUnityQ RootReduce Roots RootSum Rotate RotateLabel RotateLeft RotateRight RotationAction RotationBox RotationBoxOptions RotationMatrix RotationTransform Round RoundImplies RoundingRadius Row RowAlignments RowBackgrounds RowBox RowHeights RowLines RowMinHeight RowReduce RowsEqual RowSpacings RSolve RudvalisGroupRu Rule RuleCondition RuleDelayed RuleForm RulerUnits Run RunScheduledTask RunThrough RuntimeAttributes RuntimeOptions RussellRaoDissimilarity SameQ SameTest SampleDepth SampledSoundFunction SampledSoundList SampleRate SamplingPeriod SARIMAProcess SARMAProcess SatisfiabilityCount SatisfiabilityInstances SatisfiableQ Saturday Save Saveable SaveAutoDelete SaveDefinitions SawtoothWave Scale Scaled ScaleDivisions ScaledMousePosition ScaleOrigin ScalePadding ScaleRanges ScaleRangeStyle ScalingFunctions ScalingMatrix ScalingTransform Scan ScheduledTaskActiveQ ScheduledTaskData ScheduledTaskObject ScheduledTasks SchurDecomposition ScientificForm ScreenRectangle ScreenStyleEnvironment ScriptBaselineShifts ScriptLevel ScriptMinSize ScriptRules ScriptSizeMultipliers Scrollbars ScrollingOptions ScrollPosition Sec Sech SechDistribution SectionGrouping SectorChart SectorChart3D SectorOrigin SectorSpacing SeedRandom Select Selectable SelectComponents SelectedCells SelectedNotebook Selection SelectionAnimate SelectionCell SelectionCellCreateCell SelectionCellDefaultStyle SelectionCellParentStyle SelectionCreateCell SelectionDebuggerTag SelectionDuplicateCell SelectionEvaluate SelectionEvaluateCreateCell SelectionMove SelectionPlaceholder SelectionSetStyle SelectWithContents SelfLoops SelfLoopStyle SemialgebraicComponentInstances 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SquareSupersetEqual SquareUnion SquareWave StabilityMargins StabilityMarginsStyle StableDistribution Stack StackBegin StackComplete StackInhibit StandardDeviation StandardDeviationFilter StandardForm Standardize StandbyDistribution Star StarGraph StartAsynchronousTask StartingStepSize StartOfLine StartOfString StartScheduledTask StartupSound StateDimensions StateFeedbackGains StateOutputEstimator StateResponse StateSpaceModel StateSpaceRealization StateSpaceTransform StationaryDistribution StationaryWaveletPacketTransform StationaryWaveletTransform StatusArea StatusCentrality StepMonitor StieltjesGamma StirlingS1 StirlingS2 StopAsynchronousTask StopScheduledTask StrataVariables StratonovichProcess StreamColorFunction StreamColorFunctionScaling StreamDensityPlot StreamPlot StreamPoints StreamPosition Streams StreamScale StreamStyle String StringBreak StringByteCount StringCases StringCount StringDrop StringExpression StringForm StringFormat StringFreeQ StringInsert StringJoin 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WignerSemicircleDistribution WilksW WilksWTest WindowClickSelect WindowElements WindowFloating WindowFrame WindowFrameElements WindowMargins WindowMovable WindowOpacity WindowSelected WindowSize WindowStatusArea WindowTitle WindowToolbars WindowWidth With WolframAlpha WolframAlphaDate WolframAlphaQuantity WolframAlphaResult Word WordBoundary WordCharacter WordData WordSearch WordSeparators WorkingPrecision Write WriteString Wronskian XMLElement XMLObject Xnor Xor Yellow YuleDissimilarity ZernikeR ZeroSymmetric ZeroTest ZeroWidthTimes Zeta ZetaZero ZipfDistribution ZTest ZTransform $Aborted $ActivationGroupID $ActivationKey $ActivationUserRegistered $AddOnsDirectory $AssertFunction $Assumptions $AsynchronousTask $BaseDirectory $BatchInput $BatchOutput $BoxForms $ByteOrdering $Canceled $CharacterEncoding $CharacterEncodings $CommandLine $CompilationTarget $ConditionHold $ConfiguredKernels $Context $ContextPath $ControlActiveSetting $CreationDate $CurrentLink $DateStringFormat $DefaultFont $DefaultFrontEnd $DefaultImagingDevice $DefaultPath $Display $DisplayFunction $DistributedContexts $DynamicEvaluation $Echo $Epilog $ExportFormats $Failed $FinancialDataSource $FormatType $FrontEnd $FrontEndSession $GeoLocation $HistoryLength $HomeDirectory $HTTPCookies $IgnoreEOF $ImagingDevices $ImportFormats $InitialDirectory $Input $InputFileName $InputStreamMethods $Inspector $InstallationDate $InstallationDirectory $InterfaceEnvironment $IterationLimit $KernelCount $KernelID $Language $LaunchDirectory $LibraryPath $LicenseExpirationDate $LicenseID $LicenseProcesses $LicenseServer $LicenseSubprocesses $LicenseType $Line $Linked $LinkSupported $LoadedFiles $MachineAddresses $MachineDomain $MachineDomains $MachineEpsilon $MachineID $MachineName $MachinePrecision $MachineType $MaxExtraPrecision $MaxLicenseProcesses $MaxLicenseSubprocesses $MaxMachineNumber $MaxNumber $MaxPiecewiseCases $MaxPrecision $MaxRootDegree $MessageGroups $MessageList $MessagePrePrint $Messages 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            "text": "! Supporting Additional Languages\n \nThe [[highlight.js|https://github.com/highlightjs/highlight.js]] project supports many languages. Only a subset of these languages are supported by the plugin. It is possible for users to change the set of languages supported by the plugin by following these steps:\n \n# Go to the highlight.js project [[download page|https://highlightjs.org/download/]], select the language definitions to include, and press the Download button to download a zip archive containing customised support files for a highlight.js syntax highlighting server.\n# Locate the `highlight.pack.js` file in the highlight plugin -- on a stock Debian 8 system running Tiddlywiki5 under node-js it is located at `/usr/local/lib/node_modules/tiddlywiki/plugins/tiddlywiki/highlight/files/highlight.pack.js`.\n# Replace the plugin `highlight.pack.js` file located in step 2 with the one from the downloaded archive obtained in step 1.\n# Restart the Tiddlywiki server.\n"
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        "$:/plugins/tiddlywiki/highlight/license": {
            "title": "$:/plugins/tiddlywiki/highlight/license",
            "type": "text/plain",
            "text": "Copyright (c) 2006, Ivan Sagalaev\nAll rights reserved.\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n    * Redistributions of source code must retain the above copyright\n      notice, this list of conditions and the following disclaimer.\n    * Redistributions in binary form must reproduce the above copyright\n      notice, this list of conditions and the following disclaimer in the\n      documentation and/or other materials provided with the distribution.\n    * Neither the name of highlight.js nor the names of its contributors\n      may be used to endorse or promote products derived from this software\n      without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\nWARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE REGENTS AND CONTRIBUTORS BE LIABLE FOR ANY\nDIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\nLOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\nON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
        },
        "$:/plugins/tiddlywiki/highlight/readme": {
            "title": "$:/plugins/tiddlywiki/highlight/readme",
            "text": "This plugin provides syntax highlighting of code blocks using v9.15.6 of [[highlight.js|https://github.com/isagalaev/highlight.js]] from Ivan Sagalaev.\n\n! Usage\n\nWhen the plugin is installed it automatically applies highlighting to all codeblocks defined with triple backticks or with the CodeBlockWidget.\n\nThe language can optionally be specified after the opening triple braces:\n\n<$codeblock code=\"\"\"```css\n * { margin: 0; padding: 0; } /* micro reset */\n\nhtml { font-size: 62.5%; }\nbody { font-size: 14px; font-size: 1.4rem; } /* =14px */\nh1   { font-size: 24px; font-size: 2.4rem; } /* =24px */\n```\"\"\"/>\n\nIf no language is specified highlight.js will attempt to automatically detect the language.\n\n! Built-in Language Brushes\n\nThe plugin includes support for the following languages (referred to as \"brushes\" by highlight.js):\n\n* apache\n* arduino\n* arm assembly\n* asciidoc\n* autohotkey\n* awk\n* bash\n* cmake\n* coffeescript\n* cpp\n* cs\n* css\n* diff\n* dockerfile\n* erlang\n* fortran\n* go\n* gradle\n* haskell\n* html\n* http\n* ini\n* intel x86 assembly\n* java\n* javascript\n* json\n* kotlin\n* makefile\n* markdown\n* mathematica\n* matlab\n* nginx\n* objectivec\n* perl\n* php\n* powershell\n* python\n* R\n* ruby\n* rust\n* sql\n* typescript\n* vim script\n* xml\n* yaml\n\nYou can also specify the language as a MIME content type (eg `text/html` or `text/css`). The mapping is accomplished via mapping tiddlers whose titles start with `$:/config/HighlightPlugin/TypeMappings/`.\n"
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            "tags": "[[$:/tags/Stylesheet]]",
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        },
        "$:/plugins/tiddlywiki/highlight/usage": {
            "title": "$:/plugins/tiddlywiki/highlight/usage",
            "text": "! Usage\n\nFenced code blocks can have a language specifier added to trigger highlighting in a specific language. Otherwise heuristics are used to detect the language.\n\n```\n ```js\n var a = b + c; // Highlighted as JavaScript\n ```\n```\n! Adding Themes\n\nYou can add themes from highlight.js by copying the CSS to a new tiddler and tagging it with [[$:/tags/Stylesheet]]. The available themes can be found on GitHub:\n\nhttps://github.com/isagalaev/highlight.js/tree/master/src/styles\n"
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a(e,t){this.mode=void 0,this.gullet=void 0,this.settings=void 0,this.leftrightDepth=void 0,this.nextToken=void 0,this.mode=\"math\",this.gullet=new xn(e,t,this.mode),this.settings=t,this.leftrightDepth=0}var e=a.prototype;return e.expect=function(e,t){if(void 0===t&&(t=!0),this.nextToken.text!==e)throw new X(\"Expected '\"+e+\"', got '\"+this.nextToken.text+\"'\",this.nextToken);t&&this.consume()},e.consume=function(){this.nextToken=this.gullet.expandNextToken()},e.switchMode=function(e){this.mode=e,this.gullet.switchMode(e)},e.parse=function(){this.gullet.beginGroup(),this.settings.colorIsTextColor&&this.gullet.macros.set(\"\\\\color\",\"\\\\textcolor\"),this.consume();var e=this.parseExpression(!1);return this.expect(\"EOF\",!1),this.gullet.endGroup(),e},e.parseExpression=function(e,t){for(var r=[];;){\"math\"===this.mode&&this.consumeSpaces();var n=this.nextToken;if(-1!==a.endOfExpression.indexOf(n.text))break;if(t&&n.text===t)break;if(e&&tn[n.text]&&tn[n.text].infix)break;var i=this.parseAtom(t);if(!i)break;r.push(i)}return\"text\"===this.mode&&this.formLigatures(r),this.handleInfixNodes(r)},e.handleInfixNodes=function(e){for(var t,r=-1,n=0;n<e.length;n++){var i=Ke(e[n],\"infix\");if(i){if(-1!==r)throw new X(\"only one infix operator per group\",i.token);r=n,t=i.replaceWith}}if(-1!==r&&t){var a,o,s=e.slice(0,r),l=e.slice(r+1);return a=1===s.length&&\"ordgroup\"===s[0].type?s[0]:{type:\"ordgroup\",mode:this.mode,body:s},o=1===l.length&&\"ordgroup\"===l[0].type?l[0]:{type:\"ordgroup\",mode:this.mode,body:l},[\"\\\\\\\\abovefrac\"===t?this.callFunction(t,[a,e[r],o],[]):this.callFunction(t,[a,o],[])]}return e},e.handleSupSubscript=function(e){var t=this.nextToken,r=t.text;this.consume(),this.consumeSpaces();var n=this.parseGroup(e,!1,a.SUPSUB_GREEDINESS);if(!n)throw new X(\"Expected group after '\"+r+\"'\",t);return n},e.handleUnsupportedCmd=function(){for(var e=this.nextToken.text,t=[],r=0;r<e.length;r++)t.push({type:\"textord\",mode:\"text\",text:e[r]});var n={type:\"text\",mode:this.mode,body:t},i={type:\"color\",mode:this.mode,color:this.settings.errorColor,body:[n]};return this.consume(),i},e.parseAtom=function(e){var t,r,n=this.parseGroup(\"atom\",!1,null,e);if(\"text\"===this.mode)return n;for(;;){this.consumeSpaces();var i=this.nextToken;if(\"\\\\limits\"===i.text||\"\\\\nolimits\"===i.text){var a=Ke(n,\"op\");if(!a)throw new X(\"Limit controls must follow a math operator\",i);var o=\"\\\\limits\"===i.text;a.limits=o,a.alwaysHandleSupSub=!0,this.consume()}else if(\"^\"===i.text){if(t)throw new X(\"Double superscript\",i);t=this.handleSupSubscript(\"superscript\")}else if(\"_\"===i.text){if(r)throw new X(\"Double subscript\",i);r=this.handleSupSubscript(\"subscript\")}else if(\"'\"===i.text){if(t)throw new X(\"Double superscript\",i);var s={type:\"textord\",mode:this.mode,text:\"\\\\prime\"},l=[s];for(this.consume();\"'\"===this.nextToken.text;)l.push(s),this.consume();\"^\"===this.nextToken.text&&l.push(this.handleSupSubscript(\"superscript\")),t={type:\"ordgroup\",mode:this.mode,body:l}}else{if(\"%\"!==i.text)break;this.consumeComment()}}return t||r?{type:\"supsub\",mode:this.mode,base:n,sup:t,sub:r}:n},e.parseFunction=function(e,t,r){var n=this.nextToken,i=n.text,a=tn[i];if(!a)return null;if(null!=r&&a.greediness<=r)throw new X(\"Got function '\"+i+\"' with no arguments\"+(t?\" as \"+t:\"\"),n);if(\"text\"===this.mode&&!a.allowedInText)throw new X(\"Can't use function '\"+i+\"' in text mode\",n);if(\"math\"===this.mode&&!1===a.allowedInMath)throw new X(\"Can't use function '\"+i+\"' in math mode\",n);if(a.consumeMode){var o=this.mode;this.switchMode(a.consumeMode),this.consume(),this.switchMode(o)}else this.consume();var s=this.parseArguments(i,a),l=s.args,h=s.optArgs;return this.callFunction(i,l,h,n,e)},e.callFunction=function(e,t,r,n,i){var a={funcName:e,parser:this,token:n,breakOnTokenText:i},o=tn[e];if(o&&o.handler)return o.handler(a,t,r);throw new X(\"No function handler for \"+e)},e.parseArguments=function(e,t){var r=t.numArgs+t.numOptionalArgs;if(0===r)return{args:[],optArgs:[]};for(var n=t.greediness,i=[],a=[],o=0;o<r;o++){var s=t.argTypes&&t.argTypes[o],l=o<t.numOptionalArgs;0<o&&!l&&this.consumeSpaces(),0!==o||l||\"math\"!==this.mode||this.consumeSpaces();var h=this.nextToken,m=this.parseGroupOfType(\"argument to '\"+e+\"'\",s,l,n);if(!m){if(l){a.push(null);continue}throw new X(\"Expected group after '\"+e+\"'\",h)}(l?a:i).push(m)}return{args:i,optArgs:a}},e.parseGroupOfType=function(e,t,r,n){switch(t){case\"color\":return this.parseColorGroup(r);case\"size\":return this.parseSizeGroup(r);case\"url\":return this.parseUrlGroup(r);case\"math\":case\"text\":return this.parseGroup(e,r,n,void 0,t);case\"original\":case null:case void 0:return this.parseGroup(e,r,n);default:throw new X(\"Unknown group type as \"+e,this.nextToken)}},e.consumeSpaces=function(){for(;\" \"===this.nextToken.text;)this.consume()},e.consumeComment=function(){for(;\"EOF\"!==this.nextToken.text&&this.nextToken.loc&&-1===this.nextToken.loc.getSource().indexOf(\"\\n\");)this.consume();if(\"EOF\"===this.nextToken.text&&this.settings.reportNonstrict(\"commentAtEnd\",\"% comment has no terminating newline; LaTeX would fail because of commenting the end of math mode (e.g. $)\"),\"math\"===this.mode)this.consumeSpaces();else if(this.nextToken.loc){var e=this.nextToken.loc.getSource();e.indexOf(\"\\n\")===e.length-1&&this.consumeSpaces()}},e.parseStringGroup=function(e,t,r){var n=t?\"[\":\"{\",i=t?\"]\":\"}\",a=this.nextToken;if(a.text!==n){if(t)return null;if(r&&\"EOF\"!==a.text&&/[^{}[\\]]/.test(a.text))return this.consume(),a}var o=this.mode;this.mode=\"text\",this.expect(n);for(var 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            "text": "/* eslint-disable */\n/* -*- Mode: Javascript; indent-tabs-mode:nil; js-indent-level: 2 -*- */\n/* vim: set ts=2 et sw=2 tw=80: */\n\n/*************************************************************\n *\n *  KaTeX mhchem.js\n *\n *  This file implements a KaTeX version of mhchem version 3.3.0.\n *  It is adapted from MathJax/extensions/TeX/mhchem.js\n *  It differs from the MathJax version as follows:\n *    1. The interface is changed so that it can be called from KaTeX, not MathJax.\n *    2. \\rlap and \\llap are replaced with \\mathrlap and \\mathllap.\n *    3. Four lines of code are edited in order to use \\raisebox instead of \\raise.\n *    4. The reaction arrow code is simplified. All reaction arrows are rendered\n *       using KaTeX extensible arrows instead of building non-extensible arrows.\n *    5. \\tripledash vertical alignment is slightly adjusted.\n *\n *    This code, as other KaTeX code, is released under the MIT license.\n * \n * /*************************************************************\n *\n *  MathJax/extensions/TeX/mhchem.js\n *\n *  Implements the \\ce command for handling chemical formulas\n *  from the mhchem LaTeX package.\n *\n *  ---------------------------------------------------------------------\n *\n *  Copyright (c) 2011-2015 The MathJax Consortium\n *  Copyright (c) 2015-2018 Martin Hensel\n *\n *  Licensed under the Apache License, Version 2.0 (the \"License\");\n *  you may not use this file except in compliance with the License.\n *  You may obtain a copy of the License at\n *\n *      http://www.apache.org/licenses/LICENSE-2.0\n *\n *  Unless required by applicable law or agreed to in writing, software\n *  distributed under the License is distributed on an \"AS IS\" BASIS,\n *  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n *  See the License for the specific language governing permissions and\n *  limitations under the License.\n */\n\n//\n// Coding Style\n//   - use '' for identifiers that can by minified/uglified\n//   - use \"\" for strings that need to stay untouched\n\n// version: \"3.3.0\" for MathJax and KaTeX\n\n/****************************************\n*****************************************\n* TiddlyWiki: moved the katex-module definitions to wrapper.js\n*****************************************\n*****************************************/\n\n  //\n  //  This is the main function for handing the \\ce and \\pu commands.\n  //  It takes the argument to \\ce or \\pu and returns the corresponding TeX string.\n  //\n\n  // TiddlyWiki: replaced `var chemParse =` with `module.exports =` ... no more modifications in this file\n  module.exports = function (tokens, stateMachine) {\n    // Recreate the argument string from KaTeX's array of tokens.\n    var str = \"\";\n    var expectedLoc = tokens[tokens.length - 1].loc.start\n    for (var i = tokens.length - 1; i >= 0; i--) {\n      if(tokens[i].loc.start > expectedLoc) {\n        // context.consumeArgs has eaten a space.\n        str += \" \";\n        expectedLoc = tokens[i].loc.start;\n      }\n      str += tokens[i].text;\n      expectedLoc += tokens[i].text.length;\n    }\n    var tex = texify.go(mhchemParser.go(str, stateMachine));\n    return tex;\n  };\n\n  //\n  // Core parser for mhchem syntax  (recursive)\n  //\n  /** @type {MhchemParser} */\n  var mhchemParser = {\n    //\n    // Parses mchem \\ce syntax\n    //\n    // Call like\n    //   go(\"H2O\");\n    //\n    go: function (input, stateMachine) {\n      if (!input) { return []; }\n      if (stateMachine === undefined) { stateMachine = 'ce'; }\n      var state = '0';\n\n      //\n      // String buffers for parsing:\n      //\n      // buffer.a == amount\n      // buffer.o == element\n      // buffer.b == left-side superscript\n      // buffer.p == left-side subscript\n      // buffer.q == right-side subscript\n      // buffer.d == right-side superscript\n      //\n      // buffer.r == arrow\n      // buffer.rdt == arrow, script above, type\n      // buffer.rd == arrow, script above, content\n      // buffer.rqt == arrow, script below, type\n      // buffer.rq == arrow, script below, content\n      //\n      // buffer.text_\n      // buffer.rm\n      // etc.\n      //\n      // buffer.parenthesisLevel == int, starting at 0\n      // buffer.sb == bool, space before\n      // buffer.beginsWithBond == bool\n      //\n      // These letters are also used as state names.\n      //\n      // Other states:\n      // 0 == begin of main part (arrow/operator unlikely)\n      // 1 == next entity\n      // 2 == next entity (arrow/operator unlikely)\n      // 3 == next atom\n      // c == macro\n      //\n      /** @type {Buffer} */\n      var buffer = {};\n      buffer['parenthesisLevel'] = 0;\n\n      input = input.replace(/\\n/g, \" \");\n      input = input.replace(/[\\u2212\\u2013\\u2014\\u2010]/g, \"-\");\n      input = input.replace(/[\\u2026]/g, \"...\");\n\n      //\n      // Looks through mhchemParser.transitions, to execute a matching action\n      // (recursive)\n      //\n      var lastInput;\n      var watchdog = 10;\n      /** @type {ParserOutput[]} */\n      var output = [];\n      while (true) {\n        if (lastInput !== input) {\n          watchdog = 10;\n          lastInput = input;\n        } else {\n          watchdog--;\n        }\n        //\n        // Find actions in transition table\n        //\n        var machine = mhchemParser.stateMachines[stateMachine];\n        var t = machine.transitions[state] || machine.transitions['*'];\n        iterateTransitions:\n        for (var i=0; i<t.length; i++) {\n          var matches = mhchemParser.patterns.match_(t[i].pattern, input);\n          if (matches) {\n            //\n            // Execute actions\n            //\n            var task = t[i].task;\n            for (var iA=0; iA<task.action_.length; iA++) {\n              var o;\n              //\n              // Find and execute action\n              //\n              if (machine.actions[task.action_[iA].type_]) {\n                o = machine.actions[task.action_[iA].type_](buffer, matches.match_, task.action_[iA].option);\n              } else if (mhchemParser.actions[task.action_[iA].type_]) {\n                o = mhchemParser.actions[task.action_[iA].type_](buffer, matches.match_, task.action_[iA].option);\n              } else {\n                throw [\"MhchemBugA\", \"mhchem bug A. Please report. (\" + task.action_[iA].type_ + \")\"];  // Trying to use non-existing action\n              }\n              //\n              // Add output\n              //\n              mhchemParser.concatArray(output, o);\n            }\n            //\n            // Set next state,\n            // Shorten input,\n            // Continue with next character\n            //   (= apply only one transition per position)\n            //\n            state = task.nextState || state;\n            if (input.length > 0) {\n              if (!task.revisit) {\n                input = matches.remainder;\n              }\n              if (!task.toContinue) {\n                break iterateTransitions;\n              }\n            } else {\n              return output;\n            }\n          }\n        }\n        //\n        // Prevent infinite loop\n        //\n        if (watchdog <= 0) {\n          throw [\"MhchemBugU\", \"mhchem bug U. Please report.\"];  // Unexpected character\n        }\n      }\n    },\n    concatArray: function (a, b) {\n      if (b) {\n        if (Array.isArray(b)) {\n          for (var iB=0; iB<b.length; iB++) {\n            a.push(b[iB]);\n          }\n        } else {\n          a.push(b);\n        }\n      }\n    },\n\n    patterns: {\n      //\n      // Matching patterns\n      // either regexps or function that return null or {match_:\"a\", remainder:\"bc\"}\n      //\n      patterns: {\n        // property names must not look like integers (\"2\") for correct property traversal order, later on\n        'empty': /^$/,\n        'else': /^./,\n        'else2': /^./,\n        'space': /^\\s/,\n        'space A': /^\\s(?=[A-Z\\\\$])/,\n        'space$': /^\\s$/,\n        'a-z': /^[a-z]/,\n        'x': /^x/,\n        'x$': /^x$/,\n        'i$': /^i$/,\n        'letters': /^(?:[a-zA-Z\\u03B1-\\u03C9\\u0391-\\u03A9?@]|(?:\\\\(?:alpha|beta|gamma|delta|epsilon|zeta|eta|theta|iota|kappa|lambda|mu|nu|xi|omicron|pi|rho|sigma|tau|upsilon|phi|chi|psi|omega|Gamma|Delta|Theta|Lambda|Xi|Pi|Sigma|Upsilon|Phi|Psi|Omega)(?:\\s+|\\{\\}|(?![a-zA-Z]))))+/,\n        '\\\\greek': /^\\\\(?:alpha|beta|gamma|delta|epsilon|zeta|eta|theta|iota|kappa|lambda|mu|nu|xi|omicron|pi|rho|sigma|tau|upsilon|phi|chi|psi|omega|Gamma|Delta|Theta|Lambda|Xi|Pi|Sigma|Upsilon|Phi|Psi|Omega)(?:\\s+|\\{\\}|(?![a-zA-Z]))/,\n        'one lowercase latin letter $': /^(?:([a-z])(?:$|[^a-zA-Z]))$/,\n        '$one lowercase latin letter$ $': /^\\$(?:([a-z])(?:$|[^a-zA-Z]))\\$$/,\n        'one lowercase greek letter $': /^(?:\\$?[\\u03B1-\\u03C9]\\$?|\\$?\\\\(?:alpha|beta|gamma|delta|epsilon|zeta|eta|theta|iota|kappa|lambda|mu|nu|xi|omicron|pi|rho|sigma|tau|upsilon|phi|chi|psi|omega)\\s*\\$?)(?:\\s+|\\{\\}|(?![a-zA-Z]))$/,\n        'digits': /^[0-9]+/,\n        '-9.,9': /^[+\\-]?(?:[0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+))/,\n        '-9.,9 no missing 0': /^[+\\-]?[0-9]+(?:[.,][0-9]+)?/,\n        '(-)(9.,9)(e)(99)': function (input) {\n          var m = input.match(/^(\\+\\-|\\+\\/\\-|\\+|\\-|\\\\pm\\s?)?([0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+))?(\\((?:[0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+))\\))?(?:([eE]|\\s*(\\*|x|\\\\times|\\u00D7)\\s*10\\^)([+\\-]?[0-9]+|\\{[+\\-]?[0-9]+\\}))?/);\n          if (m && m[0]) {\n            return { match_: m.splice(1), remainder: input.substr(m[0].length) };\n          }\n          return null;\n        },\n        '(-)(9)^(-9)': function (input) {\n          var m = input.match(/^(\\+\\-|\\+\\/\\-|\\+|\\-|\\\\pm\\s?)?([0-9]+(?:[,.][0-9]+)?|[0-9]*(?:\\.[0-9]+)?)\\^([+\\-]?[0-9]+|\\{[+\\-]?[0-9]+\\})/);\n          if (m && m[0]) {\n            return { match_: m.splice(1), remainder: input.substr(m[0].length) };\n          }\n          return null;\n        },\n        'state of aggregation $': function (input) {  // ... or crystal system\n          var a = mhchemParser.patterns.findObserveGroups(input, \"\", /^\\([a-z]{1,3}(?=[\\),])/, \")\", \"\");  // (aq), (aq,$\\infty$), (aq, sat)\n          if (a  &&  a.remainder.match(/^($|[\\s,;\\)\\]\\}])/)) { return a; }  //  AND end of 'phrase'\n          var m = input.match(/^(?:\\((?:\\\\ca\\s?)?\\$[amothc]\\$\\))/);  // OR crystal system ($o$) (\\ca$c$)\n          if (m) {\n            return { match_: m[0], remainder: input.substr(m[0].length) };\n          }\n          return null;\n        },\n        '_{(state of aggregation)}$': /^_\\{(\\([a-z]{1,3}\\))\\}/,\n        '{[(': /^(?:\\\\\\{|\\[|\\()/,\n        ')]}': /^(?:\\)|\\]|\\\\\\})/,\n        ', ': /^[,;]\\s*/,\n        ',': /^[,;]/,\n        '.': /^[.]/,\n        '. ': /^([.\\u22C5\\u00B7\\u2022])\\s*/,\n        '...': /^\\.\\.\\.(?=$|[^.])/,\n        '* ': /^([*])\\s*/,\n        '^{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^{\", \"\", \"\", \"}\"); },\n        '^($...$)': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^\", \"$\", \"$\", \"\"); },\n        '^a': /^\\^([0-9]+|[^\\\\_])/,\n        '^\\\\x{}{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\", \"\", \"{\", \"}\", \"\", true); },\n        '^\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"^\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n        '^\\\\x': /^\\^(\\\\[a-zA-Z]+)\\s*/,\n        '^(-1)': /^\\^(-?\\d+)/,\n        '\\'': /^'/,\n        '_{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_{\", \"\", \"\", \"}\"); },\n        '_($...$)': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_\", \"$\", \"$\", \"\"); },\n        '_9': /^_([+\\-]?[0-9]+|[^\\\\])/,\n        '_\\\\x{}{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\", \"\", \"{\", \"}\", \"\", true); },\n        '_\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n        '_\\\\x': /^_(\\\\[a-zA-Z]+)\\s*/,\n        '^_': /^(?:\\^(?=_)|\\_(?=\\^)|[\\^_]$)/,\n        '{}': /^\\{\\}/,\n        '{...}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", \"{\", \"}\", \"\"); },\n        '{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"{\", \"\", \"\", \"}\"); },\n        '$...$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", \"$\", \"$\", \"\"); },\n        '${(...)}$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"${\", \"\", \"\", \"}$\"); },\n        '$(...)$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"$\", \"\", \"\", \"$\"); },\n        '=<>': /^[=<>]/,\n        '#': /^[#\\u2261]/,\n        '+': /^\\+/,\n        '-$': /^-(?=[\\s_},;\\]/]|$|\\([a-z]+\\))/,  // -space -, -; -] -/ -$ -state-of-aggregation\n        '-9': /^-(?=[0-9])/,\n        '- orbital overlap': /^-(?=(?:[spd]|sp)(?:$|[\\s,;\\)\\]\\}]))/,\n        '-': /^-/,\n        'pm-operator': /^(?:\\\\pm|\\$\\\\pm\\$|\\+-|\\+\\/-)/,\n        'operator': /^(?:\\+|(?:[\\-=<>]|<<|>>|\\\\approx|\\$\\\\approx\\$)(?=\\s|$|-?[0-9]))/,\n        'arrowUpDown': /^(?:v|\\(v\\)|\\^|\\(\\^\\))(?=$|[\\s,;\\)\\]\\}])/,\n        '\\\\bond{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\bond{\", \"\", \"\", \"}\"); },\n        '->': /^(?:<->|<-->|->|<-|<=>>|<<=>|<=>|[\\u2192\\u27F6\\u21CC])/,\n        'CMT': /^[CMT](?=\\[)/,\n        '[(...)]': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"[\", \"\", \"\", \"]\"); },\n        '1st-level escape': /^(&|\\\\\\\\|\\\\hline)\\s*/,\n        '\\\\,': /^(?:\\\\[,\\ ;:])/,  // \\\\x - but output no space before\n        '\\\\x{}{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\", \"\", \"{\", \"}\", \"\", true); },\n        '\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n        '\\\\ca': /^\\\\ca(?:\\s+|(?![a-zA-Z]))/,\n        '\\\\x': /^(?:\\\\[a-zA-Z]+\\s*|\\\\[_&{}%])/,\n        'orbital': /^(?:[0-9]{1,2}[spdfgh]|[0-9]{0,2}sp)(?=$|[^a-zA-Z])/,  // only those with numbers in front, because the others will be formatted correctly anyway\n        'others': /^[\\/~|]/,\n        '\\\\frac{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\frac{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n        '\\\\overset{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\overset{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n        '\\\\underset{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\underset{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n        '\\\\underbrace{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\underbrace{\", \"\", \"\", \"}_\", \"{\", \"\", \"\", \"}\"); },\n        '\\\\color{(...)}0': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color{\", \"\", \"\", \"}\"); },\n        '\\\\color{(...)}{(...)}1': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n        '\\\\color(...){(...)}2': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color\", \"\\\\\", \"\", /^(?=\\{)/, \"{\", \"\", \"\", \"}\"); },\n        '\\\\ce{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\ce{\", \"\", \"\", \"}\"); },\n        'oxidation$': /^(?:[+-][IVX]+|\\\\pm\\s*0|\\$\\\\pm\\$\\s*0)$/,\n        'd-oxidation$': /^(?:[+-]?\\s?[IVX]+|\\\\pm\\s*0|\\$\\\\pm\\$\\s*0)$/,  // 0 could be oxidation or charge\n        'roman numeral': /^[IVX]+/,\n        '1/2$': /^[+\\-]?(?:[0-9]+|\\$[a-z]\\$|[a-z])\\/[0-9]+(?:\\$[a-z]\\$|[a-z])?$/,\n        'amount': function (input) {\n          var match;\n          // e.g. 2, 0.5, 1/2, -2, n/2, +;  $a$ could be added later in parsing\n          match = input.match(/^(?:(?:(?:\\([+\\-]?[0-9]+\\/[0-9]+\\)|[+\\-]?(?:[0-9]+|\\$[a-z]\\$|[a-z])\\/[0-9]+|[+\\-]?[0-9]+[.,][0-9]+|[+\\-]?\\.[0-9]+|[+\\-]?[0-9]+)(?:[a-z](?=\\s*[A-Z]))?)|[+\\-]?[a-z](?=\\s*[A-Z])|\\+(?!\\s))/);\n          if (match) {\n            return { match_: match[0], remainder: input.substr(match[0].length) };\n          }\n          var a = mhchemParser.patterns.findObserveGroups(input, \"\", \"$\", \"$\", \"\");\n          if (a) {  // e.g. $2n-1$, $-$\n            match = a.match_.match(/^\\$(?:\\(?[+\\-]?(?:[0-9]*[a-z]?[+\\-])?[0-9]*[a-z](?:[+\\-][0-9]*[a-z]?)?\\)?|\\+|-)\\$$/);\n            if (match) {\n              return { match_: match[0], remainder: input.substr(match[0].length) };\n            }\n          }\n          return null;\n        },\n        'amount2': function (input) { return this['amount'](input); },\n        '(KV letters),': /^(?:[A-Z][a-z]{0,2}|i)(?=,)/,\n        'formula$': function (input) {\n          if (input.match(/^\\([a-z]+\\)$/)) { return null; }  // state of aggregation = no formula\n          var match = input.match(/^(?:[a-z]|(?:[0-9\\ \\+\\-\\,\\.\\(\\)]+[a-z])+[0-9\\ \\+\\-\\,\\.\\(\\)]*|(?:[a-z][0-9\\ \\+\\-\\,\\.\\(\\)]+)+[a-z]?)$/);\n          if (match) {\n            return { match_: match[0], remainder: input.substr(match[0].length) };\n          }\n          return null;\n        },\n        'uprightEntities': /^(?:pH|pOH|pC|pK|iPr|iBu)(?=$|[^a-zA-Z])/,\n        '/': /^\\s*(\\/)\\s*/,\n        '//': /^\\s*(\\/\\/)\\s*/,\n        '*': /^\\s*[*.]\\s*/\n      },\n      findObserveGroups: function (input, begExcl, begIncl, endIncl, endExcl, beg2Excl, beg2Incl, end2Incl, end2Excl, combine) {\n        /** @type {{(input: string, pattern: string | RegExp): string | string[] | null;}} */\n        var _match = function (input, pattern) {\n          if (typeof pattern === \"string\") {\n            if (input.indexOf(pattern) !== 0) { return null; }\n            return pattern;\n          } else {\n            var match = input.match(pattern);\n            if (!match) { return null; }\n            return match[0];\n          }\n        };\n        /** @type {{(input: string, i: number, endChars: string | RegExp): {endMatchBegin: number, endMatchEnd: number} | null;}} */\n        var _findObserveGroups = function (input, i, endChars) {\n          var braces = 0;\n          while (i < input.length) {\n            var a = input.charAt(i);\n            var match = _match(input.substr(i), endChars);\n            if (match !== null  &&  braces === 0) {\n              return { endMatchBegin: i, endMatchEnd: i + match.length };\n            } else if (a === \"{\") {\n              braces++;\n            } else if (a === \"}\") {\n              if (braces === 0) {\n                throw [\"ExtraCloseMissingOpen\", \"Extra close brace or missing open brace\"];\n              } else {\n                braces--;\n              }\n            }\n            i++;\n          }\n          if (braces > 0) {\n            return null;\n          }\n          return null;\n        };\n        var match = _match(input, begExcl);\n        if (match === null) { return null; }\n        input = input.substr(match.length);\n        match = _match(input, begIncl);\n        if (match === null) { return null; }\n        var e = _findObserveGroups(input, match.length, endIncl || endExcl);\n        if (e === null) { return null; }\n        var match1 = input.substring(0, (endIncl ? e.endMatchEnd : e.endMatchBegin));\n        if (!(beg2Excl || beg2Incl)) {\n          return {\n            match_: match1,\n            remainder: input.substr(e.endMatchEnd)\n          };\n        } else {\n          var group2 = this.findObserveGroups(input.substr(e.endMatchEnd), beg2Excl, beg2Incl, end2Incl, end2Excl);\n          if (group2 === null) { return null; }\n          /** @type {string[]} */\n          var matchRet = [match1, group2.match_];\n          return {\n            match_: (combine ? matchRet.join(\"\") : matchRet),\n            remainder: group2.remainder\n          };\n        }\n      },\n\n      //\n      // Matching function\n      // e.g. match(\"a\", input) will look for the regexp called \"a\" and see if it matches\n      // returns null or {match_:\"a\", remainder:\"bc\"}\n      //\n      match_: function (m, input) {\n        var pattern = mhchemParser.patterns.patterns[m];\n        if (pattern === undefined) {\n          throw [\"MhchemBugP\", \"mhchem bug P. Please report. (\" + m + \")\"];  // Trying to use non-existing pattern\n        } else if (typeof pattern === \"function\") {\n          return mhchemParser.patterns.patterns[m](input);  // cannot use cached var pattern here, because some pattern functions need this===mhchemParser\n        } else {  // RegExp\n          var match = input.match(pattern);\n          if (match) {\n            var mm;\n            if (match[2]) {\n              mm = [ match[1], match[2] ];\n            } else if (match[1]) {\n              mm = match[1];\n            } else {\n              mm = match[0];\n            }\n            return { match_: mm, remainder: input.substr(match[0].length) };\n          }\n          return null;\n        }\n      }\n    },\n\n    //\n    // Generic state machine actions\n    //\n    actions: {\n      'a=': function (buffer, m) { buffer.a = (buffer.a || \"\") + m; },\n      'b=': function (buffer, m) { buffer.b = (buffer.b || \"\") + m; },\n      'p=': function (buffer, m) { buffer.p = (buffer.p || \"\") + m; },\n      'o=': function (buffer, m) { buffer.o = (buffer.o || \"\") + m; },\n      'q=': function (buffer, m) { buffer.q = (buffer.q || \"\") + m; },\n      'd=': function (buffer, m) { buffer.d = (buffer.d || \"\") + m; },\n      'rm=': function (buffer, m) { buffer.rm = (buffer.rm || \"\") + m; },\n      'text=': function (buffer, m) { buffer.text_ = (buffer.text_ || \"\") + m; },\n      'insert': function (buffer, m, a) { return { type_: a }; },\n      'insert+p1': function (buffer, m, a) { return { type_: a, p1: m }; },\n      'insert+p1+p2': function (buffer, m, a) { return { type_: a, p1: m[0], p2: m[1] }; },\n      'copy': function (buffer, m) { return m; },\n      'rm': function (buffer, m) { return { type_: 'rm', p1: m || \"\"}; },\n      'text': function (buffer, m) { return mhchemParser.go(m, 'text'); },\n      '{text}': function (buffer, m) {\n        var ret = [ \"{\" ];\n        mhchemParser.concatArray(ret, mhchemParser.go(m, 'text'));\n        ret.push(\"}\");\n        return ret;\n      },\n      'tex-math': function (buffer, m) { return mhchemParser.go(m, 'tex-math'); },\n      'tex-math tight': function (buffer, m) { return mhchemParser.go(m, 'tex-math tight'); },\n      'bond': function (buffer, m, k) { return { type_: 'bond', kind_: k || m }; },\n      'color0-output': function (buffer, m) { return { type_: 'color0', color: m[0] }; },\n      'ce': function (buffer, m) { return mhchemParser.go(m); },\n      '1/2': function (buffer, m) {\n        /** @type {ParserOutput[]} */\n        var ret = [];\n        if (m.match(/^[+\\-]/)) {\n          ret.push(m.substr(0, 1));\n          m = m.substr(1);\n        }\n        var n = m.match(/^([0-9]+|\\$[a-z]\\$|[a-z])\\/([0-9]+)(\\$[a-z]\\$|[a-z])?$/);\n        n[1] = n[1].replace(/\\$/g, \"\");\n        ret.push({ type_: 'frac', p1: n[1], p2: n[2] });\n        if (n[3]) {\n          n[3] = n[3].replace(/\\$/g, \"\");\n          ret.push({ type_: 'tex-math', p1: n[3] });\n        }\n        return ret;\n      },\n      '9,9': function (buffer, m) { return mhchemParser.go(m, '9,9'); }\n    },\n    //\n    // createTransitions\n    // convert  { 'letter': { 'state': { action_: 'output' } } }  to  { 'state' => [ { pattern: 'letter', task: { action_: [{type_: 'output'}] } } ] }\n    // with expansion of 'a|b' to 'a' and 'b' (at 2 places)\n    //\n    createTransitions: function (o) {\n      var pattern, state;\n      /** @type {string[]} */\n      var stateArray;\n      var i;\n      //\n      // 1. Collect all states\n      //\n      /** @type {Transitions} */\n      var transitions = {};\n      for (pattern in o) {\n        for (state in o[pattern]) {\n          stateArray = state.split(\"|\");\n          o[pattern][state].stateArray = stateArray;\n          for (i=0; i<stateArray.length; i++) {\n            transitions[stateArray[i]] = [];\n          }\n        }\n      }\n      //\n      // 2. Fill states\n      //\n      for (pattern in o) {\n        for (state in o[pattern]) {\n          stateArray = o[pattern][state].stateArray || [];\n          for (i=0; i<stateArray.length; i++) {\n            //\n            // 2a. Normalize actions into array:  'text=' ==> [{type_:'text='}]\n            // (Note to myself: Resolving the function here would be problematic. It would need .bind (for *this*) and currying (for *option*).)\n            //\n            /** @type {any} */\n            var p = o[pattern][state];\n            if (p.action_) {\n              p.action_ = [].concat(p.action_);\n              for (var k=0; k<p.action_.length; k++) {\n                if (typeof p.action_[k] === \"string\") {\n                  p.action_[k] = { type_: p.action_[k] };\n                }\n              }\n            } else {\n              p.action_ = [];\n            }\n            //\n            // 2.b Multi-insert\n            //\n            var patternArray = pattern.split(\"|\");\n            for (var j=0; j<patternArray.length; j++) {\n              if (stateArray[i] === '*') {  // insert into all\n                for (var t in transitions) {\n                  transitions[t].push({ pattern: patternArray[j], task: p });\n                }\n              } else {\n                transitions[stateArray[i]].push({ pattern: patternArray[j], task: p });\n              }\n            }\n          }\n        }\n      }\n      return transitions;\n    },\n    stateMachines: {}\n  };\n\n  //\n  // Definition of state machines\n  //\n  mhchemParser.stateMachines = {\n    //\n    // \\ce state machines\n    //\n    //#region ce\n    'ce': {  // main parser\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': { action_: 'output' } },\n        'else':  {\n          '0|1|2': { action_: 'beginsWithBond=false', revisit: true, toContinue: true } },\n        'oxidation$': {\n          '0': { action_: 'oxidation-output' } },\n        'CMT': {\n          'r': { action_: 'rdt=', nextState: 'rt' },\n          'rd': { action_: 'rqt=', nextState: 'rdt' } },\n        'arrowUpDown': {\n          '0|1|2|as': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '1' } },\n        'uprightEntities': {\n          '0|1|2': { action_: [ 'o=', 'output' ], nextState: '1' } },\n        'orbital': {\n          '0|1|2|3': { action_: 'o=', nextState: 'o' } },\n        '->': {\n          '0|1|2|3': { action_: 'r=', nextState: 'r' },\n          'a|as': { action_: [ 'output', 'r=' ], nextState: 'r' },\n          '*': { action_: [ 'output', 'r=' ], nextState: 'r' } },\n        '+': {\n          'o': { action_: 'd= kv',  nextState: 'd' },\n          'd|D': { action_: 'd=', nextState: 'd' },\n          'q': { action_: 'd=',  nextState: 'qd' },\n          'qd|qD': { action_: 'd=', nextState: 'qd' },\n          'dq': { action_: [ 'output', 'd=' ], nextState: 'd' },\n          '3': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '0' } },\n        'amount': {\n          '0|2': { action_: 'a=', nextState: 'a' } },\n        'pm-operator': {\n          '0|1|2|a|as': { action_: [ 'sb=false', 'output', { type_: 'operator', option: '\\\\pm' } ], nextState: '0' } },\n        'operator': {\n          '0|1|2|a|as': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '0' } },\n        '-$': {\n          'o|q': { action_: [ 'charge or bond', 'output' ],  nextState: 'qd' },\n          'd': { action_: 'd=', nextState: 'd' },\n          'D': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' },\n          'q': { action_: 'd=',  nextState: 'qd' },\n          'qd': { action_: 'd=', nextState: 'qd' },\n          'qD|dq': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' } },\n        '-9': {\n          '3|o': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '3' } },\n        '- orbital overlap': {\n          'o': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' },\n          'd': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' } },\n        '-': {\n          '0|1|2': { action_: [ { type_: 'output', option: 1 }, 'beginsWithBond=true', { type_: 'bond', option: \"-\" } ], nextState: '3' },\n          '3': { action_: { type_: 'bond', option: \"-\" } },\n          'a': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' },\n          'as': { action_: [ { type_: 'output', option: 2 }, { type_: 'bond', option: \"-\" } ], nextState: '3' },\n          'b': { action_: 'b=' },\n          'o': { action_: { type_: '- after o/d', option: false }, nextState: '2' },\n          'q': { action_: { type_: '- after o/d', option: false }, nextState: '2' },\n          'd|qd|dq': { action_: { type_: '- after o/d', option: true }, nextState: '2' },\n          'D|qD|p': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' } },\n        'amount2': {\n          '1|3': { action_: 'a=', nextState: 'a' } },\n        'letters': {\n          '0|1|2|3|a|as|b|p|bp|o': { action_: 'o=', nextState: 'o' },\n          'q|dq': { action_: ['output', 'o='], nextState: 'o' },\n          'd|D|qd|qD': { action_: 'o after d', nextState: 'o' } },\n        'digits': {\n          'o': { action_: 'q=', nextState: 'q' },\n          'd|D': { action_: 'q=', nextState: 'dq' },\n          'q': { action_: [ 'output', 'o=' ], nextState: 'o' },\n          'a': { action_: 'o=', nextState: 'o' } },\n        'space A': {\n          'b|p|bp': {} },\n        'space': {\n          'a': { nextState: 'as' },\n          '0': { action_: 'sb=false' },\n          '1|2': { action_: 'sb=true' },\n          'r|rt|rd|rdt|rdq': { action_: 'output', nextState: '0' },\n          '*': { action_: [ 'output', 'sb=true' ], nextState: '1'} },\n        '1st-level escape': {\n          '1|2': { action_: [ 'output', { type_: 'insert+p1', option: '1st-level escape' } ] },\n          '*': { action_: [ 'output', { type_: 'insert+p1', option: '1st-level escape' } ], nextState: '0' } },\n        '[(...)]': {\n          'r|rt': { action_: 'rd=', nextState: 'rd' },\n          'rd|rdt': { action_: 'rq=', nextState: 'rdq' } },\n        '...': {\n          'o|d|D|dq|qd|qD': { action_: [ 'output', { type_: 'bond', option: \"...\" } ], nextState: '3' },\n          '*': { action_: [ { type_: 'output', option: 1 }, { type_: 'insert', option: 'ellipsis' } ], nextState: '1' } },\n        '. |* ': {\n          '*': { action_: [ 'output', { type_: 'insert', option: 'addition compound' } ], nextState: '1' } },\n        'state of aggregation $': {\n          '*': { action_: [ 'output', 'state of aggregation' ], nextState: '1' } },\n        '{[(': {\n          'a|as|o': { action_: [ 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' },\n          '0|1|2|3': { action_: [ 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' },\n          '*': { action_: [ 'output', 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' } },\n        ')]}': {\n          '0|1|2|3|b|p|bp|o': { action_: [ 'o=', 'parenthesisLevel--' ], nextState: 'o' },\n          'a|as|d|D|q|qd|qD|dq': { action_: [ 'output', 'o=', 'parenthesisLevel--' ], nextState: 'o' } },\n        ', ': {\n          '*': { action_: [ 'output', 'comma' ], nextState: '0' } },\n        '^_': {  // ^ and _ without a sensible argument\n          '*': { } },\n        '^{(...)}|^($...$)': {\n          '0|1|2|as': { action_: 'b=', nextState: 'b' },\n          'p': { action_: 'b=', nextState: 'bp' },\n          '3|o': { action_: 'd= kv', nextState: 'D' },\n          'q': { action_: 'd=', nextState: 'qD' },\n          'd|D|qd|qD|dq': { action_: [ 'output', 'd=' ], nextState: 'D' } },\n        '^a|^\\\\x{}{}|^\\\\x{}|^\\\\x|\\'': {\n          '0|1|2|as': { action_: 'b=', nextState: 'b' },\n          'p': { action_: 'b=', nextState: 'bp' },\n          '3|o': { action_: 'd= kv', nextState: 'd' },\n          'q': { action_: 'd=', nextState: 'qd' },\n          'd|qd|D|qD': { action_: 'd=' },\n          'dq': { action_: [ 'output', 'd=' ], nextState: 'd' } },\n        '_{(state of aggregation)}$': {\n          'd|D|q|qd|qD|dq': { action_: [ 'output', 'q=' ], nextState: 'q' } },\n        '_{(...)}|_($...$)|_9|_\\\\x{}{}|_\\\\x{}|_\\\\x': {\n          '0|1|2|as': { action_: 'p=', nextState: 'p' },\n          'b': { action_: 'p=', nextState: 'bp' },\n          '3|o': { action_: 'q=', nextState: 'q' },\n          'd|D': { action_: 'q=', nextState: 'dq' },\n          'q|qd|qD|dq': { action_: [ 'output', 'q=' ], nextState: 'q' } },\n        '=<>': {\n          '0|1|2|3|a|as|o|q|d|D|qd|qD|dq': { action_: [ { type_: 'output', option: 2 }, 'bond' ], nextState: '3' } },\n        '#': {\n          '0|1|2|3|a|as|o': { action_: [ { type_: 'output', option: 2 }, { type_: 'bond', option: \"#\" } ], nextState: '3' } },\n        '{}': {\n          '*': { action_: { type_: 'output', option: 1 },  nextState: '1' } },\n        '{...}': {\n          '0|1|2|3|a|as|b|p|bp': { action_: 'o=', nextState: 'o' },\n          'o|d|D|q|qd|qD|dq': { action_: [ 'output', 'o=' ], nextState: 'o' } },\n        '$...$': {\n          'a': { action_: 'a=' },  // 2$n$\n          '0|1|2|3|as|b|p|bp|o': { action_: 'o=', nextState: 'o' },  // not 'amount'\n          'as|o': { action_: 'o=' },\n          'q|d|D|qd|qD|dq': { action_: [ 'output', 'o=' ], nextState: 'o' } },\n        '\\\\bond{(...)}': {\n          '*': { action_: [ { type_: 'output', option: 2 }, 'bond' ], nextState: \"3\" } },\n        '\\\\frac{(...)}': {\n          '*': { action_: [ { type_: 'output', option: 1 }, 'frac-output' ], nextState: '3' } },\n        '\\\\overset{(...)}': {\n          '*': { action_: [ { type_: 'output', option: 2 }, 'overset-output' ], nextState: '3' } },\n        '\\\\underset{(...)}': {\n          '*': { action_: [ { type_: 'output', option: 2 }, 'underset-output' ], nextState: '3' } },\n        '\\\\underbrace{(...)}': {\n          '*': { action_: [ { type_: 'output', option: 2 }, 'underbrace-output' ], nextState: '3' } },\n        '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n          '*': { action_: [ { type_: 'output', option: 2 }, 'color-output' ], nextState: '3' } },\n        '\\\\color{(...)}0': {\n          '*': { action_: [ { type_: 'output', option: 2 }, 'color0-output' ] } },\n        '\\\\ce{(...)}': {\n          '*': { action_: [ { type_: 'output', option: 2 }, 'ce' ], nextState: '3' } },\n        '\\\\,': {\n          '*': { action_: [ { type_: 'output', option: 1 }, 'copy' ], nextState: '1' } },\n        '\\\\x{}{}|\\\\x{}|\\\\x': {\n          '0|1|2|3|a|as|b|p|bp|o|c0': { action_: [ 'o=', 'output' ], nextState: '3' },\n          '*': { action_: ['output', 'o=', 'output' ], nextState: '3' } },\n        'others': {\n          '*': { action_: [ { type_: 'output', option: 1 }, 'copy' ], nextState: '3' } },\n        'else2': {\n          'a': { action_: 'a to o', nextState: 'o', revisit: true },\n          'as': { action_: [ 'output', 'sb=true' ], nextState: '1', revisit: true },\n          'r|rt|rd|rdt|rdq': { action_: [ 'output' ], nextState: '0', revisit: true },\n          '*': { action_: [ 'output', 'copy' ], nextState: '3' } }\n      }),\n      actions: {\n        'o after d': function (buffer, m) {\n          var ret;\n          if ((buffer.d || \"\").match(/^[0-9]+$/)) {\n            var tmp = buffer.d;\n            buffer.d = undefined;\n            ret = this['output'](buffer);\n            buffer.b = tmp;\n          } else {\n            ret = this['output'](buffer);\n          }\n          mhchemParser.actions['o='](buffer, m);\n          return ret;\n        },\n        'd= kv': function (buffer, m) {\n          buffer.d = m;\n          buffer.dType = 'kv';\n        },\n        'charge or bond': function (buffer, m) {\n          if (buffer['beginsWithBond']) {\n            /** @type {ParserOutput[]} */\n            var ret = [];\n            mhchemParser.concatArray(ret, this['output'](buffer));\n            mhchemParser.concatArray(ret, mhchemParser.actions['bond'](buffer, m, \"-\"));\n            return ret;\n          } else {\n            buffer.d = m;\n          }\n        },\n        '- after o/d': function (buffer, m, isAfterD) {\n          var c1 = mhchemParser.patterns.match_('orbital', buffer.o || \"\");\n          var c2 = mhchemParser.patterns.match_('one lowercase greek letter $', buffer.o || \"\");\n          var c3 = mhchemParser.patterns.match_('one lowercase latin letter $', buffer.o || \"\");\n          var c4 = mhchemParser.patterns.match_('$one lowercase latin letter$ $', buffer.o || \"\");\n          var hyphenFollows =  m===\"-\" && ( c1 && c1.remainder===\"\"  ||  c2  ||  c3  ||  c4 );\n          if (hyphenFollows && !buffer.a && !buffer.b && !buffer.p && !buffer.d && !buffer.q && !c1 && c3) {\n            buffer.o = '$' + buffer.o + '$';\n          }\n          /** @type {ParserOutput[]} */\n          var ret = [];\n          if (hyphenFollows) {\n            mhchemParser.concatArray(ret, this['output'](buffer));\n            ret.push({ type_: 'hyphen' });\n          } else {\n            c1 = mhchemParser.patterns.match_('digits', buffer.d || \"\");\n            if (isAfterD && c1 && c1.remainder==='') {\n              mhchemParser.concatArray(ret, mhchemParser.actions['d='](buffer, m));\n              mhchemParser.concatArray(ret, this['output'](buffer));\n            } else {\n              mhchemParser.concatArray(ret, this['output'](buffer));\n              mhchemParser.concatArray(ret, mhchemParser.actions['bond'](buffer, m, \"-\"));\n            }\n          }\n          return ret;\n        },\n        'a to o': function (buffer) {\n          buffer.o = buffer.a;\n          buffer.a = undefined;\n        },\n        'sb=true': function (buffer) { buffer.sb = true; },\n        'sb=false': function (buffer) { buffer.sb = false; },\n        'beginsWithBond=true': function (buffer) { buffer['beginsWithBond'] = true; },\n        'beginsWithBond=false': function (buffer) { buffer['beginsWithBond'] = false; },\n        'parenthesisLevel++': function (buffer) { buffer['parenthesisLevel']++; },\n        'parenthesisLevel--': function (buffer) { buffer['parenthesisLevel']--; },\n        'state of aggregation': function (buffer, m) {\n          return { type_: 'state of aggregation', p1: mhchemParser.go(m, 'o') };\n        },\n        'comma': function (buffer, m) {\n          var a = m.replace(/\\s*$/, '');\n          var withSpace = (a !== m);\n          if (withSpace  &&  buffer['parenthesisLevel'] === 0) {\n            return { type_: 'comma enumeration L', p1: a };\n          } else {\n            return { type_: 'comma enumeration M', p1: a };\n          }\n        },\n        'output': function (buffer, m, entityFollows) {\n          // entityFollows:\n          //   undefined = if we have nothing else to output, also ignore the just read space (buffer.sb)\n          //   1 = an entity follows, never omit the space if there was one just read before (can only apply to state 1)\n          //   2 = 1 + the entity can have an amount, so output a\\, instead of converting it to o (can only apply to states a|as)\n          /** @type {ParserOutput | ParserOutput[]} */\n          var ret;\n          if (!buffer.r) {\n            ret = [];\n            if (!buffer.a && !buffer.b && !buffer.p && !buffer.o && !buffer.q && !buffer.d && !entityFollows) {\n              //ret = [];\n            } else {\n              if (buffer.sb) {\n                ret.push({ type_: 'entitySkip' });\n              }\n              if (!buffer.o && !buffer.q && !buffer.d && !buffer.b && !buffer.p && entityFollows!==2) {\n                buffer.o = buffer.a;\n                buffer.a = undefined;\n              } else if (!buffer.o && !buffer.q && !buffer.d && (buffer.b || buffer.p)) {\n                buffer.o = buffer.a;\n                buffer.d = buffer.b;\n                buffer.q = buffer.p;\n                buffer.a = buffer.b = buffer.p = undefined;\n              } else {\n                if (buffer.o && buffer.dType==='kv' && mhchemParser.patterns.match_('d-oxidation$', buffer.d || \"\")) {\n                  buffer.dType = 'oxidation';\n                } else if (buffer.o && buffer.dType==='kv' && !buffer.q) {\n                  buffer.dType = undefined;\n                }\n              }\n              ret.push({\n                type_: 'chemfive',\n                a: mhchemParser.go(buffer.a, 'a'),\n                b: mhchemParser.go(buffer.b, 'bd'),\n                p: mhchemParser.go(buffer.p, 'pq'),\n                o: mhchemParser.go(buffer.o, 'o'),\n                q: mhchemParser.go(buffer.q, 'pq'),\n                d: mhchemParser.go(buffer.d, (buffer.dType === 'oxidation' ? 'oxidation' : 'bd')),\n                dType: buffer.dType\n              });\n            }\n          } else {  // r\n            /** @type {ParserOutput[]} */\n            var rd;\n            if (buffer.rdt === 'M') {\n              rd = mhchemParser.go(buffer.rd, 'tex-math');\n            } else if (buffer.rdt === 'T') {\n              rd = [ { type_: 'text', p1: buffer.rd || \"\" } ];\n            } else {\n              rd = mhchemParser.go(buffer.rd);\n            }\n            /** @type {ParserOutput[]} */\n            var rq;\n            if (buffer.rqt === 'M') {\n              rq = mhchemParser.go(buffer.rq, 'tex-math');\n            } else if (buffer.rqt === 'T') {\n              rq = [ { type_: 'text', p1: buffer.rq || \"\"} ];\n            } else {\n              rq = mhchemParser.go(buffer.rq);\n            }\n            ret = {\n              type_: 'arrow',\n              r: buffer.r,\n              rd: rd,\n              rq: rq\n            };\n          }\n          for (var p in buffer) {\n            if (p !== 'parenthesisLevel'  &&  p !== 'beginsWithBond') {\n              delete buffer[p];\n            }\n          }\n          return ret;\n        },\n        'oxidation-output': function (buffer, m) {\n          var ret = [ \"{\" ];\n          mhchemParser.concatArray(ret, mhchemParser.go(m, 'oxidation'));\n          ret.push(\"}\");\n          return ret;\n        },\n        'frac-output': function (buffer, m) {\n          return { type_: 'frac-ce', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n        },\n        'overset-output': function (buffer, m) {\n          return { type_: 'overset', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n        },\n        'underset-output': function (buffer, m) {\n          return { type_: 'underset', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n        },\n        'underbrace-output': function (buffer, m) {\n          return { type_: 'underbrace', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n        },\n        'color-output': function (buffer, m) {\n          return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1]) };\n        },\n        'r=': function (buffer, m) { buffer.r = m; },\n        'rdt=': function (buffer, m) { buffer.rdt = m; },\n        'rd=': function (buffer, m) { buffer.rd = m; },\n        'rqt=': function (buffer, m) { buffer.rqt = m; },\n        'rq=': function (buffer, m) { buffer.rq = m; },\n        'operator': function (buffer, m, p1) { return { type_: 'operator', kind_: (p1 || m) }; }\n      }\n    },\n    'a': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': {} },\n        '1/2$': {\n          '0': { action_: '1/2' } },\n        'else': {\n          '0': { nextState: '1', revisit: true } },\n        '$(...)$': {\n          '*': { action_: 'tex-math tight', nextState: '1' } },\n        ',': {\n          '*': { action_: { type_: 'insert', option: 'commaDecimal' } } },\n        'else2': {\n          '*': { action_: 'copy' } }\n      }),\n      actions: {}\n    },\n    'o': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': {} },\n        '1/2$': {\n          '0': { action_: '1/2' } },\n        'else': {\n          '0': { nextState: '1', revisit: true } },\n        'letters': {\n          '*': { action_: 'rm' } },\n        '\\\\ca': {\n          '*': { action_: { type_: 'insert', option: 'circa' } } },\n        '\\\\x{}{}|\\\\x{}|\\\\x': {\n          '*': { action_: 'copy' } },\n        '${(...)}$|$(...)$': {\n          '*': { action_: 'tex-math' } },\n        '{(...)}': {\n          '*': { action_: '{text}' } },\n        'else2': {\n          '*': { action_: 'copy' } }\n      }),\n      actions: {}\n    },\n    'text': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': { action_: 'output' } },\n        '{...}': {\n          '*': { action_: 'text=' } },\n        '${(...)}$|$(...)$': {\n          '*': { action_: 'tex-math' } },\n        '\\\\greek': {\n          '*': { action_: [ 'output', 'rm' ] } },\n        '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n          '*': { action_: [ 'output', 'copy' ] } },\n        'else': {\n          '*': { action_: 'text=' } }\n      }),\n      actions: {\n        'output': function (buffer) {\n          if (buffer.text_) {\n            /** @type {ParserOutput} */\n            var ret = { type_: 'text', p1: buffer.text_ };\n            for (var p in buffer) { delete buffer[p]; }\n            return ret;\n          }\n        }\n      }\n    },\n    'pq': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': {} },\n        'state of aggregation $': {\n          '*': { action_: 'state of aggregation' } },\n        'i$': {\n          '0': { nextState: '!f', revisit: true } },\n        '(KV letters),': {\n          '0': { action_: 'rm', nextState: '0' } },\n        'formula$': {\n          '0': { nextState: 'f', revisit: true } },\n        '1/2$': {\n          '0': { action_: '1/2' } },\n        'else': {\n          '0': { nextState: '!f', revisit: true } },\n        '${(...)}$|$(...)$': {\n          '*': { action_: 'tex-math' } },\n        '{(...)}': {\n          '*': { action_: 'text' } },\n        'a-z': {\n          'f': { action_: 'tex-math' } },\n        'letters': {\n          '*': { action_: 'rm' } },\n        '-9.,9': {\n          '*': { action_: '9,9'  } },\n        ',': {\n          '*': { action_: { type_: 'insert+p1', option: 'comma enumeration S' } } },\n        '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n          '*': { action_: 'color-output' } },\n        '\\\\color{(...)}0': {\n          '*': { action_: 'color0-output' } },\n        '\\\\ce{(...)}': {\n          '*': { action_: 'ce' } },\n        '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n          '*': { action_: 'copy' } },\n        'else2': {\n          '*': { action_: 'copy' } }\n      }),\n      actions: {\n        'state of aggregation': function (buffer, m) {\n          return { type_: 'state of aggregation subscript', p1: mhchemParser.go(m, 'o') };\n        },\n        'color-output': function (buffer, m) {\n          return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1], 'pq') };\n        }\n      }\n    },\n    'bd': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': {} },\n        'x$': {\n          '0': { nextState: '!f', revisit: true } },\n        'formula$': {\n          '0': { nextState: 'f', revisit: true } },\n        'else': {\n          '0': { nextState: '!f', revisit: true } },\n        '-9.,9 no missing 0': {\n          '*': { action_: '9,9' } },\n        '.': {\n          '*': { action_: { type_: 'insert', option: 'electron dot' } } },\n        'a-z': {\n          'f': { action_: 'tex-math' } },\n        'x': {\n          '*': { action_: { type_: 'insert', option: 'KV x' } } },\n        'letters': {\n          '*': { action_: 'rm' } },\n        '\\'': {\n          '*': { action_: { type_: 'insert', option: 'prime' } } },\n        '${(...)}$|$(...)$': {\n          '*': { action_: 'tex-math' } },\n        '{(...)}': {\n          '*': { action_: 'text' } },\n        '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n          '*': { action_: 'color-output' } },\n        '\\\\color{(...)}0': {\n          '*': { action_: 'color0-output' } },\n        '\\\\ce{(...)}': {\n          '*': { action_: 'ce' } },\n        '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n          '*': { action_: 'copy' } },\n        'else2': {\n          '*': { action_: 'copy' } }\n      }),\n      actions: {\n        'color-output': function (buffer, m) {\n          return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1], 'bd') };\n        }\n      }\n    },\n    'oxidation': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': {} },\n        'roman numeral': {\n          '*': { action_: 'roman-numeral' } },\n        '${(...)}$|$(...)$': {\n          '*': { action_: 'tex-math' } },\n        'else': {\n          '*': { action_: 'copy' } }\n      }),\n      actions: {\n        'roman-numeral': function (buffer, m) { return { type_: 'roman numeral', p1: m || \"\" }; }\n      }\n    },\n    'tex-math': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': { action_: 'output' } },\n        '\\\\ce{(...)}': {\n          '*': { action_: [ 'output', 'ce' ] } },\n        '{...}|\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n          '*': { action_: 'o=' } },\n        'else': {\n          '*': { action_: 'o=' } }\n      }),\n      actions: {\n        'output': function (buffer) {\n          if (buffer.o) {\n            /** @type {ParserOutput} */\n            var ret = { type_: 'tex-math', p1: buffer.o };\n            for (var p in buffer) { delete buffer[p]; }\n            return ret;\n          }\n        }\n      }\n    },\n    'tex-math tight': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': { action_: 'output' } },\n        '\\\\ce{(...)}': {\n          '*': { action_: [ 'output', 'ce' ] } },\n        '{...}|\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n          '*': { action_: 'o=' } },\n        '-|+': {\n          '*': { action_: 'tight operator' } },\n        'else': {\n          '*': { action_: 'o=' } }\n      }),\n      actions: {\n        'tight operator': function (buffer, m) { buffer.o = (buffer.o || \"\") + \"{\"+m+\"}\"; },\n        'output': function (buffer) {\n          if (buffer.o) {\n            /** @type {ParserOutput} */\n            var ret = { type_: 'tex-math', p1: buffer.o };\n            for (var p in buffer) { delete buffer[p]; }\n            return ret;\n          }\n        }\n      }\n    },\n    '9,9': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': {} },\n        ',': {\n          '*': { action_: 'comma' } },\n        'else': {\n          '*': { action_: 'copy' } }\n      }),\n      actions: {\n        'comma': function () { return { type_: 'commaDecimal' }; }\n      }\n    },\n    //#endregion\n    //\n    // \\pu state machines\n    //\n    //#region pu\n    'pu': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': { action_: 'output' } },\n        'space$': {\n          '*': { action_: [ 'output', 'space' ] } },\n        '{[(|)]}': {\n          '0|a': { action_: 'copy' } },\n        '(-)(9)^(-9)': {\n          '0': { action_: 'number^', nextState: 'a' } },\n        '(-)(9.,9)(e)(99)': {\n          '0': { action_: 'enumber', nextState: 'a' } },\n        'space': {\n          '0|a': {} },\n        'pm-operator': {\n          '0|a': { action_: { type_: 'operator', option: '\\\\pm' }, nextState: '0' } },\n        'operator': {\n          '0|a': { action_: 'copy', nextState: '0' } },\n        '//': {\n          'd': { action_: 'o=', nextState: '/' } },\n        '/': {\n          'd': { action_: 'o=', nextState: '/' } },\n        '{...}|else': {\n          '0|d': { action_: 'd=', nextState: 'd' },\n          'a': { action_: [ 'space', 'd=' ], nextState: 'd' },\n          '/|q': { action_: 'q=', nextState: 'q' } }\n      }),\n      actions: {\n        'enumber': function (buffer, m) {\n          /** @type {ParserOutput[]} */\n          var ret = [];\n          if (m[0] === \"+-\"  ||  m[0] === \"+/-\") {\n            ret.push(\"\\\\pm \");\n          } else if (m[0]) {\n            ret.push(m[0]);\n          }\n          if (m[1]) {\n            mhchemParser.concatArray(ret, mhchemParser.go(m[1], 'pu-9,9'));\n            if (m[2]) {\n              if (m[2].match(/[,.]/)) {\n                mhchemParser.concatArray(ret, mhchemParser.go(m[2], 'pu-9,9'));\n              } else {\n                ret.push(m[2]);\n              }\n            }\n            m[3] = m[4] || m[3];\n            if (m[3]) {\n              m[3] = m[3].trim();\n              if (m[3] === \"e\"  ||  m[3].substr(0, 1) === \"*\") {\n                ret.push({ type_: 'cdot' });\n              } else {\n                ret.push({ type_: 'times' });\n              }\n            }\n          }\n          if (m[3]) {\n            ret.push(\"10^{\"+m[5]+\"}\");\n          }\n          return ret;\n        },\n        'number^': function (buffer, m) {\n          /** @type {ParserOutput[]} */\n          var ret = [];\n          if (m[0] === \"+-\"  ||  m[0] === \"+/-\") {\n            ret.push(\"\\\\pm \");\n          } else if (m[0]) {\n            ret.push(m[0]);\n          }\n          mhchemParser.concatArray(ret, mhchemParser.go(m[1], 'pu-9,9'));\n          ret.push(\"^{\"+m[2]+\"}\");\n          return ret;\n        },\n        'operator': function (buffer, m, p1) { return { type_: 'operator', kind_: (p1 || m) }; },\n        'space': function () { return { type_: 'pu-space-1' }; },\n        'output': function (buffer) {\n          /** @type {ParserOutput | ParserOutput[]} */\n          var ret;\n          var md = mhchemParser.patterns.match_('{(...)}', buffer.d || \"\");\n          if (md  &&  md.remainder === '') { buffer.d = md.match_; }\n          var mq = mhchemParser.patterns.match_('{(...)}', buffer.q || \"\");\n          if (mq  &&  mq.remainder === '') { buffer.q = mq.match_; }\n          if (buffer.d) {\n            buffer.d = buffer.d.replace(/\\u00B0C|\\^oC|\\^{o}C/g, \"{}^{\\\\circ}C\");\n            buffer.d = buffer.d.replace(/\\u00B0F|\\^oF|\\^{o}F/g, \"{}^{\\\\circ}F\");\n          }\n          if (buffer.q) {  // fraction\n            buffer.q = buffer.q.replace(/\\u00B0C|\\^oC|\\^{o}C/g, \"{}^{\\\\circ}C\");\n            buffer.q = buffer.q.replace(/\\u00B0F|\\^oF|\\^{o}F/g, \"{}^{\\\\circ}F\");\n            var b5 = {\n              d: mhchemParser.go(buffer.d, 'pu'),\n              q: mhchemParser.go(buffer.q, 'pu')\n            };\n            if (buffer.o === '//') {\n              ret = { type_: 'pu-frac', p1: b5.d, p2: b5.q };\n            } else {\n              ret = b5.d;\n              if (b5.d.length > 1  ||  b5.q.length > 1) {\n                ret.push({ type_: ' / ' });\n              } else {\n                ret.push({ type_: '/' });\n              }\n              mhchemParser.concatArray(ret, b5.q);\n            }\n          } else {  // no fraction\n            ret = mhchemParser.go(buffer.d, 'pu-2');\n          }\n          for (var p in buffer) { delete buffer[p]; }\n          return ret;\n        }\n      }\n    },\n    'pu-2': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '*': { action_: 'output' } },\n        '*': {\n          '*': { action_: [ 'output', 'cdot' ], nextState: '0' } },\n        '\\\\x': {\n          '*': { action_: 'rm=' } },\n        'space': {\n          '*': { action_: [ 'output', 'space' ], nextState: '0' } },\n        '^{(...)}|^(-1)': {\n          '1': { action_: '^(-1)' } },\n        '-9.,9': {\n          '0': { action_: 'rm=', nextState: '0' },\n          '1': { action_: '^(-1)', nextState: '0' } },\n        '{...}|else': {\n          '*': { action_: 'rm=', nextState: '1' } }\n      }),\n      actions: {\n        'cdot': function () { return { type_: 'tight cdot' }; },\n        '^(-1)': function (buffer, m) { buffer.rm += \"^{\"+m+\"}\"; },\n        'space': function () { return { type_: 'pu-space-2' }; },\n        'output': function (buffer) {\n          /** @type {ParserOutput | ParserOutput[]} */\n          var ret = [];\n          if (buffer.rm) {\n            var mrm = mhchemParser.patterns.match_('{(...)}', buffer.rm || \"\");\n            if (mrm  &&  mrm.remainder === '') {\n              ret = mhchemParser.go(mrm.match_, 'pu');\n            } else {\n              ret = { type_: 'rm', p1: buffer.rm };\n            }\n          }\n          for (var p in buffer) { delete buffer[p]; }\n          return ret;\n        }\n      }\n    },\n    'pu-9,9': {\n      transitions: mhchemParser.createTransitions({\n        'empty': {\n          '0': { action_: 'output-0' },\n          'o': { action_: 'output-o' } },\n        ',': {\n          '0': { action_: [ 'output-0', 'comma' ], nextState: 'o' } },\n        '.': {\n          '0': { action_: [ 'output-0', 'copy' ], nextState: 'o' } },\n        'else': {\n          '*': { action_: 'text=' } }\n      }),\n      actions: {\n        'comma': function () { return { type_: 'commaDecimal' }; },\n        'output-0': function (buffer) {\n          /** @type {ParserOutput[]} */\n          var ret = [];\n          buffer.text_ = buffer.text_ || \"\";\n          if (buffer.text_.length > 4) {\n            var a = buffer.text_.length % 3;\n            if (a === 0) { a = 3; }\n            for (var i=buffer.text_.length-3; i>0; i-=3) {\n              ret.push(buffer.text_.substr(i, 3));\n              ret.push({ type_: '1000 separator' });\n            }\n            ret.push(buffer.text_.substr(0, a));\n            ret.reverse();\n          } else {\n            ret.push(buffer.text_);\n          }\n          for (var p in buffer) { delete buffer[p]; }\n          return ret;\n        },\n        'output-o': function (buffer) {\n          /** @type {ParserOutput[]} */\n          var ret = [];\n          buffer.text_ = buffer.text_ || \"\";\n          if (buffer.text_.length > 4) {\n            var a = buffer.text_.length - 3;\n            for (var i=0; i<a; i+=3) {\n              ret.push(buffer.text_.substr(i, 3));\n              ret.push({ type_: '1000 separator' });\n            }\n            ret.push(buffer.text_.substr(i));\n          } else {\n            ret.push(buffer.text_);\n          }\n          for (var p in buffer) { delete buffer[p]; }\n          return ret;\n        }\n      }\n    }\n    //#endregion\n  };\n\n  //\n  // texify: Take MhchemParser output and convert it to TeX\n  //\n  /** @type {Texify} */\n  var texify = {\n    go: function (input, isInner) {  // (recursive, max 4 levels)\n      if (!input) { return \"\"; }\n      var res = \"\";\n      var cee = false;\n      for (var i=0; i < input.length; i++) {\n        var inputi = input[i];\n        if (typeof inputi === \"string\") {\n          res += inputi;\n        } else {\n          res += texify._go2(inputi);\n          if (inputi.type_ === '1st-level escape') { cee = true; }\n        }\n      }\n      if (!isInner && !cee && res) {\n        res = \"{\" + res + \"}\";\n      }\n      return res;\n    },\n    _goInner: function (input) {\n      if (!input) { return input; }\n      return texify.go(input, true);\n    },\n    _go2: function (buf) {\n      /** @type {undefined | string} */\n      var res;\n      switch (buf.type_) {\n        case 'chemfive':\n          res = \"\";\n          var b5 = {\n            a: texify._goInner(buf.a),\n            b: texify._goInner(buf.b),\n            p: texify._goInner(buf.p),\n            o: texify._goInner(buf.o),\n            q: texify._goInner(buf.q),\n            d: texify._goInner(buf.d)\n          };\n          //\n          // a\n          //\n          if (b5.a) {\n            if (b5.a.match(/^[+\\-]/)) { b5.a = \"{\"+b5.a+\"}\"; }\n            res += b5.a + \"\\\\,\";\n          }\n          //\n          // b and p\n          //\n          if (b5.b || b5.p) {\n            res += \"{\\\\vphantom{X}}\";\n            res += \"^{\\\\hphantom{\"+(b5.b||\"\")+\"}}_{\\\\hphantom{\"+(b5.p||\"\")+\"}}\";\n            res += \"{\\\\vphantom{X}}\";\n            res += \"^{\\\\smash[t]{\\\\vphantom{2}}\\\\mathllap{\"+(b5.b||\"\")+\"}}\";\n            res += \"_{\\\\vphantom{2}\\\\mathllap{\\\\smash[t]{\"+(b5.p||\"\")+\"}}}\";\n          }\n          //\n          // o\n          //\n          if (b5.o) {\n            if (b5.o.match(/^[+\\-]/)) { b5.o = \"{\"+b5.o+\"}\"; }\n            res += b5.o;\n          }\n          //\n          // q and d\n          //\n          if (buf.dType === 'kv') {\n            if (b5.d || b5.q) {\n              res += \"{\\\\vphantom{X}}\";\n            }\n            if (b5.d) {\n              res += \"^{\"+b5.d+\"}\";\n            }\n            if (b5.q) {\n              res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n            }\n          } else if (buf.dType === 'oxidation') {\n            if (b5.d) {\n              res += \"{\\\\vphantom{X}}\";\n              res += \"^{\"+b5.d+\"}\";\n            }\n            if (b5.q) {\n              res += \"{\\\\vphantom{X}}\";\n              res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n            }\n          } else {\n            if (b5.q) {\n              res += \"{\\\\vphantom{X}}\";\n              res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n            }\n            if (b5.d) {\n              res += \"{\\\\vphantom{X}}\";\n              res += \"^{\"+b5.d+\"}\";\n            }\n          }\n          break;\n        case 'rm':\n          res = \"\\\\mathrm{\"+buf.p1+\"}\";\n          break;\n        case 'text':\n          if (buf.p1.match(/[\\^_]/)) {\n            buf.p1 = buf.p1.replace(\" \", \"~\").replace(\"-\", \"\\\\text{-}\");\n            res = \"\\\\mathrm{\"+buf.p1+\"}\";\n          } else {\n            res = \"\\\\text{\"+buf.p1+\"}\";\n          }\n          break;\n        case 'roman numeral':\n          res = \"\\\\mathrm{\"+buf.p1+\"}\";\n          break;\n        case 'state of aggregation':\n          res = \"\\\\mskip2mu \"+texify._goInner(buf.p1);\n          break;\n        case 'state of aggregation subscript':\n          res = \"\\\\mskip1mu \"+texify._goInner(buf.p1);\n          break;\n        case 'bond':\n          res = texify._getBond(buf.kind_);\n          if (!res) {\n            throw [\"MhchemErrorBond\", \"mhchem Error. Unknown bond type (\" + buf.kind_ + \")\"];\n          }\n          break;\n        case 'frac':\n          var c = \"\\\\frac{\" + buf.p1 + \"}{\" + buf.p2 + \"}\";\n          res = \"\\\\mathchoice{\\\\textstyle\"+c+\"}{\"+c+\"}{\"+c+\"}{\"+c+\"}\";\n          break;\n        case 'pu-frac':\n          var d = \"\\\\frac{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n          res = \"\\\\mathchoice{\\\\textstyle\"+d+\"}{\"+d+\"}{\"+d+\"}{\"+d+\"}\";\n          break;\n        case 'tex-math':\n          res = buf.p1 + \" \";\n          break;\n        case 'frac-ce':\n          res = \"\\\\frac{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n          break;\n        case 'overset':\n          res = \"\\\\overset{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n          break;\n        case 'underset':\n          res = \"\\\\underset{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n          break;\n        case 'underbrace':\n          res =  \"\\\\underbrace{\" + texify._goInner(buf.p1) + \"}_{\" + texify._goInner(buf.p2) + \"}\";\n          break;\n        case 'color':\n          res = \"{\\\\color{\" + buf.color1 + \"}{\" + texify._goInner(buf.color2) + \"}}\";\n          break;\n        case 'color0':\n          res = \"\\\\color{\" + buf.color + \"}\";\n          break;\n        case 'arrow':\n          var b6 = {\n            rd: texify._goInner(buf.rd),\n            rq: texify._goInner(buf.rq)\n          };\n          var arrow = \"\\\\x\" + texify._getArrow(buf.r);\n          if (b6.rq) { arrow += \"[{\" + b6.rq + \"}]\"; }\n          if (b6.rd) {\n            arrow += \"{\" + b6.rd + \"}\";\n          } else {\n            arrow += \"{}\";\n          }\n          res = arrow;\n          break;\n        case 'operator':\n          res = texify._getOperator(buf.kind_);\n          break;\n        case '1st-level escape':\n          res = buf.p1+\" \";  // &, \\\\\\\\, \\\\hlin\n          break;\n        case 'space':\n          res = \" \";\n          break;\n        case 'entitySkip':\n          res = \"~\";\n          break;\n        case 'pu-space-1':\n          res = \"~\";\n          break;\n        case 'pu-space-2':\n          res = \"\\\\mkern3mu \";\n          break;\n        case '1000 separator':\n          res = \"\\\\mkern2mu \";\n          break;\n        case 'commaDecimal':\n          res = \"{,}\";\n          break;\n          case 'comma enumeration L':\n          res = \"{\"+buf.p1+\"}\\\\mkern6mu \";\n          break;\n        case 'comma enumeration M':\n          res = \"{\"+buf.p1+\"}\\\\mkern3mu \";\n          break;\n        case 'comma enumeration S':\n          res = \"{\"+buf.p1+\"}\\\\mkern1mu \";\n          break;\n        case 'hyphen':\n          res = \"\\\\text{-}\";\n          break;\n        case 'addition compound':\n          res = \"\\\\,{\\\\cdot}\\\\,\";\n          break;\n        case 'electron dot':\n          res = \"\\\\mkern1mu \\\\bullet\\\\mkern1mu \";\n          break;\n        case 'KV x':\n          res = \"{\\\\times}\";\n          break;\n        case 'prime':\n          res = \"\\\\prime \";\n          break;\n        case 'cdot':\n          res = \"\\\\cdot \";\n          break;\n        case 'tight cdot':\n          res = \"\\\\mkern1mu{\\\\cdot}\\\\mkern1mu \";\n          break;\n        case 'times':\n          res = \"\\\\times \";\n          break;\n        case 'circa':\n          res = \"{\\\\sim}\";\n          break;\n        case '^':\n          res = \"uparrow\";\n          break;\n        case 'v':\n          res = \"downarrow\";\n          break;\n        case 'ellipsis':\n          res = \"\\\\ldots \";\n          break;\n        case '/':\n          res = \"/\";\n          break;\n        case ' / ':\n          res = \"\\\\,/\\\\,\";\n          break;\n        default:\n          assertNever(buf);\n          throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];  // Missing texify rule or unknown MhchemParser output\n      }\n      assertString(res);\n      return res;\n    },\n    _getArrow: function (a) {\n      switch (a) {\n        case \"->\": return \"rightarrow\";\n        case \"\\u2192\": return \"rightarrow\";\n        case \"\\u27F6\": return \"rightarrow\";\n        case \"<-\": return \"leftarrow\";\n        case \"<->\": return \"leftrightarrow\";\n        case \"<-->\": return \"rightleftarrows\";\n        case \"<=>\": return \"rightleftharpoons\";\n        case \"\\u21CC\": return \"rightleftharpoons\";\n        case \"<=>>\": return \"rightequilibrium\";\n        case \"<<=>\": return \"leftequilibrium\";\n        default:\n          assertNever(a);\n          throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n      }\n    },\n    _getBond: function (a) {\n      switch (a) {\n        case \"-\": return \"{-}\";\n        case \"1\": return \"{-}\";\n        case \"=\": return \"{=}\";\n        case \"2\": return \"{=}\";\n        case \"#\": return \"{\\\\equiv}\";\n        case \"3\": return \"{\\\\equiv}\";\n        case \"~\": return \"{\\\\tripledash}\";\n        case \"~-\": return \"{\\\\mathrlap{\\\\raisebox{-.1em}{$-$}}\\\\raisebox{.1em}{$\\\\tripledash$}}\";\n        case \"~=\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$\\\\tripledash$}}-}\";\n        case \"~--\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$\\\\tripledash$}}-}\";\n        case \"-~-\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$-$}}\\\\tripledash}\";\n        case \"...\": return \"{{\\\\cdot}{\\\\cdot}{\\\\cdot}}\";\n        case \"....\": return \"{{\\\\cdot}{\\\\cdot}{\\\\cdot}{\\\\cdot}}\";\n        case \"->\": return \"{\\\\rightarrow}\";\n        case \"<-\": return \"{\\\\leftarrow}\";\n        case \"<\": return \"{<}\";\n        case \">\": return \"{>}\";\n        default:\n          assertNever(a);\n          throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n      }\n    },\n    _getOperator: function (a) {\n      switch (a) {\n        case \"+\": return \" {}+{} \";\n        case \"-\": return \" {}-{} \";\n        case \"=\": return \" {}={} \";\n        case \"<\": return \" {}<{} \";\n        case \">\": return \" {}>{} \";\n        case \"<<\": return \" {}\\\\ll{} \";\n        case \">>\": return \" {}\\\\gg{} \";\n        case \"\\\\pm\": return \" {}\\\\pm{} \";\n        case \"\\\\approx\": return \" {}\\\\approx{} \";\n        case \"$\\\\approx$\": return \" {}\\\\approx{} \";\n        case \"v\": return \" \\\\downarrow{} \";\n        case \"(v)\": return \" \\\\downarrow{} \";\n        case \"^\": return \" \\\\uparrow{} \";\n        case \"(^)\": return \" \\\\uparrow{} \";\n        default:\n          assertNever(a);\n          throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n      }\n    }\n  };\n\n  //\n  // Helpers for code anaylsis\n  // Will show type error at calling position\n  //\n  /** @param {number} a */\n  function assertNever(a) {}\n  /** @param {string} a */\n  function assertString(a) {}\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/katex/mhchem.min.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff": {
            "text": "





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",
            "title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff",
            "type": "application/font-woff"
        }
  }
}

a non-linear web notebook

Forest Grove Mad Scientist Club

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            "caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
            "text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\"><<lingo Settings/EditorFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
        },
        "$:/themes/tiddlywiki/vanilla/base": {
            "title": "$:/themes/tiddlywiki/vanilla/base",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n`\"`<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>`\"`\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n`\"`<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>`\"`\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\define if-editor-height-fixed(then,else)\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n$then$\n</$reveal>\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n$else$\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n}\n\n<<if-background-attachment \"\"\"\n\nbody.tc-body {\n        background-color: transparent;\n}\n\n\"\"\">>\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n\tquotes: \"\\201C\"\"\\201D\"\"\\2018\"\"\\2019\";\n}\n\nblockquote.tc-big-quote {\n\tfont-family: Georgia, serif;\n\tposition: relative;\n\tbackground: <<colour pre-background>>;\n\tborder-left: none;\n\tmargin-left: 50px;\n\tmargin-right: 50px;\n\tpadding: 10px;\n    border-radius: 8px;\n}\n\nblockquote.tc-big-quote cite:before {\n\tcontent: \"\\2014 \\2009\";\n}\n\nblockquote.tc-big-quote:before {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: open-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n    left: -50px;\n    top: 42px;\n}\n\nblockquote.tc-big-quote:after {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: close-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n    right: -80px;\n    bottom: -20px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\nbutton, textarea, input, select {\n\toutline-color: <<colour primary>>;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\ninput[type=\"checkbox\"] {\n  vertical-align: middle;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\n.tc-icon-wrapper > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: 500;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\ttop: -1000px;\n\tleft: -1000px;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n.tc-droppable > .tc-droppable-placeholder {\n\tdisplay: none;\n}\n\n.tc-droppable.tc-dragover > .tc-droppable-placeholder {\n\tdisplay: block;\n\tborder: 2px dashed <<colour dropzone-background>>;\n}\n\n.tc-draggable {\n\tcursor: move;\n}\n\n.tc-sidebar-tab-open .tc-droppable-placeholder, .tc-tagged-draggable-list .tc-droppable-placeholder,\n.tc-links-draggable-list .tc-droppable-placeholder {\n\tline-height: 2em;\n\theight: 2em;\n}\n\n.tc-sidebar-tab-open-item {\n\tposition: relative;\n}\n\n.tc-sidebar-tab-open .tc-btn-invisible.tc-btn-mini svg {\n\tfont-size: 0.7em;\n\tfill: <<colour muted-foreground>>;\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n    cursor: pointer;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n/* used for documentation \"fake\" buttons */\n.tc-btn-standard {\n\tline-height: 1.8;\n\tcolor: #667;\n\tbackground-color: #e0e0e0;\n\tborder: 1px solid #888;\n\tpadding: 2px 1px 2px 1px;\n\tmargin: 1px 4px 1px 4px;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 400;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tvertical-align: text-bottom;\n}\n\n.tc-edit-tags button.tc-remove-tag-button svg {\n\tfont-size: 0.7em;\n\tvertical-align: middle;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\nbutton.tc-btn-invisible.tc-remove-tag-button {\n\toutline: none;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls .tc-drop-down {\n  font-size: 1rem;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\thtml[dir=\"rtl\"] .tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tright: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n  font-style: italic;\n  font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button,\n.tc-tiddler-controls > span > span > button,\n.tc-tiddler-controls > span > span > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n}\n\n.tc-search button svg, .tc-search a svg {\n    height: 1.2em;\n    width: 1.2em;\n    margin: 0 0.25em;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg  {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tbackground-color: <<colour tiddler-editor-background>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\ncanvas.tc-edit-bitmapeditor  {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n  fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n  fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n  fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n  fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n  fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n  fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n  fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n  fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n  fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-add-tag .tc-keyboard {\n\tdisplay:inline;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 0 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n<<if-editor-height-fixed then:\"\"\"\n\n.tc-tiddler-preview-preview {\n\toverflow-y: scroll;\n\theight: {{$:/config/TextEditor/EditorHeight/Height}};\n}\n\n\"\"\">>\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg  {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n    width: auto;\n    margin-bottom: 0px;\n    border-bottom-left-radius: 0;\n    border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical  {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n\tborder-bottom-left-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n\tborder-top-right-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical  {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical  {\n    word-break: break-word;\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Manager\n*/\n\n.tc-manager-wrapper {\n\t\n}\n\n.tc-manager-controls {\n\t\n}\n\n.tc-manager-control {\n\tmargin: 0.5em 0;\n}\n\n.tc-manager-list {\n\twidth: 100%;\n\tborder-top: 1px solid <<colour muted-foreground>>;\n\tborder-left: 1px solid <<colour muted-foreground>>;\n\tborder-right: 1px solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item {\n\n}\n\n.tc-manager-list-item-heading {\n    display: block;\n    width: 100%;\n    text-align: left;\t\n\tborder-bottom: 1px solid <<colour muted-foreground>>;\n\tpadding: 3px;\n}\n\n.tc-manager-list-item-heading-selected {\n\tfont-weight: bold;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n\tbackground-color: <<colour foreground>>;\n}\n\n.tc-manager-list-item-heading:hover {\n\tbackground: <<colour primary>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-manager-list-item-content {\n\tdisplay: flex;\n}\n\n.tc-manager-list-item-content-sidebar {\n    flex: 1 0;\n    background: <<colour tiddler-editor-background>>;\n    border-right: 0.5em solid <<colour muted-foreground>>;\n    border-bottom: 0.5em solid <<colour muted-foreground>>;\n    white-space: nowrap;\n}\n\n.tc-manager-list-item-content-item-heading {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: left;\n    background: <<colour muted-foreground>>;\n\ttext-transform: uppercase;\n\tfont-size: 0.6em;\n\tfont-weight: bold;\n    padding: 0.5em 0 0.5em 0;\n}\n\n.tc-manager-list-item-content-item-body {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-manager-list-item-content-item-body > pre {\n\tmargin: 0.5em 0 0.5em 0;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tc-manager-list-item-content-tiddler {\n    flex: 3 1;\n    border-left: 0.5em solid <<colour muted-foreground>>;\n    border-right: 0.5em solid <<colour muted-foreground>>;\n    border-bottom: 0.5em solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item-content-item-body > table {\n\tborder: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-manager-list-item-content-item-body > table td {\n\tborder: none;\n}\n\n.tc-manager-icon-editor > button {\n\twidth: 100%;\n}\n\n.tc-manager-icon-editor > button > svg,\n.tc-manager-icon-editor > button > button {\n\twidth: 100%;\n\theight: auto;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Floating drafts list\n*/\n\n.tc-drafts-list {\n\tz-index: 2000;\n\tposition: fixed;\n\tfont-size: 0.8em;\n\tleft: 0;\n\tbottom: 0;\n}\n\n.tc-drafts-list a {\n\tmargin: 0 0.5em;\n\tpadding: 4px 4px;\n\tborder-top-left-radius: 4px;\n\tborder-top-right-radius: 4px;\n\tborder: 1px solid <<colour background>>;\n\tborder-bottom-none;\n\tbackground: <<colour dirty-indicator>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a:hover {\n\ttext-decoration: none;\n\tbackground: <<colour foreground>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a svg {\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: text-bottom;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info:hover > .tc-plugin-info-chunk > img, .tc-plugin-info:hover > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info > .tc-plugin-info-chunk > img, .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > img, .tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n.tc-check-list {\n\tline-height: 2em;\n}\n\n.tc-check-list .tc-image-button {\n\theight: 1.5em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n.tc-message-box svg {\n\twidth: 1em;\n\theight: 1em;\n    vertical-align: text-bottom;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder-right: 1px solid <<colour table-header-background>>;\n\tborder-left: 1px solid <<colour table-header-background>>;\n}\n\n\n.tc-chooser-item {\n\tborder-bottom: 1px solid <<colour table-header-background>>;\n\tborder-top: 1px solid <<colour table-header-background>>;\n\tpadding: 2px 4px 2px 14px;\n}\n\n.tc-drop-down .tc-chooser-item {\n\tpadding: 2px;\n}\n\n.tc-chosen,\n.tc-chooser-item:hover {\n\tbackground-color: <<colour table-header-background>>;\n\tborder-color: <<colour table-footer-background>>;\n}\n\n.tc-chosen .tc-tiddlylink {\n\tcursor:default;\n}\n\n.tc-chooser-item .tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tbackground-color: transparent;\n}\n\n.tc-chooser-item:hover .tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-chosen .tc-tiddlylink,\n.tc-drop-down .tc-chooser-item .tc-tiddlylink:hover {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-chosen > .tc-tiddlylink:before {\n\tmargin-left: -10px;\n\tposition: relative;\n\tcontent: \"» \";\n}\n\n.tc-chooser-item svg,\n.tc-chooser-item img{\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: middle;\n}\n\n.tc-language-chooser .tc-image-button img {\n\twidth: 2em;\n\tvertical-align: -0.15em;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\ninput.tc-palette-manager-colour-input {\n\twidth: 100%;\n\tpadding: 0;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Diffs\n*/\n\n.tc-diff-equal {\n\tbackground-color: <<colour diff-equal-background>>;\n\tcolor: <<colour diff-equal-foreground>>;\n}\n\n.tc-diff-insert {\n\tbackground-color: <<colour diff-insert-background>>;\n\tcolor: <<colour diff-insert-foreground>>;\n}\n\n.tc-diff-delete {\n\tbackground-color: <<colour diff-delete-background>>;\n\tcolor: <<colour diff-delete-foreground>>;\n}\n\n.tc-diff-invisible {\n\tbackground-color: <<colour diff-invisible-background>>;\n\tcolor: <<colour diff-invisible-foreground>>;\n}\n\n.tc-diff-tiddlers th {\n\ttext-align: right;\n\tbackground: <<colour background>>;\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n.tc-diff-tiddlers pre {\n    margin: 0;\n    padding: 0;\n    border: none;\n    background: none;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n\n/*\n** Tree macro\n*/\n\n.tc-tree div {\n    \tpadding-left: 14px;\n}\n\n.tc-tree ol {\n    \tlist-style-type: none;\n    \tpadding-left: 0;\n    \tmargin-top: 0;\n}\n\n.tc-tree ol ol {\n    \tpadding-left: 1em;    \n}\n\n.tc-tree button { \n    \tcolor: #acacac;\n}\n\n.tc-tree svg {\n     \tfill: #acacac;\n}\n\n.tc-tree span svg {\n    \twidth: 1em;\n    \theight: 1em;\n    \tvertical-align: baseline;\n}\n\n.tc-tree li span {\n    \tcolor: lightgray;\n}\n\nselect {\n        color: <<colour select-tag-foreground>>;\n        background: <<colour select-tag-background>>;\n}\n\n"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
            "text": "15px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
            "text": "22px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
            "text": "14px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
            "text": "20px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
            "text": "0px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storytop": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
            "text": "0px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storyright": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
            "text": "770px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
            "text": "770px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
            "text": "686px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
            "text": "960px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
            "text": "350px"
        },
        "$:/themes/tiddlywiki/vanilla/options/stickytitles": {
            "title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
            "text": "no"
        },
        "$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
            "title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
            "text": "fixed-fluid"
        },
        "$:/themes/tiddlywiki/vanilla/options/codewrapping": {
            "title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
            "text": "pre-wrap"
        },
        "$:/themes/tiddlywiki/vanilla/reset": {
            "title": "$:/themes/tiddlywiki/vanilla/reset",
            "type": "text/plain",
            "text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n *    user zoom.\n */\n\nhtml {\n  font-family: sans-serif; /* 1 */\n  -ms-text-size-adjust: 100%; /* 2 */\n  -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n  margin: 0;\n}\n\n/* HTML5 display definitions\n   ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n  display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n  display: inline-block; /* 1 */\n  vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n  display: none;\n  height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n  display: none;\n}\n\n/* Links\n   ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n  background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n  outline: 0;\n}\n\n/* Text-level semantics\n   ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n  border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n  font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n  font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n  font-size: 2em;\n  margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n  background: #ff0;\n  color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n  font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n  font-size: 75%;\n  line-height: 0;\n  position: relative;\n  vertical-align: baseline;\n}\n\nsup {\n  top: -0.5em;\n}\n\nsub {\n  bottom: -0.25em;\n}\n\n/* Embedded content\n   ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n  border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n  overflow: hidden;\n}\n\n/* Grouping content\n   ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n  margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n  height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n  overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n  font-family: monospace, monospace;\n  font-size: 1em;\n}\n\n/* Forms\n   ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n *    Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n  color: inherit; /* 1 */\n  font: inherit; /* 2 */\n  margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n  overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n  text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n *    and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n *    `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n  -webkit-appearance: button; /* 2 */\n  cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n  cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n  border: 0;\n  padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n  line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n  box-sizing: border-box; /* 1 */\n  padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n  height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n *    (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n  -webkit-appearance: textfield; /* 1 */\n  -moz-box-sizing: content-box;\n  -webkit-box-sizing: content-box; /* 2 */\n  box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n  -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n  border: 1px solid #c0c0c0;\n  margin: 0 2px;\n  padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n  border: 0; /* 1 */\n  padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n  overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n  font-weight: bold;\n}\n\n/* Tables\n   ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n  border-collapse: collapse;\n  border-spacing: 0;\n}\n\ntd,\nth {\n  padding: 0;\n}\n"
        },
        "$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
            "text": "-apple-system, BlinkMacSystemFont, \"Segoe UI\", Helvetica, Arial, sans-serif, \"Apple Color Emoji\", \"Segoe UI Emoji\", \"Segoe UI Symbol\""
        },
        "$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
            "text": "\"SFMono-Regular\",Consolas,\"Liberation Mono\",Menlo,Courier,monospace"
        },
        "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
            "text": "fixed"
        },
        "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
            "text": "auto"
        },
        "$:/themes/tiddlywiki/vanilla/sticky": {
            "title": "$:/themes/tiddlywiki/vanilla/sticky",
            "text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n\n``\n<$list filter=\"[range[100]]\">\n`.tc-story-river .tc-tiddler-frame:nth-child(100n+`<$text text=<<currentTiddler>>/>`) {\nz-index: `<$text text={{{ [[200]subtract<currentTiddler>] }}}/>`;\n}\n`\n</$list>\n</$reveal>\n"
        }
    }
}

classic

RootWiki

!!Up Goers

!!!Model Rocketry

<<list-links filter:"[tag[rockets]]">>

!!!Kites

* [[Go fly n>3 kites]]

!!!Lighter than air

* [[Bubbles]]
* [[Hydrogen]] (H,,2,, from Al,,metal,, + H,,2,,O / NaOH,,aq,, catalyst)

!!Observations

* [[Skylink train]]
* [[Falcon heavy night launch]]
* [[Water Glass permanence]]
* [[Burning Mg]]

* Thermite
* Thermite Raman

The Forest Grove Mad Scientist Club is a kid-led club (not affiliated with any school or anything) dedicated to exploring various science topics.

![[Active Projects]]
{{Active Projects}}

![[Completed Projects]]
{{Completed Projects}}

![[Possible Future Projects|Contemplated Projects]]
{{Contemplated Projects}}

![[Members]]
{{Members}}

//It was too windy for our planned activity so we decided to make and fly kites instead. We had not prepared ahead of time so we 1) did not necessarily have suitable materials at hand and 2) didn’t really understand how kites worked.  We also made some interesting discoveries about gusty winds and wind flow patterns on the hill above the school track.   //

Spur of the moment, no prep.  Without much discussion we ran around and gathered up materials to make kites with.  We realized as we started trying to build them that we don’t really know how kites work.  We wanted to get started so we didn’t have (or rather, didn’t take) the time to look it up.  Everyone just piled in and “threw work at it” (probably should have discussed properties a kite should have and what designs would give them those properties).

Last summer we used a very rudimentary launch pad: a wire poked into the ground through a disposable aluminum pie pan filled with gravel (because after the very first launch we noticed that it was starting to burn through the pan).

This year we're building a slightly more sophisticated pad which will:

* be raised above the ground
* use a steel blast shield
* have an adjustable launch angle.
* have a rebuilt firing control built into an old ammo box rather than a tangle of wires and batteries.

Our illustrious leader.

Officers

* President: [[Max R.]]

Members at large (high school)

* [[Alasia]]
* [[Doña]]
* [[Lindsey]]
* [[Madeline]]
* [[Melanie]]

Members at small (middle school)

* [[Caleb]]
* [[Cameron]]
* [[Jimmy]]
* [[Lachlan]]
* [[Max B.]]
* [[Walter]]

Foo

Q: How much wood would a wood chuck chuck?

A: Buffalo buffalo buffalo.

[img[6431028.jpg]]

KNO,,3,, 8g + powdered sugar (sucrose) 4g, powder mixed (stirred)

We figured this was about the simplest thing that could possibly work.  Its very close to the typical recipes but without the more complicated (and incrementally riskier) grinding and melting steps.

In the open tray test it lit easily, burned fast (vigorously), with smoke but no clear flame.

[img[files/20190618_135943_web.png]]

KNO,,3,, 8g + cornstarch 4g, powder mixed (stirred)

Although the chemical formulas for cornstarch and powdered sugar are fairly similar (they are both (CH,,2,,O),,x,,) and so are their textures, this mixture wouldn't even light.

[[Bertrand Brinley]] described a method of making solid fuel rocket engines from sugar and an oxidizer.  While there is a fair amount of information about how to make them on the web, we decided to try some experiments of our own to see what we could come up with.

Since we're literally playing with rocket fuel here, we decided on the following safety rules:

* Work in very small batches (<20g as a starting limit)
* No tightly closed containers
* No open flames or sparks until we're testing
* Test in the open, on stone with a metal tray under the test area

!!Tests

<<list-links filter:"[tag[test]]">>

!Welcome to the Bob ~TiddlyWiki.

!! Connecting other computers to the wiki

''BIG NOTE OF DOOM or what is the local network?:'' The local network is anyone
using the same router as you. This means anyone on the same wifi network or
using a wired connection on the same router. So when you are at starbucks or a
library on the wifi anyone else who is on that wifi is on the local network.

By default the wiki is only availble on `localhost` on the computer you are
running the node process on. If you want to make it availble to other computers
than you need to set the host to `0.0.0.0`. But this means that anyone on the
local network will be able to access the wiki. To do this go to the
`Bob Settings` tab on the $:/ControlPanel and click on the value listed for
`host` under `ws-server`, it is `127.0.0.1` by default. If you set it to
`0.0.0.0` then click `Done` and then click on `Update Settings`. Then you need
to restart the wiki server.

<$reveal
  type='nomatch'
  state='$:/WikiSettings/split/ws-server##host'
  text='0.0.0.0'
>
  Host has to be set to `0.0.0.0` in order to connect from other computers.
  <br><br>
  <$button>
    Click here
    <$action-setfield
      $tiddler='$:/WikiSettings/split/serverInfo'
      $index=host
      $value="0.0.0.0"
    />
    <$action-setfield
      $tiddler='$:/WikiSettings/split/ws-server'
      $index=host
      $value="0.0.0.0"
    />
    <$action-websocketmessage
      $type=saveSettings
    />
  </$button>
  to set the host to `0.0.0.0`

  Then wait a moment for the settings files to be updated on the server (the
  save icon shold turn back to grey) and stop then restart the server to make
  this wiki accessible to other computers on the network.

  After setting the host and restarting you can connect to this wiki from
  another computer on the same network by entering the ip address into the
  address bar of a browser. After you change the host value the ip address
  will be listed in this tiddler.

  You can then create and edit tiddlers in any connected wiki.
</$reveal>

<$reveal
  type='match'
  state='$:/WikiSettings/split/ws-server##host'
  text='0.0.0.0'
>
  The wiki server ip address and port is:

  <pre>{{$:/ServerIP}}:{{$:/ServerIP!!port}}</pre>

  The host is set to `0.0.0.0`, this means that this wiki is available to
  anyone on the local network. See the big note of doom above.
  <br><br>
  <$button>
    Click here
    <$action-setfield
      $tiddler='$:/WikiSettings/split/serverInfo'
      $index=host
      $value="127.0.0.1"
    />
    <$action-setfield
      $tiddler='$:/WikiSettings/split/ws-server'
      $index=host
      $value="127.0.0.1"
    />
    <$action-websocketmessage
      $type=saveSettings
    />
  </$button>
  to set the host to `127.0.0.1`.

  Then wait a moment for the settings files to be updated on the server (the
  save icon shold turn back to grey) and stop then restart the server to make
  this wiki only accessible on the computer running it.
</$reveal>

More Bob documentation [[$:/plugins/OokTech/Bob/readme]]