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"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"type": "text/vnd.tiddlywiki",
"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 © Jeremy Ruston 2004-2007\nCopyright © UnaMesa Association 2007-2014\n\nRedistribution and use in source and binary forms, with or without modification,\nare permitted provided that the following conditions are met:\n\nRedistributions of source code must retain the above copyright notice, this\nlist of conditions and the following disclaimer.\n\nRedistributions in binary form must reproduce the above copyright notice, this\nlist of conditions and the following disclaimer in the documentation and/or other\nmaterials provided with the distribution.\n\nNeither the name of the UnaMesa Association nor the names of its contributors may be\nused to endorse or promote products derived from this software without specific\nprior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES\nOF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT\nSHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,\nINCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\nBUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\nCONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN\nANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGE.\n"
},
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},
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"title": "$:/core/images/save-button",
"tags": "$:/tags/Image",
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},
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"tags": "$:/tags/Image",
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},
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"title": "$:/core/images/storyview-classic",
"tags": "$:/tags/Image",
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},
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},
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"title": "$:/core/images/storyview-zoomin",
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},
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},
"$:/core/images/theme-button": {
"title": "$:/core/images/theme-button",
"tags": "$:/tags/Image",
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},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/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": "$:/language/Buttons/Cancel/Hint",
"text": "Cancel editing this tiddler"
},
"$:/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/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/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/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import files"
},
"$:/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/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/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/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/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": "$:/language/Buttons/Save/Caption",
"text": "save"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Save this tiddler"
},
"$:/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/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/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": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$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/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/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/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/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/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/Language/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Language/Prompt",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Plugin/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Plugin/Prompt",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Theme/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Theme/Prompt",
"text": "Themes"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "Saving"
},
"$:/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/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": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address//"
},
"$:/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": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Automatically save changes during editing"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/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/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/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/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": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode"
},
"$:/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": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar "
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode"
},
"$:/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/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/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/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/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/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/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/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/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/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": "$:/language/EditTemplate/Body/External/Hint",
"text": "This is an external tiddler stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Hint": {
"title": "$:/language/EditTemplate/Body/Hint",
"text": "Use [[wiki text|http://tiddlywiki.com/static/WikiText.html]] to add formatting, images, and dynamic features"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Button/Hide": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Hide",
"text": "hide preview"
},
"$:/language/EditTemplate/Body/Preview/Button/Show": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Show",
"text": "show preview"
},
"$:/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/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/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes will override the default version"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version by deleting this tiddler"
},
"$:/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/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": "$:/language/Exporters/StaticRiver",
"text": "River of tiddlers as static HTML file"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON tiddlers file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV tiddlers file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "Single tiddler \".tid\" file"
},
"$:/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]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/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": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/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"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/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"
},
"$:/language/Docs/Fields/type": {
"title": "$:/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"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See http://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n|<$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> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\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"
},
"$:/language/Help/editions": {
"title": "$:/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"
},
"$:/language/Help/help": {
"title": "$:/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"
},
"$:/language/Help/init": {
"title": "$:/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"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from 2.x.x TiddlyWiki files (`.html`), `.tiddler`, `.tid`, `.json` or other files \n\n```\n--load <filepath>\n```\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"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "Render an individual tiddler as a specified ContentType, defaults to `text/html` and save it to the specified filename:\n\n```\n--rendertiddler <title> <filename> [<type>]\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"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "Render 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>]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "Saves an individual tiddler in its raw text or binary format to the specified filename. \n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "Saves a group of tiddlers in their raw text or binary format to the specified directory. \n\n```\n--savetiddlers <filter> <pathname>\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\") \n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - 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* ''pathprefix'' - optional prefix for paths\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 isn't suitable for general use.\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--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''type'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n\n"
},
"$:/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/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/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/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/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 http://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"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/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>>/>\"?"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or click escape to 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"
},
"$:/language/InvalidFieldName": {
"title": "$:/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/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" - click {{$:/core/images/edit-button}} to create"
},
"$:/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/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/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/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/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/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": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|http://tiddlywiki.com/static/Filters.html]]"
},
"$:/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/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/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/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"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text"
},
"$:/languages/en-GB/icon": {
"title": "$:/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": {
"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/*\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 = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$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",
"title": "$:/core/modules/commander.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/build.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/commands/clearpassword.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 fs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tself = this;\n\t// Enumerate the edition paths\n\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar),\n\t\teditions = {};\n\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\tvar editionPath = editionPaths[editionIndex];\n\t\t// Enumerate the folders\n\t\tvar entries = fs.readdirSync(editionPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar entry = entries[entryIndex];\n\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\tif(!editions[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\tvar info;\n\t\t\t\ttry {\n\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t} catch(ex) {\n\t\t\t\t}\n\t\t\t\tif(info) {\n\t\t\t\t\teditions[entry] = info.description || \"\";\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\t$tw.utils.each(editions,function(description,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/editions.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/commands/help.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/commands/init.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar ext = path.extname(self.params[0]);\n\tfs.readFile(this.params[0],$tw.utils.getTypeEncoding(ext),function(err,data) {\n\t\tif (err) {\n\t\t\tself.callback(err);\n\t\t} else {\n\t\t\tvar fields = {title: self.params[0]},\n\t\t\t\ttype = path.extname(self.params[0]);\n\t\t\tvar tiddlers = self.commander.wiki.deserializeTiddlers(type,data,fields);\n\t\t\tif(!tiddlers) {\n\t\t\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t\t\t} else {\n\t\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddlers[t]));\n\t\t\t\t}\n\t\t\t\tself.callback(null);\t\n\t\t\t}\n\t\t}\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/load.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/makelibrary.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/output.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/commands/password.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\";\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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\tpathname = path.resolve(this.commander.outputPath,this.params[2]),\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.deleteDirectory(pathname);\n\t$tw.utils.createDirectory(pathname);\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\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent;\n\t\tfs.writeFileSync(path.resolve(pathname,encodeURIComponent(title) + extension),text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.deleteDirectory(pathname);\n\t$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 = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\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.browser) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\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\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.listen = function(port,host) {\n\tvar self = this;\n\thttp.createServer(function(request,response) {\n\t\t// Compose the state object\n\t\tvar state = {};\n\t\tstate.wiki = self.wiki;\n\t\tstate.server = self;\n\t\tstate.urlInfo = url.parse(request.url);\n\t\t// Find the route that matches this path\n\t\tvar route = self.findMatchingRoute(request,state);\n\t\t// Check for the username and password if we've got one\n\t\tvar username = self.get(\"username\"),\n\t\t\tpassword = self.get(\"password\");\n\t\tif(username && password) {\n\t\t\t// Check they match\n\t\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t\t});\n\t\t\t\tresponse.end();\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t// Return a 404 if we didn't find a route\n\t\tif(!route) {\n\t\t\tresponse.writeHead(404);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t\t// Set the encoding for the incoming request\n\t\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\t\trequest.setEncoding(\"utf8\");\n\t\t// Dispatch the appropriate method\n\t\tswitch(request.method) {\n\t\t\tcase \"GET\": // Intentional fall-through\n\t\t\tcase \"DELETE\":\n\t\t\t\troute.handler(request,response,state);\n\t\t\t\tbreak;\n\t\t\tcase \"PUT\":\n\t\t\t\tvar data = \"\";\n\t\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\t\tdata += chunk.toString();\n\t\t\t\t});\n\t\t\t\trequest.on(\"end\",function() {\n\t\t\t\t\tstate.data = data;\n\t\t\t\t\troute.handler(request,response,state);\n\t\t\t\t});\n\t\t\t\tbreak;\n\t\t}\n\t}).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title}));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/server.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/setfield.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerData(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/unpackplugin.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/verbose.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/commands/version.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/config.js",
"type": "application/javascript",
"module-type": "config"
},
"$:/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*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming = JSON.parse(text),\n\t\tresults = [];\n\tif($tw.utils.isArray(incoming)) {\n\t\tfor(var t=0; t<incoming.length; t++) {\n\t\t\tvar incomingFields = incoming[t],\n\t\t\t\tfields = {};\n\t\t\tfor(var f in incomingFields) {\n\t\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t\t}\n\t\t\t}\n\t\t\tresults.push(fields);\n\t\t}\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] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/deserializers.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addsuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/after.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/current.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/missing.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/orphans.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/shadows.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/tiddlers.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/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$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/all.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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",
"title": "$:/core/modules/filters/backlinks.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/before.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/commands.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = {};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value;\n\t\t\tif((operator.operand === \"\") || (operator.operand === \"title\")) {\n\t\t\t\tvalue = title;\n\t\t\t} else {\n\t\t\t\tvalue = tiddler.getFieldString(operator.operand);\n\t\t\t}\n\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\tvalues[value] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/each.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [];\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[operator.operand]) {\n\t\t\tvar value = toDate(tiddler.fields[operator.operand]);\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/eachday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/field.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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",
"title": "$:/core/modules/filters/fields.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/get.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand) || tiddler.fields[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(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && tiddler.fields[operator.operand] !== \"\") {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/has.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerData(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/indexes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/current.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/image.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/missing.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/orphan.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/shadow.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/system.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tag.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tiddler.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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\tvar isFilterOperator = isFilterOperators[operator.operand];\n\tif(isFilterOperator) {\n\t\treturn isFilterOperator(source,operator.prefix,options);\n\t} else {\n\t\treturn [\"Filter Error: Unknown operand for the 'is' filter operator\"];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/is.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/limit.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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",
"title": "$:/core/modules/filters/links.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/list.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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",
"title": "$:/core/modules/filters/listed.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"title": "$:/core/modules/filters/listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/modules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/moduletypes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/next.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerData(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$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",
"title": "$:/core/modules/filters/plugintiddlers.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/prefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/previous.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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\tregexp = new RegExp(regexpString,flags);\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",
"title": "$:/core/modules/filters/regexp.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removeprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removesuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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\tvar isSameDay = function(dateField) {\n\t\t\treturn (new Date(dateField)).setHours(0,0,0,0) === targetDate;\n\t\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tif(isSameDay(tiddler.fields[fieldName])) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sameday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/search.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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",
"title": "$:/core/modules/filters/shadowsource.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sort.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/splitbefore.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/storyviews.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/suffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tag.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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",
"title": "$:/core/modules/filters/tagging.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\t$tw.utils.pushTop(results,tiddler.fields.tags);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tags.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/title.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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",
"title": "$:/core/modules/filters/untagged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 within a filter string\n\tresults: 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 operator, operand, bracketPos, curlyBracketPos;\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\tvar nextBracketPos = 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\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\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\t\t\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\t\t\t\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 \"Syntax error in filter expression\";\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$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [\"Filter error: \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$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$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($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 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}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$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",
"title": "$:/core/modules/filters.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/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(!!$tw.node)});\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"title": "$:/core/modules/info/platform.js",
"type": "application/javascript",
"module-type": "info"
},
"$:/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 || $tw.wiki;\n}\n\n/*\nReturn a single translateable string. The title is automatically prefixed with \"$:/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 = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\nexports.Language = Language;\n\n})();\n",
"title": "$:/core/modules/language.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"title": "$:/core/modules/macros/changecount.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB),\n\t\tbrightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"title": "$:/core/modules/macros/contrastcolour.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"title": "$:/core/modules/macros/csvtiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/dumpvariables.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"title": "$:/core/modules/macros/jsontiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert the content of a tiddler 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\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/makedatauri.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/now.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"title": "$:/core/modules/macros/qualify.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw.version;\n};\n\n})();\n",
"title": "$:/core/modules/macros/version.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/audioparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/csvparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/htmlparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.tag = \"embed\";\n\t\t}\n\t} else if(text) {\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t\t\telement.tag = \"embed\";\n\t\t} else if(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"application/pdf\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/imageparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 node = {\n\t\ttype: \"whitespace\",\n\t\tstart: pos\n\t};\n\tvar re = /(\\s)+/g;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t}\n\treturn null;\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar whitespace = $tw.utils.parseWhiteSpace(source,pos);\n\tif(whitespace) {\n\t\treturn whitespace.end;\n\t}\n\treturn pos;\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\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 an indirect value\n\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\tif(indirectValue) {\n\t\t\t\tpos = indirectValue.end;\n\t\t\t\tnode.type = \"indirect\";\n\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for a unquoted value\n\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\tif(unquotedValue) {\n\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parseutils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/textparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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: http://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 $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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",
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\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",
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[http://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [http://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [http://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|http://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$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 = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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",
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"macrodef\",\n\t\tname: this.match[1],\n\t\tparams: params,\n\t\ttext: text\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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[http://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|http://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 = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nvar isLinkExternal = function(to) {\n\tvar externalRegExp = /(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif(isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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",
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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\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\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}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\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// 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 = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\tthis.tree.push.apply(this.tree,this.parseInlineRun());\n\t} else {\n\t\tthis.tree.push.apply(this.tree,this.parseBlocks());\n\t}\n\t// Return the parse tree\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 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\ttree.push.apply(tree,nextMatch.rule.parse());\n\t}\n\treturn tree;\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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\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",
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($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};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"title": "$:/core/modules/pluginswitcher.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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.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($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(callback) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\tcallback(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\twindow.addEventListener(\"beforeunload\",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\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert(\"Error while saving:\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$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// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\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",
"title": "$:/core/modules/saver-handler.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/andtidwiki.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\tfilename = document.location.pathname.substr(p+1);\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tlink.setAttribute(\"target\",\"_blank\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/download.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/fsosaver.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/manualdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/msdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyfox.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyie.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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(\"Error saving to TWEdit: \" + 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",
"title": "$:/core/modules/savers/twedit.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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(\"Error:\" + 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",
"title": "$:/core/modules/savers/upload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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",
"title": "$:/core/modules/startup/commands.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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 = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/favicon.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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",
"title": "$:/core/modules/startup/info.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"title": "$:/core/modules/startup/load-modules.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: \"Set password\",\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$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$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/startup/password.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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 = 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($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges,$tw.pageContainer,null);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$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 = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\ttimerId = setTimeout(refresh,DRAFT_TIDDLER_TIMEOUT);\n\t\t\t$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 = [$tw.pageWidgetNode];\n};\n\n})();\n",
"title": "$:/core/modules/startup/render.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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});\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);\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\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\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",
"title": "$:/core/modules/startup/rootwidget.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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 $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION = false;\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t}\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance(PERFORMANCE_INSTRUMENTATION);\n\t// Kick off the language manager and switcher\n\t$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\"$:/languages/en-US\"\n\t\t]\n\t});\n\t// Kick off the theme manager\n\t$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// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$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({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\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 $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\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$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$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]);\t\t\t\t\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: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($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 might 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},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\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.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/story.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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 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\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"title": "$:/core/modules/storyviews/classic.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/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},duration);\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: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"title": "$:/core/modules/storyviews/pop.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerData(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$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 !== 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 = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$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})();",
"title": "$:/core/modules/storyviews/zoomin.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/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/*\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\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\"));\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser) {\n\t\t// Set up our beforeunload handler\n\t\twindow.addEventListener(\"beforeunload\",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\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\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/*\nConstants\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/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\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$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title)\n\t\t};\n\t});\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\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) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),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};\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) {\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.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} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\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(\"Error retrieving skinny tiddler list:\",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);\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 && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Queue up a sync task to load this tiddler\n\tthis.enqueueSyncTask({\n\t\ttype: \"load\",\n\t\ttitle: title\n\t});\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: \"Login to TiddlySpace\",\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\tif(!$tw.utils.hop(this.tiddlerInfo,task.title)) {\n\t\tthis.tiddlerInfo[task.title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1\n\t\t};\n\t}\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($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 $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif(this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$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);\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",
"title": "$:/core/modules/syncer.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\n})();\n",
"title": "$:/core/modules/tiddler.js",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/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\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$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 we've got a newer version 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\tif($tw.utils.checkVersions(libraryTiddler.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($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] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/plugins.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/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/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\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] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/system.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/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.getTiddlerData(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] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/themetweaks.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/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$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/crypto.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/animations/slide.js",
"type": "application/javascript",
"module-type": "animation"
},
"$:/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",
"title": "$:/core/modules/utils/dom/animator.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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(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 = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/browser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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",
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 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() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($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\n})();\n",
"title": "$:/core/modules/utils/dom.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$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.responseText,this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback(\"XMLHttpRequest error code: \" + this.status);\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\trequest.send(data);\n\treturn request;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/http.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"enter\": 13,\n\t\"escape\": 27\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nexports.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(\"+\"),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase();\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(namedKeys[s]) {\n\t\t\tinfo.keyCode = namedKeys[s];\n\t\t}\n\t}\n\treturn info;\n};\n\nexports.checkKeyDescriptor = function(event,keyInfo) {\n\tvar metaKeyStatus = !!keyInfo.metaKey; // Using a temporary variable to keep JSHint happy\n\treturn event.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === metaKeyStatus;\t\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/keyboard.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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\tvar self = this,\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 = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$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\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: document,\n\t\tvariables: variables\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t});\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t});\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.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 = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.appendChild(document.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\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: \"Close\"\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t});\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$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$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$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$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"title": "$:/core/modules/utils/dom/modal.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 notification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{parentWidget: $tw.rootWidget, document: document});\n\twidgetNode.render(notification,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t});\n\t// Set the initial styles for the notification\n\t$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$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Force layout and animate the notification away\n\t\t$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",
"title": "$:/core/modules/utils/dom/notifier.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === options.title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($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\t// Store the popup details\n\tthis.popups.push({\n\t\ttitle: options.title,\n\t\twiki: options.wiki,\n\t\tdomNode: options.domNode\n\t});\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\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]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"title": "$:/core/modules/utils/dom/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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.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 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) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.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 above/left of the current view, then scroll to it's top/left\n\t\t\tif(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,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\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 = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"title": "$:/core/modules/utils/dom/scroller.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text;\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value;\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($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, \"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, \"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],\"='\",$tw.utils.htmlEncode(v),\"'\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style='\",style.join(\"\"),\"'\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($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}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\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\tthrow \"Cannot get formattedTextContent on a raw TW_Element\";\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",
"title": "$:/core/modules/utils/fakedom.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 = new Buffer(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})();\n",
"title": "$:/core/modules/utils/filesystem.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/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) {\n\tthis.componentName = componentName || \"\";\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\t// Prepare the text of the alert\n\tvar text = Array.prototype.join.call(arguments,\" \");\n\t// Check if there is an existing alert with the same text and the same component\n\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\talertFields,\n\t\texistingCount,\n\t\tself = this;\n\t$tw.utils.each(existingAlerts,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t}\n\t});\n\tif(alertFields) {\n\t\texistingCount = alertFields.count || 1;\n\t} else {\n\t\talertFields = {\n\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\ttext: text,\n\t\t\ttags: [ALERT_TAG],\n\t\t\tcomponent: this.componentName\n\t\t};\n\t\texistingCount = 0;\n\t}\n\talertFields.modified = new Date();\n\tif(++existingCount > 1) {\n\t\talertFields.count = existingCount;\n\t} else {\n\t\talertFields.count = undefined;\n\t}\n\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t// Log it too\n\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n};\n\nexports.Logger = Logger;\n\n})();\n",
"title": "$:/core/modules/utils/logger.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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})();\n",
"title": "$:/core/modules/utils/parsetree.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\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\tself.measures = {};\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) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m] + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\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\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"title": "$:/core/modules/utils/performance.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\nError: \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$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$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"title": "$:/core/modules/utils/pluginmaker.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\tconsole.log($tw.node ? \"\\x1b[1;33m\" + text + \"\\x1b[0m\" : text);\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*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\tvar s = 0;\n\t$tw.utils.each(object,function() {s++;});\n\treturn s;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($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.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[/^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[/^[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 $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$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 n = Math.floor((dt.getTime()-new Date(dt.getFullYear(),0,1) + 3600000) / 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 \"&\", < to \"<\", > to \">\" and \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\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 e = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn String.fromCharCode(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' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape escape all non-ASCII characters.\n\t*/\n\treturn s\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof window !== \"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(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\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})();",
"title": "$:/core/modules/utils/utils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {};\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t}\n\tif(tiddler) {\n\t\t$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}\n\t\t});\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,removeFields));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletefield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\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",
"title": "$:/core/modules/widgets/action-navigate.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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};\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(changedAttributes[\"$message\"] || changedAttributes[\"$param\"]) {\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// Dispatch the message\n\tthis.dispatchEvent({type: this.actionMessage, param: param, paramObject: paramObject, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-sendmessage.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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};\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\tif(typeof this.actionValue === \"string\") {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue);\t\t\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);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-setfield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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// 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: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\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.message = this.getAttribute(\"message\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\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",
"title": "$:/core/modules/widgets/browse.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 domNode = this.document.createElement(\"button\");\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && 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(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) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\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// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n}\n\nButtonWidget.prototype.isSelected = function() {\n\tvar tiddler = this.wiki.getTiddler(this.set);\n\treturn tiddler ? tiddler.fields.text === this.setTo : this.defaultSetValue === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\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\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 || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/button.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.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\treturn tiddler.hasTag(this.checkboxTag);\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value = tiddler.fields[this.checkboxField] || 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// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tiddler.hasTag(this.checkboxTag) !== checked)) {\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(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\tvar value = checked ? this.checkboxChecked : this.checkboxUnchecked;\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\tif(hasChanged) {\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.field || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/checkbox.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/codeblock.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/count.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nDropZoneWidget.prototype.enterDrag = function() {\n\t// We count enter/leave events\n\tthis.dragEnterCount = (this.dragEnterCount || 0) + 1;\n\t// If we're entering for the first time we need to apply highlighting\n\tif(this.dragEnterCount === 1) {\n\t\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.leaveDrag = function() {\n\t// Reduce the enter count\n\tthis.dragEnterCount = (this.dragEnterCount || 0) - 1;\n\t// Remove highlighting if we're leaving externally\n\tif(this.dragEnterCount <= 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag();\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag();\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tthis.leaveDrag();\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Reset the enter count\n\tthis.dragEnterCount = 0;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t});\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\tthis.importData(dataTransfer);\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.importData = function(dataTransfer) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<this.importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || this.importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = this.importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($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.convertToFields(data);\n\t\t\t\tif(!tiddlerFields.title) {\n\t\t\t\t\ttiddlerFields.title = this.wiki.generateNewTitle(\"Untitled\");\n\t\t\t\t}\n\t\t\t\tthis.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nDropZoneWidget.prototype.importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, convertToFields: function(data) {\n\t\treturn JSON.parse(data);\n\t}},\n\t{type: \"URL\", IECompatible: true, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURI(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURI(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/plain\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"Text\", IECompatible: true, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}}\n];\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\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) {\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(),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} 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($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/dropzone.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-binary.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 300,\n\tDEFAULT_IMAGE_HEIGHT = 185;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\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 our element\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\tthis.widthDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-width\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleWidthChangeEvent\"\n\t\t}]\n\t});\n\tthis.heightDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-height\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleHeightChangeEvent\"\n\t\t}]\n\t});\n\t// Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tparent.insertBefore(this.widthDomNode,nextSibling);\n\tparent.insertBefore(this.heightDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode,this.widthDomNode,this.heightDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\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};\n\n/*\nNote that the bitmap editor intentionally doesn't try to refresh itself because it would be confusing to have the image changing spontaneously while editting it\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\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.updateSize();\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.updateSize();\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** Update the input boxes with the actual size of the canvas\n*/\nEditBitmapWidget.prototype.updateSize = function() {\n\tthis.widthDomNode.value = this.currCanvas.width;\n\tthis.heightDomNode.value = this.currCanvas.height;\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\nEditBitmapWidget.prototype.handleWidthChangeEvent = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(this.widthDomNode.value,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newWidth !== this.currCanvas.width) {\n\t\tthis.changeCanvasSize(newWidth,this.currCanvas.height);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleHeightChangeEvent = function(event) {\n\t// Get the new width\n\tvar newHeight = parseInt(this.heightDomNode.value,10);\n\t// Update if necessary\n\tif(newHeight > 0 && newHeight !== this.currCanvas.height) {\n\t\tthis.changeCanvasSize(this.currCanvas.width,newHeight);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\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.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseInt(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"),10);\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,1.0),\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 $tw.Tiddler(tiddler,update));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-bitmap.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditTextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditTextWidget.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 our element\n\tvar editInfo = this.getEditInfo();\n\tvar domNode = this.document.createElement(this.editTag);\n\tif(this.editType) {\n\t\tdomNode.setAttribute(\"type\",this.editType);\n\t}\n\tif(editInfo.value === \"\" && this.editPlaceholder) {\n\t\tdomNode.setAttribute(\"placeholder\",this.editPlaceholder);\n\t}\n\tif(this.editSize) {\n\t\tdomNode.setAttribute(\"size\",this.editSize);\n\t}\n\t// Assign classes\n\tif(this.editClass) {\n\t\tdomNode.className = this.editClass;\n\t}\n\t// Set the text\n\tif(this.editTag === \"textarea\") {\n\t\tdomNode.appendChild(this.document.createTextNode(editInfo.value));\n\t} else {\n\t\tdomNode.value = editInfo.value;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(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\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n\t// Fix height\n\tthis.fixHeight();\n\t// Focus field\n\tif(this.editFocus === \"true\") {\n\t\tdomNode.focus();\n\t\tdomNode.select();\n\t}\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditTextWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\treturn {value: value, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditTextWidget.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.editDefault = this.getAttribute(\"default\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editSize = this.getAttribute(\"size\");\n\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",\"yes\") === \"yes\";\n\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\tthis.editFocus = this.getAttribute(\"focus\");\n\t// Get the editor element tag and type\n\tvar tag,type;\n\tif(this.editField === \"text\") {\n\t\ttag = \"textarea\";\n\t} else {\n\t\ttag = \"input\";\n\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\ttag = fieldModule.editTag;\n\t\t}\n\t\tif(fieldModule && fieldModule.editType) {\n\t\t\ttype = fieldModule.editType;\n\t\t}\n\t\ttype = type || \"text\";\n\t}\n\t// Get the rest of our parameters\n\tthis.editTag = this.getAttribute(\"tag\",tag);\n\tthis.editType = this.getAttribute(\"type\",type);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tthis.updateEditor(this.getEditInfo().value);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditTextWidget.prototype.updateEditor = function(text) {\n\tthis.updateEditorDomNode(text);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditTextWidget.prototype.updateEditorDomNode = function(text) {\n\t// Replace the edit value if the tiddler we're editing has changed\n\tvar domNode = this.domNodes[0];\n\tif(!domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.document.activeElement !== domNode) {\n\t\t\tdomNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nFix the height of textareas to fit their content\n*/\nEditTextWidget.prototype.fixHeight = function() {\n\tvar self = this,\n\t\tdomNode = this.domNodes[0];\n\tif(this.editAutoHeight && domNode && !domNode.isTiddlyWikiFakeDom && this.editTag === \"textarea\") {\n\t\t// Resize the textarea to fit its content, preserving scroll position\n\t\tvar scrollPosition = $tw.utils.getScrollPosition(),\n\t\t\tscrollTop = scrollPosition.y;\n\t\t// Measure the specified minimum height\n\t\tdomNode.style.height = self.editMinHeight;\n\t\tvar minHeight = domNode.offsetHeight;\n\t\t// Set its height to auto so that it snaps to the correct height\n\t\tdomNode.style.height = \"auto\";\n\t\t// Calculate the revised height\n\t\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,minHeight);\n\t\t// Only try to change the height if it has changed\n\t\tif(newHeight !== domNode.offsetHeight) {\n\t\t\tdomNode.style.height = newHeight + \"px\";\n\t\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t\t$tw.utils.forceLayout(domNode);\n\t\t\t// Check that the scroll position is still visible before trying to scroll back to it\n\t\t\tscrollTop = Math.min(scrollTop,self.document.body.scrollHeight - window.innerHeight);\n\t\t\twindow.scrollTo(scrollPosition.x,scrollTop);\n\t\t}\n\t}\n};\n\n/*\nHandle a dom \"input\" event\n*/\nEditTextWidget.prototype.handleInputEvent = function(event) {\n\tthis.saveChanges(this.domNodes[0].value);\n\tthis.fixHeight();\n\treturn true;\n};\n\nEditTextWidget.prototype.handleFocusEvent = function(event) {\n\tif(this.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.editFocusPopup,\n\t\t\twiki: this.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\nEditTextWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-text\"] = EditTextWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\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}\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 = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\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 = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/element.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/encrypt.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 textNode = this.document.createTextNode($tw.utils.entityDecode(this.parseTreeNode.entity));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/entity.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\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\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fieldmangler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 = row.replace(\"$name$\",fieldName);\n\t\t\t\trow = row.replace(\"$value$\",value);\n\t\t\t\trow = row.replace(\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fields.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.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}\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",
"title": "$:/core/modules/widgets/image.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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});\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 || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/importvariables.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\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.utils.checkKeyDescriptor(event,self.keyInfo)) {\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\t// Get attributes\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.keyInfo = $tw.utils.parseKeyDescriptor(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/keyboard.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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// Render the link if required\n\tif(useWikiLinks) {\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// Create our element\n\tvar domNode = this.document.createElement(\"a\");\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = wikiLinkTemplate.replace(\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = wikiLinkText.replace(\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\tdomNode.setAttribute(\"href\",wikiLinkText);\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\t{name: \"dragstart\", handlerObject: this, handlerMethod: \"handleDragStartEvent\"},\n\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\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 it's 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});\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nLinkWidget.prototype.handleDragStartEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\tif(this.to) {\n\t\t\t// Set the dragging class on the element being dragged\n\t\t\t$tw.utils.addClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t\t// Create the drag image elements\n\t\t\tthis.dragImage = this.document.createElement(\"div\");\n\t\t\tthis.dragImage.className = \"tc-tiddler-dragger\";\n\t\t\tvar inner = this.document.createElement(\"div\");\n\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\tinner.appendChild(this.document.createTextNode(this.to));\n\t\t\tthis.dragImage.appendChild(inner);\n\t\t\tthis.document.body.appendChild(this.dragImage);\n\t\t\t// Astoundingly, we need to cover the dragger up: http://www.kryogenix.org/code/browser/custom-drag-image.html\n\t\t\tvar cover = this.document.createElement(\"div\");\n\t\t\tcover.className = \"tc-tiddler-dragger-cover\";\n\t\t\tcover.style.left = (inner.offsetLeft - 16) + \"px\";\n\t\t\tcover.style.top = (inner.offsetTop - 16) + \"px\";\n\t\t\tcover.style.width = (inner.offsetWidth + 32) + \"px\";\n\t\t\tcover.style.height = (inner.offsetHeight + 32) + \"px\";\n\t\t\tthis.dragImage.appendChild(cover);\n\t\t\t// Set the data transfer properties\n\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t// First the image\n\t\t\tdataTransfer.effectAllowed = \"copy\";\n\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\tdataTransfer.setDragImage(this.dragImage.firstChild,-16,-16);\n\t\t\t}\n\t\t\t// Then the data\n\t\t\tdataTransfer.clearData();\n\t\t\tvar jsonData = this.wiki.getTiddlerAsJson(this.to),\n\t\t\t\ttextData = this.wiki.getTiddlerText(this.to,\"\"),\n\t\t\t\ttitle = (new RegExp(\"^\" + $tw.config.textPrimitives.wikiLink + \"$\",\"mg\")).exec(this.to) ? this.to : \"[[\" + this.to + \"]]\";\n\t\t\t// IE doesn't like these content types\n\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\tdataTransfer.setData(\"text/plain\",title);\n\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURI(jsonData));\n\t\t\t}\n\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURI(jsonData));\n\t\t\tdataTransfer.setData(\"Text\",title);\n\t\t\tevent.stopPropagation();\n\t\t} else {\n\t\t\tevent.preventDefault();\n\t\t}\n\t}\n};\n\nLinkWidget.prototype.handleDragEndEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\t// Remove the dragging class on the element being dragged\n\t\t$tw.utils.removeClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t// Delete the drag image element\n\t\tif(this.dragImage) {\n\t\t\tthis.dragImage.parentNode.removeChild(this.dragImage);\n\t\t}\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Get the target tiddler title\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\t// Get the link title and aria label\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\t// Get the link classes\n\tthis.linkClasses = this.getAttribute(\"class\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\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*/\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",
"title": "$:/core/modules/widgets/link.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\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*/\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.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage && this.parentWidget) {\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/linkcatcher.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$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// 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\treturn true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tvar hasChanged = 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\treturn hasChanged;\n\t}\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.getTiddlerData(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})();\n",
"title": "$:/core/modules/widgets/list.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($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",
"title": "$:/core/modules/widgets/macrocall.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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]);\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\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);\t\t\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.findTitleInStory = function(storyList,title,defaultIndex) {\n\tvar p = storyList.indexOf(title);\n\treturn p === -1 ? defaultIndex : p;\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\tvar storyList = this.getStoryList();\n\tif(storyList) {\n\t\t// See if the tiddler is already there\n\t\tvar slot = this.findTitleInStory(storyList,title,-1);\n\t\t// If not we need to add it\n\t\tif(slot === -1) {\n\t\t\t// First we try to find the position of the story element we navigated from\n\t\t\tslot = this.findTitleInStory(storyList,fromTitle,-1) + 1;\n\t\t\t// Add the tiddler\n\t\t\tstoryList.splice(slot,0,title);\n\t\t\t// Save the story\n\t\t\tthis.saveStoryList(storyList);\n\t\t}\n\t}\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\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\tif(!event.navigateSuppressNavigation) {\n\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\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 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\tdraftTitle = draftTiddler.fields.title,\n\t\tstoryList = this.getStoryList();\n\tthis.removeTitleFromStory(storyList,draftTitle);\n\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\tthis.saveStoryList(storyList);\n\treturn false;\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.fields[\"draft.of\"],\n\t\tconfirmationTitle;\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($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Delete this tiddler\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$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 $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($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// Save the draft tiddler as the real tiddler\n\t\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields()));\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$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\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.fields[\"draft.of\"],\n\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\tstoryList = this.getStoryList();\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true;\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(originalTiddler) {\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t} else {\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t}\n\t\t\tthis.saveStoryList(storyList);\n\t\t\t// Trigger an autosave\n\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\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\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 || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($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\texistingTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\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\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\t\t\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\tvar self = this;\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\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\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 $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\t\t\n\t}\n\treturn false;\n};\n\n// \nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerData(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push(\"The following tiddlers were imported:\\n\");\n\t$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\tself.wiki.addTiddler(new $tw.Tiddler(tiddlerFields));\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: IMPORT_TITLE,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([IMPORT_TITLE]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/navigator.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/password.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nRadio widget\n\nWill set a field to the selected value:\n\n```\n\t<$radio field=\"myfield\" value=\"check 1\">one</$radio>\n\t<$radio field=\"myfield\" value=\"check 2\">two</$radio>\n\t<$radio field=\"myfield\" value=\"check 3\">three</$radio>\n```\n\n|Parameter |Description |h\n|tiddler |Name of the tiddler in which the field should be set. Defaults to current tiddler |\n|field |The name of the field to be set |\n|value |The value to set |\n|class |Optional class name(s) |\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 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\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\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 tiddler = this.wiki.getTiddler(this.radioTitle);\n\treturn tiddler && tiddler.getFieldString(this.radioField);\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioField) {\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 $tw.Tiddler({title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/radio.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/raw.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 domNode = this.document.createElement(this.parseTreeNode.isBlock ? \"div\" : \"span\");\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\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 = (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 = (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 = (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 = (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.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\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.stateTitle = this.state;\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 = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\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.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\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) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = 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\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\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\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/reveal.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/scrollable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\tvar value = this.getSelectDomNode().value;\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($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\tvar domNode = this.getSelectDomNode();\n\tif(domNode.value !== value) {\n\t\tdomNode.value = value;\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/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\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\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$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tif(changedTiddlers[this.selectTitle]) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/select.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tvar value = this.setValue;\n\tif(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvalue = $tw.utils.stringifyList(results);\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t}\n\tthis.setVariable(this.setName,value,this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.value || changedAttributes.emptyValue) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/set.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/tiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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: \"Recursive transclusion error in transclude widget\"}\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",
"title": "$:/core/modules/widgets/transclude.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\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() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\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 $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/view.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\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\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\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\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\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\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*/\nWidget.prototype.getVariable = 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// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = text.replace(new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\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\tname = name || \"transclusion\";\n\tvar output = [],\n\t\tnode = this;\n\twhile(node && node.parentWidget) {\n\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\toutput.push(node.getVariable(name));\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn $tw.utils.hashString(output.join(\"\"));\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"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\treturn parent.findNextSiblingDomNode(index);\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$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke any action widgets that are immediate children of this widget\n*/\nWidget.prototype.invokeActions = function(event) {\n\tvar handled = false;\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\tif(child.invokeAction && child.invokeAction(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\nexports.widget = Widget;\n\n})();\n",
"title": "$:/core/modules/widgets/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\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) {\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\tdata[index] = value;\n\t\tthis.setTiddlerData(title,data,this.getModificationFields());\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(tiddler,fields,this.getModificationFields()));\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.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title.indexOf(\"$:/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(existingTiddler.fields.version,tiddler.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\tvar fields = {\n\t\t\tcreated: new Date()\n\t\t},\n\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\tif(creator) {\n\t\tfields.creator = creator;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tvar fields = Object.create(null),\n\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\tfields.modified = new Date();\n\tif(modifier) {\n\t\tfields.modifier = modifier;\n\t}\n\treturn fields;\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) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\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\tif(isNumeric) {\n\t\t\ta = Number(a);\n\t\t\tb = Number(b);\n\t\t\treturn isDescending ? b - a : a - b;\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$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($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 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\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.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(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(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\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(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\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerData(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\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*/\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.getTiddlerData(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(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($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\n// Temporarily disable caching so that tweakParseTreeNode() works\nreturn initializer();\n\n//\tthis.caches = this.caches || Object.create(null);\n//\tvar caches = this.caches[title];\n//\tif(caches && caches[cacheName]) {\n//\t\treturn caches[cacheName];\n//\t} else {\n//\t\tif(!caches) {\n//\t\t\tcaches = Object.create(null);\n//\t\t\tthis.caches[title] = caches;\n//\t\t}\n//\t\tcaches[cacheName] = initializer();\n//\t\treturn caches[cacheName];\n//\t}\n};\n\n// Clear all caches associated with a particular tiddler\nexports.clearCache = function(title) {\n\tthis.caches = this.caches || Object.create(null);\n\tif($tw.utils.hop(this.caches,title)) {\n\t\tdelete this.caches[title];\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};\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.old_parseText = function(type,text,options) {\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.config.fileExtensionInfo[type]) {\n\t\tParser = $tw.Wiki.parsers[$tw.config.fileExtensionInfo[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.old_parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"newInlineParseTree\" : \"newBlockParseTree\",\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.old_parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nvar tweakMacroDefinition = function(nodeList) {\n\tif(nodeList && nodeList[0] && nodeList[0].type === \"macrodef\") {\n\t\tnodeList[0].type = \"set\";\n\t\tnodeList[0].attributes = {\n\t\t\tname: {type: \"string\", value: nodeList[0].name},\n\t\t\tvalue: {type: \"string\", value: nodeList[0].text}\n\t\t};\n\t\tnodeList[0].children = nodeList.slice(1);\n\t\tnodeList.splice(1,nodeList.length-1);\n\t\ttweakMacroDefinition(nodeList[0].children);\n\t}\n};\n\nvar tweakParser = function(parser) {\n\t// Move any macro definitions to contain the body tree\n\ttweakMacroDefinition(parser.tree);\n};\n\nexports.parseText = function(type,text,options) {\n\tvar parser = this.old_parseText(type,text,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTiddler = function(title,options) {\n\tvar parser = this.old_parseTiddler(title,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\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 || \"text/vnd.tiddlywiki\",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.children: optional array of children for the transclude widget\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTree = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"transclude\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttiddler: {\n\t\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: title}},\n\t\t\t\tisBlock: !options.parseAsInline}]}\n\t]};\n\tif(options.field) {\n\t\tparseTree.tree[0].children[0].attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.children) {\n\t\tparseTree.tree[0].children[0].children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTree,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\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\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 {\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// 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 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\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\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/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],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\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,callback) {\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.config.fileExtensionInfo[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// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\t// Deserialise the file contents\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\t// Are we binary?\n\t\tif(isBinary) {\n\t\t\t// The base64 section starts after the first comma in the data URI\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttiddlerFields.text = text.substr(commaPos+1);\n\t\t\t\tcallback([tiddlerFields]);\n\t\t\t}\n\t\t} else {\n\t\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\t\tif(encryptedJson) {\n\t\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t});\n\t\t\t} else {\n\t\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t\t}\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\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\"]);\n\tif(!origTiddler) {\n\t\treturn tiddler.fields.text !== \"\";\n\t}\n\treturn tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"] || !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 $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\thistoryTitle = historyTitle || \"$:/HistoryList\";\n\tvar titles = $tw.utils.isArray(title) ? title : [title];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.getTiddlerData(historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: fromPageRect});\n\t});\n\tthis.setTiddlerData(historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\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",
"title": "$:/core/modules/wiki.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/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>>\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\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\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #fffffffff\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>>\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\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\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>>\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\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\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"
},
"$:/palettes/Contrast": {
"title": "$:/palettes/Contrast",
"name": "Contrast",
"description": "High contrast and unambiguous",
"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>>\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: #000000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,0,0, 0.5)\nsidebar-foreground: #ffffff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ececec\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: #999999\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/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>>\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\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\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"
},
"$:/palettes/Vanilla": {
"title": "$:/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>>\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: #ececec\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\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: #ececec\nsidebar-tab-background: <<colour tab-background>>\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\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": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com --> "
},
"$:/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/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{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
},
"$:/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]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
},
"$:/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>`"
},
"$:/core/templates/module-tiddler": {
"title": "$:/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\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/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-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/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{{$:/core/templates/static.content||$:/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",
"type": "text/vnd.tiddlywiki",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://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=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/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`<!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=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`{{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\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": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=edge\" />\t\t<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/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</head>\n<body class=\"tc-body\">\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</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/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n<$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</$button>\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"nomatch\" text=\"\" default=\"\">\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</$reveal>\n</div>\n\n</$linkcatcher>\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"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/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=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$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=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$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</$reveal>\n\n<$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=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$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=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$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</$set>\n</$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=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$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=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$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</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"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<$button message=\"tm-delete-tiddler\" class=\"tc-btn-invisible\">\n{{$:/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\">(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/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> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$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"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/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"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/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>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\\define plugin-table-body(type,disabledMessage)\n<div class=\"tc-plugin-info-chunk\">\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<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<div>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</div>\n<div>\n<$view field=\"title\"/>\n</div>\n<div>\n<$view field=\"version\"/>\n</div>\n</div>\n\\end\n\\define plugin-table(type)\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">>>\n<$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:\"$type$\">>\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:\"$type$\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\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</$list>\n<$reveal type=\"nomatch\" text=\"\" state=\"!!list\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList={{!!list}} default=\"readme\" template=\"$:/core/ui/PluginInfo\"/>\n</$reveal>\n<$reveal type=\"match\" text=\"\" state=\"!!list\">\nNo information provided\n</$reveal>\n</div>\n</$reveal>\n</$set>\n</$list>\n</$set>\n\\end\n\n! <<lingo Plugin/Prompt>>\n\n<<plugin-table plugin>>\n\n! <<lingo Theme/Prompt>>\n\n<<plugin-table theme>>\n\n! <<lingo Language/Prompt>>\n\n<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<a href=<<backupURL>>><$macrocall $name=\"backupURL\" $type=\"text/plain\" $output=\"text/plain\"/></a>\n</$set>\n</$reveal>\n\\end\n! <<lingo TiddlySpot/Heading>>\n\n<<lingo TiddlySpot/Description>>\n\n|<<lingo TiddlySpot/UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Password>> |<$password name=\"upload\"/> |\n|<<lingo TiddlySpot/Backups>> |<<backupLink>> |\n\n''<<lingo TiddlySpot/Advanced/Heading>>''\n\n|<<lingo TiddlySpot/ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo TiddlySpot/UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo TiddlySpot/BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>\n\n"
},
"$:/core/ui/ControlPanel/Settings/AutoSave": {
"title": "$:/core/ui/ControlPanel/Settings/AutoSave",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/AutoSave/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/AutoSave/\n\n<$link to=\"$:/config/AutoSave\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo Disabled/Description>> </$radio>\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"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/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/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() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/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() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$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() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$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\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$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": "$:/ControlPanel",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n\n{{$:/language/Search/Matches}}\n\n</$set>\n\n//<small>Title matches:</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>All matches:</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n<$list filter=\"[is[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\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"no\"><<lingo Preview/Button/Hide>></$button>\n\n<div class=\"tc-tiddler-preview\">\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude />\n\n</div>\n\n<div class=\"tc-tiddler-preview-edit\">\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"yes\"><<lingo Preview/Button/Show>></$button>\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</$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(name,value)\n<$reveal type=\"nomatch\" text=\"\" default=\"\"\"$name$\"\"\">\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name$=\"\"\"$value$\"\"\"/>\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\\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={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$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={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\" name={{$:/temp/newfieldname}} value={{$:/temp/newfieldvalue}}/>\n</span>\n</div>\n</$fieldmangler>\n\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$list>\n"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\n\\end\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\"><$set name=\"backgroundColor\" value={{!!color}}><span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button></span>\n</$set>\n</$list>\n\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$button message=\"tm-add-tag\" param={{$:/temp/NewTagName}} set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n<<lingo Tags/Add/Button>>\n</$button>\n</span>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$linkcatcher set=\"$:/temp/NewTagName\" setTo=\"\" message=\"tm-add-tag\">\n<$list filter=\"[!is[shadow]tags[]search{$:/temp/NewTagName}sort[title]]\">\n<$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>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n</$fieldmangler>\n</div>"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/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 \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$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</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$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]]'>\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</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"escape\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"ctrl+enter\" message=\"tm-save-tiddler\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\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",
"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": "<$button message=\"tm-save-tiddler\" tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$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</$button>"
},
"$:/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/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/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/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n<table>\n<tbody>\n<tr>\n<th>\n<<lingo Listing/Select/Caption>>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$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\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/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": "<$list filter=\"[!is[system]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter=\"[has[draft.of]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter=\"[all[missing]sort[title]]\" template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter=\"[all[orphans]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\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": "<$list filter=\"[all[shadows]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter=\"[is[system]sort[title]]\" template=\"$:/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=\"[tags[]!is[system]sort[title]]\">\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/> <small class=\"tc-menu-list-count\"><$count filter=\"[all[current]tagging[]]\"/></small>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}} <small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter=\"[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]\">\n<div class=\"tc-menu-list-item\">\n<$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"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=<<tv-config-toolbar-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>"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/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": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=<<tv-config-toolbar-class>>>\n<$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</$button>"
},
"$:/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/\"/>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/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 tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n \n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$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</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/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>\n<$reveal state=<<qualify \"$:/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<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/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={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\"/>\n<$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</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<<journalButton>>\n</$set></$set>"
},
"$:/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 message=\"tm-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>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/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 message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$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 \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n \n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\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": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=<<tv-config-toolbar-class>>>\n<$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</$button>"
},
"$:/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=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n \n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/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<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$importvariables>\n"
},
"$:/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/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\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={{$:/view}} />\n\n<section class=\"story-frontdrop\">\n\n<$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": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/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=\"tc-btn-invisible\">\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$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\n</$set>\n\n</$importvariables>\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<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\nNo ''\"<$text text=<<currentTab>>/>\"'' found\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/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</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$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<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\define lingo-base() $:/language/CloseAll/\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n\n</$list>\n\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\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[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\">\n\n<$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": "<div class=\"tc-sidebar-lists\">\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\"/>\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</$reveal>\n<$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<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n{{$:/core/ui/SearchResults}}\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" \"$:/core/ui/SideBar/Open\" \"$:/state/tab/sidebar\">>\n\n</$reveal>\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"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<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$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 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><$transclude tiddler=\"$:/core/ui/TagTemplate\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td>\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> 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<td></td>\n<td></td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$set name=\"foregroundColor\" value=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">>>\n<$set name=\"backgroundColor\" value=\"\"\"$colour$\"\"\">\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-tag-label\" style=<<tag-styles>>>\n<$transclude tiddler={{!!icon}}/> <$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\"><div class=\"tc-drop-down\"><$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]tagging[]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</$set>\n</$set>\n\\end\n\n\\define tag-body(colour,palette)\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n</span>\n\\end\n\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\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>\n"
},
"$:/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": "<$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": "<div class=\"tc-tiddler-body\">\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</div>\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<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n{{||$:/core/ui/ImportListing}}\n\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\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\n{{||$:/core/ui/TiddlerInfo/Advanced/PluginInfo}}\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"relativedate\"/>\n</div>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\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\"><$transclude tiddler=<<listItem>>/></$reveal></$list>\n</span>\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</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\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": "<$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\"><$text text={{$:/language/Buttons/Clone/Caption}}/></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": "<$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\"><$text text={{$:/language/Buttons/CloseOthers/Caption}}/></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": "<$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\"><$text text={{$:/language/Buttons/Close/Caption}}/></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": "<$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\"><$text text={{$:/language/Buttons/Edit/Caption}}/></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/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\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\"><$text text={{$:/language/Buttons/Info/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/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": "\\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\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>>/>\n</$reveal>\n</$list>\n</$set>\n</$set>\n</div>\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": "\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\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\"><$text text={{$:/language/Buttons/NewHere/Caption}}/></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": "\\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<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> 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\"><$text text={{$:/language/Buttons/NewJournalHere/Caption}}/></span>\n</$list>\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></$set></$set>"
},
"$:/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": "<$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\"><$text text={{$:/language/Buttons/Permalink/Caption}}/></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": "<$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\"><$text text={{$:/language/Buttons/Permaview/Caption}}/></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": "#ff0"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3"
},
"$:/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/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"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/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/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/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/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/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"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/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/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/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status]] -[prefix[$:/state]] -[prefix[$:/temp]]"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/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/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"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
},
"$:/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": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/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 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"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\">\n<$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>\n</span>\n<$reveal state=<<qualify \"$:/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/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:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\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"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n<$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$button>\n</$list>\n</div><div class=\"tc-tab-divider $class$\"/><div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\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": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/timeline": {
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"title": "$:/core/macros/timeline",
"type": "text/vnd.tiddlywiki",
"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$}!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(rootTag,tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc\">\n<$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\"\"\">\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\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<$list filter=\"\"\"[all[current]] -[[$rootTag$]]\"\"\">\n<$macrocall $name=\"toc-body\" rootTag=\"\"\"$rootTag$\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$list>\n</li>\n</$set>\n</$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter)\n<<toc-body rootTag:\"\"\"$tag$\"\"\" tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<<toc-linked-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\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\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</$list>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\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\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n</$list>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-selective-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=\"<<toc-linked-selective-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-selective-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\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=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n</div>\n</$linkcatcher>\n<div class=\"tc-tabbed-table-of-contents-content\">\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n<$transclude mode=\"block\" tiddler=\"$template$\">\n<h1><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></h1>\n<$transclude mode=\"block\">$missingText$</$transclude>\n</$transclude>\n</$reveal>\n<$reveal state=\"\"\"$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"
},
"$:/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": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n{{$:/language/Docs/PaletteColours/$colour$}}\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<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}> </$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/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/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/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/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]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]] [[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]]",
"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/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/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/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"type": "text/vnd.tiddlywiki",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
}
}
}
[[Wiki Home Page]]
The following tiddlers were imported: # [[img0016]]
no
{
"tiddlers": {
"$:/plugins/kantorsite/mathjax/init.js": {
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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff",
"text": 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"
},
"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff",
"text": 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"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff",
"text": 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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Regular.woff",
"text": 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"
},
"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff",
"text": 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},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff",
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"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff",
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mode\",this.lexer,i.position)}var l=i.result.position;var s;var p=i.numArgs+i.numOptionalArgs;if(p>0){var d=h.getGreediness(a);var n=[a];var o=[l];for(var w=0;w<p;w++){var k=i.argTypes&&i.argTypes[w];var u;if(w<i.numOptionalArgs){if(k){u=this.parseSpecialGroup(l,k,t,true)}else{u=this.parseOptionalGroup(l,t)}if(!u){n.push(null);o.push(l);continue}}else{if(k){u=this.parseSpecialGroup(l,k,t)}else{u=this.parseGroup(l,t)}if(!u){throw new r(\"Expected group after '\"+i.result.result+\"'\",this.lexer,l)}}var m;if(u.numArgs>0){var f=h.getGreediness(u.result.result);if(f>d){m=this.parseFunction(l,t)}else{throw new r(\"Got function '\"+u.result.result+\"' as \"+\"argument to function '\"+i.result.result+\"'\",this.lexer,u.result.position-1)}}else{m=u.result}n.push(m.result);o.push(m.position);l=m.position}n.push(o);s=h.funcs[a].handler.apply(this,n)}else{s=h.funcs[a].handler.apply(this,[a])}return new g(new c(s.type,s,t),l)}else{return i.result}}else{return null}};p.prototype.parseSpecialGroup=function(e,t,i,h){if(t===\"color\"||t===\"size\"){var a=this.lexer.lex(e,i);if(h&&a.text!==\"[\"){return null}this.expect(a,h?\"[\":\"{\");var l=this.lexer.lex(a.position,t);var s;if(t===\"color\"){s=l.text}else{s=l.data}var r=this.lexer.lex(l.position,i);this.expect(r,h?\"]\":\"}\");return new d(new g(new c(t,s,i),r.position),false)}else if(t===\"text\"){var p=this.lexer.lex(e,\"whitespace\");e=p.position}if(h){return this.parseOptionalGroup(e,t)}else{return this.parseGroup(e,t)}};p.prototype.parseGroup=function(e,t){var i=this.lexer.lex(e,t);if(i.text===\"{\"){var h=this.parseExpression(i.position,t,false,\"}\");var a=this.lexer.lex(h.position,t);this.expect(a,\"}\");return new d(new g(new c(\"ordgroup\",h.result,t),a.position),false)}else{return this.parseSymbol(e,t)}};p.prototype.parseOptionalGroup=function(e,t){var i=this.lexer.lex(e,t);if(i.text===\"[\"){var h=this.parseExpression(i.position,t,false,\"]\");var a=this.lexer.lex(h.position,t);this.expect(a,\"]\");return new d(new g(new c(\"ordgroup\",h.result,t),a.position),false)}else{return null}};p.prototype.parseSymbol=function(e,t){var i=this.lexer.lex(e,t);if(h.funcs[i.text]){var a=h.funcs[i.text];var s=a.argTypes;if(s){s=s.slice();for(var r=0;r<s.length;r++){if(s[r]===\"original\"){s[r]=t}}}return new d(new g(i.text,i.position),true,a.allowedInText,a.numArgs,a.numOptionalArgs,s)}else if(l[t][i.text]){return new d(new g(new c(l[t][i.text].group,i.text,t),i.position),false)}else{return null}};t.exports=p},{\"./Lexer\":2,\"./ParseError\":4,\"./functions\":12,\"./symbols\":14,\"./utils\":15}],6:[function(e,t,i){function h(e,t,i,h){this.id=e;this.size=t;this.cramped=h;this.sizeMultiplier=i}h.prototype.sup=function(){return w[k[this.id]]};h.prototype.sub=function(){return w[u[this.id]]};h.prototype.fracNum=function(){return w[m[this.id]]};h.prototype.fracDen=function(){return w[f[this.id]]};h.prototype.cramp=function(){return w[v[this.id]]};h.prototype.cls=function(){return n[this.size]+(this.cramped?\" cramped\":\" uncramped\")};h.prototype.reset=function(){return o[this.size]};var a=0;var l=1;var s=2;var r=3;var p=4;var c=5;var g=6;var d=7;var n=[\"displaystyle textstyle\",\"textstyle\",\"scriptstyle\",\"scriptscriptstyle\"];var o=[\"reset-textstyle\",\"reset-textstyle\",\"reset-scriptstyle\",\"reset-scriptscriptstyle\"];var w=[new h(a,0,1,false),new h(l,0,1,true),new h(s,1,1,false),new h(r,1,1,true),new h(p,2,.7,false),new h(c,2,.7,true),new h(g,3,.5,false),new h(d,3,.5,true)];var k=[p,c,p,c,g,d,g,d];var u=[c,c,c,c,d,d,d,d];var m=[s,r,p,c,g,d,g,d];var f=[r,r,c,c,d,d,d,d];var v=[l,l,r,r,c,c,d,d];t.exports={DISPLAY:w[a],TEXT:w[s],SCRIPT:w[p],SCRIPTSCRIPT:w[g]}},{}],7:[function(e,t,i){var h=e(\"./domTree\");var a=e(\"./fontMetrics\");var l=e(\"./symbols\");var s=function(e,t,i,s,r){if(l[i][e]&&l[i][e].replace){e=l[i][e].replace}var p=a.getCharacterMetrics(e,t);var c;if(p){c=new h.symbolNode(e,p.height,p.depth,p.italic,p.skew,r)}else{typeof console!==\"undefined\"&&console.warn(\"No character metrics for '\"+e+\"' in style '\"+t+\"'\");c=new h.symbolNode(e,0,0,0,0,r)}if(s){c.style.color=s}return c};var r=function(e,t,i,h){return s(e,\"Math-Italic\",t,i,h.concat([\"mathit\"]))};var p=function(e,t,i,h){if(l[t][e].font===\"main\"){return s(e,\"Main-Regular\",t,i,h)}else{return s(e,\"AMS-Regular\",t,i,h.concat([\"amsrm\"]))}};var c=function(e){var t=0;var i=0;var h=0;if(e.children){for(var a=0;a<e.children.length;a++){if(e.children[a].height>t){t=e.children[a].height}if(e.children[a].depth>i){i=e.children[a].depth}if(e.children[a].maxFontSize>h){h=e.children[a].maxFontSize}}}e.height=t;e.depth=i;e.maxFontSize=h};var g=function(e,t,i){var a=new h.span(e,t);c(a);if(i){a.style.color=i}return a};var d=function(e){var t=new h.documentFragment(e);c(t);return t};var n=function(e,t){var i=g([],[new h.symbolNode(\"\\u200b\")]);i.style.fontSize=t/e.style.sizeMultiplier+\"em\";var a=g([\"fontsize-ensurer\",\"reset-\"+e.size,\"size5\"],[i]);return a};var o=function(e,t,i,a){var l;var s;var r;if(t===\"individualShift\"){var p=e;e=[p[0]];l=-p[0].shift-p[0].elem.depth;s=l;for(r=1;r<p.length;r++){var c=-p[r].shift-s-p[r].elem.depth;var d=c-(p[r-1].elem.height+p[r-1].elem.depth);s=s+c;e.push({type:\"kern\",size:d});e.push(p[r])}}else if(t===\"top\"){var o=i;for(r=0;r<e.length;r++){if(e[r].type===\"kern\"){o-=e[r].size}else{o-=e[r].elem.height+e[r].elem.depth}}l=o}else if(t===\"bottom\"){l=-i}else if(t===\"shift\"){l=-e[0].elem.depth-i}else if(t===\"firstBaseline\"){l=-e[0].elem.depth}else{l=0}var w=0;for(r=0;r<e.length;r++){if(e[r].type===\"elem\"){w=Math.max(w,e[r].elem.maxFontSize)}}var k=n(a,w);var u=[];s=l;for(r=0;r<e.length;r++){if(e[r].type===\"kern\"){s+=e[r].size}else{var m=e[r].elem;var f=-m.depth-s;s+=m.height+m.depth;var v=g([],[k,m]);v.height-=f;v.depth+=f;v.style.top=f+\"em\";u.push(v)}}var y=g([\"baseline-fix\"],[k,new h.symbolNode(\"\\u200b\")]);u.push(y);var x=g([\"vlist\"],u);x.height=Math.max(s,x.height);x.depth=Math.max(-l,x.depth);return x};t.exports={makeSymbol:s,mathit:r,mathrm:p,makeSpan:g,makeFragment:d,makeVList:o}},{\"./domTree\":10,\"./fontMetrics\":11,\"./symbols\":14}],8:[function(e,t,i){var h=e(\"./Options\");var a=e(\"./ParseError\");var l=e(\"./Style\");var s=e(\"./buildCommon\");var r=e(\"./delimiter\");var p=e(\"./domTree\");var c=e(\"./fontMetrics\");var g=e(\"./utils\");var d=s.makeSpan;var n=function(e,t,i){var h=[];for(var a=0;a<e.length;a++){var l=e[a];h.push(y(l,t,i));i=l}return h};var o={mathord:\"mord\",textord:\"mord\",bin:\"mbin\",rel:\"mrel\",text:\"mord\",open:\"mopen\",close:\"mclose\",inner:\"minner\",frac:\"minner\",spacing:\"mord\",punct:\"mpunct\",ordgroup:\"mord\",op:\"mop\",katex:\"mord\",overline:\"mord\",rule:\"mord\",leftright:\"minner\",sqrt:\"mord\",accent:\"mord\"};var w=function(e){if(e==null){return o.mathord}else if(e.type===\"supsub\"){return w(e.value.base)}else if(e.type===\"llap\"||e.type===\"rlap\"){return w(e.value)}else if(e.type===\"color\"){return w(e.value.value)}else if(e.type===\"sizing\"){return w(e.value.value)}else if(e.type===\"styling\"){return w(e.value.value)}else if(e.type===\"delimsizing\"){return o[e.value.delimType]}else{return o[e.type]}};var k=function(e,t){if(!e){return false}else if(e.type===\"op\"){return e.value.limits&&t.style.size===l.DISPLAY.size}else if(e.type===\"accent\"){return m(e.value.base)}else{return null}};var u=function(e){if(!e){return false}else if(e.type===\"ordgroup\"){if(e.value.length===1){return u(e.value[0])}else{return e}}else if(e.type===\"color\"){if(e.value.value.length===1){return u(e.value.value[0])}else{return e}}else{return e}};var m=function(e){var t=u(e);return t.type===\"mathord\"||t.type===\"textord\"||t.type===\"bin\"||t.type===\"rel\"||t.type===\"inner\"||t.type===\"open\"||t.type===\"close\"||t.type===\"punct\"};var f={mathord:function(e,t,i){return s.mathit(e.value,e.mode,t.getColor(),[\"mord\"])},textord:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mord\"])},bin:function(e,t,i){var h=\"mbin\";var a=i;while(a&&a.type==\"color\"){var l=a.value.value;a=l[l.length-1]}if(!i||g.contains([\"mbin\",\"mopen\",\"mrel\",\"mop\",\"mpunct\"],w(a))){e.type=\"textord\";h=\"mord\"}return s.mathrm(e.value,e.mode,t.getColor(),[h])},rel:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mrel\"])},open:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mopen\"])},close:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mclose\"])},inner:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"minner\"])},punct:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mpunct\"])},ordgroup:function(e,t,i){return d([\"mord\",t.style.cls()],n(e.value,t.reset()))},text:function(e,t,i){return d([\"text\",\"mord\",t.style.cls()],n(e.value.body,t.reset()))},color:function(e,t,i){var h=n(e.value.value,t.withColor(e.value.color),i);return new s.makeFragment(h)},supsub:function(e,t,i){if(k(e.value.base,t)){return f[e.value.base.type](e,t,i)}var h=y(e.value.base,t.reset());var a,r,g,n;if(e.value.sup){g=y(e.value.sup,t.withStyle(t.style.sup()));a=d([t.style.reset(),t.style.sup().cls()],[g])}if(e.value.sub){n=y(e.value.sub,t.withStyle(t.style.sub()));r=d([t.style.reset(),t.style.sub().cls()],[n])}var o,u;if(m(e.value.base)){o=0;u=0}else{o=h.height-c.metrics.supDrop;u=h.depth+c.metrics.subDrop}var v;if(t.style===l.DISPLAY){v=c.metrics.sup1}else if(t.style.cramped){v=c.metrics.sup3}else{v=c.metrics.sup2}var x=l.TEXT.sizeMultiplier*t.style.sizeMultiplier;var b=.5/c.metrics.ptPerEm/x+\"em\";var z;if(!e.value.sup){u=Math.max(u,c.metrics.sub1,n.height-.8*c.metrics.xHeight);z=s.makeVList([{type:\"elem\",elem:r}],\"shift\",u,t);z.children[0].style.marginRight=b;if(h instanceof p.symbolNode){z.children[0].style.marginLeft=-h.italic+\"em\"}}else if(!e.value.sub){o=Math.max(o,v,g.depth+.25*c.metrics.xHeight);z=s.makeVList([{type:\"elem\",elem:a}],\"shift\",-o,t);z.children[0].style.marginRight=b}else{o=Math.max(o,v,g.depth+.25*c.metrics.xHeight);u=Math.max(u,c.metrics.sub2);var S=c.metrics.defaultRuleThickness;if(o-g.depth-(n.height-u)<4*S){u=4*S-(o-g.depth)+n.height;var T=.8*c.metrics.xHeight-(o-g.depth);if(T>0){o+=T;u-=T}}z=s.makeVList([{type:\"elem\",elem:r,shift:u},{type:\"elem\",elem:a,shift:-o}],\"individualShift\",null,t);if(h instanceof p.symbolNode){z.children[0].style.marginLeft=-h.italic+\"em\"}z.children[0].style.marginRight=b;z.children[1].style.marginRight=b}return d([w(e.value.base)],[h,z])},genfrac:function(e,t,i){var h=t.style;if(e.value.size===\"display\"){h=l.DISPLAY}else if(e.value.size===\"text\"){h=l.TEXT}var a=h.fracNum();var p=h.fracDen();var g=y(e.value.numer,t.withStyle(a));var n=d([h.reset(),a.cls()],[g]);var o=y(e.value.denom,t.withStyle(p));var w=d([h.reset(),p.cls()],[o]);var k;if(e.value.hasBarLine){k=c.metrics.defaultRuleThickness/t.style.sizeMultiplier}else{k=0}var u;var m;var f;if(h.size===l.DISPLAY.size){u=c.metrics.num1;if(k>0){m=3*k}else{m=7*c.metrics.defaultRuleThickness}f=c.metrics.denom1}else{if(k>0){u=c.metrics.num2;m=k}else{u=c.metrics.num3;m=3*c.metrics.defaultRuleThickness}f=c.metrics.denom2}var v;if(k===0){var x=u-g.depth-(o.height-f);if(x<m){u+=.5*(m-x);f+=.5*(m-x)}v=s.makeVList([{type:\"elem\",elem:w,shift:f},{type:\"elem\",elem:n,shift:-u}],\"individualShift\",null,t)}else{var b=c.metrics.axisHeight;if(u-g.depth-(b+.5*k)<m){u+=m-(u-g.depth-(b+.5*k))}if(b-.5*k-(o.height-f)<m){f+=m-(b-.5*k-(o.height-f))}var z=d([t.style.reset(),l.TEXT.cls(),\"frac-line\"]);z.height=k;var S=-(b-.5*k);v=s.makeVList([{type:\"elem\",elem:w,shift:f},{type:\"elem\",elem:z,shift:S},{type:\"elem\",elem:n,shift:-u}],\"individualShift\",null,t)}v.height*=h.sizeMultiplier/t.style.sizeMultiplier;v.depth*=h.sizeMultiplier/t.style.sizeMultiplier;var T=[d([\"mfrac\"],[v])];var M;if(h.size===l.DISPLAY.size){M=c.metrics.delim1}else{M=c.metrics.getDelim2(h)}if(e.value.leftDelim!=null){T.unshift(r.customSizedDelim(e.value.leftDelim,M,true,t.withStyle(h),e.mode))}if(e.value.rightDelim!=null){T.push(r.customSizedDelim(e.value.rightDelim,M,true,t.withStyle(h),e.mode))}return d([\"minner\",t.style.reset(),h.cls()],T,t.getColor())},spacing:function(e,t,i){if(e.value===\"\\\\ \"||e.value===\"\\\\space\"||e.value===\" \"||e.value===\"~\"){return d([\"mord\",\"mspace\"],[s.mathrm(e.value,e.mode)])}else{var h={\"\\\\qquad\":\"qquad\",\"\\\\quad\":\"quad\",\"\\\\enspace\":\"enspace\",\"\\\\;\":\"thickspace\",\"\\\\:\":\"mediumspace\",\"\\\\,\":\"thinspace\",\"\\\\!\":\"negativethinspace\"};return d([\"mord\",\"mspace\",h[e.value]])}},llap:function(e,t,i){var h=d([\"inner\"],[y(e.value.body,t.reset())]);var a=d([\"fix\"],[]);return d([\"llap\",t.style.cls()],[h,a])},rlap:function(e,t,i){var h=d([\"inner\"],[y(e.value.body,t.reset())]);var a=d([\"fix\"],[]);return d([\"rlap\",t.style.cls()],[h,a])},op:function(e,t,i){var h;var a;var r=false;if(e.type===\"supsub\"){h=e.value.sup;a=e.value.sub;e=e.value.base;r=true}var p=[\"\\\\smallint\"];var n=false;if(t.style.size===l.DISPLAY.size&&e.value.symbol&&!g.contains(p,e.value.body)){n=true}var o;var w=0;var k=0;if(e.value.symbol){var u=n?\"Size2-Regular\":\"Size1-Regular\";o=s.makeSymbol(e.value.body,u,\"math\",t.getColor(),[\"op-symbol\",n?\"large-op\":\"small-op\",\"mop\"]);w=(o.height-o.depth)/2-c.metrics.axisHeight*t.style.sizeMultiplier;k=o.italic}else{var m=[];for(var f=1;f<e.value.body.length;f++){m.push(s.mathrm(e.value.body[f],e.mode))}o=d([\"mop\"],m,t.getColor())}if(r){o=d([],[o]);var v,x,b,z;if(h){var S=y(h,t.withStyle(t.style.sup()));v=d([t.style.reset(),t.style.sup().cls()],[S]);x=Math.max(c.metrics.bigOpSpacing1,c.metrics.bigOpSpacing3-S.depth)}if(a){var T=y(a,t.withStyle(t.style.sub()));b=d([t.style.reset(),t.style.sub().cls()],[T]);z=Math.max(c.metrics.bigOpSpacing2,c.metrics.bigOpSpacing4-T.height)}var M,R,C;if(!h){R=o.height-w;M=s.makeVList([{type:\"kern\",size:c.metrics.bigOpSpacing5},{type:\"elem\",elem:b},{type:\"kern\",size:z},{type:\"elem\",elem:o}],\"top\",R,t);M.children[0].style.marginLeft=-k+\"em\"}else 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p=d([\"x\"],[s.mathrm(\"X\",e.mode)]);return d([\"katex-logo\"],[h,a,l,r,p],t.getColor())},overline:function(e,t,i){var h=y(e.value.body,t.withStyle(t.style.cramp()));var a=c.metrics.defaultRuleThickness/t.style.sizeMultiplier;var r=d([t.style.reset(),l.TEXT.cls(),\"overline-line\"]);r.height=a;r.maxFontSize=1;var p=s.makeVList([{type:\"elem\",elem:h},{type:\"kern\",size:3*a},{type:\"elem\",elem:r},{type:\"kern\",size:a}],\"firstBaseline\",null,t);return d([\"overline\",\"mord\"],[p],t.getColor())},sqrt:function(e,t,i){var h=y(e.value.body,t.withStyle(t.style.cramp()));var a=c.metrics.defaultRuleThickness/t.style.sizeMultiplier;var p=d([t.style.reset(),l.TEXT.cls(),\"sqrt-line\"],[],t.getColor());p.height=a;p.maxFontSize=1;var g=a;if(t.style.id<l.TEXT.id){g=c.metrics.xHeight}var n=a+g/4;var o=(h.height+h.depth)*t.style.sizeMultiplier;var w=o+n+a;var k=d([\"sqrt-sign\"],[r.customSizedDelim(\"\\\\surd\",w,false,t,e.mode)],t.getColor());var u=k.height+k.depth-a;if(u>h.height+h.depth+n){n=(n+u-h.height-h.depth)/2}var m=-(h.height+n+a)+k.height;k.style.top=m+\"em\";k.height-=m;k.depth+=m;var f;if(h.height===0&&h.depth===0){f=d()}else{f=s.makeVList([{type:\"elem\",elem:h},{type:\"kern\",size:n},{type:\"elem\",elem:p},{type:\"kern\",size:a}],\"firstBaseline\",null,t)}return d([\"sqrt\",\"mord\"],[k,f])},sizing:function(e,t,i){var h=n(e.value.value,t.withSize(e.value.size),i);var a=d([\"mord\"],[d([\"sizing\",\"reset-\"+t.size,e.value.size,t.style.cls()],h)]);var l=v[e.value.size];a.maxFontSize=l*t.style.sizeMultiplier;return a},styling:function(e,t,i){var h={display:l.DISPLAY,text:l.TEXT,script:l.SCRIPT,scriptscript:l.SCRIPTSCRIPT};var a=h[e.value.style];var s=n(e.value.value,t.withStyle(a),i);return d([t.style.reset(),a.cls()],s)},delimsizing:function(e,t,i){var h=e.value.value;if(h===\".\"){return d([o[e.value.delimType]])}return 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s=e.value.height.number;if(e.value.height.unit===\"ex\"){s*=c.metrics.xHeight}a/=t.style.sizeMultiplier;l/=t.style.sizeMultiplier;s/=t.style.sizeMultiplier;h.style.borderRightWidth=l+\"em\";h.style.borderTopWidth=s+\"em\";h.style.bottom=a+\"em\";h.width=l;h.height=s+a;h.depth=-a;return h},accent:function(e,t,i){var h=e.value.base;var a;if(e.type===\"supsub\"){var l=e;e=l.value.base;h=e.value.base;l.value.base=h;a=y(l,t.reset(),i)}var r=y(h,t.withStyle(t.style.cramp()));var p;if(m(h)){var g=u(h);var n=y(g,t.withStyle(t.style.cramp()));p=n.skew}else{p=0}var o=Math.min(r.height,c.metrics.xHeight);var w=s.makeSymbol(e.value.accent,\"Main-Regular\",\"math\",t.getColor());w.italic=0;var k=e.value.accent===\"\\\\vec\"?\"accent-vec\":null;var f=d([\"accent-body\",k],[d([],[w])]);f=s.makeVList([{type:\"elem\",elem:r},{type:\"kern\",size:-o},{type:\"elem\",elem:f}],\"firstBaseline\",null,t);f.children[1].style.marginLeft=2*p+\"em\";var 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p=n(c([\"delimsizing\",\"size\"+t],[r],h.getColor()),a.TEXT,h);if(i){var g=(1-h.style.sizeMultiplier)*s.metrics.axisHeight;p.style.top=g+\"em\";p.height-=g;p.depth+=g}return p};var k=function(e,t,i){var h;if(t===\"Size1-Regular\"){h=\"delim-size1\"}else if(t===\"Size4-Regular\"){h=\"delim-size4\"}var a=c([\"delimsizinginner\",h],[c([],[l.makeSymbol(e,t,i)])]);return{type:\"elem\",elem:a}};var u=function(e,t,i,h,r){var p,d,o,w;p=o=w=e;d=null;var u=\"Size1-Regular\";if(e===\"\\\\uparrow\"){o=w=\"\\u23d0\"}else if(e===\"\\\\Uparrow\"){o=w=\"\\u2016\"}else if(e===\"\\\\downarrow\"){p=o=\"\\u23d0\"}else if(e===\"\\\\Downarrow\"){p=o=\"\\u2016\"}else if(e===\"\\\\updownarrow\"){p=\"\\\\uparrow\";o=\"\\u23d0\";w=\"\\\\downarrow\"}else if(e===\"\\\\Updownarrow\"){p=\"\\\\Uparrow\";o=\"\\u2016\";w=\"\\\\Downarrow\"}else if(e===\"[\"||e===\"\\\\lbrack\"){p=\"\\u23a1\";o=\"\\u23a2\";w=\"\\u23a3\";u=\"Size4-Regular\"}else if(e===\"]\"||e===\"\\\\rbrack\"){p=\"\\u23a4\";o=\"\\u23a5\";w=\"\\u23a6\";u=\"Size4-Regular\"}else if(e===\"\\\\lfloor\"){o=p=\"\\u23a2\";w=\"\\u23a3\";u=\"Size4-Regular\"}else if(e===\"\\\\lceil\"){p=\"\\u23a1\";o=w=\"\\u23a2\";u=\"Size4-Regular\"}else if(e===\"\\\\rfloor\"){o=p=\"\\u23a5\";w=\"\\u23a6\";u=\"Size4-Regular\"}else if(e===\"\\\\rceil\"){p=\"\\u23a4\";o=w=\"\\u23a5\";u=\"Size4-Regular\"}else if(e===\"(\"){p=\"\\u239b\";o=\"\\u239c\";w=\"\\u239d\";u=\"Size4-Regular\"}else if(e===\")\"){p=\"\\u239e\";o=\"\\u239f\";w=\"\\u23a0\";u=\"Size4-Regular\"}else if(e===\"\\\\{\"||e===\"\\\\lbrace\"){p=\"\\u23a7\";d=\"\\u23a8\";w=\"\\u23a9\";o=\"\\u23aa\";u=\"Size4-Regular\"}else if(e===\"\\\\}\"||e===\"\\\\rbrace\"){p=\"\\u23ab\";d=\"\\u23ac\";w=\"\\u23ad\";o=\"\\u23aa\";u=\"Size4-Regular\"}else if(e===\"\\\\surd\"){p=\"\\ue001\";w=\"\\u23b7\";o=\"\\ue000\";u=\"Size4-Regular\"}var m=g(p,u);var f=m.height+m.depth;var v=g(o,u);var y=v.height+v.depth;var x=g(w,u);var b=x.height+x.depth;var z,S;if(d!==null){z=g(d,u);S=z.height+z.depth}var T=f+b;if(d!==null){T+=S}while(T<t){T+=y;if(d!==null){T+=y}}var M=s.metrics.axisHeight;if(i){M*=h.style.sizeMultiplier}var R=T/2-M;var C=[];C.push(k(w,u,r));var A;if(d===null){var E=T-f-b;var P=Math.ceil(E/y);for(A=0;A<P;A++){C.push(k(o,u,r))}}else{var I=T/2-f-S/2;var L=Math.ceil(I/y);var O=T/2-f-S/2;var D=Math.ceil(O/y);for(A=0;A<L;A++){C.push(k(o,u,r))}C.push(k(d,u,r));for(A=0;A<D;A++){C.push(k(o,u,r))}}C.push(k(p,u,r));var q=l.makeVList(C,\"bottom\",R,h);return n(c([\"delimsizing\",\"mult\"],[q],h.getColor()),a.TEXT,h)};var m=[\"(\",\")\",\"[\",\"\\\\lbrack\",\"]\",\"\\\\rbrack\",\"\\\\{\",\"\\\\lbrace\",\"\\\\}\",\"\\\\rbrace\",\"\\\\lfloor\",\"\\\\rfloor\",\"\\\\lceil\",\"\\\\rceil\",\"\\\\surd\"];var f=[\"\\\\uparrow\",\"\\\\downarrow\",\"\\\\updownarrow\",\"\\\\Uparrow\",\"\\\\Downarrow\",\"\\\\Updownarrow\",\"|\",\"\\\\|\",\"\\\\vert\",\"\\\\Vert\"];var v=[\"<\",\">\",\"\\\\langle\",\"\\\\rangle\",\"/\",\"\\\\backslash\"];var y=[0,1.2,1.8,2.4,3];var x=function(e,t,i,a){if(e===\"<\"){e=\"\\\\langle\"}else if(e===\">\"){e=\"\\\\rangle\"}if(p.contains(m,e)||p.contains(v,e)){return w(e,t,false,i,a)}else if(p.contains(f,e)){return u(e,y[t],false,i,a)}else{throw new h(\"Illegal delimiter: '\"+e+\"'\")}};var b=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"large\",size:1},{type:\"large\",size:2},{type:\"large\",size:3},{type:\"large\",size:4}];var z=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"stack\"}];var S=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"large\",size:1},{type:\"large\",size:2},{type:\"large\",size:3},{type:\"large\",size:4},{type:\"stack\"}];var T=function(e){if(e.type===\"small\"){return\"Main-Regular\"}else if(e.type===\"large\"){return\"Size\"+e.size+\"-Regular\"}else if(e.type===\"stack\"){return\"Size4-Regular\"}};var M=function(e,t,i,h){var a=Math.min(2,3-h.style.size);for(var l=a;l<i.length;l++){if(i[l].type===\"stack\"){break}var s=g(e,T(i[l]));var r=s.height+s.depth;if(i[l].type===\"small\"){r*=i[l].style.sizeMultiplier\n}if(r>t){return i[l]}}return i[i.length-1]};var R=function(e,t,i,h,a){if(e===\"<\"){e=\"\\\\langle\"}else if(e===\">\"){e=\"\\\\rangle\"}var l;if(p.contains(v,e)){l=b}else if(p.contains(m,e)){l=S}else{l=z}var s=M(e,t,l,h);if(s.type===\"small\"){return o(e,s.style,i,h,a)}else if(s.type===\"large\"){return w(e,s.size,i,h,a)}else if(s.type===\"stack\"){return u(e,t,i,h,a)}};var C=function(e,t,i,h,a){var l=s.metrics.axisHeight*h.style.sizeMultiplier;var r=901;var p=5/s.metrics.ptPerEm;var c=Math.max(t-l,i+l);var g=Math.max(c/500*r,2*c-p);return R(e,g,true,h,a)};t.exports={sizedDelim:x,customSizedDelim:R,leftRightDelim:C}},{\"./ParseError\":4,\"./Style\":6,\"./buildCommon\":7,\"./fontMetrics\":11,\"./symbols\":14,\"./utils\":15}],10:[function(e,t,i){var h=e(\"./utils\");var a=function(e){e=e.slice();for(var t=e.length-1;t>=0;t--){if(!e[t]){e.splice(t,1)}}return e.join(\" \")};function l(e,t,i,h,a,l){this.classes=e||[];this.children=t||[];this.height=i||0;this.depth=h||0;this.maxFontSize=a||0;this.style=l||{}}l.prototype.toNode=function(){var e=document.createElement(\"span\");e.className=a(this.classes);for(var t in this.style){if(this.style.hasOwnProperty(t)){e.style[t]=this.style[t]}}for(var i=0;i<this.children.length;i++){e.appendChild(this.children[i].toNode())}return e};l.prototype.toMarkup=function(){var e=\"<span\";if(this.classes.length){e+=' class=\"';e+=h.escape(a(this.classes));e+='\"'}var t=\"\";for(var i in this.style){if(this.style.hasOwnProperty(i)){t+=h.hyphenate(i)+\":\"+this.style[i]+\";\"}}if(t){e+=' 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"title": "$:/plugins/tiddlywiki/katex/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/* KaTeX styles */\n\n{{$:/plugins/tiddlywiki/katex/katex.min.css}}\n\n/* Override font URLs */\n\n@font-face {\n\tfont-family: 'KaTeX_AMS';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Caligraphic';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Caligraphic';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Fraktur';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Fraktur';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-BoldItalic.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Script';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Script-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size1';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size2';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size3';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size4';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Typewriter';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Typewriter-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n"
},
"$:/plugins/tiddlywiki/katex/wrapper.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/katex/wrapper.js\ntype: application/javascript\nmodule-type: widget\n\nWrapper for `katex.min.js` that provides a `<$latex>` widget. It is also available under the alias `<$katex>`\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar katex = require(\"$:/plugins/tiddlywiki/katex/katex.min.js\"),\n\tWidget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KaTeXWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKaTeXWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKaTeXWidget.prototype.render = function(parent,nextSibling) {\n\t// Housekeeping\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Get the source text\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\t// Render it into a span\n\tvar span = this.document.createElement(\"span\");\n\ttry {\n\t\tif($tw.browser) {\n\t\t\tkatex.render(text,span);\n\t\t} else {\n\t\t\tspan.innerHTML = katex.renderToString(text);\n\t\t}\n\t} catch(ex) {\n\t\tspan.className = \"tc-error\";\n\t\tspan.textContent = ex;\n\t}\n\t// Insert it into the DOM\n\tparent.insertBefore(span,nextSibling);\n\tthis.domNodes.push(span);\n};\n\n/*\nCompute the internal state of the widget\n*/\nKaTeXWidget.prototype.execute = function() {\n\t// Nothing to do for a katex widget\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKaTeXWidget.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.latex = KaTeXWidget;\nexports.katex = KaTeXWidget;\n\n})();\n\n",
"title": "$:/plugins/tiddlywiki/katex/wrapper.js",
"type": "application/javascript",
"module-type": "widget"
}
}
}
a non-linear web notebook for supplemental course information[[.|Admin Notes]]
[[Dr. McElroy's Chemistry Wiki|Wiki Home Page]]
yes
yes
$:/core/ui/ControlPanel/Toolbars
$:/core/ui/ControlPanel/Basics
$:/core/ui/TiddlerInfo/References
$:/core/ui/ControlPanel/EditorTypes
$:/core/ui/TiddlerInfo/References
$:/core/ui/ControlPanel/Info
$:/core/ui/MoreSideBar/All
$:/core/ui/SideBar/Open
$:/core/ui/ControlPanel/Toolbars/ViewToolbar
open
admin
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"5px 5px 5px rgba(0, 0, 0, 0.1)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected svg {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal-displayed {\n\t-webkit-filter: blur(4px);\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\t<<background-linear-gradient \"left, rgb(216,216,216) 0%, rgb(236,236,236) 250px\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(224,224,224) 100%\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(248,248,248) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"2px 2px 4px rgba(0,0,0,0.2)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "Theme Tweaks",
"text": "You can tweak certain aspects of the ''Vanilla'' theme.\n\n! Settings\n\n* [[Font family|$:/themes/tiddlywiki/vanilla/settings/fontfamily]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/>\n\n! Sizes\n\n* [[Font size|$:/themes/tiddlywiki/vanilla/metrics/fontsize]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/>\n* [[Line height|$:/themes/tiddlywiki/vanilla/metrics/lineheight]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/>\n* [[Font size for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/>\n* [[Line height for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodylineheight]]: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/>\n* [[Story left position|$:/themes/tiddlywiki/vanilla/metrics/storyleft]] //(the distance between the left of the screen and the left margin of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/>\n* [[Story top position|$:/themes/tiddlywiki/vanilla/metrics/storytop]] //(the distance between the top of the screen and the top margin of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/>\n* [[Story right|$:/themes/tiddlywiki/vanilla/metrics/storyright]] //(the distance between the left side of the screen and the left margin of the sidebar area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/>\n* [[Story width|$:/themes/tiddlywiki/vanilla/metrics/storywidth]] //(the width of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/>\n* [[Tiddler width|$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth]] //(the width of individual tiddlers -- used for zoomin storyview)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/>\n* [[Sidebar breakpoint|$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint]] //(the minimum width for the sidebar to be displayed alongside the story river)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/>\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\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}\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. */\t\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\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tword-wrap: break-word;\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: pre;\n\twhite-space: pre-wrap;\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n white-space: pre-wrap;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\n.tc-muted {\n\tcolor: <<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: normal;\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\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: absolute;\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\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/*\n** Buttons\n*/\n\nbutton svg, button img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\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.tc-btn-big-green {\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}\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/*\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: 300;\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\tfill: <<colour tag-foreground>>;\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\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-search-results {\n\tpadding-top: 14px;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\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.tc-search svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg,\n.tc-search button:hover svg, .tc-search 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\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: auto;\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: 28px;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\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-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\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-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\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 input.tc-edit-texteditor, .tc-tiddler-frame textarea.tc-edit-texteditor {\n\twidth: 100%;\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tmargin: 4px 0 4px 0;\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\n.tc-tiddler-frame input.tc-edit-texteditor {\n\tbackground-color: <<colour tiddler-editor-background>>;\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-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\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-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: 48%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 3px 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n.tc-tiddler-preview-edit {\n\twidth: 48%;\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\twidth: calc(100% - 84px);\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-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\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-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}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\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/*\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}\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}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: relative;\n\t\twidth: 50%;\n\t\tmargin: 30px auto;\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-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\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}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\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}\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\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-buttons button {\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-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\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>>;\t\n}\n\n.tc-static-alert {\n\tposition: relative;\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n\tposition: absolute;\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: 1em 0 1em 0;\n\tpadding: 8px;\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 svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\t\n}\n\na.tc-plugin-info img, a.tc-plugin-info svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 1em 1em 1em 1em;\n\tmargin-top: -1em;\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/*\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: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n\tmargin: 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\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: 4px;\n\tborder: 1px solid #000;\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 a {\n\tfont-weight: bold;\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** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\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/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": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", sans-serif"
}
}
}
900px
850px
800px
/*COLUMNS*/
.twocolumns { display:block;
column-count:2;
-moz-column-count:2;
-webkit-column-count:2;}
.threecolumns { display:block;
column-count:3;
-moz-column-count:3;
-webkit-column-count:3;}
.fourcolumns { display:block;
column-count:4;
-moz-column-count:4;
-webkit-column-count:4;}
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!!! Equation Numbering Scheme
---
Equation notations after LaTeX formatting and 5x ` ` is `[''Eq. SS-CC.##'']`, where SS is the equation source designator; CC is the source chapter number, and ## is the equation number used in that source. Exception is for non-sourced equations which take the format: `[''Eq. 0.###'']`
!!! Equation Tiddler Naming Scheme
---
Equation tiddlers are named as `xxx####`, where the designation `xxx` is the source designator and `####` is the chapter-equation number from that source. Each equation tiddler has a 'blurb' field created with a brief description of the equation for easier searching. All equation tiddlers are tagged with {{eqn|| $:/core/ui/TagTemplate}}.
''Source Designations''
---
* 00 - no cited source or non-unique equations (''title: eqn####'')
* 01 - equations from Robinson's //Undergraduate Instr. Anal.//, 7th ed. (''title:robinson####'')
* 02 - equations from Jurs' book (''title:jurs####'')
* 03 - equations from Harris' //E.C.A//, 5th ed. (''title:harris####'')
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
''Linear algebra'' is a method of using a matrix or multiple matrices to solve linear equations. It is used in several fields, including business, medicine, and chemistry. For this discussion, I hope to provide enough basic information so that you can better understand the role of [[matrices in QSAR|Matrices in QSAR]].
!! What is a Matrix?
---
An $$m\times n$$ ''matrix A'' is a rectangular array of $$mn$$ real or complex numbers arranged in $$m$$ horizontal rows and $$n$$ vertical columns.
{{eqn0025}}
If $$m=n$$, we consider this a ''square matrix of order $$n$$'', and the numbers $$a_{1,1}, a_{2,2}, ..., a_{n,n}$$ for the ''main diagonal of A''.
If all of the non-diagonal values of a square matrix are 0 ($$a_{ij} = 0$$ for $$i \ne j$$), it is called a ''diagonal matrix''. If all of the terms on the main diagonal of a square matrix are equal (e.g., all $$a_{i,j} = x$$), it is called a ''scalar matrix''. A special case of the $$n\times n$$ scalar matrix is when all diagonal values = 1 and all non-diagonal elements = 0 is called the ''identity matrix of order $$n$$'', ($$I_n$$).
!! Matrix Addition
---
Two matrices can be added if both are of the same size (i.e., both have the same number of rows and columns). To do so, simply add each $$A_{i,j}$$ term to each $$B_{i,j}$$ term to create each $$C_{i,j}$$ term. The resulting matrix is the same size as matrices $$A$$ and $$B$$.
{{eqn0026}}
!! Matrix Multiplication
---
To multiply tow matrices, there is a specific stipulation in that the ''number of columns in the first matrix must be equal to the number of rows in the second matrix''. If $$A$$ is an $$m\times p$$ matrix, then $$B$$ must be a $$p\times n$$ matrix in order to multiply $$A\times B$$. Unlike regular multiplication, matrix multiplication is not rearrangeable ... in other words, for the two matrices above, we can multiply $$A\times B$$ but ''NOT'' $$B\times A$$. This will be clearer with the example below.
The resultant matrix from multiplication depends on the value of $$p$$ above. If $$A$$ is $$m\times p$$, $$B$$ is $$p\times n$$, then the product of $$AB$$ = $$C$$ which is a $$m\times n$$ matrix.
What about $$BA$$? There are four different scenarios (using the information above about A & B):
# If $$n \ne m$$ above, then $$BA$$ is not defined.
# If $$m=n$$, then $$BA$$ is defined. $$AB$$ has size $$m\times m$$ and $$BA$$ has size $$p\times p$$. Thus, if $$p \ne m$$, then $$AB$$ and $$BA$$ are of different sizes.
# If $$AB$$ and $$BA$$ are both of the same size, they may be equal, or
# they may be unequal.
!!! How To Multiply Matrices
---
If $$A = [a_{ij}]$$ is an $$m\times p$$ matrix and $$B = [b_{ij}]$$ is a $$p\times n$$ matrix, then the product of $$AB$$ is the $$m\times n$$ matrix $$C = [c_{ij}]$$, defined by:
{{5spaces}}$$\displaystyle c_{ij} = a_{i1}b_{1j} + a_{i2}b_{2j} + ... + a_{ip}b_{pj}$$
so ...
{{eqn0027}}
We can also multiply a matrix by a constant, such as $$rA$$. In this case, each matrix element is simply multiplied by the constant value, $$r$$.
!! Matrix Transposition
---
Matrix transposition is the process of switching rows for columns and columns for rows. If $$A = [a_{ij}]$$ is an $$m\times n$$ matrix, then the $$n\times m$$ matrix $$A^T = [a^T_{ji}]$$, where $$a^T_{ij} = a_{ji}$$.
{{eqn0028}}
!! Properties of Matrix Operations
---
The terms $$r$$ and $$s$$ are real numbers. Assuming that all matrices in the examples below are of the appropriate sizes to carry out a legal operation, here are a few properties that we can know about matrices.
# $$A + B = B + A$$
# $$A + (B + C) = (A + B) + C$$
# $$A(BC) = (AB)C$$
# $$A(B + C) = AB + BC$$
# $$(A + B)C = AC + BC$$
# $$r(sA) = (rs)A$$
# $$(r + s)A = rA + sA$$
# $$r(A + B) = rA + rB$$
# $$A(rB) = r(AB) = (rA)B$$
# $$(A^T)^T = A$$
# $$(A + B)^T = A^T + B^T$$
# $$ (AB)^T = B^TA^T$$
# $$ (rA)^T = rA^T$$
!!!! ''References''
* Kolman, B. //Introductory linear algebra with applications,// 4th ed.; Macmillan ; Collier Macmillan: New York : London, 1988.
back to [[QSAR Topics]]
Depending on our method of analysis, we may make use of one or more types of ''blanks'' during workup and analysis. The term ''blanks'' is used as a catch-all for a host of different situations that we may encounter. Below is a list of some common types of blanks that we can use during an analysis. !! Types of Blanks in Analytical Methods --- * ''Reagent Blank'': Probably the most common use of the term blank. A reagent blank is a sample that contains all of the reagents/chemicals that are used to dilute a sample for instrumental analysis, ''except'' the analyte of interest. For example, if you mix an aspirin tablet with some acid and methanol to dissolve and analyze with UV spectrophotometry, the reagent blank would contain the same amount of acid and methanol, but NO aspirin. The UV signal of the reagent blank (if any) would be subtracted from all standard and sample analyses. * ''Method Blank'': A method blank is an analyte-free sample (or matrix) that is treated exactly like an unknown sample during a workup. In other words, the method blank goes through all of the steps that the sample undergoes (e.g., clean-up chromatography, chemical reactions, evaporation, dilution, etc.). This way, any instrument response that is a result of some intermediate step on the workup can be accounted for and subtracted from the unknown sample. * ''Field Blank'': A field blank is sometimes used when an investigator collects samples in the field. For example, if we take some glass bottles out to the field to gather a water sample for organic contaminants, there is a chance that the sample could be contaminated during or after collection by some other means (e.g., storing a sample jar near lab chemicals). A field blank for this example might be glass jar of distilled water from the lab that is taken to the field with us, briefly opened on site, and then kept with the samples throughout their storage life. Any contamination that occurs in the field blank can be subtracted from the samples. * ''Control or Matrix Blank'': A control blank (or sometimes matrix blank) is used when an analyte must be quantified from some matrix outside of lab. For example, you might wish to analyze the amount of residual herbicide sprayed on a field of soybeans. The control or field blank would be a sample of soybeans from a field in the same area that //had not been sprayed//. This control blank is used during sample workup in a few different ways: ** As a method blank (see above). ** Used for analyte spiking to determine ''percent recoveries'' from the method. For example, if we suspect our herbicide level on the soybeans is 10 ppm, we would take some of the control soybean matrix and ''spike'' it with 10 ppm of our known herbicide. This spiked sample (aka ''fortified blank'') would undergo all of the steps of our analytical method, right up to instrumental analysis. By comparing our final spiked herbicide concentration with what we put in, we can determine if our method causes any herbicide loss. If you only get back 90% of your spiked herbicide amount, then you have to assume that all of your field samples are 90% of the actual herbicide concentration. back to [[Instrument Calibration Methods]]
this is a wiki tag
A ''calibration curve'' is an x-y plot showing the response of some instrument (e.g., absorption, peak signal, etc.) on the y-axis (dependent variable) versus the dependent x-axis value (e.g., concentration). The signal response is dependent on the concentration in many methods. !! Considerations for a Calibration Curve --- In order to have a reliable calibration curve, there are some steps we must take when creating AND using the curve. * A calibration curve should be created using a ''minimum'' of three data points. For some methods, five is more desirable. * The concentrations of standards used in making the calibration curve should be made by ''serial dilution'' from a ''stock solution''. In other words, one should create a concentration of standard from which several aliquots may be taken and diluted to create a series of standard concentrations. By doing so, we can eliminate some random error that could occur by weighing out chemicals for each standard concentration. Also, most standards used in modern instruments are at such a low concentration (e.g., parts per million) that we'd be unable to directly make that concentration from a weighed solid. * The range of calibration standard concentrations depends on the analysis: ** The standard concentrations must be greater than the instrument's [[Limit of Detection]] and should be greater than its [[Limit of Quantitation]]. ** The standard concentrations must be within the linear response range of the instrument. In other words, as the concentration of a standard increases, the instrument's signal response should increase in a linear fashion so that a straight line (see [[Method of Least Squares]]) can be formed. Each instrument will have a specific linear range for each analyte, above which the signal-to-concentration response might become nonlinear (e.g., curvilinear) due to detector saturation or other interferences. * Once a good range of standards has been created and tested, and we know the instrument's detection limit, then we can test our samples. Many times, we do not know the concentration of our unknown sample and find to our dismay that the signal response is outside the range of our calibration curve. The calculated value of an unknown sample concentration //must fall between the lowest and highest standard concentrations// in order to be reliable. ** If the unknown sample has a concentration ''above'' the highest standard concentration, we must ''dilute the sample'' and re-analyze. This dilution factor is then applied to the sample in order to find its original concentration. ** If the unknown sample has a concentration ''below'' the lowest standard concentration, then we must a) create a less concentrated low standard for our calibration curve; b) somehow concentrate the sample (e.g., evaporation); or c) if a & b are not feasible, report that the unknown sample has a concentration that is less than the limit of quantitation (if a signal exists) or below the limit of detection (if no signal exists). ** see also [[Method of Least Squares]] for uncertainties in calibration curves. !! Corrected Calibration Curve Using a Blank --- Often, we calibrate our instrument using a ''blank'' of some sort, usually a ''reagent blank'' (for more information, see [[Blanks in Analytical Methods]]). A reagent blank is a sample we use in the instrument to see if there is any signal response from a sample that contains no analyte. In other words, we use a reagent blank that contains any and all components of our normal sample //except// the analyte of interest. For example, if your samples are all dissolved in a solution of water and methanol, you would examine the signal of the water-methanol mixture to make sure that the instrument is not giving a response to either of those components. IF a signal appears from a reagent blank, we can //subtract// that signal from all standards used in the calibration curve. This is considered a corrected response curve. Otherwise, we must subtract the blank response from all samples we analyze before applying to the calibration curve. Many modern instruments automatically remove the blank signal from the calibration curve and the reported concentrations of unknowns. back to [[Instrument Calibration Methods]]
! CHEM 326 Main Page
---
This is the main page for Dr. ~McElroy's ''CHEM 326 Analytical Chemistry II'' course. This is a supplemental resource to the online materials on the [[Moodle page|https://moodle.iup.edu/]] and/or your text. You MUST have a web browser that can handle ''HTML 5 pages'', such as Firefox, Chrome, or the newest versions of Internet Explorer. You should install or update your browsers accordingly to view these pages correctly.
!! Supplementary Information Outline
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* [[Statistics & Math in Chemistry]]
* [[Instrument Calibration Methods]]
* [[Chromatography Overview]]
* [[Spectroscopy Overview]]
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!!!Resources Used in Preparation for CHEM 326
---
The information that I've provided here and on Moodle comes from both my own experiences and from various literature resources. I've attempted to include references and supplementary resources at the bottom of many of the topic Tiddlers, particularly when using data or images from those sources. However, for a full list of all resources used in the creation of this wiki, please see [[References]].
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! CHEM 581 Main Page
---
This is the main page for Dr. ~McElroy's ''CHEM 581 Advanced Chemical Measurements'' online course for Spring 2015. This is a supplemental resource to the online materials on the [[Moodle page|https://moodle.iup.edu/]]. You MUST have a web browser that can handle ''HTML 5 pages'', such as Firefox, Chrome, or the newest versions of Internet Explorer. You should install or update your browsers accordingly to view these pages correctly.
!! Supplementary Information Outline
---
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* [[Module 1|Module 581.01]] -- GLPs
* [[Module 2|Module 581.02]] -- Statistics
* [[Module 3|Module 581.03]] -- Calibration Methods
* [[Module 4|Module 581.04]] -- QSAR
* [[Module 5|Module 581.05]] -- Drug Design
* [[Module 6|Module 581.06]] -- Liquid Chromatography
* [[Module 7|Module 581.07]] -- Electrochemical Methods
* [[Module 8|Module 581.08]] -- Optical Methods
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!!!Resources Used in Preparation for CHEM 581
---
The information that I've provided here and on Moodle comes from both my own experiences and from various literature resources. I've attempted to include references and supplementary resources at the bottom of many of the topic Tiddlers, particularly when using data or images from those sources. However, for a full list of all resources used in the creation of this wiki, please see [[References]].
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
A ''chi-square test'' (or $$\chi^2$$) is a statistical test that determines that the [[null hypothesis|Hypothesis Testing]] is true if the sampling distribution of the test statistic is a chi-square distribution. There are several ways to do this, but we'll stick with the Pearson's chi-squared test which is used mainly for categorical data (for example, toxic vs. nontoxic; active vs. inactive; etc.).
!! Pearson's chi-squared Test
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This test evaluates how likely it is that any observed difference between two data sets arises solely by chance. The formula is given as:
{{eqn0001}}
where $$\chi^2$$ is the cumulative test statistic that asymptotically approaches a $$\chi^2$$ distribution (see Fig 1 below); O,,i,, is the observed frequency of a category; E,,i,, is the theoretical frequency of a category; and n is the number of data points.
A [[P-value]] is then calculated by comparing the value of the statistic to the chi-squared distribution. The number of [[degrees of freedom|Degrees of Freedom]] is equal to the number of observations minus the degrees of freedom (usually n-1). A p-value of 0.05 is usually used as the cut-off to determine significance.
For a more detailed discussion of this test, it is best to consult a statistics book or reputable online resource.
{{Chi-square distribution}} <br>''Fig 1. Chi-square distribution''
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To understand the chromatographic separation process, there are several key equations that explain the physical processes that are occurring.
!! Equilibrium Partition Ratio
---
First, the chromatographic process for some analyte, X, is controlled by its ''equilibrium partition ratio, K,,x,,'' (aka ''distribution ration''). We can think of this as a single snapshot in time of how much X is in the mobile phase and how much X is in the stationary phase, such as:
{{robinson1101}}
where we can express the concentrations of the analyte in various forms. More interestingly, we can now denote special parameters to denote the ratio of amounts distributed ($$k'$$) and the volume ratios ($$\beta$$) distributed at equilibrium. The term $$k'$$ is considered the //capacity factor// or //retention factor//. These rations are highly dependent on the system being used: gas chromatography (GC) versus liquid chromatography (LC), the column radius & length, the makeup of the mobile and stationary phases, and the temperature - all of these factors play a role into the distribution of the analyte toward one of the two phases.
For example, if we're using an open tubular GC column, the manufacturer will report the column's radius (r,,c,,) and the phase film thickness (d,,f,,). Knowing this information allows one to use a geometric formula to determine the relative amount of volume possessed in the mobile phase space and the amount of volume taken up by the actual stationary phase material in that tube. For example,
{{robinson1102}}
!! Formulae for the Basic Chromatogram
---
The most commonly used measurement used for determining information about a separation is the ''retention time'' (t,,r,,) of a chromatographic peak (a human-readable graph of the detection signals that occur during a separation). At time=0, a sample is loaded onto a column and then immediately begins to move due to the mobile phase. Any analyte that is not retained at all by the column will move through the column at the exact same rate as the mobile phase. The time is takes for an unretained component to move through the column is denoted as t,,m,,. We can use this information to calculate the capacity or retention factor using the ''adjusted retention time'', t',,r,, via:
{{robinson1103}}
where the adjusted retention time is simply (t,,r,, -- t,,m,,). If a component is unretained, k'=0. If k'<2, then peaks are packed too closely together at the beginning of the chromatogram, and if 2 < k' < 10, then good separation is denoted. Value of k'>10 is overkill for most separations and usually affects band broadening.
The point at which we mark the retention time is based on the //peak// of the chromatogram for a particular analyte.
{{insert picture here}} and link to band broadening discussion (Gaussian, laminar, etc.)
[[Selectivity]] in a chromatographic process is denoted as $$\alpha$$ and is related to the ratio of partition coefficients of two different components (e.g., A and B), measured through their respective retention times.
{{robinson1104}}
If the selectivity is close to 1, this means that the peaks are eluting closely together (and may overlap) and are not fully ''resolved''. In order to have some quantifiable measure of separation, we define ''peak resolution'', R,,S,, that looks at the separation between two adjacent peaks in a chromatogram.
{{robinson1105}}
where w,,b,, denotes the width of a peak at its base.
!! Basics of Chromatographic Separations --- This section is a guided tour of basic terms and concepts that you need to understand the processes and implementations of chromatographic separations for your course. Several subtopics will be linked below, and they will be placed in the order that you should read over them. Many of these topics will be in the alphabetical list of the [[Chromatography Overview]], too, for quick reference later. !! Brief History --- The Russian botanist Mikhail Tswett is credited with inventing the first technique upon which all modern chromatographic separations are based. He was trying to separate plant pigments by placing a pigment mixture on top of a packed column of calcium carbonate. By this process of 'color writing', he was able to separate a more complex mixture of plant pigments into purer components for further exploration. Since that discovery, many advances in instrumentation, equipment, and computer integration have allowed chromatography to become the ubiquitous workhorse in the analytical labs of today. !!!''A Few Terms'' --- * ''elution'': the process of continued washing or rinsing of a mixture through a chromatographic column (used particularly in liquid chromatography settings). * ''eluent'': the solution (aka //mobile phase//) that is rinsed through a column * ''eluate'': the captured liquid or fractions of liquid after separation has occurred. * ''effluent'': a generic term for the fluid exiting a column (or waste pipe) * ''stationary phase'': a solid or liquid support through which a gas or liquid flows to allow separation * ''mobile phase'': a gas or liquid medium that flows through a column of stationary phase to allow separation of the analyte !!! ''Critical Properties for Chromatographic Separation'' --- * The mobile phase and stationary phase must not be able to mix with one another (immiscible) * A mixture must be somehow deposited or delivered to the beginning of a chromatographic column before separation begins. * Flow of the mobile phase must allow the mixture to then pass through the chromatographic column containing the stationary phase * The mobile/stationary phase parameters must exist to allow a mixture to be physically separate via physico-chemical properties of the analyte (i.e., the method of action for separation) * There must finally be a way to visualize the separation that has occurred during the process. In the case of thin layer chromatography or Tswett's experiment, one might be able to see bands of color - however, most of our modern separations will require some sort of detection system that creates some electrical signal that can be translated into data that humans can understand. !! Subsection Topics --- * [[Chromatographic Separation Equations]] *
!! Chromatography Overview --- Below are links to specific topics that we may cover in your course. When possible, I will label topics with the course they are covered in, since some topics are covered in more than one course and others are only covered in one course. Those topics with no designation are for general reference should you need them. !! Alphabetical List of Chromatography Topics --- * [[Chromatographic Theory]] ^^(326,581)^^ -- read this first @@.twocolumns * [[Band Broadening]] ^^(326,581)^^ * [[Chromatographic Separation Equations]] ^^(326,581)^^ * [[Peak Resolution|Chromatographic Separation Equations]] ^^(326,581)^^ * [[Selectivity]] * [[Theoretical Plates]] ^^(326,581)^^ * [[Van Deemter Equation]] ^^(326,581)^^ @@ !!!! ''External References & Related Articles'' --- * Harris, D.C. //Exploring Chemical Analysis//, 5th ed.; Freeman: New York, NY, 2013. * Robinson, J.W.; Skelly Frame, E.M.; Frame II, G.M. //Undergraduate Instrumental Analysis//, 7th ed.; CRC: Boca Raton, FL, 2014.
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this is a wiki tag
''Confidence levels'' (or confidence intervals) are used to assess the probability that the true population variable (e.g., population mean, $$\mu$$) lies within a specified range from the measured variable value of a data set (e.g., sample mean, $$\bar x$$).
!! Calculating A Confidence Interval for a Mean
---
We can use the following formula to assess a sample mean:
{{eqn0002}}
where $$t$$ is the [[Student's t]] (from a table), $$s$$ is the sample [[standard deviation|Standard Deviation]], and $$n$$ is the number of sample observations. In the Student's t table, the [[degrees of freedom|Degrees of Freedom]] may be $$n-1$$.
To use the formula above, one specifies a level of confidence (% level) from which to choose a value for $$t$$. Typically, this is 90% or 95%.
Note that by this formula, one may improve the confidence interval by making more replicate measurements (increases the value of $$\sqrt n$$) and, if good precision is used, reduces the value of $$s$$ in the numerator.
!!! Example Calculation for Testing a Mean
---
A data set of mass values contains: 12.6, 11.9, 13.0, 12.7, and 12.5 g. Find the 90% confidence interval.
$$\displaystyle \mu(90\%) = 12.5_4 \pm \frac {(2.132)(0.4_0)} {\sqrt 5} = 12.5_4 \pm 0.3_8$$
where the value of $$t$$ is taken under the 90% column with 4 degrees of freedom. This range tells us that we can state with 90% confidence that the true population mean $$\mu$$ falls within $$0.3_8$$ grams of the sample mean ($$\bar x$$).
see also: [[Independent Two-Sample t-Test]]
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
In order for us to obtain information about a molecular structure for use in ''QSAR'' model, we have to enter a structure somehow into a computer so that the computer and related software can read and use that information. A ''connection table'' is a simple file format that relates information about a compound from a [[graph|Graph Theoretic Structure Representation]], which is created when you sketch a compound using the appropriate software. An example of the connection table for aspirin is given below in the [[MDL Information Systems|http://en.wikipedia.org/wiki/MDL_Information_Systems]] format. [img width=700 [aspirin connection table|conn-table.jpg]] There are two main sections to this simple connection table: a list of the atomic numbers of the atoms in the molecule; and a list of bonds. Several sketching programs are available (both freeware and commercial) to allow one to draw a structure and save it in a similar file format. !! Interpretation of the Connection Table --- * First, note that the atom numbers in the table correspond to the structural sketch of the aspirin molecule. In the first section, each atom is represented by one line of information, starting with the Cartesian coordinates of the atom. * Note that the structure here is just in a 2-dimensional format: all of the z-coordinate values are 0.0. This means that the molecule has not undergone any geometry optimization routines. This connection table can only give us information about topology; not about geometry or electronic states. * In the second part, the connections between adjacent atoms are given. For example, the first line is: `1 2 2 0 0 0 0`, meaning that atom 1 and atom 2 (in the ring) are connected by a second order (double) bond. The remaining values are 0 because the molecule has not been geometry-optimized. Those columns would otherwise give information about bond angles and torsion angles with other adjacent atoms. * Finally, note that only the heteroatoms are depicted here. That is, this is a ''hydrogen-suppressed'' connection table. More complex connection tables will include 3-D information and include hydrogen atoms. !! Use of the Connection Table --- For QSAR modeling, the information from each molecule's connection table is stored in a separate file. These files can then be read into a modeling database where the information can be further parsed, stored, and used for [[descriptor|Molecular Descriptors Overview]] calculations. Many descriptors are generated by formulas that get connection information that is stored in a [[matrix|Matrices in QSAR]]. !!!!''References'' * Leach, A. R. //An Introduction to Chemoinformatics//; Kluwer Academic Publishers: Dordrecht ; Boston, 2003. <br> see also [[Graph Theoretic Structure Representation]]<br> see also [[Molecular Descriptors Overview]]<br> see also [[Matrices in QSAR]]<br> back to [[QSAR Topics]]
back to [[QSAR Topics]]
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The term ''degrees of freedom'' (df) is used in statistical calculations and other metrics when analyzing data. It can be thought of as a mathematical restriction we use when we require one or more estimated statistical parameters to compute another parameter. For example, when calculating the [[Standard Deviation]] of a data set, we must first calculate the [[Mean]] of the data set. Because the calculation of standard deviation requires another estimated/calculated parameter (the mean), we must subtract 1 degree of freedom from the total number of observations. back to [[Statistics & Math in Chemistry]]
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Before reading this topic, please read through [[Method of Least Squares]] and [[Linear Equation Fitting]].
The statistical quantities SSE and R can be misleading as to the quality of a linear fit to a set of data. The following data from Anscombe (1973) illustrates this point.
Consider this data:
{{Anscombe data}}
If we plot and each x-y pair and apply a linear fit, the following graphs are created. ''Note that for each of the four plots, y = 0.5 + 3.0 and R^^2^^ = 0.67.''
{{Anscombe plot1}}''Fig. 1: A standard x-y plot.''
{{Anscombe plot2}}''Fig. 2: A curvilinear data set.''
{{Anscombe plot3}}''Fig. 3: Effect of an extreme outlier.''
{{Anscombe plot4}}''Fig. 4: Effect of discrete (categorical) independent variable.''
This illustrates the danger in ONLY looking at the R^^2^^ value of a linear fit.
*Figure 1 can be considered an example of 'normal' or regular data where a linear fit is appropriate and the R^^2^^ value is truly representative of the positive correlation.
*Figure 2 is obviously not a linear relationship, and should be modeled using a polynomial or curvilinear fit.
*Figure 3 show the effect of an extreme data outlier to an otherwise good linear fit.
*Figure 4 shows what can happen with categorical (classification) data, where the independent variable (x) may only have a small number of discrete values that show varying dependent variables.
In short, a number from a spreadsheet calculation, such as line equation or R^^2^^ value may not mean what you think it means without //visual// verification of the data.
!!!! ''References''
* Anscombe, F.J. Graphs in Statistical Analysis, //Amr. Stat.,// ''1973,'' //27,// 17-21.
$$\displaystyle \chi^2 = \sum_{i=1}^n \frac {(O_i - E_i)^2} {E_i} $$ [''Eq. 0.001'']
$$\displaystyle \mu = \bar x \pm \frac {ts} {\sqrt n}$$ [''Eq. 0.002'']
$$\displaystyle F = \frac {s^2_x} {s^2_y}$$ [''Eq. 0.003'']
$$\displaystyle t = \frac {|\bar x_1 - \bar x_2|} {\sqrt{\frac {s^2_1(n_1 - 1) + s^2_2(n_2 - 1)} {n_1+ n_2 - 2}}} \sqrt{\frac {n_1n_2} {n_1 + n_2}}$$ [''Eq. 0.004'']
$$\displaystyle t_{calculated} = \frac {|\bar x_1 - \bar x_2|} {\sqrt {(s^2_1/n_1) + (s^2_2/n_2)}} $$ [''Eq. 0.005'']
$$\displaystyle d.o.f. = \frac {[(s^2_1/n_1) + (s^2_2/n_2)]^2} {\frac {(s^2_1/n_1)^2} {n_1 -1} + \frac {(s^2_2/n_2)^2} {n_2 -1}}$$ [''Eq. 0.006'']
$$\displaystyle \bar{x} = \frac 1 n \sum_{i=1}^n x_i$$ [''Eq. 0.007'']
$$\displaystyle x_{RMS} = \sqrt{\frac {\sum_{i=1}^n x_i^2} n}$$ [''Eq. 0.008'']
$$\displaystyle S_{N-1} = \sqrt{\frac 1 {N-1} \sum_{i=1}^N (x_i - \bar{x})^2}$$ [''Eq. 0.009'']
$$\displaystyle s^2_{N-1} = \frac 1 {N-1} \sum_{i=1}^N (x_i - \bar{x})^2$$ [''Eq. 0.010'']
$$\displaystyle m = \frac {n\sum{(x_iy_i) - \sum{x_i}\sum{y_i}}} {n\sum{(x_i^2)} - (\sum{x_i})^2}$$ [''Eq. 0.011'']
$$\displaystyle b = \frac {\sum{(x_i^2)\sum{y_i}} - \sum{}(x_iy_i)\sum{x_i}} {n\sum{(x_i^2)} - (\sum{x_i})^2}$$ [''Eq. 0.012'']
$$\displaystyle s_y = \sqrt{\frac {\sum{(d_i^2)}} {n-2}} $$ [''Eq. 0.013'']
$$\displaystyle s_m = s_y \sqrt{\frac{n} {n\sum{(x_i^2)} - (\sum{x_i})^2}} $$ [''Eq. 0.014'']
$$\displaystyle s_b = s_y \sqrt{\frac{\sum{(x_i^2)}} {n\sum{(x_i^2)} - (\sum{x_i})^2}} $$ [''Eq. 0.015'']
$$\displaystyle s_x = \frac{s_y} {|m|}\sqrt{\frac 1 k + \frac 1 n + \frac{(y - \bar y)^2} {m^2\sum{(x_i - \bar x)^2}}} $$ [''Eq. 0.016'']
$$\displaystyle r = \frac {n\sum{x_iy_i} - \sum{x_i}\sum{y_i}} {\sqrt{[n\sum{x_i^2 - (\sum{x_i)^2}}][n\sum{y_i^2} - (\sum{y_i)^2}]}} $$ [''Eq. 0.017'']
$$\displaystyle \sqrt {(x - y)^2} = |x - y|$$ [''Eq. 0.018'']
$$\displaystyle d(p,q) = \sqrt {(p_x - q_x)^2 + (p_y - q_y)^2}$$ [''Eq. 0.019'']
$$\displaystyle d(p,q) = \sqrt {(p_x - q_x)^2 + (p_y - q_y)^2 + (p_z - q_z)^2}$$ [''Eq. 0.020'']
$$\displaystyle d(p,q) = \sqrt {\sum_{i-1}^n (q_i - p_i)^2}$$ [''Eq. 0.021'']
$$\displaystyle RMSE = \sqrt{\frac {\sum_{i=1} ^N (x_i - y_i)^2} {N}} $$ [''Eq. 0.022'']
$$\displaystyle MW = \sum_{i=1}^n m_i$$ [''Eq. 0.023'']
$$\displaystyle \int^p= \sqrt {\sum_{i=1}^m \prod_{j=1}^n P_{(i,j)}}$$ [''Eq. 0.024'']
$$A_{m,n} = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$a_{1,1}$$</mn></mtd>
<mtd><mn>$$a_{1,2}$$</mn></mtd>
<mtd><mn>$$\cdots $$</mn></mtd>
<mtd><mn>$$a_{1,n}$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$a_{2,1}$$</mn></mtd>
<mtd><mn>$$a_{2,2}$$</mn></mtd>
<mtd><mn>$$\cdots $$</mn></mtd>
<mtd><mn>$$a_{2,n}$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$\vdots $$</mn></mtd>
<mtd><mn>$$\vdots $$</mn></mtd>
<mtd><mn>$$\ddots $$</mn></mtd>
<mtd><mn>$$\vdots $$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$a_{m,1}$$</mn></mtd>
<mtd><mn>$$a_{m,2}$$</mn></mtd>
<mtd><mn>$$\cdots $$</mn></mtd>
<mtd><mn>$$a_{m,n}$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
<<<//An example of an $$m\times n$$ matrix, where $$m$$ represents the number of rows and $$n$$ represents the number of columns.//
<<<
{{5spaces}}if $$A = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$-2$$</mn></mtd>
<mtd><mn>$$4$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$2$$</mn></mtd>
<mtd><mn>$$-1$$</mn></mtd>
<mtd><mn>$$3$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
, and if $$B = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$2$$</mn></mtd>
<mtd><mn>$$-4$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$3$$</mn></mtd>
<mtd><mn>$$1$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
{{5spaces}}addition of $$A+B$$ = $$C = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$3$$</mn></mtd>
<mtd><mn>$$2$$</mn></mtd>
<mtd><mn>$$4$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
{{5spaces}}if $$A = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$2$$</mn></mtd>
<mtd><mn>$$-1$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$3$$</mn></mtd>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$4$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
, and if $$B = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$-2$$</mn></mtd>
<mtd><mn>$$5$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$4$$</mn></mtd>
<mtd><mn>$$-3$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$2$$</mn></mtd>
<mtd><mn>$$1$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
{{5spaces}}multiplication of $$AB=$$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$(1)(-2) + (2)(4) + (-1)(2)$$</mn></mtd>
<mtd><mn>$$(1)(5) + (2)(-3) + (-1)(1)$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$(3)(-2) + (1)(4) + (4)(2)$$</mn></mtd>
<mtd><mn>$$(3)(5) + (1)(-3) + (4)(1)$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
{{5spaces}}and $$AB=$$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$4$$</mn></mtd>
<mtd><mn>$$-2$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$6$$</mn></mtd>
<mtd><mn>$$16$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
{{5spaces}}if $$A = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$2$$</mn></mtd>
<mtd><mn>$$-1$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$3$$</mn></mtd>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$4$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
,{{5spaces}} then $$A^T = $$
<math><mrow><mo>
[</mo><mtable><mtr>
<mtd><mn>$$1$$</mn></mtd>
<mtd><mn>$$2$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$2$$</mn></mtd>
<mtd><mn>$$1$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$-1$$</mn></mtd>
<mtd><mn>$$4$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
$$A_{6,6} = $$
<math><mrow><mo>
[</mo><mtable>
<mtr>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd></mtr>
<mtr>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd>
<mtd><mn>$$0$$</mn></mtd></mtr>
</mtable><mo>]</mo>
</mrow></math>
connection matrix $$ = $$ <math><mrow><mo> [</mo><mtable> <mtr> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd></mtr> <mtr> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd></mtr> <mtr> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd></mtr> <mtr> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd></mtr> <mtr> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd></mtr> <mtr> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd></mtr> </mtable><mo>]</mo> </mrow></math>
distance matrix $$ = $$ <math><mrow><mo> [</mo><mtable> <mtr> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$3$$</mn></mtd> <mtd><mn>$$4$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd></mtr> <mtr> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$3$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd></mtr> <mtr> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd></mtr> <mtr> <mtd><mn>$$3$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$3$$</mn></mtd></mtr> <mtr> <mtd><mn>$$4$$</mn></mtd> <mtd><mn>$$3$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$4$$</mn></mtd></mtr> <mtr> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$3$$</mn></mtd> <mtd><mn>$$4$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd></mtr> </mtable><mo>]</mo> </mrow></math>
pendent matrix $$ = $$ <math><mrow><mo> [</mo><mtable> <mtr> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$4$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd></mtr> <mtr> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$3$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd></mtr> <mtr> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$2$$</mn></mtd></mtr> <mtr> <mtd><mn>$$3$$</mn></mtd> <mtd><mn>$$1$$</mn></mtd> <mtd><mn>$$3$$</mn></mtd></mtr> <mtr> <mtd><mn>$$4$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd> <mtd><mn>$$4$$</mn></mtd></mtr> <mtr> <mtd><mn>$$2$$</mn></mtd> <mtd><mn>$$4$$</mn></mtd> <mtd><mn>$$0$$</mn></mtd></mtr> </mtable><mo>]</mo> </mrow></math>
Two objects in //n//-dimensional space are separated by some distance ($$d_{ij}$$). This distance can be used in predictive model building or classification schemes to determine if one chemical compound is "near" another compound, based on some set of metrics (e.g., molecular descriptors).
In one-dimensional space, the ''Euclidean distance'' is simply the absolute difference between the value.
{{eqn0018}}
In two-dimensions, such as an x-y plane, the distance is calculated by:
{{eqn0019}}
where $$d(p,q)$$ is the distance between $$p$$ (coordinates $$[p_x,p_y]$$) and $$q$$ ($$[q_x,q_y]$$). Note that this is the same as the ''Pythagorean Theorem''.
In three-dimensional (Cartesian) coordinate systems, two points each have an x,y,z coordinate, and their distance is:
{{eqn0020}}
Therefore, in //n//-dimensional space, the distance becomes:
{{eqn0021}}
back to [[QSAR Topics]]
!! Exploring Chemical Analysis --- by Daniel Harris ISBN: 978-1-4292-7503-3 (5th ed.)
When comparing two sets of observations, the [[null hypothesis|Hypothesis Testing]] that two sets of samples from an assumed normal distribution will have the same [[variance|Variance]] is tested using the ''F-test''. F is calculated by:
{{eqn0003}}
which is simply the ratio of the [[variances|Variance]] for the two data sets.
F is calculated above (placing the larger $$s^2_i$$ in the numerator) and then is compared to a table value at a specific [[confidence level|Confidence Levels]] (found in various references) for the //n--1// and //m--1// degrees of freedom for the data sets x and y. If the calculated F above is greater than the Table F value, then the difference in variances is significant.
!!! Related Topics
---
* [[Variance]]
* [[Hypothesis Testing]]
* [[Confidence Levels]]
back to [[Statistics & Math in Chemistry]]
| [[Home|Wiki Home Page]] -- [[CHEM 326|CHEM 326 Home Page]] -- [[CHEM 581|CHEM 581 Home Page]] -- [[IUP Chemistry|http://www.iup.edu/chemistry]] -- [[IUP|http://www.iup.edu]] -- [[About This Site|TiddlyWiki]] |
!!! Topics to Create --- @@.twocolumns * [[Bayesian Neural Networks]] * [[Computational Neural Networks]] * [[Chromatography]] * [[Decision Trees]] * [[Electrochemistry]] * [[Gas Chromatography]] * [[Gel Permeation Chromatography]] * [[Ion Chromatography]] * [[Ion Selective Electrodes]] * [[k-Nearest Neighbor]] * [[Linear Discriminant Analysis]] * [[Liquid Chromatography]] * [[Mass Spectrometry]] * [[Precision]] * [[Standard Reduction Potentials]] @@ see also Missing Tiddlers tab on right menu under 'More'
In order to extract useful information about a chemical structure to use in ''QSAR'', we must somehow represent the structure by a computer. Typically, a structure is sketched using a software program (e.g., ~ChemDraw, ISIS/Draw, etc.) and saved with specific formatting that can be read and interpreted by a program. Chemical structures are usually stored a ''molecular graphs''. Graph theory is a well-establised area of mathematics, which we will not explore here. The basic idea is that a graph is an abstract structure that contains ''nodes'', which are connected by ''edges''. See examples below. [img width=600 [examples of structure graphs|theoretical-graph.jpg]] In the examples above, atoms are denoted by nodes (dots) and bonds are denoted by edges (lines). Both nodes and edges may have specific properties associated with them, such as an atom type or bond order. Note that these graphs only represent the ''topology'' of the molecule, the way in which the nodes are connected. So a given graph can be drawn in different ways but still represent the same information. Additionally, you can see that the graph representations above don't always easily correspond to the traditional shape or format of a particular molecule. A ''subgraph'' is a subset of nodes and edges in a graph. For example, aspirin would contain the subgraph for //benzene//. A ''tree'' is a special type of graph in which there's just a single path connecting each pair of vertices (i.e., no cycles or rings). The ''root node'' of a tree is the starting point, and then follows subsequent ''branch nodes'' or ''leaf nodes''. Tree are used to represent acyclic molecules. !! Use of Graphs in Molecular Descriptor Calculation --- To build a QSAR, we need to calculate a number of features that represent a molecule, including topology, geometry, and electrical components. Several of these [[molecular descriptors|Molecular Descriptors Overview]] are generated from information in the graphs such as those above. We will discuss descriptors in another section. However, in order to use the graph information in a calculation (equation), the "pictures" above must be translated into a format that a computer can read and use. Therefore, information from graph theory can be stored in a special file format called a [[connection table|Connection Tables]]. !!!!''References'' * Leach, A. R. //An Introduction to Chemoinformatics//; Kluwer Academic Publishers: Dordrecht ; Boston, 2003. <br> see also [[Connection Tables]]<br> see also [[Molecular Descriptors Overview]]<br> back to [[QSAR Topics]]
The ''Grubbs Test'' is a way to test for an extreme outlier from a set of data, assuming that the data is normally distributed (except the outlier). Here, the [[null hypothesis|Hypothesis Testing]] is tested, which states that the data has no outliers. The Grubbs Test is explained minimally in Harris' text (CHEM 326). A good explanation of how to use Grubbs Test in Excel is given [[here|http://www.real-statistics.com/students-t-distribution/identifying-outliers-using-t-distribution/grubbs-test/]] at the //Real Statistics Using Excel// webiste. back to [[Statistics & Math in Chemistry]]
$$\displaystyle \frac {[X_i]} {[X]_f + [S]_f} = \frac {I_X} {I_{S+X}}$$ [''Eq. 03-05.06']
$$\displaystyle \color{red}{I_{S+X} \left ( \frac V {V_0} \right)} = I_X + \frac {I_X} {[X]_i} \color{blue}{[S]_i \left ( \frac {V_S} {V_0} \right)}$$ [''Eq. 03-05.08'']
$$\displaystyle \frac {A_X} {[X]} = F \left (\frac {A_S} {[S]} \right)$$ [''Eq. 03-05.09'']
Most often in a scientific problem, we have made several observations that lead us to formulate a testable (or falsifiable) hypothesis that can be then verified by experimentation. The general steps are: # Formulate the ''null hypothesis'', $$H_0$$, which basically states that the observations we've noticed are due ''strictly to chance'' (i.e., it was just random). Depending on the system you're testing, one may also formulate the ''alternative hypothesis'', $$H_a$$, that assumes our observations are the result of some real, combined effect with a chance of variation. # Next, we come up with some measurable statistic, or metric, that we can use to test the truth of the null hypothesis. # From the experiments we conduct, we then calculate the [[P-value]], a measure of ''probability'' that some test statistic at least as significant as the observation would be found if we assumed the null hypothesis was true. In short, the ''smaller the P-value, the stronger the evidence AGAINST the null hypothesis''. # Then we can compare the P-value above with an acceptable significance value $$\alpha$$, and if $$p \leq \alpha$$ (meaning the observed effect is statistically significant), the null hypothesis is ''ruled out'' and the alternative hypothesis is accepted. back to [[Statistics & Math in Chemistry]]
this is a wiki tag to denote tiddlers that need more information or additional editing
@@.twocolumns
<ul><$list filter="[tag[incomplete]sort[title]]">
<li><$link to={{!!title}}><$view field="title"/></$link></li>
</$list></ul>
@@
We can compare two sets of measurements to decide whether they are statistically different or not by testing the [[null hypothesis|Hypothesis Testing]] (i.e., the means are NOT different) under the following assumption: if there is less than a 1 in 20 chance that the difference between two sets of measurements arises from random variation in the data, then the difference is significant. In other words, a 95% confidence in concluding two measurements are different, and a 5% chance our prediction is incorrect.
!! Comparing Two Means with Equal Variances
---
If by using the [[F-test]] we discover that the two standard deviations are not significantly different, we can compare the means of two data sets and calculate a $$t$$ value. Note that for the two data sets, $$n_1$$ and $$n_2$$ may or may not be equal.
{{eqn0004}}
If the calculated $$t$$ value above is greater than the $$t_{table}$$ at the 95% confidence interval (using the above degrees of freedom), the two results are considered to be significantly different.
!! Comparing Two Means with Significantly Different Variances
---
If by using the [[F-test]] we discover that the two standard deviations ARE significantly different, we can compare the means of two data sets and calculate a $$t$$ value. Note that for the two data sets, $$n_1$$ and $$n_2$$ may or may not be equal.
{{eqn0005}}
and
{{eqn0006}}
Above, $$t$$ and the degrees of freedom (rounded to nearest integer) are calculated and compared to $$t_{table}$$. If the calculated $$t$$ value above is greater than the $$t_{table}$$ at the 95% confidence interval (using the above degrees of freedom), the two results are considered to be significantly different.
back to [[Statistics & Math in Chemistry]]
!! Instrument Calibration Methods --- Below are links to specific topics that we may cover in your course. When possible, I will label topics with the course they are covered in, since some topics are covered in more than one course and others are only covered in one course. Those topics with no designation are for general reference should you need them. !! Alphabetical List of Instrument Calibration Topics --- @@.twocolumns * [[Blanks in Analytical Methods]] ^^(326,581)^^ * [[Calibration Curve]] ^^(326,581)^^ * [[Internal Standards]] ^^(326,581)^^ * [[Limit of Detection]] ^^(326,581)^^ * [[Limit of Quantitation]] ^^(326,581)^^ * [[Method of Standard Additions]] ^^(326,581)^^ * [[Selectivity]] ^^(326,581)^^ * [[Sensitivity]]^^(326,581)^^ @@ !!!! ''External References & Related Articles'' --- * Harris, D.C. //Exploring Chemical Analysis//, 5th ed.; Freeman: New York, NY, 2013. * Robinson, J.W.; Skelly Frame, E.M.; Frame II, G.M. //Undergraduate Instrumental Analysis//, 7th ed.; CRC: Boca Raton, FL, 2014.
this is a wiki tag
Unlike the [[Method of Standard Additions]], an ''internal standard'' is a known amount of a compound added to a sample //which is different// than the analyte being measured. By doing this, the signal from the analyte is compared to the signal from the internal standard to find out how much analyte is present. This method is used with analyses where the detection system may give signals that vary from run to run, such as chromatography that is dependent on mobile phase flow rates and, to a lesser extent, temperature control. Internal standards are also good for when sample loss occurs during sample preparation - if you know that you begin with X ppm of internal standard and upon final detection you see that your signal represents only 85% of the original concentration, then the ''relative'' ratio of analyte to standard still remains constant and the true analyte concentration can be calculated.
A ''calibration curve'' is only accurate for the one set of conditions under which the information was gathered. However the //relative// response of the detector to an analyte and standard is usually pretty consistent over a wide range of instrument parameters.
!! Calculation
---
The calculation for using an internal standard is given as:
{{harris0509}}
where $$A_X$$ and $$A_S$$ are the signal peak areas for the analyte and standard, respectively; $$[X]$$ and $$[S]$$ are the concentrations of the analyte and standard //after mixing//; and $$F$$ is the ''response factor'', which is the relative signal ratio between analyte and standard.
!!Application Example
---
In a chromatographic analysis, we have the following parameters.
* A solution of 0.0837 M X gives a peak area $$A_X$$ = 423.
* A solution of 0.0666 M S gives a peak area $$A_S$$ = 347.
* To analyze the unknown X, 10.0 mL of 0.146 M S were added to 10.0 mL of X, and the mixture was diluted to 25.0 mL. Analysis of this mixture gave
** $$A_X$$ = 553
** $$A_S$$ = 582
First, we use the standard mixtures to find the response factor, F:
$$\displaystyle \frac {423} {0.0837 M} = F \left (\frac {347} {0.0666 M} \right)$$
$$F = 0.970$$
For the mixture of unknown + standard, the standard has been diluted from 10.0 mL to 25.0 mL, therefore the concentration of S is given by:
$$\displaystyle [S] = (0.146 M) \left (\frac {10.0 mL} {25.0 mL} \right ) = 0.0584 M$$
Using this information and the response factor, we can now solve for $$[X]$$ as
$$\displaystyle \frac {553} {[X]} = 0.970 \left (\frac {582} {0.0584 M} \right)$$
$$[X] = 0.0572 M$$
Finally, because X was also diluted from 10.0 mL to 25.0 mL, we have to back calculate the original, undiluted concentration as:
$$\displaystyle [X] = (0.0572 M) \left (\frac {25.0 mL} {10.0 mL} \right ) = 0.143 M$$
back to [[Instrument Calibration Methods]]
$$\displaystyle e_i = y_i - \hat{y}_i$$ [''Eq. 02-03.25'']
$$\displaystyle e_i = y_i - \hat{y}_i = y_i - \bar y- (\hat{y}_i - \bar y) $$ [''Eq. 02-03.26'']
$$\displaystyle (y_i - \bar y) = (\hat{y}_i - \bar y) + (y_i - \hat{y}_i)$$ [''Eq. 02-03.27'']
$$\displaystyle \sum(y_i - \bar y)^2 = \sum(\hat{y}_i - \bar y)^2 + \sum(y_i - \hat{y}_i)^2$$ [''Eq. 02-03.28'']
back to [[QSAR Topics]]
For every measurement you make on an instrument, there will be associated noise (aka background signal or background noise) which may limit the amount of an analyte that can be detected. As the amount of analyte decreases, the corresponding signal on the instrument will also decrease, and so at some point, the analyte signal will be not be differentiated from the noise.
Any analyte will cause a signal, however due to the noise level, we can reach a point where a signal is no longer detectable by us. With ‘no signal’, we can’t say that there is no analyte, only that we have reached the ''detection limit'' for that analyte.
The ''limit of detection (LOD)'' is the lowest concentration of analyte that we can detect in a method. This does not necessarily mean we can quantitate this signal, only detect it (recall that for quantitation via a calibration curve, a signal should fall between a higher and lower concentrated standard).
One common method to find the LOD is to measure a number of replicates of an appropriate blank or low concentration standard, then find the standard deviation of these measurements. Using a blank allows us to find the background or baseline noise. Using a low concentration standard gives us a starting point of reference as to ‘how low can we go?’ for determining the LOD.
In terms of calculations, the LOD is considered the concentration of analyte that gives an signal (true signal) that is, usually, 3x the standard deviation ($$s$$) of the mean ($$\bar x$$) blank signal.
$$\displaystyle LOD = \bar x_{blank} \pm 3s_{blank}$$
Using 3s assures that we are using the 99% confidence level.
see also [[Limit of Quantitation]]
<br>
back to [[Instrument Calibration Methods]]
''Quantitation'' of analytes at or near the [[Limit of Detection]] (LOD) is usually poor and gives low precision. We defined the ''limit of quantitation ''(LOQ) as the lowest concentration of analyte that can be determined using the method with a given amount of precision and accuracy. The LOQ > LOD. One rule-of-thumb is that the LOQ should be 10x the standard deviation ($$s$$) of the noise. Results that fall between LOD < x < LOQ should be reported as ‘detected but not quantifiable’. see also [[Limit of Detection]] <br> back to [[Instrument Calibration Methods]]
back to [[QSAR Topics]]
Often, we analyze data from experiments by trying to model them. In other words, we wish to create an equation that describes the overall trend of the data so that we can use that in the future for some purpose, such as with a [[Calibration Curve]] or a predictive model in [[QSAR|Quantitative Structure-Activity Relationships]].
Most commonly, we use ''linear fitting'' as a way to create a trendline or straight-line equation ($$y = mx + b $$) and a corresponding measure of fitness (e.g., R^^2^^). Microsoft Excel, for example, uses the [[Method of Least Squares]] (see that page for complete discussion) to create a linear trendline and you can also do it manually. Below is a discussion of some other issues with linear fitting, including the calculation and meaning of R^^2^^. The corrleation coefficient can be calculated by the following equation:
{{eqn0017}}
<br>
!! Linear Curve Fitting
---
If you haven't already done so, please read through [[Method of Least Squares]].
One measure of the value of the fit equation is the ''linear correlation coefficient'', R. The value of R ranges between -1 and +1. A perfect relationship between x and y variables gives R = ±1 (+1 denotes a perfect positive correlation (slope = +); -1 denotes a perfect negative correlation (slope = -)). If there is no linear relationship between x and y, the R value approaches 0. The value R^^2^^ is the //fraction of the variance explained by the fit equation//.
A number of additional indices of the quality of the fit to the data can be calculated from $$s^2$$ ([[Standard Deviation]]) and the uncertainties in the data points, $$\sigma_i$$. These include the [[F-test]] and [[Chi-square test]] ($$\chi^2 $$).
!! Analysis of Residuals
---
Analyzing residuals is a good way to detect deficiencies in the linear fit. A residual for some observation is given by:
{{jurs0325}}
where $$y_i$$ is the observed value of the dependent variable and $$\hat{y}_i$$ is the value predicted from the fit equation. This can be expanded to:
{{jurs0326}}
which states that the residual $$e_i$$ is the difference between two quantities: 1) the difference between the observed $$y_i$$ and the overall mean $$\bar y$$; and 2) the difference between the fitted $$\hat{y}_i$$ from the overall mean $$\bar y$$. Note that $$\bar y$$ represents both the mean of the observed values $$y_i$$ and the fitted values $$\hat{y}_i$$. This is the same as saying that the //sum of all residuals is zero//.
Equation 3 can be rearranged to:
{{jurs0327}}
If squared over the sum of observations i = 1, 2, ..., n
{{jurs0328}}
The cross-product term vanishes because of cancellation. The term on the left side of Equation 4 is the //deviation of the observations from the mean//, called the ''sum-squared total'' (SST). The first term on the right is the //deviation of the predicted values from the mean//, called the ''sum of squares due to the regression'' (SSR). The last term on the right is the the deviation of the $$i^{th}$$ observation from its fitted value, called the ''sum of squares about the regression'' (SSE). Equation 02-03.28 can then become:
$$\displaystyle SST = SSR + SSE$$
One way to see how well the linear fit applies is to compare the proportion of SST that falls to the regression (SSR) and what proportion falls to the remaining error (SSE). We can then calculate:
$$\displaystyle R^2 =\frac {SSR} {SST}$$
If there is very little spread of the points about the fitted line, then SSE will be small and SSR will approach SST (R^^2^^ approaches 1). However, if there is substantial spread of the points about the line, then SSE is large and SSR will be much smaller than SST and R^^2^^ approaches 0.
The correlation coefficient and its squared value (R^^2^^) is a reliable measure of fit ''IF THE RELATIONSHIP IS TRULY LINEAR''. Otherwise, we may need to resort to other fitting methods, such as polynomials or nonlinear curve fitting. For an interesting look at the pitfalls of linear fitting, see [[Difficulties with Linear Fits]].
!!!!''Reference''
* Jurs, P.C. //Computer Software Applications in Chemistry//, 2nd ed.; Wiley: New York, 1996.
back to [[Statistics & Math in Chemistry]]
<br>
back to [[QSAR Topics]]
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This is a list of all topic tiddlers. All image tiddlers, equation tiddlers, and wiki tags have not been included in the list below for the sake of brevity, but each has their own page.
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This topic discusses how molecule and dataset information is stored and manipulated in a matrix. If you are unfamiliar with the basics of matrices and linear algebra, please read [[Basics of Linear Algebra]] first.
For the different matrix examples below, we'll use a fairly simple organic compound (2-methylpentane) as an example of how the different matrices are constructed. Recall that the compound information comes from a sketch, which is then saved in a [[connection table|Connection Tables]] for input into some QSAR modeling software program. The program then creates various types of matrices, such as those below, which allow for the calculation of [[molecular descriptors|Molecular Descriptors Overview]].
{{5spaces}}[img width=150 [graph representation of 2-methylpentane|2-methylpentane graph]]
Here we'll use the standard numbering references to set up our various matrices. These will be the //hydrogen suppressed// matrices since we're only showing the carbon backbone above.
!! The Connection Matrix (or Adjacency Matrix)
---
A connection matrix is a square matrix ($$n\times n$$), where $$n$$ is the number of atoms in the molecular graph. In the case below, this represents the six carbons in 2-methylpentane, and each row and column number corresponds to the labels in the graph above. The matrix consists only of $$1$$ or $$0$$ values that denote if any two atoms are connected by a bond ($$1$$) or not ($$0$$).
{{5spaces}}{{eqn0030}}
Note two properties of the matrix above.
* First, this square matrix has a diagonal of all $$0$$ values, since no atom is connected to itself.
* Second, note that this matrix is ''symmetric''. That is, if you were to draw an imaginary line down through the diagonal $$0$$'s and treat it like a hinge, the ''top right triangle'' portion of the matrix could 'swing down' and perfectly superimpose on the ''bottom left triangle'' of the matrix. In other words, if we were to transpose this matrix, we'd get back the same matrix ($$A^T = A$$).
The connection or adjacency matrix can be modified to reflect different properties of a molecule. For example, we could turn this into a bond order matrix, where each connected or adjacent atom is denoted not by only a $$1$$ or $$0$$, but rather by a value denoting the ''bond order''. For example, a single bond would be given a value of $$1$$; a double bond a value of $$2$$; a triple bond a value of $$3$$; and a resonance bond (such as in a benzene ring) a value of $$1.5$$. For the example above of 2-methylpentane, all of the bond orders would still be $$1$$ anyway.
!! The Distance Matrix
---
A distance matrix is similar to a connection matrix in terms of size and all $$0$$'s on the diagonal. However, this time, all of the non-diagonal elements represent the shortest path distance between one atom and another. This means that all non-diagonal values will be non-zero.
{{5space}}{{eqn0031}}
Again, this matrix is symmetric and it's a little easier to see this here with all non-diagonal elements being whole numbers. Another way to see if the matrix is symmetric is to look at a diagonal $$0$$. Let's look at the 3rd row/column diagonal $$0$$ and the row itself: `2 1 0 1 2 2`. Now imagine rotating that row about the $$0$$ in a clock-wise motion until it becomes a column. If you notice, it would look exactly like the current 3rd column. If we look at the 3rd column, we could imagine rotating the column about the $$0$$ in a counter-clockwise motion until it became a row. It would look like the current 3rd row.
The distance matrix above considers only a path distance from a graph ... how many other atoms must one pass through to get from atom X to atom Y. If we carried out 3-D geometry optimization and had the resultant Cartesian coordinates for each atom in space, we could fill a distance matrix with the shortest through-space distance between each two-atom pair.
!! The Pendent Matrix
---
The pendent matrix can be thought of as a modified distance matrix. Here we do not have a square matrix with a non-zero diagonal. Rather, we have a row for each atom in the molecule (6), but we only have columns for the number of pendent vertices in the molecule. A pendent vertex can be thought of as a node at the end of a chain (terminal node). For 2-methylpentane, this means atoms $$1$$, $$5$$, and $$6$$.
{{5spaces}}{{eqn0033}}
For example, the first row represents the distance of atom $$1$$ from each of the three pendent vertices ($$1, 5, 6$$). Therefore, only rows representing a pendent vertex will have a zero value present (row 1, 5, and 6).
The arithmetic ''mean'' ($$\bar{x}$$), commonly called the ''average'' or ''unweighted average'' is calculated by
{{eqn0007}}
where x,,i,, is each variable value of the data set, and n is the total number of variables in the data set.
!!!! ''Example Calculation''
---
Student Exam Scores: 99, 85, 89, 92, 76, 43, 87, 72, 84.
$$\displaystyle \bar{x} = \frac 1 9 * (99+85+89+92+76+43+87+72+84)$$
$$\displaystyle \bar{x} = 80._8$$
The final answer should have no more precision than the values that go into the calculation, so the final answer of the mean here would be 81. In some texts, the next digit is shown in subscript to show how the answer was rounded, but this last digit would not be significant. See [[Significant Figures]] if you need a refresher on that topic.
!!! Related Topics
---
* [[Standard Deviation]]
* [[Root-Mean-Square]]
!!!! ''External References''
---
* http://mathworld.wolfram.com/Mean.html
back to [[Statistics & Math in Chemistry]]
The ''method of least squares'' is a mathematical method to find the best straight line through a set of points (usually) on an x-y scatter plot. The method seeks to minimize the y-axis distance of each point from the line. Recall that a straight line is defined by the straight line equation:
$$\displaystyle y = mx + b$$
where $$m$$ is the slope, $$b$$ is the y-intercept, and $$x$$ and $$y$$ are the data set variables. Most commonly in analytical chemistry, we set up a straight line for a [[calibration curve|Calibration Curve]] in order to find the concentrations of analyte solutions (x-axis) by entering the response signal (y-axis). Recall also that the x-axis is considered the ''independent variable'' and that the y-axis is considered the ''dependent variable''. Standard practice is to always plot the dependent variable vs independent variable (y vs x).
The reasons we minimize the vertical (y-axis) distance from the line include: 1) the experimental uncertainty in y from an analytical or instrumental result is almost always greater than the uncertainty in the dependent variable (x), and 2) it's easier to do it!
!!Calculating the Best Fit Line from Data
---
When a straight line is set up, we seek to minimize the vertical deviations ($$d_i$$) of each (x,y) point to the line.
$$\displaystyle d_i = y_i - y = y_i - (mx_i + b)$$
Some vertical deviations are positive and some are negative, so we square them to have all positive numbers (hence the term method of least ''squares'').
$$\displaystyle d_i^2 = (y_i - y)^2 = (y_i - mx_i - b)^2$$
By doing this, the line can be created from the data, and the least-squares slope (m) and least-squares intercept (b) can be calculated as:
{{eqn0011}}
{{eqn0012}}
//note that the denominator is the same for both calculations//
One can set up a spreadsheet to handle these calculations manually (e.g., $$x_iy_i$$, etc.), but most people simply create an ''x-y scatter plot'' in Microsoft Excel and use the ''trendline'' function (see your software for more information).
!! Reliability of Best Fit Results
---
Because the best fit line is created from measured data, any uncertainties in that data will translate (propagate) to the best fit line with regards to the slope and intercept.
The uncertainty in the vertical deviations ($$s_y$$) is given by:
{{eqn0013}}
The standard deviation of the slope ($$s_m$$) is calculated by:
{{eqn0014}}
The standard deviation of the y-intercept ($$s_b$$) is given by:
{{eqn0015}}
//Again, note that the denominators for both $$s_m$$ and $$s_b$$ are the same as for the calculations of the best fit slope and intercept.//
Finally, one must consider that any uncertainties propagated through the process of constructing a best-fit line for a calibration curve will results in some uncertainty in the ''calculated x'' values. In other words, if you build a calibration curve using standards you made, there is some uncertainty in standard concentrations due to weighing and pipetting, for example. Therefore, any concentration value you calculate in an unknown solution from that calibration curve will be effected by that uncertainty. The uncertainty in x is given by:
{{eqn0016}}
where $$k$$ is the number of replicate measurements of the unknown, $$n$$ is the number of data points for the calibration line, $$\bar y$$ is the mean value of $$y$$ for the points on the calibration line, $$x_i$$ are individual values of x for the points on the calibration line, and $$\bar x$$ is the mean value of x for the points on the calibration line.
back to [[Statistics & Math in Chemistry]]
Unlike the use of [[Internal Standards]], the method of ''standard additions'' takes a known quantity of the analyte that is being tested and adds it to the sample to boost the signal as it is measured. For very low concentrations of an analyte, especially when the concentration is close to the [[detection limit|Limit of Detection]], the boost in signal can aid in detection. In addition, the relative increase in signal seen when different amounts of known analyte are added gives the analyst the ability to infer how much analyte was in the original sample.
!! Calculation
---
The standard addition equation is:
{{harris0506}}
where $$[X]_f$$ is the final concentration of unknown analyte concentration ''after'' adding the standard; $$[S]_f$$ is the final concentration of the standard ''after'' adding to the unknown; and $$I$$ represents the signal responses of the unknown $$I_X$$ and unknown+standard $$I_{S+X}$$.
Both $$[X]_f$$ and $$[S]_f$$ are the results of a dilution factor applied to the original concentrations of the analyte ($$[X]_i$$) and the standard ($$[S]_i$$), respectively.
$$\displaystyle [X]_f = [X]_i \left( \frac {V_0} V \right)$$ and $$\displaystyle [S]_f = [S]_i \left( \frac {V_s} V \right) $$
Ultimately, one must substitute these dilutions into the equation above and solve for $$[X]_i$$.
!! Graphical Representation
---
A more accurate way to interpret standard additions to solve for the unknown concentration is to make a series of standard additions of increasing strength and plot those using Excel, for example. The ''graphing equation of standard additions'' is given as:
{{harris0508}}
where the red portion is plotted on the y-axis and the blue portion is plotted on the x-axis. This should provide a straight line, and the unknown concentration $$[X]_i$$ will be the negative x-intercept value (interpreted as a positive value).
back to [[Instrument Calibration Methods]]
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! Module 1 - CHEM 581
---
Below is some supplementary information for Module 1 on Good Laboratory Practices (GLPs) and Standard Operating Procedures (SOPs).
# Principles of GLPs ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/OECD-GLP1.pdf]])
# Revised Guides for Compliance Monitoring ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/OECD-GLP2.pdf]])
# Quality Assurance and GLPs ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/env-jm-mono(99)20.pdf]])
# GLPs and Field Studies ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/env-jm-mono(99)22.pdf]])
# Study Director Responsibilities ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/env-jm-mono(99)24.pdf]])
# [[LabCompliance website tutorial|http://www.labcompliance.com/tutorial/glp/]]
<br>
{{footer}}
! Module 2 - CHEM 581
---
This is the main page for CHEM-581 Module 2 on Statistics and Information Handling.
{{Statistics & Math in Chemistry}}
<br>
{{footer}}
! Module 3 - CHEM 581
---
This is the main page for CHEM-581 Module 3 on Instrument Calibration Methods.
{{Instrument Calibration Methods}}
<br>
{{footer}}
! Module 4 - CHEM 581
---
This is the main page for CHEM-581 Module 4 on Quantitative Structure-Activity Relationships (QSARs).
{{QSAR Topics}}
<br>
{{footer}}
In QSAR modeling, once we have chosen a good data set of compounds and we've drawn all of our molecules into the computer, we use [[connection tables|Connection Tables]] to store the necessary molecule information to move to the next process: the calculation of ''molecular descriptors''. !! What Are Descriptors? --- Simply stated, a molecular descriptor is a ''numerical value that is created by a mathematical equation, which attempts to represent some distinct feature of a molecule''. Descriptors can be classified by ''four'' general categories: 1) topological; 2) geometric; 3) electronic; and 4) hybrid. * ''Topological descriptors'' (T) are those based only on 2-D graph representations (simple connection tables) and are the easiest to calculate. They encode information about the make-up and connectivity of the molecule and include items such as molecular weight, simple atom counts, path lengths, and other connectivity descriptors. * ''Geometric descriptors'' (G) are calculated from the molecule after a 3-D geometry optimization routine. They encode information about the molecule related to its shape, volume, and surface area. * ''Electronic descriptors'' (E) are also calculated from the molecule after a 3-D geometry optimization routine. These descriptors take into account information about the partial charges on individual atoms to create a whole-molecule value such as electronegativity and dipole moment, HOMO and LUMO energies, and related energy values. * ''Hybrid descriptors'' (H) are descriptors that combine both geometric and electronic values from the 3-D optimized molecule to encode whole-molecule values such as charged partial surface areas. !! Partial List of Molecular Descriptors --- There are approximately over 2000 different molecular descriptors that are possible to calculate for a single molecule that fit into the categories above. Below is a just a small list of representative descriptors that can be used in a QSAR model. Each descriptor is designated by one of the four category types above (T, G, E, or H). @@.twocolumns * [[Atom Counts]] (T) * [[BCUT Descriptors]] (T/G) * [[Charged Partial Surface Areas]] (H) * [[Electrotopological State Indices]] (T) * [[HOMO & LUMO Energies]] (E) * [[Kappa Shape Indices]] (T) * [[Molar Refractivity]] (T) * [[Molecular Surface Area]] (G) * [[Molecular Volume]] (G) * [[Molecular Weight]] (T) * [[Path Counts]] (T) * [[Superpendentic Index]] (T) * [[Wiener Index]] (T) @@ <br> <br> back to [[Quantitative Structure-Activity Relationships]]<br> back to [[QSAR Topics]]
This description of molecular weight is for the calculation of a [[molecular descriptor|Molecular Descriptors Overview]] used in ''QSAR modeling''.
!! Description
---
''Molecular Weight'' is a topological descriptor calculated from the 2-D unsupressed [[connection table|Connection Tables]] by reading all of the atomic symbols and adding up their respective atomic masses.
!! Calculation
---
The molecular weight descriptor calculation can be represented by:
{{eqn0023}}
where $$m_i$$ is the atomic mass of each individual atom of the molecule.
When analyzing data from an experimental or instrumental method, there may be times when one or more measured or calculated values in the data set seem to be extremely removed from the rest of the data. We call these values potential ''outliers'' which may skew our expected results. However, we must have some rigid, logical reason for removing this outlier from the data -- //not just because it looks bad//! !! Removal of Outliers --- There are several metrics we can use to decide whether or not we can remove a data point as an outlier. They are discussed in separate sections and include: * [[Grubbs Test]] * [[Q-test]] * [[QSAR Outliers]] Another less formal rule of thumb that is sometimes used is if a data point lies at an absolute difference of > 4σ (4 standard deviations) from the data mean, it could be removed as an outlier. Most tests for outliers only allow one point to be removed (in other words, these tests aren't recursive or repeatable). back to [[Statistics & Math in Chemistry]] <br>back to [[QSAR Topics]]
The ''P-value'' in statistics is often used to evaluate parameters in [[Hypothesis Testing]].
Simply stated, the P-value is a ''probability'' that some variate (z) would assume a value greater than or equal to the observed value ''strictly by chance''.
$$P (z \geq z_{observed})$$
The value of P used to decide the cutoff between random chance and actual correlation is usually 0.05 (i.e., a confidence level of 5%). So the P-value is calculated as the ''lowest $$\alpha$$ value for which we can still reject the null hypothesis.''
!!!! ''External References''
---
* [[p-value on Wikipedia|http://en.wikipedia.org/wiki/P-value]], including a very nice section on the [[misunderstanding of p-values|http://en.wikipedia.org/wiki/P-value#Misunderstandings]]
back to [[Statistics & Math in Chemistry]]
back to [[Statistics & Math in Chemistry]]
When carrying out chemical calculations using data that contain measurements (e.g., mass, volume, etc.), one should consider that every measurement has a bit of [[random error|Types of Measurement Error]] associated with it. This ''uncertainty'' comes from imprecision in the measurement device, whether it be the last digit on an analytical balance due to rounding or the tolerance of a Class A pipet.
If using a lot of different measurements to calculate some final answer, each data point has an associated uncertainty in the measurement; these uncertainties then carry through to the final answer and must be considered for knowing your level of precision in the final answer. For example, the tolerance of a 10.00-mL Class A pipet is ±0.02 mL, so every time you pipet that volume, you have to report the volume as 10.00±0.02 mL. If you use an analytical balance, the uncertainty lies in the last digit, so a mass of 0.1015 g should be reported as 0.1015±0.0001 g.
If you then used a volume and mass to calculate the density (mass / volume), the final answer would be given with correct [[significant figures|Significant Figures]] with an associated uncertainty calculated from the uncertainties in the mass and volume measurements. Below are some rules for carrying out ''propagation of uncertainty'' in calculations.
!! Rules for Propagation of Uncertainty
---
For the table below, $$e_y$$ is the uncertainty for the calculated $$y$$ and $$e_{x_i}$$ is the individual measurement uncertainty. $$\%e_i$$ is the //percent relative error// and is calculated by $${e_{x_i}}/ {x_i} \cdot 100\%$$. Variable $$a$$ represents a constant with no associated uncertainty.
| Function | Uncertainty Calculation |h
|$$\displaystyle y = x_1 + x_2$$ | $$\displaystyle e_y = \sqrt{e^2_{x_1} + e^2_{x_2}}$$ |
|$$\displaystyle y = x_1 - x_2$$ | $$\displaystyle e_y = \sqrt{e^2_{x_1} + e^2_{x_2}}$$ |
|$$\displaystyle y = x_1 \cdot x_2$$ | $$\displaystyle \%e_y = \sqrt{\%e^2_{x_1} + \%e^2_{x_2}}$$ |
|$$\displaystyle y = \frac {x_1} {x_2}$$ | $$\displaystyle \%e_y = \sqrt{\%e^2_{x_1} + \%e^2_{x_2}}$$ |
|$$\displaystyle y = x^a$$ | $$\displaystyle \%e_y= a\cdot\%e_x$$ |
|$$\displaystyle y = \log x$$ | $$\displaystyle e_y = \frac 1 {\ln 10}\frac {e_x} x \approx 0.43429\frac {e_x} x$$ |
|$$\displaystyle y = \ln x$$ | $$\displaystyle e_y = \frac {e_x} x$$ |
|$$\displaystyle y = 10^x $$ | $$\displaystyle \frac {e_y} y = (\ln 10) e_x \approx 2.3026 e_x $$ |
|$$\displaystyle y = e^x $$ | $$\displaystyle \frac {e_y} y = e_x$$ |
back to [[Statistics & Math in Chemistry]]
Dixon's ''Q test'' can be used to test for the presence for a single outlier in a data set, assuming a normal distribution of data (except for the outlier). The Q value is tested by:
$$\displaystyle Q = \frac {gap} {range} $$
where the 'gap' is the absolute difference between the outlier in question and the closest number to it in the rest of the data set. The 'range' is then the absolute difference between the highest and lowest number in the entire data set.
The calculated Q value is then compared to a tabulated Q value (Q,,tab,,) at the chosen confidence interval (e.g., 90%).
If Q > Q,,tab,, , then the questionable data point is removed as an outlier. ''Only one point'' may be removed using the Q test.
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!! QSAR Topics --- Below are links to specific topics that we may cover in your course. When possible, I will label topics with the course they are covered in, since some topics are covered in more than one course and others are only covered in one course. Those topics with no designation are for general reference should you need them. !! Alphabetical List of QSAR Topics --- *''[[Quantitative Structure-Activity Relationships]] overview (read this first)''^^(581)^^ * Specific molecular descriptor tiddlers listed in [[Molecular Descriptors Overview]] @@.twocolumns * [[Basics of Linear Algebra]] ^^(581)^^ * [[Bayesian Neural Networks]] (BNNs)^^(581)^^ * [[Computational Neural Networks]] (CNNs)^^(581)^^ * [[Connection Tables]]^^(581)^^ * [[Decision Trees]]^^(581)^^ * [[Euclidean Distance]]^^(581)^^ * [[Graph Theoretic Structure Representation]]^^(581)^^ * [[k-Nearest Neighbor]] (//k//NN)^^(581)^^ * [[Linear Discriminant Analysis]] (LDA)^^(581)^^ * [[Linear Equation Fitting]]^^(581)^^ * [[Matrices in QSAR]] ^^(581)^^ * [[Molecular Descriptors Overview]]^^(581)^^ * [[QSAR Data Reduction]]^^(581)^^ * [[QSAR Data Set Construction]]^^(581)^^ * [[QSAR Mapping Overview]]^^(581)^^ * [[QSAR Model Implementation]]^^(581)^^ * [[QSAR Model Validation]]^^(581)^^ * [[QSAR Structure & Data Entry]]^^(581)^^ * [[Root-Mean-Square Error]] (RMSE)^^(581)^^ * [[SMILES]]^^(581)^^ @@ !!!! ''External References & Related Articles'' --- * Gupta, S.; Singh, M.; Madan, A. K. Superpendentic index: a novel topological descriptor for predicting biological activity. //J. Chem. Inf. Model.// ''1999,'' //39,// 272–277. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/ci980073q.pdf]]) * Johnson, S. R. The trouble with QSAR (or how I learned to stop worrying and embrace fallacy). //J. Chem. Inf. Model.// ''2008,'' //48,// 25–26. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/ci700332k.pdf]]) * Jurs, P.C. //Computer Software Applications in Chemistry//, 2nd ed.; Wiley: New York, 1996. * Leach, A. R. //An Introduction to Chemoinformatics//; Kluwer Academic Publishers: Dordrecht ; Boston, 2003. * ~McElroy, N. R. //The Prediction of Physical Properties and Biological Activities of Organic Compounds from their Molecular Structures.// Doctoral dissertation, Pennsylvania State University: State College, PA, 2003.
!!What exactly is QSAR? --- A //Quantitative Structure-Activity Relationship// (or sometimes //Quantitative Structure-Property Relationship//, QSPR) is a theoretical model that links the molecular structure of an organic compound to some biological acitivity or physical property of interest. It is an inductive approach, meaning that we follow a distinct path of reasoning to lead us from structure to property - in other words, we can't just 'look' at a structure and determine its property. QSAR/QSPR has been used to model properties such as boiling point, aqueous solubility, and glass transition temperatures of polymers, and look at interesting biological activities such as enzyme inhibition, blood-brain barrier partition coefficients, LD,,50,, values (toxicity) for various species interactions, and a host of others. In general, the pharmaceutical industry uses QSAR in the early stages of drug development to screen for potentially toxic compounds and sometimes to guide research in a particular subset of compounds or class of compounds. ADME/Tox (Absorption, Distribution, Metabolism, Excretion/Toxicity) studies are crucial to the success of candidate drugs. !!Who uses QSAR? --- As mentioned above, the pharmaceutical industry is very interested in finding ways to screen compounds for toxicity and other potential problem early on in the drug discover phase. "Fail early, fail cheap" is the standard thought, because the longer you work with a potential candidate drug, the more money you're spending. If you can weed out a potentially toxic compound early in the process, then you save a lot of time and money. Most every major pharmaceutical company has some employees, if not a whole team/section of CADDers (computer-aided drug designers), who spend their time making predictive ADME/Tox models in order to screen huge databases of chemical compounds (some of the larger companies can have virtual libraries with hundreds of thousands of chemical structures!). The field of computational chemistry is now rather broad with the advances in computer speed and power over the last 40 years, and QSAR is a small part of that. !!How does it work? --- The following description of QSAR is biased obviously by how I learned to use QSARs. There are several great books available on the subject, and there are several ways to go about it. A full history and evolution of the field will not be presented here, either, as this is available elsewhere. My approach to QSAR comes from the methods I learned under Dr. Peter Jurs at Penn State. In general, I find there are seven steps to create a good and reliable QSAR model: # [[Data set construction|QSAR Data Set Construction]] # [[Structure sketching/data entry|QSAR Structure & Data Entry]] # [[Descriptor calculations|Molecular Descriptors Overview]] # [[Data preprocessing and reduction|QSAR Data Reduction]] # [[Mapping|QSAR Mapping Overview]] # [[Model validation|QSAR Model Validation]] # [[Model implementation|QSAR Model Implementation]] !!Benefits of Using QSAR --- There are several benefits of using QSAR models. One of the major focuses is their use in the pharmaceutical and consumer products industry as a tool to screen large datasets of compounds for properties that might have a detrimental efftect in ADME/Tox concerns. Removing potentially toxic compounds from consideration when searching for candidate drugs or other consumables is most efficient in the early development phases, and this represents a substantial cost savings. Smaller, more focused models can help researchers understand what characteristics of a molecule are important in a particular property, thereby giving some insight into the structural characteristics. This can help guide research and synthesis toward more desirable products. Though we're a long way off from relying completely on theoretical models for property prediction, these tools present a cost-effective and important step in industrial processes. All compounds that come to market must still undergo rigourous testing (both animal testing and human clinical trials), but the relative ease of screening thousands of compounds //in silico// presents a reliable way to avoid spending money and time on //in vitro// and //in vivo// testing. !!Limitations of QSAR --- As useful as QSAR can be, there are several limitations that must be considered to ensure that they are used properly, and to ensure that their results are properly interpreted. First, the data from which the model is constructed must be sound. In other words, one hopes to start with data that comes from a single source and whose experimental data was collected under the same protocol. Second, the model depends upon the types of compounds that are used to build it. For example, if a model is constructed from only hydrocarbons or halogenated hydrocarbons, then using the model to predict properties of compounds NOT from these groups is suspect to doubt because of extrapolation. In industry, for example, where thousands of compounds can be used to construct a model, it is sometimes desirable to construct a general 'global' model, that accounts for many compound classes. At other times, it may be better to use a smaller, more focused 'local' model that is concerned only with a particular subset of chemical compounds. Many times, you must think ahead to what your model will be used for before you even build it. Similarly, one must determine how similar an unknown compound is to the compounds represented by the model training set. Third, the limit of prediction power is dependent upon the errors found in training and validating the model. When an unknown is predicted using the model, you can only be certain of its 'correctness' within the limit of the errors found in training and validation. Fourth, the interpretation of model descriptors is a point of contention among many groups. One can always make strong arguments as to how the descriptors found in your model can be related to the structure-activity link, particularly if dealing with a linear model. For nonlinear applications, there is not yet a reliable way to interpret how each descriptor is affecting the outcome, and how that may influence the property. The only real way to know these relationships is to synthesize a new molecule, test its property, and see how it compares to the model prediction. back to [[QSAR Topics]]
A list of references (alphabetical by author) used in creating this wiki.
* Anscombe, F.J. Graphs in statistical analysis, //Amr. Stat.,// ''1973,'' //27,// 17-21.
* Gupta, S.; Singh, M.; Madan, A. K. Superpendentic index: a novel topological descriptor for predicting biological activity. //J. Chem. Inf. Model.// ''1999,'' //39,// 272–277. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/ci980073q.pdf]])
* Harris, D.C. //Exploring Chemical Analysis//, 5th ed.; Freeman: New York, NY, 2013.
* Huber, L. Good Laboratory Practice Regulations http://www.labcompliance.com/tutorial/glp/ (//accessed Jan 20, 2015//).
* Johnson, S. R. The trouble with QSAR (or how I learned to stop worrying and embrace fallacy). //J. Chem. Inf. Model.// ''2008,'' //48,// 25–26. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/ci700332k.pdf]])
* Jurs, P.C. //Computer Software Applications in Chemistry//, 2nd ed.; Wiley: New York, 1996.
* Kachigan, S.K. //Statistical Analysis: An Interdisciplinary Introduction to Univariate & Multivariate Methods//; Radius Press: New York, NY, 1986.
*Kolman, B. //Introductory linear algebra with applications,// 4th ed.; Macmillan ; Collier Macmillan: New York : London, 1988.
* Leach, A. R.; Gillet, V. J. //An Introduction to Chemoinformatics//; Kluwer Academic Publishers: Dordrecht ; Boston, 2003.
* ~McElroy, N. R. //The Prediction of Physical Properties and Biological Activities of Organic Compounds from their Molecular Structures.// Doctoral dissertation, Pennsylvania State University: State College, PA, 2003.
* Organisation for Economic Co-operation and Development. //Principles of Good Laboratory Practice and Compliance Monitoring//; Organisation for Economic Co-operation and Development: Paris, 1998. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/OECD-GLP1.pdf]])
* Organisation for Economic Co-operation and Development. //Quality Assurance and GLP//; OECD Series on Principles of GLP and Compliance Monitoring; ENV/JM/MONO(99)20; Organisation for Economic Co-operation and Development: Paris, 1999. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/env-jm-mono(99)20.pdf]])
* Organisation for Economic Co-operation and Development. //The Application of the GLP Principles to Field Studies//; OECD Series on Principles of GLP and Compliance Monitoring; ENV/JM/MONO(99)22; Organisation for Economic Co-operation and Development: Paris, 1999. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/env-jm-mono(99)22.pdf]])
* Organisation for Economic Co-operation and Development. //The Role and Responsibilities of the Study Director in GLP Studies//; OECD Series on Principles of GLP and Compliance Monitoring; ENV/JM/MONO(99)24; Organisation for Economic Co-operation and Development: Paris, 1999. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/env-jm-mono(99)24.pdf]])
* Robinson, J. W.; Skelly Frame, E. M.; Frame II, G. M. //Undergraduate Instrumental Analysis//, 7th ed.; CRC: Boca Raton, FL, 2014.
* Wolfram Research, //~MathWorld//; http://mathworld.wolfram.com.
* Zaiontz, C. Real Statistics Using Excel, http://www.real-statistics.com/
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$$\displaystyle K_x = \frac {[X]_s} {[X]_m} = \frac {Amt X_s/V_s} {Amt X_m/V_m} = \frac {Amt X_s} {Amt X_m} \times \frac {V_m} {V_s} = k'\times\beta$$ [''Eq 01-11.01'']
$$\displaystyle \beta = \frac {r_c} {2d_f}$$ [''Eq 01-11.02'']
$$\displaystyle k' = \frac {(t'_r)} {t_m} = \frac {(t_r - t_m)} {t_m}$$ [''Eq. 01-11.03'']
$$\displaystyle \alpha = \frac {K_B} {K_A} = \frac {(V'_R)_B} {(V'_R)_A} = \frac {k'_B} {k'_A} = \frac {(t'_r)_B} {(t'_r)_A}$$ [''Eq. 01-11.04'']
$$\displaystyle R_S = \frac {2d} {(w_b)_A + (w_b)_B}$$ [''Eq. 01-11.05'']
$$\displaystyle N=16\left(\frac{t_r} {w_b}\right)^2 = 5.54\left(\frac {t_r} {w_b}\right)^2$$ [''Eq 01-11.06'']
$$\displaystyle H = A + \frac B u + Cu$$ [''Eq. 01-11.11'']
The ''root-mean-square (RMS)'' is the square root of mean of the values $$x_i^2$$ and is calculated as
{{eqn0008}}
where x,,i,, is each variable value of the data set and n is the total number of variables in the data set. Though we don't use this very often, it is brought up here to distinguish from [[Root-Mean-Square Error (RMSE)|Root-Mean-Square Error]], a metric often used to evaluate predictive models of large data sets.
!!!! ''Example Calculation''
---
Student Exam Scores: 99, 85, 89, 92, 76, 43, 87, 72, 84.
$$\displaystyle x_{RMS} = \sqrt{\frac {9801+7225+7921+8464+5776+1849+7569+5184+7056} 9}$$
$$x_{RMS} = 82._2$$
The final answer should have no more precision than the values that go into the calculation, so the final answer of the root-mean-square here would be 82. In some texts, the next digit is shown in subscript to show how the answer was rounded, but this last digit would not be significant. See [[Significant Figures]] if you need a refresher on that topic.
!!! Related Topics
---
* [[Mean]]
* [[Standard Deviation]]
* [[Variance]]
* [[Root-Mean-Square Error]]
!!!! ''External References''
---
* http://mathworld.wolfram.com/Root-Mean-Square.html
back to [[Statistics & Math in Chemistry]]
The ''root-mean-square error (RMSE)'' is used to assess the fitness of a predictive model in structure-property or -activity relationships. In such a method, a particular physical property (e.g., boiling point, vapor pressure) or biological activity (e.g., IC,,50,,, toxicity) that is linked to a chemical via its molecular structure is used to build a computational model used for screening and predictions. In order to test how well the model performs, we frequently compare the known property of the compound ($$x_i$$) to the predicted or calculated property of the compound from the model ($$y_i$$). The goal of model building is to choose a set of parameters that minimizes the root-mean-square error. RMSE is calculated as:
{{eqn0022}}
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back to [[QSAR Topics]]
The rules for ''rounding numbers'' are probably very similar to what you remember from grade school. If you need to round, or truncate, a number in order to report the correct number of [[significant figures|Significant Figures]], follow the rules below. #Once you decide what decimal place you must round to, look at the digit immediately to the right: if the number is between 0 and 4, you will keep the current number (example: 12.44 rounded to one decimal place would be 12.4); if the number is between 5 and 9, then you increase the final digit by 1 (example: 12.46 rounded to one decimal place is 12.5). #Even if you have to remove several digits, you are only concerned with the digit immediately to the right of the final decimal place (example: 12.44999 rounded to one decimal place is still 12.4, not 12.5). For large data sets, there is an additional ''real rule of rounding''. That is, if the number immediately to the right of the last decimal place is exactly '5', you always round to the ''nearest even number''. #''Example:'' 12.45 rounded to one decimal place would be 12.4 (had it been 12.455, you'd have rounded to 12.5; had it been 12.45000, you'd still have rounded to 12.4) #''Example:'' 12.55 rounded to one decimal place would be 12.6 Why do we do this? For large data sets, if you always round up from a 5, you will introduce a false bias to the data, driving up the average values. By always rounding to the nearest even number, you give a more true representation of the data #''Example:'' the average of 12.45 + 12.55 = 12.50 #''Example:'' the average of 12.5 + 12.6 (rounding both upwards) is 12.55 or 12.6 (slightly higher than the true average) #''Example:'' the average of 12.4 + 12.6 (rounded using the even number method) is 12.5 (closer to the true average) back to [[Statistics & Math in Chemistry]]
''Scientific'' or ''exponential notation'' is a way to write numbers in chemistry (and other sciences) to avoid reporting ambiguity of significant figures in measurements, and also to easily write very large or very small numbers without a whole bunch of zeroes. Scientific notation makes use of a ''coefficient'' and an ''exponential factor'' (i.e., a power of 10). !!! ''The Concept'' --- To write a number in scientific notation, the number is written with a single digit preceding a decimal point, followed by any remaining significant figures and then an exponent of 10. <<< __Example__: The number 344 is written as 3.44x10^^2^^, meaning that the number 3.44 is multiplied by 10 raised to the second power (10^^2^^ = 100). __Example__: The number 1,255 is written as 1.255x10^^3^^, or 1.255 times 1,000 (10^^3^^). __Example__: The number 0.0034 is written as 3.4x10^^-3^^, where 10^^-3^^ means 0.001 (or 1/1000th). <<< //Scientific notation removes ambiguity in the number of significant figures, because ONLY significant figures are written in this form.// <<< __Example__: The number 2,500 could have various levels of precision, with at least two, but as many as four significant figures. Written in scientific notation, we can be sure of the level of precision. *2,500 written as 2.5x10^^3^^ has only two significant figures *2,500 written as 2.50x10^^3^^ has three significant figures *2,500 written as 2.500x10^^3^^ has four significant figures <<< Some things to remember when dealing with exponents ... *10^^0^^ = 1, and 10^^1^^ = 10 *10^^x^^ is a number greater than 1 if x is a positive value *10^^x^^ is a number less than 1 if x is a negative value (i.e. 1/x = x^^-1^^), so 10^^-2^^ is the same as 1/10^^2^^ or 1/100 or 0.01 !!! ''Converting between real numbers and scientific notation'' --- *To convert a real number into scientific notation **First, write out the number with the appropriate number of significant figures **Move the decimal point so that is appears after the first digit in the number **Write ''x10'' **Write the power of 10 that corresponds to the number of places that you moved the decimal point. ***For numbers greater than 1, you moved the decimal point to the left (e.g., 1234 → 1.234) and so the exponent would be a positive number (e.g., 10^^3^^ for three places) ***For numbers less than 1, you moved the decimal point to the right (e.g., 0.0034 → 3.4) and so the exponent would be a negative number (e.g., 10^^-3^^ for three places) *To convert scientific notation into a real number **First, write out the number in front of the exponent **Move the decimal point the number of places determined by the exponent ***If the exponent is a positive number, you'll move the decimal place to the right (e.g., 1.234x10^^3^^ → 1234.) ***If the exponent is a negative number, you'll move the decimal place to the left (e.g., 3.4x10^^-2^^ &rarr: 0.034), adding the appropriate number of placeholding zeroes before the number and after the decimal point. It is also customary to place a 0 in front of the decimal point for easier reading (i.e., write 0.034 and not just .034) **In the case of large numbers (e.g., 4.5x10^^5^^), you will also need to write the appropriate number of zeroes to make the number correct: 4.5x10^^5^^ → 450,000. Note however, that the trailing zeroes here are not considered significant because they did not appear in the scientific notation. !!! ''Calculations involving scientific notation'' --- You will use scientific notation in making calculations, so it is important that you know how to manipulate them correctly. *Multiplying and dividing numbers in scientific notation is a two-step process. Let's show an example of the following multiplication: (2.33x10^^4^^)⋅(7.2x10^^6^^). **First, multiply the numbers in front of the exponents as you normally would, then [[round|Rounding Numbers]] to the correct number of [[significant figures|Significant Figures]]: 2.33 x 7.2 = 16.776 → 17 (2 significant figures). **Next, multiply the exponent factors: for multiplication of exponents, you simply need to add the exponent numbers (10^^4^^)⋅(10^^6^^) = 10^^10^^ (4+6=10). **Write the two numbers together: 17x10^^10^^ **Finish up by writing this in proper scientific notation by moving the decimal one place to the left; then you'll have to add one number to the exponent so 17x10^^10^^ = 1.7x10^^11^^ *__Example__: (1.33x10^^-2^^)⋅(4.2x10^^5^^) = 5.586x10^^3^^ → 5.6x10^^3^^ (here, the final answer has two significant figures, and the exponent of 10^^3^^ comes from (-2)+(5) *__Example__: (1.33x10^^-2^^) / (4.2x10^^5^^) = 0.31667x10^^-7^^ → 3.2x10^^-8^^ (for division, you subtract exponents, so (-2)-(5) = -7; the final answer was rounded to two significant figures and the decimal place had to be moved one place to the right, therefore you had to subtract one digit from the exponent -7 → -8. *Adding and subtracting numbers in scientific notation requires a slightly different approach. Let's show an example of adding: 2.33x10^^2^^ + 1.2x10^^3^^ + 4.55x10^^1^^ **Before we can add or subtract, all numbers must be written with the same exponent. This means that we need to choose one of the exponents above and switch the other two to match. Let's choose the middle one, 10^^2^^. **To change 1.2x10^^3^^, we reduce the exponent by one digit, so we'll have to move the decimal place one position to the right: 1.2x10^^3^^ → 12x10^^2^^ **To change 4.55x10^^1^^, we increase the exponent by one digit, so we'll have to move the decimal place one position to the left: 4.55x10^^1^^ → 0.455x10^^2^^ **Now add the numbers: 2.33 + 12 + 0.455 to get 14.785. This must be rounded to the fewest number of decimal places (one place): 14.785 → 15 **Now add the exponent and write the final form in correct scientific notation: 15x10^^2^^ → 1.5x10^^3^^ *Alternately, one could write all three numbers as real numbers, add them, round, and write in scientific notation **2.33x10^^2^^ = 233; 1.2x10^^3^^ = 1200; 4.55x10^^1^^ = 45.5 **233 + 1200 + 45.5 = 1478.5, then is rounded to the hundreds place; 1478.5 → 1500 **1500 is written in proper scientific notation as 1.5x10^^3^^ see also [[Significant Figures]], [[Rounding Numbers]] back to [[Statistics & Math in Chemistry]]
The term ''selectivity'' in regard to instrumental methods is a way to describe how well an instrument can discern one entity from another (e.g., ions, molecules, wavelengths, etc.). In some ways, we can think of it as a matter of precision. For example, when detecting light wavelengths in a spectroscopic method, one instrument type might outperform another. Selectivity in an instrument is also dependent on the species involved. For example, an atomic absorption spectrometer might be able to detect calcium wavelengths to the nearest 0.1 nm and copper wavelengths to the nearest 0.01 nm. In this case, the instrument has a better selectivity for copper than calcium. The selectivity here means that if two species have wavelengths that are 0.10 nm or less apart, the instrument with 0.1 nm selectivity couldn't tell them apart, whereas an instrument with 0.01 nm selectivity would be able to see separate signals. Selectivity is a consideration in many optical and chromatographic separation methods. see also [[Sensitivity]]<br> back to [[Instrument Calibration Methods]]
The term ''sensitivity'' in regard to instrumental methods is a way to describe how well an instrument can detect a change in analyte concentration by some signal. The sensitivity of an instrument can be related through the slope of the calibration curve. For example, Instrument A and Instrument B are both measuring the standard curve for a chemical at 0.1, 1, and 10 ppm concentrations. * Instrument A reports signals of 100, 200, and 300 for the respective concentrations. * Instrument B reports signals of 100, 500, and 100 for the respective concentrations. In this example, Instrument B is more sensitive because the signal increase is greater than Instrument A for the same concentration increase. As a result, the slope of the calibration curve for Instrument B would be steeper than that of Instrument A. see also [[Selectivity]] back to [[Instrument Calibration Methods]]
When making a measurement of any kind, no matter how good your equipment is there will always be a certain amount of ''uncertainty'' or ''variability'' in the measurement. The difference between a measurement of some quantity and the true value of that quantity is called an ''error'', and the goal of any measurement is to use equipment and procedures that will minimize the size of error. Some of the common devices you'll use in a laboratory or everyday situations for making measurements include scales (aka balances) for measuring mass, volumetric glassware (e.g., buret, pipet, graduated cylinder) for measuring liquid volume, and rulers or calipers for measuring length. Even the highest quality instruments will have some error associated with them, and the last digit in any measurement is considered to have some uncertainty associated with it. On an electrical balance, for example, you'll notice that the digital read out goes out to three or even four decimal places. If you weigh some salt on a balance you may get a reading of 4.188 (meaning the salt weight 4.188 grams). Here, our instrument's level of [[precision|Precision]] is to the thousandths place. However, the final digit of '8' has some uncertainty associated with it because the instrument ''rounded'' the final digit. For example, 4.188 could mean 4.1884 grams or it could mean 4.1875 grams - this is the range of uncertainty in the measurement (i.e., 4.188 ± 0.0005 grams). Regardless, we cannot write any numbers beyond what is given to us on the balance, but we must ''record every number''. If the scale read 4.000 grams, we would not just write 4 grams!! Writing 4 grams versus 4.000 grams is a big difference, because the level of precision, or ''number of significant figures'' is much different from one to the other. Writing the proper number of significant figures removes the need of using the ± sign in our reports. Rather than having to write 4 ± 0.1 grams - we simply write 4.0 grams. Rather than writing 4 ± 0.001 grams, we simply write 4.000 grams. !!! ''Rules for Determining Significant Figures'' --- #All non-zero digits are significant. (e.g., 433.5 has four significant figures) #Any trailing zeroes are significant (e.g., 4.100 has four significant figures) #Any zero between two non-zero digits is significant (e.g., 10,055 has five significant figures) #A zero before a non-zero digit is ''not'' significant (e.g., 0.0044 has only two significant figures; the zeroes are placeholders) #A trailing zero in a number with no decimal point is ''not'' significant (e.g., 2300 has only two significant figures) ##note that sometimes, the zeroes above will be called ambiguous - that is, the 2300 may have only two significant figures, but it could have three or four - we just don't know; it is always safest to assume that they are not !!! ''Calculations involving significant figures'' --- Because we will frequently make measurements in lab that will be used in further calculations, it is vital that you understand how significant figures carry through to a final solution. Any answer to a problem that involves significant figures cannot have more precision (more significant figures) than the precision of the measurements used to solve that problem. <<< __Example__: If you want to calculate the area of a piece of paper with a measured length of 25.5 cm and a measured width of 6.8 cm, you multiply length x width to get area *(25.5 cm)⋅(6.8 cm) = 173.4 cm^^2^^ *The length measurement has 3 significant figures and the width measurement has 2 significant figures. Your raw answer at the moment contains 4 significant figures, but this is too many! *''In a multiplication of division problem, the final answer cannot have more significant figures than the number with the __least__ number of significant figures.'' So, in this case, the fewest number of significant figures is 2 (6.8 cm), therefore, the final answer must be rounded to 2 significant figures, or 174.3 cm^^2^^ → 170 cm^^2^^. In order to avoid ambiguity in the final answer, you could write it in [[scientific notation|Scientific Notation]] as 1.7x10^^2^^ cm^^2^^. <<< Here's another ... <<< __Example__: If you want to find the total mass of three coins (12.3 g, 9.33 g, and 5.445 g) measured on different scales, you would add up all the masses: *12.3 g + 9.33 g + 5.445 g = 27.075 g *Note that each has a different level of precision because of the different balances used to weight them (one decimal place, two decimal places, and three decimal places), giving different number of significant figures (three, three, and four significant figures, respectively). *''In an addition or subtraction problem, the final answer cannot have more precision (number of decimal places) than the number with the __fewest__ decimal places.'' So, in this case, the fewest number of decimal places is 1 (12.3 g), therefore, the final answer must be rounded to 1 decimal place, or 27.075 g → 27.1 g. If needed, review the rules for [[rounding numbers|Rounding Numbers]]. <<< In both cases above, regardless of the rules you need to follow, ''always carry out all operations and then round the number appropriately at the last step''. We can use all the digits for each measurement because each measurement was valid and contributes to the final answer. ''Never'' round your measurements before carrying out the math. !!! ''Significant figures in unit-conversion problems'' Any measurement used in a unit-conversion method counts towards the final significant figures in the answer. ''Counting numbers'' and ''conversion units'' used in calculations do ''not'' count towards the final significant figures in the answer (e.g., 1000 m/km is a conversion factor and would not count; in taking the average masses of three objects (a+b+c)÷3 ... the '3' would not count towards significant figures. see also [[Scientific Notation]], [[Rounding Numbers]] back to [[Statistics & Math in Chemistry]]
''SMILES'' is an acronym for ''S''implified ''M''olecular ''I''nput ''L''ine ''E''ntry ''S''ystem. It is considered a //line notation// or a method for using printed characters to represent a more complex scheme - in this case, molecular structure. For a good review of SMILES conventions, see <br> http://www.daylight.com/dayhtml/doc/theory/theory.smiles.html see also [[Connection Tables]] <br> back to [[QSAR Topics]]
!! Basics of Spectroscopic Measurements --- This section is a guided tour of basic terms and concepts that you need to understand the processes and implementations of spectroscopic methods for your course. Several subtopics will be linked below, and they will be placed in the order that you should read over them. Many of these topics will be in the alphabetical list of the [[Spectroscopy Overview]], too, for quick reference later.
!! Spectroscopy Overview --- Below are links to specific topics that we may cover in your course. When possible, I will label topics with the course they are covered in, since some topics are covered in more than one course and others are only covered in one course. Those topics with no designation are for general reference should you need them. !! Alphabetical List of Spectroscopy Topics --- * [[Spectroscopic Theory]] ^^(326,581)^^ -- read this first @@.twocolumns * @@ !!!! ''External References & Related Articles'' --- * Harris, D.C. //Exploring Chemical Analysis//, 5th ed.; Freeman: New York, NY, 2013. * Robinson, J.W.; Skelly Frame, E.M.; Frame II, G.M. //Undergraduate Instrumental Analysis//, 7th ed.; CRC: Boca Raton, FL, 2014.
The true definition of ''standard deviation'' ($$S_N$$) is the square root of the sample variance of N observations. However, we more commonly associate this term with the bias-corrected variance ($$S_{N-1})$$. The standard deviation is the square root of the [[variance|Variance]].
{{eqn0009}}
where x,,i,, is each variable value of the data set, $$\bar{x}$$ is the data set [[mean|Mean]] and N is the total number of variables in the data set.
!!!! ''Example Calculation''
---
Student Exam Scores: 99, 85, 89, 92, 76, 43, 87, 72, 84.
$$\displaystyle S_{N-1} = \sqrt{\frac 1 8 * (331+18+67+125+23+1429+38+77+10)}$$
$$S_{N-1} = 16._3$$
If reporting this with the mean, it might be written as:
$$\bar{x} = 80._8 \pm16._3$$ or as $$81 \pm16$$
The final answer should have no more precision than the values that go into the calculation, so the final answer of the standard deviation here would be 16. In some texts, the next digit is shown in subscript to show how the answer was rounded, but this last digit would not be significant. See [[Significant Figures]] if you need a refresher on that topic.
!!! Related Topics
---
* [[Mean]]
* [[Variance]]
* [[Root-Mean-Square]]
!!!! ''External References''
---
* http://mathworld.wolfram.com/StandardDeviation.html
back to [[Statistics & Math in Chemistry]]
this is a wiki tag
!! Statistics & Math in Chemistry --- Below are links to specific topics that we may cover in your course. When possible, I will label topics with the course they are covered in, since some topics are covered in more than one course and others are only covered in one course. Those topics with no designation are for general reference should you need them. !! Alphabetical List of Math & Statistics Topics --- @@.twocolumns * [[Basics of Linear Algebra]] ^^(581)^^ * [[Chi-square test]] ^^(581)^^ * [[Confidence Levels]] ^^(326,581)^^ * [[Degrees of Freedom]] ^^(326,581)^^ * [[Difficulties with Linear Fits]] ^^(581)^^ * [[F-test]] ^^(326,581)^^ * [[Grubbs Test]] ^^(326,581)^^ * [[Hypothesis Testing]] ^^(326,581)^^ * [[Independent Two-Sample t-Test]] ^^(326,581)^^ * [[Linear Equation Fitting]] ^^(581)^^ * [[Mean]] ^^(326,581)^^ * [[Method of Least Squares]] ^^(326,581)^^ * [[P-value]] ^^(326,581)^^ * [[Precision]] ^^(326,581)^^ * [[Propagation of Uncertainty]] ^^(326)^^ * [[Q-test]] ^^(326,581)^^ * [[Root-Mean-Square]] ^^(581)^^ * [[Rounding Numbers]] * [[Scientific Notation]] * [[Significant Figures]] * [[Standard Deviation]] ^^(326,581)^^ * [[Student's t]] ^^(326,581)^^ * [[Types of Measurement Error]] ^^(326)^^ * [[Variance]] ^^(326,581)^^ @@ !!!! ''External References & Related Articles'' --- * Harris, D.C. //Exploring Chemical Analysis//, 5th ed.; Freeman: New York, NY, 2013. * Jurs, P.C. //Computer Software Applications in Chemistry//, 2nd ed.; Wiley: New York, 1996. * Kachigan, S.K. //Statistical Analysis: An Interdisciplinary Introduction to Univariate & Multivariate Methods//; Radius Press: New York, NY, 1986. * Real Statistics Using Excel, http://www.real-statistics.com/ * Robinson, J.W.; Skelly Frame, E.M.; Frame II, G.M. //Undergraduate Instrumental Analysis//, 7th ed.; CRC: Boca Raton, FL, 2014. * [[Wolfram MathWorld|http://mathworld.wolfram.com]]
The ''Student's t'' distribution and related tables for confidence intervals is used for one- and two-sided tests in [[Hypothesis Testing]]. The shape of the distribution and tables can be found in numerous resources, including in most advanced chemistry and statistics texts. Related topics in this wiki: * [[Confidence Levels]] * [[Grubbs Test]] * [[Mean]] * [[Root-Mean-Square]] * [[Standard Deviation]] back to [[Statistics & Math in Chemistry]]
!! Description
---
The ''superpendentic index'' is a topological descriptor computed from the [[pendent matrix|Pendent Matrix]] ($$D_p$$) of [[graph|Graph Theoretic Structure Representation]] $$G$$, which is a submatrix of the distance matrix obtained by retaining the columns corresponding to pendent vertices of the molecule. The descriptor can be described as the square root of the sum of products of nonzero row elements in the pendent matrix of the hydrogen suppressed molecular graph.
!! Calculation
---
The superpendentic index is calculated by
{{eqn0024}}
where $$P_{i,j}$$ is the length of the path that contains the least number of edges between vertex $$i$$ and vertex $$j$$ in graph $$G$$; $$m$$ and $$n$$ are maximum possible numbers of $$i$$ and $$j$$, respectively.
!!!! ''References''
* Gupta, S.; Singh, M.; Madan, A. K. Superpendentic index: a novel topological descriptor for predicting biological activity. //J. Chem. Inf. Model.// ''1999,'' //39,// 272–277. ([[PDF|http://www.people.iup.edu/nate/wikis/chem581/docs/ci980073q.pdf]])
<br>
see also [[Wiener Index]]<br>
see also [[Pendent Matrix]]<br>
see also [[Graph Theoretic Structure Representation]]<br>
back to [[Molecular Descriptors Overview]]
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When making measurements in lab, we must realize that every measurement that we take has some associated ''error'' of some sort. Some errors are known and some are not, but they exist. !! Systematic Error --- Systematic error is the better type of error we encounter because if it is detected, it can be corrected or accounted for. Systematic error is also ''repeatable''. Frequently encountered systematic errors include: * improperly calibrated balances or instruments * improper but consistent use of a pipet * uncertainty in analytical balances (not really an error, but the last digit on a digital readout has a fixed level of uncertainty) * uncertainty (tolerance) of glassware - every volumetric flask or pipet has an associated tolerance that we can account for * improperly prepared chemical standard (when used repeatedly) !! Random Error --- Random error is the unknown and unreproducible type of error. We may never know if or when it occurs, but can be a contributor to an odd or unexpected result. Gross random error may require a repeat analysis or the removal of an outlier. Types of random error that may occur: * accidental spills in sample preparation * improper reading of equipment or instruments * electrical noise in instruments (e.g., power spike or current interruption) * unrealized mistakes in any procedure that aren't repeated elsewhere * instrument signal drift * one-time chemical or signal interferences see also [[Propagation of Uncertainty]]<br> back to [[Statistics & Math in Chemistry]]
!! Undergraduate Instrumental Analysis --- by J.W. Robinson, E.M. Skelly Frame, and G.M Frame II ISBN: 978-1-4200-6135-2 (7th ed.)
The ''variance'' ($$s^2_N$$) or the more commonly used bias-corrected variance ($$s^2_{N-1})$$ is the square of the [[standard deviation|Standard Deviation]], or the standard deviation is the square root of the variance.
{{eqn0010}}
where x,,i,, is each variable value of the data set, $$\bar{x}$$ is the data set [[mean|Mean]] and N is the total number of variables in the data set.
!!!! ''Example Calculation''
---
Student Exam Scores: 99, 85, 89, 92, 76, 43, 87, 72, 84.
$$\displaystyle S_{N-1} = \frac 1 8 * (331+18+67+125+23+1429+38+77+10)$$
$$S_{N-1} = 265._7$$
The final answer should have no more precision than the values that go into the calculation, so the final answer of the standard deviation here would be 16. In some texts, the next digit is shown in subscript to show how the answer was rounded, but this last digit would not be significant. See [[Significant Figures]] if you need a refresher on that topic.
!!! Related Topics
---
* [[Mean]]
* [[Standard Deviation]]
* [[Root-Mean-Square]]
!!!! ''External References''
---
* http://mathworld.wolfram.com/Variance.html
back to [[Statistics & Math in Chemistry]]
! Dr. ~McElroy's Chemistry Wiki
---
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