mediawiki-extensions-Visual.../modules/ve-mw/preinit/ve.init.mw.ArticleTargetLoader.js

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Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
/*!
* VisualEditor MediaWiki ArticleTargetLoader.
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
*
* @copyright 2011-2020 VisualEditor Team and others; see AUTHORS.txt
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
* @license The MIT License (MIT); see LICENSE.txt
*/
// TODO: ve.now and ve.track should be moved to mw.libs.ve
/* global ve */
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
/**
* Target loader.
*
* Light-weight loader that loads ResourceLoader modules for VisualEditor
* and HTML and page data from the API. Also handles plugin registration.
*
* @class mw.libs.ve.targetLoader
* @singleton
*/
( function () {
var prefName, prefValue,
uri,
namespaces = mw.config.get( 'wgNamespaceIds' ),
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
conf = mw.config.get( 'wgVisualEditorConfig' ),
pluginCallbacks = [],
modules = [ 'ext.visualEditor.articleTarget' ]
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
// Add modules from $wgVisualEditorPluginModules
.concat( conf.pluginModules.filter( mw.loader.getState ) );
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
try {
uri = new mw.Uri();
} catch ( e ) {
// URI may not be parseable (T106244)
uri = false;
}
// Provide the new wikitext editor
if (
uri &&
conf.enableWikitext &&
(
mw.user.options.get( 'visualeditor-newwikitext' ) ||
uri.query.veaction === 'editsource'
) &&
mw.loader.getState( 'ext.visualEditor.mwwikitext' )
) {
modules.push( 'ext.visualEditor.mwwikitext' );
}
// Load signature tool if *any* namespace supports it.
// It will be shown disabled on namespaces that don't support it.
if (
Object.keys( namespaces ).some( function ( name ) {
return mw.Title.wantSignaturesNamespace( namespaces[ name ] );
} )
) {
modules.push( 'ext.visualEditor.mwsignature' );
}
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
// Add preference modules
for ( prefName in conf.preferenceModules ) {
prefValue = mw.user.options.get( prefName );
// Check "0" (T89513)
if ( prefValue && prefValue !== '0' ) {
modules.push( conf.preferenceModules[ prefName ] );
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
}
}
mw.libs.ve = mw.libs.ve || {};
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
mw.libs.ve.targetLoader = {
/**
* Add a plugin module or callback.
*
* If a module name is passed, that module will be loaded alongside the other modules.
*
* If a callback is passed, it will be executed after the modules have loaded. The callback
* may optionally return a jQuery.Promise; if it does, loading won't be complete until
* that promise is resolved.
*
* @param {string|Function} plugin Plugin module name or callback
*/
addPlugin: function ( plugin ) {
if ( typeof plugin === 'string' ) {
modules.push( plugin );
} else {
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
pluginCallbacks.push( plugin );
}
},
/**
* Load modules needed for VisualEditor, as well as plugins.
*
* This loads the base VE modules as well as any registered plugin modules.
* Once those are loaded, any registered plugin callbacks are executed,
* and we wait for all promises returned by those callbacks to resolve.
*
* @param {string} mode Initial editor mode, for tracking
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
* @return {jQuery.Promise} Promise resolved when the loading process is complete
*/
loadModules: function ( mode ) {
mw.hook( 've.loadModules' ).fire( this.addPlugin.bind( this ) );
ve.track( 'trace.moduleLoad.enter', { mode: mode } );
return mw.loader.using( modules )
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
.then( function () {
ve.track( 'trace.moduleLoad.exit', { mode: mode } );
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
pluginCallbacks.push( ve.init.platform.getInitializedPromise.bind( ve.init.platform ) );
// Execute plugin callbacks and collect promises
return $.when.apply( $, pluginCallbacks.map( function ( callback ) {
return callback();
} ) );
} );
},
/**
* Creates an OOUI checkbox inside an inline field layout
*
* @param {Object[]} checkboxesDef Checkbox definitions from the API
* @return {Object} Result object with checkboxFields (OO.ui.FieldLayout[]) and
* checkboxesByName (keyed object of OO.ui.CheckboxInputWidget).
*/
createCheckboxFields: function ( checkboxesDef ) {
var checkboxFields = [],
checkboxesByName = {};
if ( checkboxesDef ) {
Object.keys( checkboxesDef ).forEach( function ( name ) {
var $label, checkbox,
options = checkboxesDef[ name ],
accesskey = null,
title = null;
// Non-checkbox fields are permitted in the 'checkboxes' definitions (since MW
// core 4fa7d4d7), but VE doesn't yet support them.
// @TODO Remove this and properly support watchlist expiry and other widgets.
if ( options.class !== undefined && options.class !== 'OOUI\\CheckboxInputWidget' ) {
return;
}
// The messages documented below are just the ones defined in core.
// Extensions may add other checkboxes.
if ( options.tooltip ) {
// The following messages are used here:
// * accesskey-minoredit
// * accesskey-watch
accesskey = mw.message( 'accesskey-' + options.tooltip ).text();
// The following messages are used here:
// * tooltip-minoredit
// * tooltip-watch
title = mw.message( 'tooltip-' + options.tooltip ).text();
}
if ( options[ 'title-message' ] ) {
// Not used in core
// eslint-disable-next-line mediawiki/msg-doc
title = mw.message( options[ 'title-message' ] ).text();
}
// The following messages are used here:
// * minoredit
// * watchthis
$label = $( '<span>' ).append( mw.message( options[ 'label-message' ] ).parseDom() );
checkbox = new OO.ui.CheckboxInputWidget( {
accessKey: accesskey,
selected: options.default,
// The following classes are used here:
// * ve-ui-mwSaveDialog-checkbox-wpMinoredit
// * ve-ui-mwSaveDialog-checkbox-wpWatchthis
classes: [ 've-ui-mwSaveDialog-checkbox-' + name ]
} );
checkboxFields.push(
new OO.ui.FieldLayout( checkbox, {
align: 'inline',
label: $label.contents(),
title: title
} )
);
checkboxesByName[ name ] = checkbox;
} );
}
return {
checkboxFields: checkboxFields,
checkboxesByName: checkboxesByName
};
},
/**
* Request the page data and various metadata from the MediaWiki API (which will use
* Parsoid or RESTBase).
*
* @param {string} mode Target mode: 'visual' or 'source'
* @param {string} pageName Page name to request, in prefixed DB key form (underscores instead of spaces)
* @param {Object} [options] Options
* @param {boolean} [options.sessionStore] Store result in session storage (by page+mode+section) for auto-save
* @param {null|string} [options.section] Section to edit; number, 'T-'-prefixed, null or 'new' (currently just source mode)
* @param {number} [options.oldId] Old revision ID. Current if omitted.
* @param {string} [options.targetName] Optional target name for tracking
* @param {boolean} [options.modified] The page was been modified before loading (e.g. in source mode)
* @param {string} [options.wikitext] Wikitext to convert to HTML. The original document is fetched if undefined.
* @param {string} [options.editintro] Name of a page to use as edit intro message
* @param {string} [options.preload] Name of a page to use as preloaded content if pageName is empty
* @param {Array} [options.preloadparams] Parameters to substitute into preload if it's used
* @return {jQuery.Promise} Abortable promise resolved with a JSON object
*/
requestPageData: function ( mode, pageName, options ) {
var sessionState, request, section, dataPromise, apiRequest, enableVisualSectionEditing;
options = options || {};
apiRequest = mode === 'source' ?
this.requestWikitext.bind( this, pageName, options ) :
this.requestParsoidData.bind( this, pageName, options );
if ( options.sessionStore ) {
try {
// ve.init.platform.getSessionObject is not available yet
sessionState = JSON.parse( mw.storage.session.get( 've-docstate' ) );
} catch ( e ) {}
if ( sessionState ) {
request = sessionState.request || {};
// Check true section editing is in use
enableVisualSectionEditing = conf.enableVisualSectionEditing;
section = request.mode === 'source' || enableVisualSectionEditing === true || enableVisualSectionEditing === options.targetName ?
options.section : null;
// Check the requested page, mode and section match the stored one
if (
request.pageName === pageName &&
request.mode === mode &&
request.section === section
// NB we don't cache by oldid so that cached results can be recovered
// even if the page has been since edited
) {
dataPromise = $.Deferred().resolve( {
visualeditor: $.extend(
{ content: mw.storage.session.get( 've-dochtml' ) },
sessionState.response,
{ recovered: true }
)
} ).promise();
// If the document hasn't been edited since the user first loaded it, recover
// their changes automatically.
if ( sessionState.response.oldid === mw.config.get( 'wgCurRevisionId' ) ) {
return dataPromise;
} else {
// Otherwise, prompt them if they want to recover, or reload the document
// to see the latest version
// This prompt will throw off all of our timing data, so just disable tracking
// for this session
ve.track = function () {};
return mw.loader.using( 'oojs-ui-windows' ).then( function () {
return OO.ui.confirm( mw.msg( 'visualeditor-autosave-modified-prompt-message' ), {
title: mw.msg( 'visualeditor-autosave-modified-prompt-title' ),
actions: [
{ action: 'accept', label: mw.msg( 'visualeditor-autosave-modified-prompt-accept' ), flags: [ 'primary', 'progressive' ] },
{ action: 'reject', label: mw.msg( 'visualeditor-autosave-modified-prompt-reject' ), flags: 'destructive' }
] }
).then( function ( confirmed ) {
if ( confirmed ) {
return dataPromise;
} else {
// If they requested the latest version, invalidate the autosave state
mw.storage.session.remove( 've-docstate' );
return apiRequest();
}
} );
} );
}
}
}
}
return apiRequest();
},
/**
* Request the page HTML and various metadata from the MediaWiki API (which will use
* Parsoid or RESTBase).
*
* @param {string} pageName See #requestPageData
* @param {Object} [options] See #requestPageData
* @param {boolean} [noRestbase=false] Don't query RESTBase directly
* @param {boolean} [noMetadata=false] Don't fetch document metadata when querying RESTBase. Metadata
* is not required for some use cases, e.g. diffing.
* @return {jQuery.Promise} Abortable promise resolved with a JSON object
*/
requestParsoidData: function ( pageName, options, noRestbase, noMetadata ) {
var start, apiXhr, restbaseXhr, apiPromise, restbasePromise, dataPromise, pageHtmlUrl, headers, data, abort,
section = options.section !== undefined ? options.section : null,
useRestbase = !noRestbase && ( conf.fullRestbaseUrl || conf.restbaseUrl ) && section === null,
switched = false,
fromEditedState = false;
options = options || {};
data = {
action: 'visualeditor',
paction: useRestbase ? 'metadata' : 'parse',
page: pageName,
badetag: options.badetag,
uselang: mw.config.get( 'wgUserLanguage' ),
editintro: options.editintro,
preload: options.preload,
preloadparams: options.preloadparams,
formatversion: 2
};
// Only request the API to explicitly load the currently visible revision if we're restoring
// from oldid. Otherwise we should load the latest version. This prevents us from editing an
// old version if an edit was made while the user was viewing the page and/or the user is
// seeing (slightly) stale cache.
if ( options.oldId !== undefined ) {
data.oldid = options.oldId;
}
// Load DOM
start = ve.now();
ve.track( 'trace.apiLoad.enter', { mode: 'visual' } );
if ( !useRestbase && options.wikitext !== undefined ) {
// Non-RESTBase custom wikitext parse
data.paction = 'parse';
data.stash = true;
switched = true;
fromEditedState = options.modified;
data.wikitext = options.wikitext;
data.section = options.section;
data.oldid = options.oldId;
apiXhr = new mw.Api().post( data );
} else {
if ( useRestbase && noMetadata ) {
apiPromise = $.Deferred().resolve( { visualeditor: {} } ).promise();
} else {
apiXhr = new mw.Api().get( data );
}
}
if ( !apiPromise ) {
apiPromise = apiXhr.then( function ( response, jqxhr ) {
ve.track( 'trace.apiLoad.exit', { mode: 'visual' } );
ve.track( 'mwtiming.performance.system.apiLoad', {
bytes: require( 'mediawiki.String' ).byteLength( jqxhr.responseText ),
duration: ve.now() - start,
cacheHit: /hit/i.test( jqxhr.getResponseHeader( 'X-Cache' ) ),
targetName: options.targetName,
mode: 'visual'
} );
if ( response.visualeditor ) {
response.visualeditor.switched = switched;
response.visualeditor.fromEditedState = fromEditedState;
}
return response;
} );
}
if ( useRestbase ) {
ve.track( 'trace.restbaseLoad.enter', { mode: 'visual' } );
headers = {
// Should be synchronised with ApiVisualEditor.php
Accept: 'text/html; charset=utf-8; profile="https://www.mediawiki.org/wiki/Specs/HTML/2.0.0"',
'Accept-Language': mw.config.get( 'wgVisualEditor' ).pageLanguageCode,
'Api-User-Agent': 'VisualEditor-MediaWiki/' + mw.config.get( 'wgVersion' )
};
// Convert specified Wikitext to HTML
if (
// wikitext can be an empty string
options.wikitext !== undefined &&
// eslint-disable-next-line no-jquery/no-global-selector
!$( '[name=wpSection]' ).val()
) {
if ( conf.fullRestbaseUrl ) {
pageHtmlUrl = conf.fullRestbaseUrl + 'v1/transform/wikitext/to/html/';
} else {
pageHtmlUrl = conf.restbaseUrl.replace( 'v1/page/html/', 'v1/transform/wikitext/to/html/' );
}
switched = true;
fromEditedState = options.modified;
window.onbeforeunload = null;
$( window ).off( 'beforeunload' );
restbaseXhr = $.ajax( {
url: pageHtmlUrl + encodeURIComponent( pageName ) +
( data.oldid === undefined ? '' : '/' + data.oldid ),
type: 'POST',
data: {
title: pageName,
wikitext: options.wikitext,
stash: 'true'
},
headers: headers,
dataType: 'text'
} );
} else {
// Fetch revision
if ( conf.fullRestbaseUrl ) {
pageHtmlUrl = conf.fullRestbaseUrl + 'v1/page/html/';
} else {
pageHtmlUrl = conf.restbaseUrl;
}
restbaseXhr = $.ajax( {
url: pageHtmlUrl + encodeURIComponent( pageName ) +
( data.oldid === undefined ? '' : '/' + data.oldid ) +
'?redirect=false&stash=true',
type: 'GET',
headers: headers,
dataType: 'text'
} );
}
restbasePromise = restbaseXhr.then(
function ( response, status, jqxhr ) {
ve.track( 'trace.restbaseLoad.exit', { mode: 'visual' } );
ve.track( 'mwtiming.performance.system.restbaseLoad', {
bytes: require( 'mediawiki.String' ).byteLength( jqxhr.responseText ),
duration: ve.now() - start,
targetName: options.targetName,
mode: 'visual'
} );
return [ response, jqxhr.getResponseHeader( 'etag' ) ];
},
function ( xhr, code, _ ) {
if ( xhr.status === 404 ) {
// Page does not exist, so let the user start with a blank document.
return $.Deferred().resolve( [ '', undefined ] ).promise();
} else {
mw.log.warn( 'RESTBase load failed: ' + xhr.statusText );
return $.Deferred().reject( code, xhr, _ ).promise();
}
}
);
dataPromise = $.when( apiPromise, restbasePromise )
.then( function ( apiData, restbaseData ) {
if ( apiData.visualeditor ) {
if ( restbaseData[ 0 ] || !apiData.visualeditor.content ) {
// If we have actual content loaded, use it.
// Otherwise, allow fallback content if present.
// If no fallback content, this will give us an empty string for
// content, which is desirable.
apiData.visualeditor.content = restbaseData[ 0 ];
apiData.visualeditor.etag = restbaseData[ 1 ];
}
apiData.visualeditor.switched = switched;
apiData.visualeditor.fromEditedState = fromEditedState;
}
return apiData;
} );
abort = function () {
if ( apiXhr ) {
apiXhr.abort();
}
restbaseXhr.abort();
};
} else {
dataPromise = apiPromise;
if ( apiXhr ) {
abort = apiXhr.abort;
}
}
return dataPromise.then( function ( resp ) {
// Adapted from RESTBase mwUtil.parseETag()
var etagRegexp = /^(?:W\/)?"?([^"/]+)(?:\/([0-9a-f]{8}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{12}))(?:\/([^"]+))?"?$/;
// `etag` is expected to be undefined when creating a new page.
// We can detect that case by `content` being empty, and not retry.
if ( useRestbase && resp.visualeditor.content && (
!resp.visualeditor.etag ||
!resp.visualeditor.etag.match( etagRegexp )
) ) {
// Direct request to RESTBase returned a mangled or missing etag.
// Retry via the MediaWiki API.
return mw.libs.ve.targetLoader.requestParsoidData(
pageName,
$.extend( {}, options, { badetag: resp.visualeditor.etag || '' } ),
true
);
}
resp.veMode = 'visual';
return resp;
} ).promise( { abort: abort } );
},
/**
* Request the page wikitext and various metadata from the MediaWiki API.
*
* @param {string} pageName See #requestPageData
* @param {Object} [options] See #requestPageData
* @return {jQuery.Promise} Abortable promise resolved with a JSON object
*/
requestWikitext: function ( pageName, options ) {
var data, dataPromise;
options = options || {};
data = {
action: 'visualeditor',
paction: 'wikitext',
page: pageName,
uselang: mw.config.get( 'wgUserLanguage' ),
editintro: options.editintro,
preload: options.preload,
preloadparams: options.preloadparams,
formatversion: 2
};
// section should never really be undefined, but check just in case
if ( options.section !== null && options.section !== undefined ) {
data.section = options.section;
}
if ( options.oldId !== undefined ) {
data.oldid = options.oldId;
}
dataPromise = new mw.Api().get( data );
return dataPromise.then( function ( resp ) {
resp.veMode = 'source';
return resp;
} ).promise( { abort: dataPromise.abort } );
Load RL modules in one load.php request, rather than in two stages This introduces TargetLoader, which manages plugins and RL modules in a slightly more generic fashion so that Targets themselves don't have to. This allows us to load all RL modules in one load.php request, rather than first loading ViewPageTarget which then loads the other modules. TargetLoader loads in the bottom queue, so it will be loaded as part of the main load.php request, but in VPT.init.js we still have to wait for it with using() because it might not have arrived yet. This also degrades gracefully on cached pages where TargetLoader isn't in the bottom queue: it'll be loaded as a separate request instead, which is suboptimal but no worse that what we were doing before. Right now TargetLoader is small enough that it could also be in the top queue, but in the future we want to add things like the action=visualeditor API request to it, and mw.Api is relatively big. Note: this also makes a breaking change to the plugin API: plugin callbacks no longer receive the target instance as a parameter, as they're now executed before the target has been constructed rather than after. In the long term, if we want to give plugins access to the target instance, we could give them the target promise somehow. For now, I've killed this feature because nothing used it and the change from a direct object reference to a promise would have been a breaking change anyway. Also fixed incorrect documentation index for ve.init.mw.ViewPageTarget.init. Bug: T53569 Change-Id: Ibfa6abbeaf872ae2aadc6ed9d5beba7473ea441a
2015-02-26 01:22:44 +00:00
}
};
}() );