MediaWiki:Timeless.js: Difference between revisions

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$( function () {
/**
// sidebar-chunk only applies to desktop-small, but the toggles are hidden at
* This file is where we decide whether to initialise the modern support browser run-time.
// other resolutions regardless and the css overrides any visible effects.
*
var $dropdowns = $( '#personal, #p-variants-desktop, .sidebar-chunk' );
* - Beware: This file MUST parse without errors on even the most ancient of browsers!
*/
/* eslint-disable no-implicit-globals */
/* global $CODE, RLQ:true, NORLQ:true */
 
/**
* See <https://www.mediawiki.org/wiki/Compatibility#Browsers>
*
* Browsers that pass these checks get served our modern run-time. This includes all Grade A
* browsers, and some Grade C and Grade X browsers.
*
* The following browsers are known to pass these checks:
* - Chrome 63+
* - Edge 79+
* - Opera 50+
* - Firefox 58+
* - Safari 11.1+
* - Mobile Safari 11.2+ (iOS 11+)
* - Android 5.0+
*
* @private
* @return {boolean} User agent is compatible with MediaWiki JS
*/
function isCompatible() {
return !!(
// Ensure DOM Level 4 features (including Selectors API).
//
// https://caniuse.com/#feat=queryselector
'querySelector' in document &&
 
// Ensure HTML 5 features (including Web Storage API)
//
// https://caniuse.com/#feat=namevalue-storage
// https://blog.whatwg.org/this-week-in-html-5-episode-30
'localStorage' in window &&
 
// Ensure ES2015 grammar and runtime API (a.k.a. ES6)
//
// In practice, Promise.finally is a good proxy for overall ES6 support and
// rejects most unsupporting browsers in one sweep. The feature itself
// was specified in ES2018, however.
// https://caniuse.com/promise-finally
// Chrome 63+, Edge 18+, Opera 50+, Safari 11.1+, Firefox 58+, iOS 11+
//
// eslint-disable-next-line es-x/no-promise, es-x/no-promise-prototype-finally, dot-notation
typeof Promise === 'function' && Promise.prototype[ 'finally' ] &&
// ES6 Arrow Functions (with default params), this ensures
// genuine syntax support for ES6 grammar, not just API coverage.
//
// https://caniuse.com/arrow-functions
// Chrome 45+, Safari 10+, Firefox 22+, Opera 32+
//
// Based on Benjamin De Cock's snippet here:
// https://gist.github.com/bendc/d7f3dbc83d0f65ca0433caf90378cd95
( function () {
try {
// eslint-disable-next-line no-new, no-new-func
new Function( '(a = 0) => a' );
return true;
} catch ( e ) {
return false;
}
}() ) &&
// ES6 RegExp.prototype.flags
//
// https://caniuse.com/mdn-javascript_builtins_regexp_flags
// Edge 79+ (Chromium-based, rejects MSEdgeHTML-based Edge <= 18)
//
// eslint-disable-next-line es-x/no-regexp-prototype-flags
/./g.flags === 'g'
);
}
 
if ( !isCompatible() ) {
// Handle basic supported browsers (Grade C).
// Undo speculative modern (Grade A) root CSS class `<html class="client-js">`.
// See ResourceLoaderClientHtml::getDocumentAttributes().
document.documentElement.className = document.documentElement.className
.replace( /(^|\s)client-js(\s|$)/, '$1client-nojs$2' );
 
// Process any callbacks for basic support (Grade C).
while ( window.NORLQ && NORLQ[ 0 ] ) {
NORLQ.shift()();
}
NORLQ = {
push: function ( fn ) {
fn();
}
};
 
// Clear and disable the modern (Grade A) queue.
RLQ = {
push: function () {}
};
} else {
// Handle modern (Grade A).
 
if ( window.performance && performance.mark ) {
performance.mark( 'mwStartup' );
}
 
// This embeds mediawiki.js, which defines 'mw' and 'mw.loader'.
/**
* Base library for MediaWiki.
*/
/* global $CODE */
 
( function () {
'use strict';
 
var con = window.console;
 
/**
* @class mw.Map
* @classdesc Collection of values by string keys.
*
* This is an internal class that backs the mw.config and mw.messages APIs.
*
* It allows reading and writing to the collection via public methods,
* and allows batch iteraction for all its methods.
*
* For mw.config, scripts sometimes choose to "import" a set of keys locally,
* like so:
*
* ```
* var conf = mw.config.get( [ 'wgServerName', 'wgUserName', 'wgPageName' ] );
* conf.wgServerName; // "example.org"
* ```
*
* Check the existence ("AND" condition) of multiple keys:
*
* ```
* if ( mw.config.exists( [ 'wgFoo', 'wgBar' ] ) );
* ```
*
* For mw.messages, the {@link mw.Map#set} method allows mw.loader and mw.Api to essentially
* extend the object, and batch-apply all their loaded values in one go:
*
* ```
* mw.messages.set( { "mon": "Monday", "tue": "Tuesday" } );
* ```
*
* @hideconstructor
*/
function Map() {
this.values = Object.create( null );
}
 
Map.prototype = /** @lends mw.Map.prototype */ {
constructor: Map,
 
/**
* Get the value of one or more keys.
*
* If called with no arguments, all values are returned.
*
* @param {string|Array} [selection] Key or array of keys to retrieve values for.
* @param {any} [fallback=null] Value for keys that don't exist.
* @return {any|Object|null} If selection was a string, returns the value,
*  If selection was an array, returns an object of key/values.
*  If no selection is passed, a new object with all key/values is returned.
*/
get: function ( selection, fallback ) {
if ( arguments.length < 2 ) {
fallback = null;
}
 
if ( typeof selection === 'string' ) {
return selection in this.values ?
this.values[ selection ] :
fallback;
}
 
var results;
if ( Array.isArray( selection ) ) {
results = {};
for ( var i = 0; i < selection.length; i++ ) {
if ( typeof selection[ i ] === 'string' ) {
results[ selection[ i ] ] = selection[ i ] in this.values ?
this.values[ selection[ i ] ] :
fallback;
}
}
return results;
}
 
if ( selection === undefined ) {
results = {};
for ( var key in this.values ) {
results[ key ] = this.values[ key ];
}
return results;
}
 
// Invalid selection key
return fallback;
},
 
/**
* Set one or more key/value pairs.
*
* @param {string|Object} selection Key to set value for, or object mapping keys to values
* @param {any} [value] Value to set (optional, only in use when key is a string)
* @return {boolean} True on success, false on failure
*/
set: function ( selection, value ) {
// Use `arguments.length` because `undefined` is also a valid value.
if ( arguments.length > 1 ) {
// Set one key
if ( typeof selection === 'string' ) {
this.values[ selection ] = value;
return true;
}
} else if ( typeof selection === 'object' ) {
// Set multiple keys
for ( var key in selection ) {
this.values[ key ] = selection[ key ];
}
return true;
}
return false;
},
 
/**
* Check if a given key exists in the map.
*
* @param {string} selection Key to check
* @return {boolean} True if the key exists
*/
exists: function ( selection ) {
return typeof selection === 'string' && selection in this.values;
}
};
 
/**
* Write a verbose message to the browser's console in debug mode.
*
* In ResourceLoader debug mode, this writes to the browser's console.
* In production mode, it is a no-op.
*
* See {@link mw.log} for other logging methods.
*
* @memberof mw
* @variation 2
* @param {...string} msg Messages to output to console.
*/
var log = function () {
console.log.apply( console, arguments );
};
 
/**
* Write a message to the browser console's warning channel.
*
* @memberof mw.log
* @method warn
* @param {...string} msg Messages to output to console
*/
log.warn = Function.prototype.bind.call( con.warn, con );
 
/**
* Base library for MediaWiki.
*
* Exposed globally as `mw`, with `mediaWiki` as alias. `mw` code can be considered stable and follows the
* [frontend stable interface policy](https://www.mediawiki.org/wiki/Special:MyLanguage/Stable_interface_policy/Frontend).
*
* @namespace mw
*/
var mw = /** @lends mw */ {
/**
* Get the current time, measured in milliseconds since January 1, 1970 (UTC).
*
* On browsers that implement the Navigation Timing API, this function will produce
* floating-point values with microsecond precision that are guaranteed to be monotonic.
* On all other browsers, it will fall back to using `Date`.
*
* @return {number} Current time
*/
now: function () {
// Optimisation: Cache and re-use the chosen implementation.
// Optimisation: Avoid startup overhead by re-defining on first call instead of IIFE.
var perf = window.performance;
var navStart = perf && perf.timing && perf.timing.navigationStart;
 
// Define the relevant shortcut
mw.now = navStart && perf.now ?
function () {
return navStart + perf.now();
} :
Date.now;
 
return mw.now();
},
 
/**
* List of all analytic events emitted so far.
*
* Exposed only for use by mediawiki.base.
*
* @private
* @property {Array}
*/
trackQueue: [],
 
/**
* Track `'resourceloader.exception'` event and send it to the window console.
*
* This exists for internal use by mw.loader only, to remember and buffer
* very early events for `mw.trackSubscribe( 'resourceloader.exception' )`
* even while `mediawiki.base` and `mw.track` are still in-flight.
*
* @private
* @param {Object} data
* @param {Error} [data.exception]
* @param {string} data.source Error source
* @param {string} [data.module] Name of module which caused the error
*/
trackError: function ( data ) {
if ( mw.track ) {
mw.track( 'resourceloader.exception', data );
} else {
mw.trackQueue.push( { topic: 'resourceloader.exception', data: data } );
}
 
// Log an error message to window.console, even in production mode.
var e = data.exception;
var msg = ( e ? 'Exception' : 'Error' ) +
' in ' + data.source +
( data.module ? ' in module ' + data.module : '' ) +
( e ? ':' : '.' );
 
con.log( msg );
 
// If we have an exception object, log it to the warning channel to trigger
// proper stacktraces in browsers that support it.
if ( e ) {
con.warn( e );
}
},
 
// Expose mw.Map
Map: Map,
 
/**
* Map of configuration values.
*
* Check out [the complete list of configuration values](https://www.mediawiki.org/wiki/Manual:Interface/JavaScript#mw.config)
* on mediawiki.org.
*
* @type {mw.Map}
*/
config: new Map(),
 
/**
* Store for messages.
*
* @type {mw.Map}
*/
messages: new Map(),
 
/**
* Store for templates associated with a module.
*
* @type {mw.Map}
*/
templates: new Map(),
 
// Expose mw.log
log: log
 
// mw.loader is defined in a separate file that is appended to this
};
 
// Attach to window and globally alias
window.mw = window.mediaWiki = mw;
 
window.QUnit = undefined;
}() );
/*!
* Defines mw.loader, the infrastructure for loading ResourceLoader
* modules.
*
* This file is appended directly to the code in startup/mediawiki.js
*/
/* global $VARS, $CODE, mw */
 
( function () {
'use strict';
 
var store,
hasOwn = Object.hasOwnProperty;
 
/**
* Client for ResourceLoader server end point.
*
* This client is in charge of maintaining the module registry and state
* machine, initiating network (batch) requests for loading modules, as
* well as dependency resolution and execution of source code.
*
* @see <https://www.mediawiki.org/wiki/ResourceLoader/Features>
* @namespace mw.loader
*/
 
/**
* FNV132 hash function
*
* This function implements the 32-bit version of FNV-1.
* It is equivalent to hash( 'fnv132', ... ) in PHP, except
* its output is base 36 rather than hex.
* See <https://en.wikipedia.org/wiki/Fowler–Noll–Vo_hash_function>
*
* @private
* @param {string} str String to hash
* @return {string} hash as a five-character base 36 string
*/
function fnv132( str ) {
var hash = 0x811C9DC5;
 
/* eslint-disable no-bitwise */
for ( var i = 0; i < str.length; i++ ) {
hash += ( hash << 1 ) + ( hash << 4 ) + ( hash << 7 ) + ( hash << 8 ) + ( hash << 24 );
hash ^= str.charCodeAt( i );
}
 
hash = ( hash >>> 0 ).toString( 36 ).slice( 0, 5 );
/* eslint-enable no-bitwise */
 
while ( hash.length < 5 ) {
hash = '0' + hash;
}
return hash;
}
 
/**
* Fired via mw.track on various resource loading errors.
*
* eslint-disable jsdoc/valid-types
*
* @event ~'resourceloader.exception'
* @ignore
* @param {Error|Mixed} e The error that was thrown. Almost always an Error
*  object, but in theory module code could manually throw something else, and that
*  might also end up here.
* @param {string} [module] Name of the module which caused the error. Omitted if the
*  error is not module-related or the module cannot be easily identified due to
*  batched handling.
* @param {string} source Source of the error. Possible values:
*
*  - load-callback: exception thrown by user callback
*  - module-execute: exception thrown by module code
*  - resolve: failed to sort dependencies for a module in mw.loader.load
*  - store-eval: could not evaluate module code cached in localStorage
*  - store-localstorage-json: JSON conversion error in mw.loader.store
*  - store-localstorage-update: localStorage conversion error in mw.loader.store.
*/
 
/**
* Mapping of registered modules.
*
* See #implement and #execute for exact details on support for script, style and messages.
*
* @example // Format:
* {
*    'moduleName': {
*        // From mw.loader.register()
*        'version': '#####' (five-character hash)
*        'dependencies': ['required.foo', 'bar.also', ...]
*        'group': string, integer, (or) null
*        'source': 'local', (or) 'anotherwiki'
*        'skip': 'return !!window.Example;', (or) null, (or) boolean result of skip
*        'module': export Object
*
*        // Set by execute() or mw.loader.state()
*        // See mw.loader.getState() for documentation of the state machine
*        'state': 'registered', 'loading', 'loaded', 'executing', 'ready', 'error', or 'missing'
*
*        // Optionally added at run-time by mw.loader.impl()
*        'script': closure, array of urls, or string
*        'style': { ... } (see #execute)
*        'messages': { 'key': 'value', ... }
*    }
* }
*
* @property {Object}
* @private
*/
var registry = Object.create( null ),
// Mapping of sources, keyed by source-id, values are strings.
//
// Format:
//
//    {
//        'sourceId': 'http://example.org/w/load.php'
//    }
//
sources = Object.create( null ),
 
// For queueModuleScript()
handlingPendingRequests = false,
pendingRequests = [],
 
// List of modules to be loaded
queue = [],
 
/**
* List of callback jobs waiting for modules to be ready.
*
* Jobs are created by #enqueue() and run by #doPropagation().
* Typically when a job is created for a module, the job's dependencies contain
* both the required module and all its recursive dependencies.
*
* @example // Format:
* {
*    'dependencies': [ module names ],
*    'ready': Function callback
*    'error': Function callback
* }
*
* @property {Object[]} jobs
* @private
*/
jobs = [],
 
// For #setAndPropagate() and #doPropagation()
willPropagate = false,
errorModules = [],
 
/**
* @private
* @property {Array} baseModules
*/
baseModules = [
    "jquery",
    "mediawiki.base"
],
 
/**
* For #addEmbeddedCSS() and #addLink()
*
* @private
* @property {HTMLElement|null} marker
*/
marker = document.querySelector( 'meta[name="ResourceLoaderDynamicStyles"]' ),
 
// For #addEmbeddedCSS()
lastCssBuffer;
 
/**
* Append an HTML element to `document.head` or before a specified node.
*
* @private
* @param {HTMLElement} el
* @param {Node|null} [nextNode]
*/
function addToHead( el, nextNode ) {
if ( nextNode && nextNode.parentNode ) {
nextNode.parentNode.insertBefore( el, nextNode );
} else {
document.head.appendChild( el );
}
}
 
/**
* Create a new style element and add it to the DOM.
* Stable for use in gadgets.
*
* @method mw.loader.addStyleTag
* @param {string} text CSS text
* @param {Node|null} [nextNode] The element where the style tag
*  should be inserted before
* @return {HTMLStyleElement} Reference to the created style element
*/
function newStyleTag( text, nextNode ) {
var el = document.createElement( 'style' );
el.appendChild( document.createTextNode( text ) );
addToHead( el, nextNode );
return el;
}
 
/**
* @private
* @param {Object} cssBuffer
*/
function flushCssBuffer( cssBuffer ) {
// Make sure the next call to addEmbeddedCSS() starts a new buffer.
// This must be done before we run the callbacks, as those may end up
// queueing new chunks which would be lost otherwise (T105973).
//
// There can be more than one buffer in-flight (given "@import", and
// generally due to race conditions). Only tell addEmbeddedCSS() to
// start a new buffer if we're currently flushing the last one that it
// started. If we're flushing an older buffer, keep the last one open.
if ( cssBuffer === lastCssBuffer ) {
lastCssBuffer = null;
}
newStyleTag( cssBuffer.cssText, marker );
for ( var i = 0; i < cssBuffer.callbacks.length; i++ ) {
cssBuffer.callbacks[ i ]();
}
}
 
/**
* Add a bit of CSS text to the current browser page.
*
* The creation and insertion of the `<style>` element is debounced for two reasons:
*
* - Performing the insertion before the next paint round via requestAnimationFrame
*  avoids forced or wasted style recomputations, which are expensive in browsers.
* - Reduce how often new stylesheets are inserted by letting additional calls to this
*  function accumulate into a buffer for at least one JavaScript tick. Modules are
*  received from the server in batches, which means there is likely going to be many
*  calls to this function in a row within the same tick / the same call stack.
*  See also T47810.
*
* @private
* @param {string} cssText CSS text to be added in a `<style>` tag.
* @param {Function} callback Called after the insertion has occurred.
*/
function addEmbeddedCSS( cssText, callback ) {
// Start a new buffer if one of the following is true:
// - We've never started a buffer before, this will be our first.
// - The last buffer we created was flushed meanwhile, so start a new one.
// - The next CSS chunk syntactically needs to be at the start of a stylesheet (T37562).
if ( !lastCssBuffer || cssText.startsWith( '@import' ) ) {
lastCssBuffer = {
cssText: '',
callbacks: []
};
requestAnimationFrame( flushCssBuffer.bind( null, lastCssBuffer ) );
}
 
// Linebreak for somewhat distinguishable sections
lastCssBuffer.cssText += '\n' + cssText;
lastCssBuffer.callbacks.push( callback );
}
 
/**
* See also `ResourceLoader.php#makeVersionQuery` on the server.
*
* @private
* @param {string[]} modules List of module names
* @return {string} Hash of concatenated version hashes.
*/
function getCombinedVersion( modules ) {
var hashes = modules.reduce( function ( result, module ) {
return result + registry[ module ].version;
}, '' );
return fnv132( hashes );
}
 
/**
* Determine whether all dependencies are in state 'ready', which means we may
* execute the module or job now.
*
* @private
* @param {string[]} modules Names of modules to be checked
* @return {boolean} True if all modules are in state 'ready', false otherwise
*/
function allReady( modules ) {
for ( var i = 0; i < modules.length; i++ ) {
if ( mw.loader.getState( modules[ i ] ) !== 'ready' ) {
return false;
}
}
return true;
}


/**
/**
* Desktop menu click-toggling
* Determine whether all direct and base dependencies are in state 'ready'
*
*
* We're not even checking if it's desktop because the classes in play have no effect
* @private
* on mobile regardless... this may break things at some point, though.
* @param {string} module Name of the module to be checked
* @return {boolean} True if all direct/base dependencies are in state 'ready'; false otherwise
*/
*/
function allWithImplicitReady( module ) {
return allReady( registry[ module ].dependencies ) &&
( baseModules.indexOf( module ) !== -1 || allReady( baseModules ) );
}


/**
/**
* Close all dropdowns
* Determine whether all dependencies are in state 'ready', which means we may
* execute the module or job now.
*
* @private
* @param {string[]} modules Names of modules to be checked
* @return {boolean|string} False if no modules are in state 'error' or 'missing';
*  failed module otherwise
*/
*/
function closeOpen() {
function anyFailed( modules ) {
$dropdowns.removeClass( 'dropdown-active' );
for ( var i = 0; i < modules.length; i++ ) {
var state = mw.loader.getState( modules[ i ] );
if ( state === 'error' || state === 'missing' ) {
return modules[ i ];
}
}
return false;
}
}


/**
/**
* Click behaviour
* Handle propagation of module state changes and reactions to them.
*
* - When a module reaches a failure state, this should be propagated to
*  modules that depend on the failed module.
* - When a module reaches a final state, pending job callbacks for the
*  module from mw.loader.using() should be called.
* - When a module reaches the 'ready' state from #execute(), consider
*  executing dependent modules now having their dependencies satisfied.
* - When a module reaches the 'loaded' state from mw.loader.impl,
*  consider executing it, if it has no unsatisfied dependencies.
*
* @private
*/
*/
$dropdowns.on( 'click', function ( e ) {
function doPropagation() {
// Check if it's already open so we don't open it again
var didPropagate = true;
// eslint-disable-next-line no-jquery/no-class-state
var module;
if ( $( this ).hasClass( 'dropdown-active' ) ) {
 
if ( $( e.target ).closest( $( 'h2, #p-variants-desktop h3' ) ).length > 0 ) {
// Keep going until the last iteration performed no actions.
// treat reclick on the header as a toggle
while ( didPropagate ) {
closeOpen();
didPropagate = false;
 
// Stage 1: Propagate failures
while ( errorModules.length ) {
var errorModule = errorModules.shift(),
baseModuleError = baseModules.indexOf( errorModule ) !== -1;
for ( module in registry ) {
if ( registry[ module ].state !== 'error' && registry[ module ].state !== 'missing' ) {
if ( baseModuleError && baseModules.indexOf( module ) === -1 ) {
// Propate error from base module to all regular (non-base) modules
registry[ module ].state = 'error';
didPropagate = true;
} else if ( registry[ module ].dependencies.indexOf( errorModule ) !== -1 ) {
// Propagate error from dependency to depending module
registry[ module ].state = 'error';
// .. and propagate it further
errorModules.push( module );
didPropagate = true;
}
}
}
}
 
// Stage 2: Execute 'loaded' modules with no unsatisfied dependencies
for ( module in registry ) {
if ( registry[ module ].state === 'loaded' && allWithImplicitReady( module ) ) {
// Recursively execute all dependent modules that were already loaded
// (waiting for execution) and no longer have unsatisfied dependencies.
// Base modules may have dependencies amongst eachother to ensure correct
// execution order. Regular modules wait for all base modules.
execute( module );
didPropagate = true;
}
}
}
// Clicked inside an open menu; don't do anything
 
} else {
// Stage 3: Invoke job callbacks that are no longer blocked
closeOpen();
for ( var i = 0; i < jobs.length; i++ ) {
e.stopPropagation(); // stop hiding it!
var job = jobs[ i ];
$( this ).addClass( 'dropdown-active' );
var failed = anyFailed( job.dependencies );
if ( failed !== false || allReady( job.dependencies ) ) {
jobs.splice( i, 1 );
i -= 1;
try {
if ( failed !== false && job.error ) {
job.error( new Error( 'Failed dependency: ' + failed ), job.dependencies );
} else if ( failed === false && job.ready ) {
job.ready();
}
} catch ( e ) {
// A user-defined callback raised an exception.
// Swallow it to protect our state machine!
mw.trackError( {
exception: e,
source: 'load-callback'
} );
}
didPropagate = true;
}
}
}
 
willPropagate = false;
}
 
/**
* Update a module's state in the registry and make sure any necessary
* propagation will occur, by adding a (debounced) call to doPropagation().
* See #doPropagation for more about propagation.
* See #registry for more about how states are used.
*
* @private
* @param {string} module
* @param {string} state
*/
function setAndPropagate( module, state ) {
registry[ module ].state = state;
if ( state === 'ready' ) {
// Queue to later be synced to the local module store.
store.add( module );
} else if ( state === 'error' || state === 'missing' ) {
errorModules.push( module );
} else if ( state !== 'loaded' ) {
// We only have something to do in doPropagation for the
// 'loaded', 'ready', 'error', and 'missing' states.
// Avoid scheduling and propagation cost for frequent and short-lived
// transition states, such as 'loading' and 'executing'.
return;
}
if ( willPropagate ) {
// Already scheduled, or, we're already in a doPropagation stack.
return;
}
willPropagate = true;
// Yield for two reasons:
// * Allow successive calls to mw.loader.impl() from the same
//  load.php response, or from the same asyncEval() to be in the
//  propagation batch.
// * Allow the browser to breathe between the reception of
//  module source code and the execution of it.
//
// Use a high priority because the user may be waiting for interactions
// to start being possible. But, first provide a moment (up to 'timeout')
// for native input event handling (e.g. scrolling/typing/clicking).
mw.requestIdleCallback( doPropagation, { timeout: 1 } );
}
 
/**
* Resolve dependencies and detect circular references.
*
* @private
* @param {string} module Name of the top-level module whose dependencies shall be
*  resolved and sorted.
* @param {Array} resolved Returns a topological sort of the given module and its
*  dependencies, such that later modules depend on earlier modules. The array
*  contains the module names. If the array contains already some module names,
*  this function appends its result to the pre-existing array.
* @param {Set} [unresolved] Used to detect loops in the dependency graph.
* @throws {Error} If an unknown module or a circular dependency is encountered
*/
function sortDependencies( module, resolved, unresolved ) {
if ( !( module in registry ) ) {
throw new Error( 'Unknown module: ' + module );
}
 
if ( typeof registry[ module ].skip === 'string' ) {
// eslint-disable-next-line no-new-func
var skip = ( new Function( registry[ module ].skip )() );
registry[ module ].skip = !!skip;
if ( skip ) {
registry[ module ].dependencies = [];
setAndPropagate( module, 'ready' );
return;
}
}
 
// Create unresolved if not passed in
if ( !unresolved ) {
unresolved = new Set();
}
}
} );
 
$( document ).on( 'click', function ( e ) {
// Track down dependencies
if ( $( e.target ).closest( $dropdowns ).length > 0 ) {
var deps = registry[ module ].dependencies;
// Clicked inside an open menu; don't close anything
unresolved.add( module );
} else {
for ( var i = 0; i < deps.length; i++ ) {
closeOpen();
if ( resolved.indexOf( deps[ i ] ) === -1 ) {
if ( unresolved.has( deps[ i ] ) ) {
throw new Error(
'Circular reference detected: ' + module + ' -> ' + deps[ i ]
);
}
 
sortDependencies( deps[ i ], resolved, unresolved );
}
}
}
} );
} );


mw.hook( 'wikipage.content' ).add( function ( $content ) {
resolved.push( module );
// Gotta wrap them for this to work; maybe later the parser etc will do this for us?!
}
$content.find( 'div > table:not( table table )' ).wrap( '<div class="content-table-wrapper"><div class="content-table"></div></div>' );
$content.find( '.content-table-wrapper' ).prepend( '<div class="content-table-left"></div><div class="content-table-right"></div>' );


/**
/**
* Set up borders for experimental overflowing table scrolling
* Get names of module that a module depends on, in their proper dependency order.
*
*
* I have no idea what I'm doing.
* @private
* @param {string[]} modules Array of string module names
* @return {Array} List of dependencies, including 'module'.
* @throws {Error} If an unregistered module or a dependency loop is encountered
*/
function resolve( modules ) {
// Always load base modules
var resolved = baseModules.slice();
for ( var i = 0; i < modules.length; i++ ) {
sortDependencies( modules[ i ], resolved );
}
return resolved;
}
 
/**
* Like #resolve(), except it will silently ignore modules that
* are missing or have missing dependencies.
*
*
* @param {jQuery} $table
* @private
* @param {string[]} modules Array of string module names
* @return {Array} List of dependencies.
*/
*/
function setScrollClass( $table ) {
function resolveStubbornly( modules ) {
var $tableWrapper = $table.parent(),
// Always load base modules
// wtf browser rtl implementations
var resolved = baseModules.slice();
scroll = Math.abs( $tableWrapper.scrollLeft() );
for ( var i = 0; i < modules.length; i++ ) {
var saved = resolved.slice();
try {
sortDependencies( modules[ i ], resolved );
} catch ( err ) {
resolved = saved;
// This module is not currently known, or has invalid dependencies.
//
// Most likely due to a cached reference after the module was
// removed, otherwise made redundant, or omitted from the registry
// by the ResourceLoader "target" system.
//
// These errors can be common, e.g. queuing an unavailable module
// unconditionally from the server-side is OK and should fail gracefully.
mw.log.warn( 'Skipped unavailable module ' + modules[ i ] );


$tableWrapper.parent()
// Do not track this error as an exception when the module:
// 1 instead of 0 because of weird rtl rounding errors or something
// - Is valid, but gracefully filtered out by target system.
.toggleClass( 'scroll-left', scroll > 1 )
// - Was recently valid, but is still referenced in stale cache.
.toggleClass( 'scroll-right', $table.outerWidth() - $tableWrapper.innerWidth() - scroll > 1 );
//
// Basically the only reason to track this as exception is when the error
// was circular or invalid dependencies. What the above scenarios have in
// common is that they don't register the module client-side.
if ( modules[ i ] in registry ) {
mw.trackError( {
exception: err,
source: 'resolve'
} );
}
}
}
return resolved;
}
}


$content.find( '.content-table' ).on( 'scroll', function () {
/**
setScrollClass( $( this ).children( 'table' ).first() );
* Resolve a relative file path.
*
* For example, resolveRelativePath( '../foo.js', 'resources/src/bar/bar.js' )
* returns 'resources/src/foo.js'.
*
* @private
* @param {string} relativePath Relative file path, starting with ./ or ../
* @param {string} basePath Path of the file (not directory) relativePath is relative to
* @return {string|null} Resolved path, or null if relativePath does not start with ./ or ../
*/
function resolveRelativePath( relativePath, basePath ) {
 
var relParts = relativePath.match( /^((?:\.\.?\/)+)(.*)$/ );
if ( !relParts ) {
return null;
}
 
var baseDirParts = basePath.split( '/' );
// basePath looks like 'foo/bar/baz.js', so baseDirParts looks like [ 'foo', 'bar, 'baz.js' ]
// Remove the file component at the end, so that we are left with only the directory path
baseDirParts.pop();


if ( $content.attr( 'dir' ) === 'rtl' ) {
var prefixes = relParts[ 1 ].split( '/' );
$( this ).find( 'caption' ).css( 'margin-right', Math.abs( $( this ).scrollLeft() ) + 'px' );
// relParts[ 1 ] looks like '../../', so prefixes looks like [ '..', '..', '' ]
} else {
// Remove the empty element at the end
$( this ).find( 'caption' ).css( 'margin-left', $( this ).scrollLeft() + 'px' );
prefixes.pop();
 
// For every ../ in the path prefix, remove one directory level from baseDirParts
var prefix;
var reachedRoot = false;
while ( ( prefix = prefixes.pop() ) !== undefined ) {
if ( prefix === '..' ) {
// Once we reach the package's base dir, preserve all remaining "..".
reachedRoot = !baseDirParts.length || reachedRoot;
if ( !reachedRoot ) {
baseDirParts.pop();
} else {
baseDirParts.push( prefix );
}
}
}
}
} );
 
// If there's anything left of the base path, prepend it to the file path
return ( baseDirParts.length ? baseDirParts.join( '/' ) + '/' : '' ) + relParts[ 2 ];
}


/**
/**
* Mark overflowed tables for scrolling
* Make a require() function scoped to a package file
*
* @private
* @param {Object} moduleObj Module object from the registry
* @param {string} basePath Path of the file this is scoped to. Used for relative paths.
* @return {Function}
*/
*/
function unOverflowTables() {
function makeRequireFunction( moduleObj, basePath ) {
$content.find( '.content-table > table' ).each( function () {
return function require( moduleName ) {
var $table = $( this ),
var fileName = resolveRelativePath( moduleName, basePath );
$wrapper = $table.parent().parent();
if ( fileName === null ) {
if ( $table.outerWidth() > $wrapper.outerWidth() ) {
// Not a relative path, so it's either a module name or,
$wrapper.addClass( 'overflowed' );
// (if in test mode) a private file imported from another module.
setScrollClass( $table );
return mw.loader.require( moduleName );
}
 
if ( hasOwn.call( moduleObj.packageExports, fileName ) ) {
// File has already been executed, return the cached result
return moduleObj.packageExports[ fileName ];
}
 
var scriptFiles = moduleObj.script.files;
if ( !hasOwn.call( scriptFiles, fileName ) ) {
throw new Error( 'Cannot require undefined file ' + fileName );
}
 
var result,
fileContent = scriptFiles[ fileName ];
if ( typeof fileContent === 'function' ) {
var moduleParam = { exports: {} };
fileContent( makeRequireFunction( moduleObj, fileName ), moduleParam, moduleParam.exports );
result = moduleParam.exports;
} else {
} else {
$wrapper.removeClass( 'overflowed scroll-left scroll-right fixed-scrollbar-container' );
// fileContent is raw data (such as a JSON object), just pass it through
result = fileContent;
}
moduleObj.packageExports[ fileName ] = result;
return result;
};
}
 
/**
* Load and execute a script.
*
* @private
* @param {string} src URL to script, will be used as the src attribute in the script tag
* @param {Function} [callback] Callback to run after request resolution
* @param {string[]} [modules] List of modules being requested, for state to be marked as error
* in case the script fails to load
* @return {HTMLElement}
*/
function addScript( src, callback, modules ) {
// Use a <script> element rather than XHR. Using XHR changes the request
// headers (potentially missing a cache hit), and reduces caching in general
// since browsers cache XHR much less (if at all). And XHR means we retrieve
// text, so we'd need to eval, which then messes up line numbers.
// The drawback is that <script> does not offer progress events, feedback is
// only given after downloading, parsing, and execution have completed.
var script = document.createElement( 'script' );
script.src = src;
function onComplete() {
if ( script.parentNode ) {
script.parentNode.removeChild( script );
}
if ( callback ) {
callback();
callback = null;
}
}
script.onload = onComplete;
script.onerror = function () {
onComplete();
if ( modules ) {
for ( var i = 0; i < modules.length; i++ ) {
setAndPropagate( modules[ i ], 'error' );
}
}
};
document.head.appendChild( script );
return script;
}
 
/**
* Queue the loading and execution of a script for a particular module.
*
* This does for legacy debug mode what runScript() does for production.
*
* @private
* @param {string} src URL of the script
* @param {string} moduleName Name of currently executing module
* @param {Function} callback Callback to run after addScript() resolution
*/
function queueModuleScript( src, moduleName, callback ) {
pendingRequests.push( function () {
// Keep in sync with execute()/runScript().
if ( moduleName !== 'jquery' ) {
window.require = mw.loader.require;
window.module = registry[ moduleName ].module;
}
}
addScript( src, function () {
// 'module.exports' should not persist after the file is executed to
// avoid leakage to unrelated code. 'require' should be kept, however,
// as asynchronous access to 'require' is allowed and expected. (T144879)
delete window.module;
callback();
// Start the next one (if any)
if ( pendingRequests[ 0 ] ) {
pendingRequests.shift()();
} else {
handlingPendingRequests = false;
}
} );
} );
} );
if ( !handlingPendingRequests && pendingRequests[ 0 ] ) {
handlingPendingRequests = true;
pendingRequests.shift()();
}
}
/**
* Utility function for execute()
*
* @ignore
* @param {string} url URL
* @param {string} [media] Media attribute
* @param {Node|null} [nextNode]
* @return {HTMLElement}
*/
function addLink( url, media, nextNode ) {
var el = document.createElement( 'link' );
el.rel = 'stylesheet';
if ( media ) {
el.media = media;
}
// If you end up here from an IE exception "SCRIPT: Invalid property value.",
// see #addEmbeddedCSS, T33676, T43331, and T49277 for details.
el.href = url;
addToHead( el, nextNode );
return el;
}
/**
* Evaluate in the global scope.
*
* This is used by MediaWiki user scripts, where it is (for example)
* important that `var` makes a global variable.
*
* @private
* @param {string} code JavaScript code
*/
function globalEval( code ) {
var script = document.createElement( 'script' );
script.text = code;
document.head.appendChild( script );
script.parentNode.removeChild( script );
}
/**
* Evaluate JS code using indirect eval().
*
* This is used by mw.loader.store. It is important that we protect the
* integrity of mw.loader's private variables (from accidental clashes
* or re-assignment), which means we can't use regular `eval()`.
*
* Optimization: This exists separately from globalEval(), because that
* involves slow DOM overhead.
*
* @private
* @param {string} code JavaScript code
*/
function indirectEval( code ) {
// See http://perfectionkills.com/global-eval-what-are-the-options/
// for an explanation of this syntax.
// eslint-disable-next-line no-eval
( 1, eval )( code );
}
/**
* Add one or more modules to the module load queue.
*
* See also #work().
*
* @private
* @param {string[]} dependencies Array of module names in the registry
* @param {Function} [ready] Callback to execute when all dependencies are ready
* @param {Function} [error] Callback to execute when any dependency fails
*/
function enqueue( dependencies, ready, error ) {
if ( allReady( dependencies ) ) {
// Run ready immediately
if ( ready ) {
ready();
}
return;
}
var failed = anyFailed( dependencies );
if ( failed !== false ) {
if ( error ) {
// Execute error immediately if any dependencies have errors
error(
new Error( 'Dependency ' + failed + ' failed to load' ),
dependencies
);
}
return;
}


// Set up sticky captions
// Not all dependencies are ready, add to the load queue...
$content.find( '.content-table > table > caption' ).each( function () {
var $container, tableHeight,
$table = $( this ).parent(),
$wrapper = $table.parent().parent();


if ( $table.outerWidth() > $wrapper.outerWidth() ) {
// Add ready and error callbacks if they were given
$container = $( this ).parents( '.content-table-wrapper' );
if ( ready || error ) {
$( this ).width( $content.width() );
jobs.push( {
tableHeight = $container.innerHeight() - $( this ).outerHeight();
// Narrow down the list to modules that are worth waiting for
dependencies: dependencies.filter( function ( module ) {
var state = registry[ module ].state;
return state === 'registered' || state === 'loaded' || state === 'loading' || state === 'executing';
} ),
ready: ready,
error: error
} );
}


$container.find( '.content-table-left' ).height( tableHeight );
dependencies.forEach( function ( module ) {
$container.find( '.content-table-right' ).height( tableHeight );
// Only queue modules that are still in the initial 'registered' state
// (e.g. not ones already loading or loaded etc.).
if ( registry[ module ].state === 'registered' && queue.indexOf( module ) === -1 ) {
queue.push( module );
}
}
} );
} );
mw.loader.work();
}
}


unOverflowTables();
/**
$( window ).on( 'resize', unOverflowTables );
* Executes a loaded module, making it ready to use
*
* @private
* @param {string} module Module name to execute
*/
function execute( module ) {
if ( registry[ module ].state !== 'loaded' ) {
throw new Error( 'Module in state "' + registry[ module ].state + '" may not execute: ' + module );
}
 
registry[ module ].state = 'executing';
 
var runScript = function () {
var script = registry[ module ].script;
var markModuleReady = function () {
setAndPropagate( module, 'ready' );
};
var nestedAddScript = function ( arr, offset ) {
// Recursively call queueModuleScript() in its own callback
// for each element of arr.
if ( offset >= arr.length ) {
// We're at the end of the array
markModuleReady();
return;
}
 
queueModuleScript( arr[ offset ], module, function () {
nestedAddScript( arr, offset + 1 );
} );
};
 
try {
if ( Array.isArray( script ) ) {
nestedAddScript( script, 0 );
} else if ( typeof script === 'function' ) {
// Keep in sync with queueModuleScript() for debug mode
if ( module === 'jquery' ) {
// This is a special case for when 'jquery' itself is being loaded.
// - The standard jquery.js distribution does not set `window.jQuery`
//  in CommonJS-compatible environments (Node.js, AMD, RequireJS, etc.).
// - MediaWiki's 'jquery' module also bundles jquery.migrate.js, which
//  in a CommonJS-compatible environment, will use require('jquery'),
//  but that can't work when we're still inside that module.
script();
} else {
// Pass jQuery twice so that the signature of the closure which wraps
// the script can bind both '$' and 'jQuery'.
script( window.$, window.$, mw.loader.require, registry[ module ].module );
}
markModuleReady();
} else if ( typeof script === 'object' && script !== null ) {
var mainScript = script.files[ script.main ];
if ( typeof mainScript !== 'function' ) {
throw new Error( 'Main file in module ' + module + ' must be a function' );
}
// jQuery parameters are not passed for multi-file modules
mainScript(
makeRequireFunction( registry[ module ], script.main ),
registry[ module ].module,
registry[ module ].module.exports
);
markModuleReady();
} else if ( typeof script === 'string' ) {
// Site and user modules are legacy scripts that run in the global scope.
// This is transported as a string instead of a function to avoid needing
// to use string manipulation to undo the function wrapper.
globalEval( script );
markModuleReady();
 
} else {
// Module without script
markModuleReady();
}
} catch ( e ) {
// Use mw.trackError instead of mw.log because these errors are common in production mode
// (e.g. undefined variable), and mw.log is only enabled in debug mode.
setAndPropagate( module, 'error' );
mw.trackError( {
exception: e,
module: module,
source: 'module-execute'
} );
}
};
 
// Emit deprecation warnings
if ( registry[ module ].deprecationWarning ) {
mw.log.warn( registry[ module ].deprecationWarning );
}
 
// Add localizations to message system
if ( registry[ module ].messages ) {
mw.messages.set( registry[ module ].messages );
}
 
// Initialise templates
if ( registry[ module ].templates ) {
mw.templates.set( module, registry[ module ].templates );
}
 
// Adding of stylesheets is asynchronous via addEmbeddedCSS().
// The below function uses a counting semaphore to make sure we don't call
// runScript() until after this module's stylesheets have been inserted
// into the DOM.
var cssPending = 0;
var cssHandle = function () {
// Increase semaphore, when creating a callback for addEmbeddedCSS.
cssPending++;
return function () {
// Decrease semaphore, when said callback is invoked.
cssPending--;
if ( cssPending === 0 ) {
// Paranoia:
// This callback is exposed to addEmbeddedCSS, which is outside the execute()
// function and is not concerned with state-machine integrity. In turn,
// addEmbeddedCSS() actually exposes stuff further via requestAnimationFrame.
// If increment and decrement callbacks happen in the wrong order, or start
// again afterwards, then this branch could be reached multiple times.
// To protect the integrity of the state-machine, prevent that from happening
// by making runScript() cannot be called more than once.  We store a private
// reference when we first reach this branch, then deference the original, and
// call our reference to it.
var runScriptCopy = runScript;
runScript = undefined;
runScriptCopy();
}
};
};
 
// Process styles (see also mw.loader.impl)
// * { "css": [css, ..] }
// * { "url": { <media>: [url, ..] } }
var style = registry[ module ].style;
if ( style ) {
// Array of CSS strings under key 'css'
// { "css": [css, ..] }
if ( 'css' in style ) {
for ( var i = 0; i < style.css.length; i++ ) {
addEmbeddedCSS( style.css[ i ], cssHandle() );
}
}
 
// Plain object with array of urls under a media-type key
// { "url": { <media>: [url, ..] } }
if ( 'url' in style ) {
for ( var media in style.url ) {
var urls = style.url[ media ];
for ( var j = 0; j < urls.length; j++ ) {
addLink( urls[ j ], media, marker );
}
}
}
}
 
// End profiling of execute()-self before we call runScript(),
// which we want to measure separately without overlap.
 
if ( module === 'user' ) {
// Implicit dependency on the site module. Not a real dependency because it should
// run after 'site' regardless of whether it succeeds or fails.
// Note: This is a simplified version of mw.loader.using(), inlined here because
// mw.loader.using() is part of mediawiki.base (depends on jQuery; T192623).
var siteDeps;
var siteDepErr;
try {
siteDeps = resolve( [ 'site' ] );
} catch ( e ) {
siteDepErr = e;
runScript();
}
if ( !siteDepErr ) {
enqueue( siteDeps, runScript, runScript );
}
} else if ( cssPending === 0 ) {
// Regular module without styles
runScript();
}
// else: runScript will get called via cssHandle()
}
 
function sortQuery( o ) {
var sorted = {};
var list = [];
 
for ( var key in o ) {
list.push( key );
}
list.sort();
for ( var i = 0; i < list.length; i++ ) {
sorted[ list[ i ] ] = o[ list[ i ] ];
}
return sorted;
}


/**
/**
* Sticky scrollbars maybe?!
* Converts a module map of the form `{ foo: [ 'bar', 'baz' ], bar: [ 'baz, 'quux' ] }`
* to a query string of the form `foo.bar,baz|bar.baz,quux`.
*
* See `ResourceLoader::makePackedModulesString()` in PHP, of which this is a port.
* On the server, unpacking is done by `ResourceLoader::expandModuleNames()`.
*
* Note: This is only half of the logic, the other half has to be in #batchRequest(),
* because its implementation needs to keep track of potential string size in order
* to decide when to split the requests due to url size.
*
* @typedef {Object} ModuleString
* @property {string} str Module query string
* @property {Array} list List of module names in matching order
*
* @private
* @param {Object} moduleMap Module map
* @return {ModuleString}
*/
*/
$content.find( '.content-table' ).each( function () {
function buildModulesString( moduleMap ) {
var $table, $tableWrapper, $spoof, $scrollbar;
var str = [];
var list = [];
var p;


$tableWrapper = $( this );
function restore( suffix ) {
$table = $tableWrapper.children( 'table' ).first();
return p + suffix;
}


// Assemble our silly crap and add to page
for ( var prefix in moduleMap ) {
$scrollbar = $( '<div>' ).addClass( 'content-table-scrollbar inactive' ).width( $content.width() );
p = prefix === '' ? '' : prefix + '.';
$spoof = $( '<div>' ).addClass( 'content-table-spoof' ).width( $table.outerWidth() );
str.push( p + moduleMap[ prefix ].join( ',' ) );
$tableWrapper.parent().prepend( $scrollbar.prepend( $spoof ) );
list.push.apply( list, moduleMap[ prefix ].map( restore ) );
} );
}
return {
str: str.join( '|' ),
list: list
};
}
 
/**
* @private
* @param {Object} params Map of parameter names to values
* @return {string}
*/
function makeQueryString( params ) {
// Optimisation: This is a fairly hot code path with batchRequest() loops.
// Avoid overhead from Object.keys and Array.forEach.
// String concatenation is faster than array pushing and joining, see
// https://phabricator.wikimedia.org/P19931
var str = '';
for ( var key in params ) {
// Parameters are separated by &, added before all parameters other than
// the first
str += ( str ? '&' : '' ) + encodeURIComponent( key ) + '=' +
encodeURIComponent( params[ key ] );
}
return str;
}


/**
/**
* Scoll table when scrolling scrollbar and visa-versa lololol wut
* Create network requests for a batch of modules.
*
* This is an internal method for #work(). This must not be called directly
* unless the modules are already registered, and no request is in progress,
* and the module state has already been set to `loading`.
*
* @private
* @param {string[]} batch
*/
*/
$content.find( '.content-table' ).on( 'scroll', function () {
function batchRequest( batch ) {
// Only do this here if we're not already mirroring the spoof
if ( !batch.length ) {
var $mirror = $( this ).siblings( '.inactive' ).first();
return;
}


$mirror.scrollLeft( $( this ).scrollLeft() );
var sourceLoadScript, currReqBase, moduleMap;
} );
$content.find( '.content-table-scrollbar' ).on( 'scroll', function () {
var $mirror = $( this ).siblings( '.content-table' ).first();


// Only do this here if we're not already mirroring the table
/**
// eslint-disable-next-line no-jquery/no-class-state
* Start the currently drafted request to the server.
if ( !$( this ).hasClass( 'inactive' ) ) {
*
$mirror.scrollLeft( $( this ).scrollLeft() );
* @ignore
*/
function doRequest() {
// Optimisation: Inherit (Object.create), not copy ($.extend)
var query = Object.create( currReqBase ),
packed = buildModulesString( moduleMap );
query.modules = packed.str;
// The packing logic can change the effective order, even if the input was
// sorted. As such, the call to getCombinedVersion() must use this
// effective order to ensure that the combined version will match the hash
// expected by the server based on combining versions from the module
// query string in-order. (T188076)
query.version = getCombinedVersion( packed.list );
query = sortQuery( query );
addScript( sourceLoadScript + '?' + makeQueryString( query ), null, packed.list );
}
}
} );
 
// Always order modules alphabetically to help reduce cache
// misses for otherwise identical content.
batch.sort();
 
// Query parameters common to all requests
var reqBase = {
    "lang": "en",
    "skin": "customtimeless",
    "debug": "1"
};
 
// Split module list by source and by group.
var splits = Object.create( null );
for ( var b = 0; b < batch.length; b++ ) {
var bSource = registry[ batch[ b ] ].source;
var bGroup = registry[ batch[ b ] ].group;
if ( !splits[ bSource ] ) {
splits[ bSource ] = Object.create( null );
}
if ( !splits[ bSource ][ bGroup ] ) {
splits[ bSource ][ bGroup ] = [];
}
splits[ bSource ][ bGroup ].push( batch[ b ] );
}
 
for ( var source in splits ) {
sourceLoadScript = sources[ source ];
 
for ( var group in splits[ source ] ) {
 
// Cache access to currently selected list of
// modules for this group from this source.
var modules = splits[ source ][ group ];
 
// Query parameters common to requests for this module group
// Optimisation: Inherit (Object.create), not copy ($.extend)
currReqBase = Object.create( reqBase );
// User modules require a user name in the query string.
if ( group === 0 && mw.config.get( 'wgUserName' ) !== null ) {
currReqBase.user = mw.config.get( 'wgUserName' );
}
 
// In addition to currReqBase, doRequest() will also add 'modules' and 'version'.
// > '&modules='.length === 9
// > '&version=12345'.length === 14
// > 9 + 14 = 23
var currReqBaseLength = makeQueryString( currReqBase ).length + 23;
 
// We may need to split up the request to honor the query string length limit,
// so build it piece by piece. `length` does not include the characters from
// the request base, see below
var length = 0;
moduleMap = Object.create( null ); // { prefix: [ suffixes ] }
 
for ( var i = 0; i < modules.length; i++ ) {
// Determine how many bytes this module would add to the query string
var lastDotIndex = modules[ i ].lastIndexOf( '.' ),
prefix = modules[ i ].slice( 0, Math.max( 0, lastDotIndex ) ),
suffix = modules[ i ].slice( lastDotIndex + 1 ),
bytesAdded = moduleMap[ prefix ] ?
suffix.length + 3 : // '%2C'.length == 3
modules[ i ].length + 3; // '%7C'.length == 3
 
// If the url would become too long, create a new one, but don't create empty requests.
// The value of `length` only reflects the request-specific bytes relating to the
// accumulated entries in moduleMap so far. It does not include the base length,
// which we account for separately with `currReqBaseLength` so that length is 0
// when moduleMap is empty.
if ( length && length + currReqBaseLength + bytesAdded > mw.loader.maxQueryLength ) {
// Dispatch what we've got...
doRequest();
// .. and start preparing a new request.
length = 0;
moduleMap = Object.create( null );
}
if ( !moduleMap[ prefix ] ) {
moduleMap[ prefix ] = [];
}
length += bytesAdded;
moduleMap[ prefix ].push( suffix );
}
// Optimization: Skip `length` check.
// moduleMap will contain at least one module here. The loop above leaves the last module
// undispatched (and maybe some before it), so for moduleMap to be empty here, there must
// have been no modules to iterate in the current group to start with, but we only create
// a group in `splits` when the first module in the group is seen, so there are always
// modules in the group when this code is reached.
doRequest();
}
}
}


/**
/**
* Set active when actually over the table it applies to...
* @private
* @param {string[]} implementations Array containing pieces of JavaScript code in the
*  form of calls to mw.loader#impl().
* @param {Function} cb Callback in case of failure
* @param {Error} cb.err
* @param {number} [offset] Integer offset into implementations to start at
*/
*/
function determineActiveSpoofScrollbars() {
function asyncEval( implementations, cb, offset ) {
$content.find( '.overflowed .content-table' ).each( function () {
if ( !implementations.length ) {
var $scrollbar = $( this ).siblings( '.content-table-scrollbar' ).first();
return;
}
offset = offset || 0;
mw.requestIdleCallback( function ( deadline ) {
asyncEvalTask( deadline, implementations, cb, offset );
} );
}


// Skip caption
/**
var captionHeight = $( this ).find( 'caption' ).outerHeight() || 0;
* Idle callback for asyncEval
if ( captionHeight ) {
*
// Pad slightly for reasons
* @private
captionHeight += 8;
* @param {IdleDeadline} deadline
* @param {string[]} implementations
* @param {Function} cb
* @param {Error} cb.err
* @param {number} offset
*/
function asyncEvalTask( deadline, implementations, cb, offset ) {
for ( var i = offset; i < implementations.length; i++ ) {
if ( deadline.timeRemaining() <= 0 ) {
asyncEval( implementations, cb, i );
return;
}
try {
indirectEval( implementations[ i ] );
} catch ( err ) {
cb( err );
}
}
}
}


var tableTop = $( this ).offset().top,
/**
tableBottom = tableTop + $( this ).outerHeight(),
* Make a versioned key for a specific module.
viewBottom = window.scrollY + document.documentElement.clientHeight,
*
active = tableTop + captionHeight < viewBottom && tableBottom > viewBottom;
* @private
$scrollbar.toggleClass( 'inactive', !active );
* @param {string} module Module name
} );
* @return {string|null} Module key in format '`[name]@[version]`',
*  or null if the module does not exist
*/
function getModuleKey( module ) {
return module in registry ? ( module + '@' + registry[ module ].version ) : null;
}
}


determineActiveSpoofScrollbars();
/**
$( window ).on( 'scroll resize', determineActiveSpoofScrollbars );
* @private
* @param {string} key Module name or '`[name]@[version]`'
* @return {Object}
*/
function splitModuleKey( key ) {
// Module names may contain '@' but version strings may not, so the last '@' is the delimiter
var index = key.lastIndexOf( '@' );
// If the key doesn't contain '@' or starts with it, the whole thing is the module name
if ( index === -1 || index === 0 ) {
return {
name: key,
version: ''
};
}
return {
name: key.slice( 0, index ),
version: key.slice( index + 1 )
};
}


/**
* @private
* @param {string} module
* @param {string} [version]
* @param {string[]} [dependencies]
* @param {string} [group]
* @param {string} [source]
* @param {string} [skip]
*/
function registerOne( module, version, dependencies, group, source, skip ) {
if ( module in registry ) {
throw new Error( 'module already registered: ' + module );
}


function showContent(id) {
registry[ module ] = {
const conteudos = document.querySelectorAll('.nav-content');
// Exposed to execute() for mw.loader.impl() closures.
conteudos.forEach((div) => {
// Import happens via require().
div.classList.remove('show-content');
module: {
});
exports: {}
document.getElementById(id).classList.add('show-content');
},
// module.export objects for each package file inside this module
packageExports: {},
version: version || '',
dependencies: dependencies || [],
group: typeof group === 'undefined' ? null : group,
source: typeof source === 'string' ? source : 'local',
state: 'registered',
skip: typeof skip === 'string' ? skip : null
};
}
}
/* Public Members */
mw.loader = {
/**
* The module registry is exposed as an aid for debugging and inspecting page
* state; it is not a public interface for modifying the registry.
*
* @see #registry
* @property {Object}
* @private
*/
moduleRegistry: registry,
/**
* Exposed for testing and debugging only.
*
* @see #batchRequest
* @property {number}
* @private
*/
maxQueryLength: 2000,
addStyleTag: newStyleTag,
// Exposed for internal use only. Documented as @private.
addScriptTag: addScript,
// Exposed for internal use only. Documented as @private.
addLinkTag: addLink,
// Exposed for internal use only. Documented as @private.
enqueue: enqueue,
// Exposed for internal use only. Documented as @private.
resolve: resolve,
/**
* Start loading of all queued module dependencies.
*
* @private
*/
work: function () {
store.init();
var q = queue.length,
storedImplementations = [],
storedNames = [],
requestNames = [],
batch = new Set();
// Iterate the list of requested modules, and do one of three things:
// - 1) Nothing (if already loaded or being loaded).
// - 2) Eval the cached implementation from the module store.
// - 3) Request from network.
while ( q-- ) {
var module = queue[ q ];
// Only consider modules which are the initial 'registered' state,
// and ignore duplicates
if ( mw.loader.getState( module ) === 'registered' &&
!batch.has( module )
) {
// Progress the state machine
registry[ module ].state = 'loading';
batch.add( module );
var implementation = store.get( module );
if ( implementation ) {
// Module store enabled and contains this module/version
storedImplementations.push( implementation );
storedNames.push( module );
} else {
// Module store disabled or doesn't have this module/version
requestNames.push( module );
}
}
}
// Now that the queue has been processed into a batch, clear the queue.
// This MUST happen before we initiate any eval or network request. Otherwise,
// it is possible for a cached script to instantly trigger the same work queue
// again; all before we've cleared it causing each request to include modules
// which are already loaded.
queue = [];
asyncEval( storedImplementations, function ( err ) {
// Not good, the cached mw.loader.impl calls failed! This should
// never happen, barring ResourceLoader bugs, browser bugs and PEBKACs.
// Depending on how corrupt the string is, it is likely that some
// modules' impl() succeeded while the ones after the error will
// never run and leave their modules in the 'loading' state forever.
store.stats.failed++;
// Since this is an error not caused by an individual module but by
// something that infected the implement call itself, don't take any
// risks and clear everything in this cache.
store.clear();
mw.trackError( {
exception: err,
source: 'store-eval'
} );
// For any failed ones, fallback to requesting from network
var failed = storedNames.filter( function ( name ) {
return registry[ name ].state === 'loading';
} );
batchRequest( failed );
} );
batchRequest( requestNames );
},
/**
* Register a source.
*
* The #work() method will use this information to split up requests by source.
*
* @example
* mw.loader.addSource( { mediawikiwiki: 'https://www.mediawiki.org/w/load.php' } );
*
* @private
* @param {Object} ids An object mapping ids to load.php end point urls
* @throws {Error} If source id is already registered
*/
addSource: function ( ids ) {
for ( var id in ids ) {
if ( id in sources ) {
throw new Error( 'source already registered: ' + id );
}
sources[ id ] = ids[ id ];
}
},
/**
* Register a module, letting the system know about it and its properties.
*
* The startup module calls this method.
*
* When using multiple module registration by passing an array, dependencies that
* are specified as references to modules within the array will be resolved before
* the modules are registered.
*
* @param {string|Array} modules Module name or array of arrays, each containing
*  a list of arguments compatible with this method
* @param {string} [version] Module version hash (falls backs to empty string)
* @param {string[]} [dependencies] Array of module names on which this module depends.
* @param {string} [group=null] Group which the module is in
* @param {string} [source='local'] Name of the source
* @param {string} [skip=null] Script body of the skip function
* @private
*/
register: function ( modules ) {
if ( typeof modules !== 'object' ) {
registerOne.apply( null, arguments );
return;
}
// Need to resolve indexed dependencies:
// ResourceLoader uses an optimisation to save space which replaces module
// names in dependency lists with the index of that module within the
// array of module registration data if it exists. The benefit is a significant
// reduction in the data size of the startup module. This loop changes
// those dependency lists back to arrays of strings.
function resolveIndex( dep ) {
return typeof dep === 'number' ? modules[ dep ][ 0 ] : dep;
}
for ( var i = 0; i < modules.length; i++ ) {
var deps = modules[ i ][ 2 ];
if ( deps ) {
for ( var j = 0; j < deps.length; j++ ) {
deps[ j ] = resolveIndex( deps[ j ] );
}
}
// Optimisation: Up to 55% faster.
// Typically register() is called exactly once on a page, and with a batch.
// See <https://gist.github.com/Krinkle/f06fdb3de62824c6c16f02a0e6ce0e66>
// Benchmarks taught us that the code for adding an object to `registry`
// should be in a function that has only one signature and does no arguments
// manipulation.
// JS semantics make it hard to optimise recursion to a different
// signature of itself, hence we moved this out.
registerOne.apply( null, modules[ i ] );
}
},
/**
* Implement a module given the components of the module.
*
* See #impl for a full description of the parameters.
*
* Prior to MW 1.41, this was used internally, but now it is only kept
* for backwards compatibility.
*
* Does not support mw.loader.store caching.
*
* @param {string} module
* @param {Function|Array|string|Object} [script]
* @param {Object} [style]
* @param {Object} [messages] List of key/value pairs to be added to mw#messages.
* @param {Object} [templates] List of key/value pairs to be added to mw#templates.
* @param {string|null} [deprecationWarning] Deprecation warning if any
* @private
*/
implement: function ( module, script, style, messages, templates, deprecationWarning ) {
var split = splitModuleKey( module ),
name = split.name,
version = split.version;
// Automatically register module
if ( !( name in registry ) ) {
mw.loader.register( name );
}
// Check for duplicate implementation
if ( registry[ name ].script !== undefined ) {
throw new Error( 'module already implemented: ' + name );
}
registry[ name ].version = version;
registry[ name ].declarator = null; // not supported
registry[ name ].script = script;
registry[ name ].style = style;
registry[ name ].messages = messages;
registry[ name ].templates = templates;
registry[ name ].deprecationWarning = deprecationWarning;
// The module may already have been marked as erroneous
if ( registry[ name ].state !== 'error' && registry[ name ].state !== 'missing' ) {
setAndPropagate( name, 'loaded' );
}
},
/**
* Implement a module given a function which returns the components of the module
*
* @param {Function} declarator
*
* The declarator should return an array with the following keys:
*
*  - 0. {string} module Name of module and current module version. Formatted
*    as '`[name]@[version]`". This version should match the requested version
*    (from #batchRequest and #registry). This avoids race conditions (T117587).
*
*  - 1. {Function|Array|string|Object} [script] Module code. This can be a function,
*    a list of URLs to load via `<script src>`, a string for `globalEval()`, or an
*    object like {"files": {"foo.js":function, "bar.js": function, ...}, "main": "foo.js"}.
*    If an object is provided, the main file will be executed immediately, and the other
*    files will only be executed if loaded via require(). If a function or string is
*    provided, it will be executed/evaluated immediately. If an array is provided, all
*    URLs in the array will be loaded immediately, and executed as soon as they arrive.
*
*  - 2. {Object} [style] Should follow one of the following patterns:
*
*    { "css": [css, ..] }
*    { "url": { (media): [url, ..] } }
*
*    The reason css strings are not concatenated anymore is T33676. We now check
*    whether it's safe to extend the stylesheet.
*
*  - 3. {Object} [messages] List of key/value pairs to be added to mw#messages.
*  - 4. {Object} [templates] List of key/value pairs to be added to mw#templates.
*  - 5. {String|null} [deprecationWarning] Deprecation warning if any
*
* The declarator must not use any scope variables, since it will be serialized with
* Function.prototype.toString() and later restored and executed in the global scope.
*
* The elements are all optional except the name.
* @private
*/
impl: function ( declarator ) {
var data = declarator(),
module = data[ 0 ],
script = data[ 1 ] || null,
style = data[ 2 ] || null,
messages = data[ 3 ] || null,
templates = data[ 4 ] || null,
deprecationWarning = data[ 5 ] || null,
split = splitModuleKey( module ),
name = split.name,
version = split.version;
// Automatically register module
if ( !( name in registry ) ) {
mw.loader.register( name );
}
// Check for duplicate implementation
if ( registry[ name ].script !== undefined ) {
throw new Error( 'module already implemented: ' + name );
}
// Without this reset, if there is a version mismatch between the
// requested and received module version, then mw.loader.store would
// cache the response under the requested key. Thus poisoning the cache
// indefinitely with a stale value. (T117587)
registry[ name ].version = version;
// Attach components
registry[ name ].declarator = declarator;
registry[ name ].script = script;
registry[ name ].style = style;
registry[ name ].messages = messages;
registry[ name ].templates = templates;
registry[ name ].deprecationWarning = deprecationWarning;
// The module may already have been marked as erroneous
if ( registry[ name ].state !== 'error' && registry[ name ].state !== 'missing' ) {
setAndPropagate( name, 'loaded' );
}
},
/**
* Load an external script or one or more modules.
*
* This method takes a list of unrelated modules. Use cases:
*
* - A web page will be composed of many different widgets. These widgets independently
*  queue their ResourceLoader modules (`OutputPage::addModules()`). If any of them
*  have problems, or are no longer known (e.g. cached HTML), the other modules
*  should still be loaded.
* - This method is used for preloading, which must not throw. Later code that
*  calls #using() will handle the error.
*
* @param {string|Array} modules Either the name of a module, array of modules,
*  or a URL of an external script or style
* @param {string} [type='text/javascript'] MIME type to use if calling with a URL of an
*  external script or style; acceptable values are "text/css" and
*  "text/javascript"; if no type is provided, text/javascript is assumed.
* @throws {Error} If type is invalid
*/
load: function ( modules, type ) {
if ( typeof modules === 'string' && /^(https?:)?\/?\//.test( modules ) ) {
// Called with a url like so:
// - "https://example.org/x.js"
// - "http://example.org/x.js"
// - "//example.org/x.js"
// - "/x.js"
if ( type === 'text/css' ) {
addLink( modules );
} else if ( type === 'text/javascript' || type === undefined ) {
addScript( modules );
} else {
// Unknown type
throw new Error( 'Invalid type ' + type );
}
} else {
// One or more modules
modules = typeof modules === 'string' ? [ modules ] : modules;
// Resolve modules into a flat list for internal queuing.
// This also filters out unknown modules and modules with
// unknown dependencies, allowing the rest to continue. (T36853)
// Omit ready and error parameters, we don't have callbacks
enqueue( resolveStubbornly( modules ) );
}
},
/**
* Change the state of one or more modules.
*
* @param {Object} states Object of module name/state pairs
* @private
*/
state: function ( states ) {
for ( var module in states ) {
if ( !( module in registry ) ) {
mw.loader.register( module );
}
setAndPropagate( module, states[ module ] );
}
},
/**
* Get the state of a module.
*
* Possible states for the public API:
*
* - `registered`: The module is available for loading but not yet requested.
* - `loading`, `loaded`, or `executing`: The module is currently being loaded.
* - `ready`: The module was successfully and fully loaded.
* - `error`: The module or one its dependencies has failed to load, e.g. due to
*    uncaught error from the module's script files.
* - `missing`: The module was requested but is not defined according to the server.
*
* Internal mw.loader state machine:
*
* - `registered`:
*    The module is known to the system but not yet required.
*    Meta data is stored by `register()`.
*    Calls to that method are generated server-side by StartupModule.
* - `loading`:
*    The module was required through mw.loader (either directly or as dependency of
*    another module). The client will fetch module contents from mw.loader.store
*    or from the server. The contents should later be received by `implement()`.
* - `loaded`:
*    The module has been received by `implement()`.
*    Once the module has no more dependencies in-flight, the module will be executed,
*    controlled via `setAndPropagate()` and `doPropagation()`.
* - `executing`:
*    The module is being executed (apply messages and stylesheets, execute scripts)
*    by `execute()`.
* - `ready`:
*    The module has been successfully executed.
* - `error`:
*    The module (or one of its dependencies) produced an uncaught error during execution.
* - `missing`:
*    The module was registered client-side and requested, but the server denied knowledge
*    of the module's existence.
*
* @param {string} module Name of module
* @return {string|null} The state, or null if the module (or its state) is not
*  in the registry.
*/
getState: function ( module ) {
return module in registry ? registry[ module ].state : null;
},
/**
* Get the exported value of a module.
*
* This static method is publicly exposed for debugging purposes
* only and must not be used in production code. In production code,
* please use the dynamically provided `require()` function instead.
*
* In case of lazy-loaded modules via mw.loader#using(), the returned
* Promise provides the function, see #using() for examples.
*
* @private
* @since 1.27
* @param {string} moduleName Module name
* @return {any} Exported value
*/
require: function ( moduleName ) {
var path;
if ( window.QUnit ) {
// Comply with Node specification
// https://nodejs.org/docs/v20.1.0/api/modules.html#all-together
//
// > Interpret X as a combination of NAME and SUBPATH, where the NAME
// > may have a "@scope/" prefix and the subpath begins with a slash (`/`).
//
// Regex inspired by Node [1], but simplified to suite our purposes
// and split in two in order to keep the Regex Star Height under 2,
// as per ESLint security/detect-unsafe-regex.
//
// These patterns match "@scope/module/dir/file.js" and "module/dir/file.js"
// respectively. They must not match "module.name" or "@scope/module.name".
//
// [1] https://github.com/nodejs/node/blob/v20.1.0/lib/internal/modules/cjs/loader.js#L554-L560
var paths = moduleName.startsWith( '@' ) ?
/^(@[^/]+\/[^/]+)\/(.*)$/.exec( moduleName ) :
// eslint-disable-next-line no-mixed-spaces-and-tabs
        /^([^/]+)\/(.*)$/.exec( moduleName );
if ( paths ) {
moduleName = paths[ 1 ];
path = paths[ 2 ];
}
}
// Only ready modules can be required
if ( mw.loader.getState( moduleName ) !== 'ready' ) {
// Module may've forgotten to declare a dependency
throw new Error( 'Module "' + moduleName + '" is not loaded' );
}
return path ?
makeRequireFunction( registry[ moduleName ], '' )( './' + path ) :
registry[ moduleName ].module.exports;
}
};
var hasPendingFlush = false,
hasPendingWrites = false;
/**
* Actually update the store
*
* @see #requestUpdate
* @private
*/
function flushWrites() {
// Process queued module names, serialise their contents to the in-memory store.
while ( store.queue.length ) {
store.set( store.queue.shift() );
}
// Optimization: Don't reserialize the entire store and rewrite localStorage,
// if no module was added or changed.
if ( hasPendingWrites ) {
// Remove anything from the in-memory store that came from previous page
// loads that no longer corresponds with current module names and versions.
store.prune();
try {
// Replacing the content of the module store might fail if the new
// contents would exceed the browser's localStorage size limit. To
// avoid clogging the browser with stale data, always remove the old
// value before attempting to store a new one.
localStorage.removeItem( store.key );
localStorage.setItem( store.key, JSON.stringify( {
items: store.items,
vary: store.vary,
// Store with 1e7 ms accuracy (1e4 seconds, or ~ 2.7 hours),
// which is enough for the purpose of expiring after ~ 30 days.
asOf: Math.ceil( Date.now() / 1e7 )
} ) );
} catch ( e ) {
mw.trackError( {
exception: e,
source: 'store-localstorage-update'
} );
}
}
// Let the next call to requestUpdate() create a new timer.
hasPendingFlush = hasPendingWrites = false;
}
// We use a local variable `store` so that its easier to access, but also need to set
// this in mw.loader so its exported - combine the two


/**
/**
* Make sure tablespoofs remain correctly-sized?
* On browsers that implement the localStorage API, the module store serves as a
* smart complement to the browser cache. Unlike the browser cache, the module store
* can slice a concatenated response from ResourceLoader into its constituent
* modules and cache each of them separately, using each module's versioning scheme
* to determine when the cache should be invalidated.
*
* @private
* @singleton
* @class mw.loader.store
* @ignore
*/
*/
$( window ).on( 'resize', function () {
mw.loader.store = store = {
$content.find( '.content-table-scrollbar' ).each( function () {
// Whether the store is in use on this page.
var width = $( this ).siblings().first().find( 'table' ).first().width();
enabled: null,
$( this ).find( '.content-table-spoof' ).first().width( width );
 
$( this ).width( $content.width() );
// The contents of the store, mapping '[name]@[version]' keys
} );
// to module implementations.
} );
items: {},
} );
 
/* ===== Mega-menu estável – Timeless (.mw-portlet) ===== */
// Names of modules to be stored during the next update.
mw.loader.using(['jquery']).then(function () {
// See add() and update().
  try {
queue: [],
    if (window.__megaMenuStable) return;
 
    window.__megaMenuStable = true;
// Cache hit stats
stats: { hits: 0, misses: 0, expired: 0, failed: 0 },


    var NAV_SEL = '#site-navigation .sidebar-inner';
/**
    var isDesktop = function () { return window.innerWidth >= 851; };
* The localStorage key for the entire module store. The key references
* $wgDBname to prevent clashes between wikis which share a common host.
*
* @property {string}
*/
key: "MediaWikiModuleStore:wikirealmu_mw14490",


    function build() {
/**
      var $container = $(NAV_SEL);
* A string containing various factors by which the module cache should vary.
      if (!$container.length) return;
*
* Defined by ResourceLoader\StartupModule::getStoreVary() in PHP.
*
* @property {string}
*/
vary: "customtimeless:2:1:en",


      // limpa qualquer resíduo de execuções anteriores
/**
      $container.find('h3.has-mega').removeClass('has-mega active');
* Initialize the store.
      $container.find('ul.submenu').remove();
*
      $(document).off('.megamenu');
* Retrieves store from localStorage and (if successfully retrieved) decoding
      $(window).off('.megamenu');
* the stored JSON value to a plain object.
*/
init: function () {
// Init only once per page
if ( this.enabled === null ) {
this.enabled = false;
if ( false ) {
this.load();
} else {
// Clear any previous store to free up space. (T66721)
this.clear();
}


      // para cada seção (portlet)
}
      $container.find('.mw-portlet').each(function () {
},
        var $portlet = $(this);
        var $h3 = $portlet.children('h3').first();
        var $ul = $portlet.children('ul').first();
        if (!$ul.length) $ul = $portlet.find('> .mw-portlet-body > ul').first();
        if (!$h3.length || !$ul.length) return;


        var $links = $ul.find('> li > a');
/**
        if (!$links.length) return;
* Internal helper for init(). Separated for ease of testing.
*/
load: function () {
// These are the scenarios to think about:
//
// 1. localStorage is disallowed by the browser.
//    This means `localStorage.getItem` throws.
//    The store stays disabled.
//
// 2. localStorage did not contain our store key.
//    This usually means the browser has a cold cache for this site,
//    and thus localStorage.getItem returns null.
//    The store will be enabled, and `items` starts fresh.
//
// 3. localStorage contains parseable data, but it's not usable.
//    This means the data is too old, or is not valid for mw.loader.store.vary
//    (e.g. user switched skin or language).
//    The store will be enabled, and `items` starts fresh.
//
// 4. localStorage contains invalid JSON data.
//    This means the data was corrupted, and `JSON.parse` throws.
//    The store will be enabled, and `items` starts fresh.
//
// 5. localStorage contains valid and usable JSON.
//    This means we have a warm cache from a previous visit.
//    The store will be enabled, and `items` starts with the stored data.


        // marca o título como "tem mega"
try {
        $h3.addClass('has-mega');
var raw = localStorage.getItem( this.key );


        // define colunas dinamicamente
// If we make it here, localStorage is enabled and available.
        var n = $links.length;
// The rest of the function may fail, but that only affects what we load from
        var cls = 'submenu';
// the cache. We'll still enable the store to allow storing new modules.
        if (n > 20) cls += ' submenu-4-columns';
this.enabled = true;
        else if (n > 12) cls += ' submenu-3-columns';
        else if (n > 6) cls += ' submenu-2-columns';


        // cria o painel
// If getItem returns null, JSON.parse() will cast to string and re-parse, still null.
        var $submenu = $('<ul/>', { 'class': cls }).appendTo($portlet);
var data = JSON.parse( raw );
        $links.each(function () {
if ( data &&
          $('<li/>').append($(this).clone()).appendTo($submenu);
data.vary === this.vary &&
        });
data.items &&
// Only use if it's been less than 30 days since the data was written
// 30 days = 2,592,000 s = 2,592,000,000 ms = ± 259e7 ms
Date.now() < ( data.asOf * 1e7 ) + 259e7
) {
// The data is not corrupt, matches our vary context, and has not expired.
this.items = data.items;
}
} catch ( e ) {
// Ignore error from localStorage or JSON.parse.
// Don't print any warning (T195647).
}
},


        // esconde a lista original e o painel
/**
        $ul.hide();
* Retrieve a module from the store and update cache hit stats.
        $submenu.hide();
*
* @param {string} module Module name
* @return {string|boolean} Module implementation or false if unavailable
*/
get: function ( module ) {
if ( this.enabled ) {
var key = getModuleKey( module );
if ( key in this.items ) {
this.stats.hits++;
return this.items[ key ];
}


        // posiciona ao lado da barra e alinhado ao título
this.stats.misses++;
        function reposition() {
}
          var left = $container.outerWidth() + 12;          // distância da sidebar
          var top  = $h3.position().top - 6;                // alinhado pela altura do h3
          $submenu.css({ left: left, top: top });
        }


        function open() {
return false;
          // fecha outros
},
          $container.find('h3.has-mega').not($h3).removeClass('active');
          $container.find('ul.submenu').not($submenu).hide();


          $h3.addClass('active');
/**
          reposition();
* Queue the name of a module that the next update should consider storing.
          $submenu.stop(true, true).fadeIn(90);
*
        }
* @since 1.32
* @param {string} module Module name
*/
add: function ( module ) {
if ( this.enabled ) {
this.queue.push( module );
this.requestUpdate();
}
},


        function close() {
/**
          $h3.removeClass('active');
* Add the contents of the named module to the in-memory store.
          $submenu.stop(true, true).fadeOut(90);
*
        }
* This method does not guarantee that the module will be stored.
* Inspection of the module's meta data and size will ultimately decide that.
*
* This method is considered internal to mw.loader.store and must only
* be called if the store is enabled.
*
* @private
* @param {string} module Module name
*/
set: function ( module ) {
var descriptor = registry[ module ],
key = getModuleKey( module );


        function toggle() {
if (
          ($submenu.is(':visible')) ? close() : open();
// Already stored a copy of this exact version
        }
key in this.items ||
// Module failed to load
!descriptor ||
descriptor.state !== 'ready' ||
// Unversioned, private, or site-/user-specific
!descriptor.version ||
descriptor.group === 1 ||
descriptor.group === 0 ||
// Legacy descriptor, registered with mw.loader.implement
!descriptor.declarator
) {
// Decline to store
return;
}


        // hover/click com delay pra não sumir no caminho do mouse
var script = String( descriptor.declarator );
        var closeTimer = null;
// Modules whose serialised form exceeds 100 kB won't be stored (T66721).
if ( script.length > 1e5 ) {
return;
}


        $h3.on('mouseenter.megamenu', function () {
var srcParts = [
          if (isDesktop()) open();
'mw.loader.impl(',
        }).on('mouseleave.megamenu', function () {
script,
          if (isDesktop()) {
');\n'
            closeTimer = setTimeout(function () {
];
              if (!$submenu.is(':hover') && !$h3.is(':hover')) close();
if ( true ) {
            }, 120);
srcParts.push( '// Saved in localStorage at ', ( new Date() ).toISOString(), '\n' );
          }
var sourceLoadScript = sources[ descriptor.source ];
        }).on('click.megamenu', function (e) {
var query = Object.create( {
          if (!isDesktop()) { e.preventDefault(); toggle(); }
    "lang": "en",
        });
    "skin": "customtimeless",
    "debug": "1"
} );
query.modules = module;
query.version = getCombinedVersion( [ module ] );
query = sortQuery( query );
srcParts.push(
'//# sourceURL=',
// Use absolute URL so that Firefox console stack trace links will work
( new URL( sourceLoadScript, location ) ).href,
'?',
makeQueryString( query ),
'\n'
);


        $submenu.on('mouseenter.megamenu', function () {
query.sourcemap = '1';
          if (isDesktop()) { clearTimeout(closeTimer); open(); }
query = sortQuery( query );
        }).on('mouseleave.megamenu', function () {
srcParts.push(
          if (isDesktop()) {
'//# sourceMappingURL=',
            closeTimer = setTimeout(function () {
sourceLoadScript,
              if (!$h3.is(':hover')) close();
'?',
            }, 120);
makeQueryString( query )
          }
);
        });
}
this.items[ key ] = srcParts.join( '' );
hasPendingWrites = true;
},


        $(window).on('resize.megamenu', reposition);
/**
      });
* Iterate through the module store, removing any item that does not correspond
* (in name and version) to an item in the module registry.
*/
prune: function () {
for ( var key in this.items ) {
// key is in the form [name]@[version], slice to get just the name
// to provide to getModuleKey, which will return a key in the same
// form but with the latest version
if ( getModuleKey( splitModuleKey( key ).name ) !== key ) {
this.stats.expired++;
delete this.items[ key ];
}
}
},


      // fecha clicando fora
/**
      $(document).on('click.megamenu', function (e) {
* Clear the entire module store right now.
        if ($(e.target).closest(NAV_SEL).length === 0) {
*/
          var $c = $(NAV_SEL);
clear: function () {
          $c.find('h3.has-mega').removeClass('active');
this.items = {};
          $c.find('ul.submenu').hide();
try {
        }
localStorage.removeItem( this.key );
      });
} catch ( e ) {}
    }
},


    mw.hook('wikipage.content').add(build);
/**
    $(build);
* Request a sync of the in-memory store back to persisted localStorage.
    console.log('[MegaMenu] OK');
*
  } catch (err) {
* This function debounces updates. The debouncing logic should account
    console.error('[MegaMenu] erro', err);
* for the following factors:
  }
*
* - Writing to localStorage is an expensive operation that must not happen
*  during the critical path of initialising and executing module code.
*  Instead, it should happen at a later time after modules have been given
*  time and priority to do their thing first.
*
* - This method is called from mw.loader.store.add(), which will be called
*  hundreds of times on a typical page, including within the same call-stack
*  and eventloop-tick. This is because responses from load.php happen in
*  batches. As such, we want to allow all modules from the same load.php
*  response to be written to disk with a single flush, not many.
*
* - Repeatedly deleting and creating timers is non-trivial.
*
* - localStorage is shared by all pages from the same origin, if multiple
*  pages are loaded with different module sets, the possibility exists that
*  modules saved by one page will be clobbered by another. The impact of
*  this is minor, it merely causes a less efficient cache use, and the
*  problem would be corrected by subsequent page views.
*
* This method is considered internal to mw.loader.store and must only
* be called if the store is enabled.
*
* @private
* @method
*/
requestUpdate: function () {
// On the first call to requestUpdate(), create a timer that
// waits at least two seconds, then calls onTimeout.
// The main purpose is to allow the current batch of load.php
// responses to complete before we do anything. This batch can
// trigger many hundreds of calls to requestUpdate().
if ( !hasPendingFlush ) {
hasPendingFlush = setTimeout(
// Defer the actual write via requestIdleCallback
function () {
mw.requestIdleCallback( flushWrites );
},
2000
);
}
}
};
}() );
/* global mw */
mw.requestIdleCallbackInternal = function ( callback ) {
setTimeout( function () {
var start = mw.now();
callback( {
didTimeout: false,
timeRemaining: function () {
// Hard code a target maximum busy time of 50 milliseconds
return Math.max( 0, 50 - ( mw.now() - start ) );
}
} );
}, 1 );
};
 
/**
* Schedule a deferred task to run in the background.
*
* This allows code to perform tasks in the main thread without impacting
* time-critical operations such as animations and response to input events.
*
* Basic logic is as follows:
*
* - User input event should be acknowledged within 100ms per [RAIL][].
* - Idle work should be grouped in blocks of upto 50ms so that enough time
*  remains for the event handler to execute and any rendering to take place.
* - Whenever a native event happens (e.g. user input), the deadline for any
*  running idle callback drops to 0.
* - As long as the deadline is non-zero, other callbacks pending may be
*  executed in the same idle period.
*
* See also:
*
* - <https://developer.mozilla.org/en-US/docs/Web/API/Window/requestIdleCallback>
* - <https://w3c.github.io/requestidlecallback/>
* - <https://developers.google.com/web/updates/2015/08/using-requestidlecallback>
*
* [RAIL]: https://developers.google.com/web/fundamentals/performance/rail
*
* @memberof mw
* @method
* @param {Function} callback
* @param {Object} [options]
* @param {number} [options.timeout] If set, the callback will be scheduled for
*  immediate execution after this amount of time (in milliseconds) if it didn't run
*  by that time.
*/
mw.requestIdleCallback = window.requestIdleCallback ?
// Bind because it throws TypeError if context is not window
window.requestIdleCallback.bind( window ) :
mw.requestIdleCallbackInternal;
// Note: Polyfill was previously disabled due to
// https://bugs.chromium.org/p/chromium/issues/detail?id=647870
// See also <http://codepen.io/Krinkle/full/XNGEvv>
 
 
/**
* The $CODE placeholder is substituted in ResourceLoaderStartUpModule.php.
*/
( function () {
/* global mw */
var queue;
 
mw.loader.addSource({
    "local": "/load.php"
});
});
mw.loader.register([
    [
        "site",
        "",
        [
            1
        ]
    ],
    [
        "site.styles",
        "",
        [],
        2
    ],
    [
        "filepage",
        ""
    ],
    [
        "user",
        "",
        [],
        0
    ],
    [
        "user.styles",
        "",
        [],
        0
    ],
    [
        "user.options",
        "",
        [],
        1
    ],
    [
        "mediawiki.skinning.interface",
        ""
    ],
    [
        "jquery.makeCollapsible.styles",
        ""
    ],
    [
        "mediawiki.skinning.content.parsoid",
        ""
    ],
    [
        "web2017-polyfills",
        "",
        [],
        null,
        null,
        "return 'IntersectionObserver' in window \u0026\u0026\n    typeof fetch === 'function' \u0026\u0026\n    // Ensure:\n    // - standards compliant URL\n    // - standards compliant URLSearchParams\n    // - URL#toJSON method (came later)\n    //\n    // Facts:\n    // - All browsers with URL also have URLSearchParams, don't need to check.\n    // - Safari \u003C= 7 and Chrome \u003C= 31 had a buggy URL implementations.\n    // - Firefox 29-43 had an incomplete URLSearchParams implementation. https://caniuse.com/urlsearchparams\n    // - URL#toJSON was released in Firefox 54, Safari 11, and Chrome 71. https://caniuse.com/mdn-api_url_tojson\n    //  Thus we don't need to check for buggy URL or incomplete URLSearchParams.\n    typeof URL === 'function' \u0026\u0026 'toJSON' in URL.prototype;\n"
    ],
    [
        "jquery",
        ""
    ],
    [
        "mediawiki.base",
        "",
        [
            10
        ]
    ],
    [
        "jquery.chosen",
        ""
    ],
    [
        "jquery.client",
        ""
    ],
    [
        "jquery.confirmable",
        "",
        [
            101
        ]
    ],
    [
        "jquery.highlightText",
        "",
        [
            75
        ]
    ],
    [
        "jquery.i18n",
        "",
        [
            100
        ]
    ],
    [
        "jquery.lengthLimit",
        "",
        [
            60
        ]
    ],
    [
        "jquery.makeCollapsible",
        "",
        [
            7,
            75
        ]
    ],
    [
        "jquery.spinner",
        "",
        [
            20
        ]
    ],
    [
        "jquery.spinner.styles",
        ""
    ],
    [
        "jquery.suggestions",
        "",
        [
            15
        ]
    ],
    [
        "jquery.tablesorter",
        "",
        [
            23,
            102,
            75
        ]
    ],
    [
        "jquery.tablesorter.styles",
        ""
    ],
    [
        "jquery.textSelection",
        "",
        [
            13
        ]
    ],
    [
        "jquery.ui",
        ""
    ],
    [
        "moment",
        "",
        [
            98,
            75
        ]
    ],
    [
        "vue",
        "",
        [
            109
        ]
    ],
    [
        "vuex",
        "",
        [
            27
        ]
    ],
    [
        "pinia",
        "",
        [
            27
        ]
    ],
    [
        "@wikimedia/codex",
        "",
        [
            31,
            27
        ]
    ],
    [
        "codex-styles",
        ""
    ],
    [
        "mediawiki.codex.messagebox.styles",
        ""
    ],
    [
        "@wikimedia/codex-search",
        "",
        [
            34,
            27
        ]
    ],
    [
        "codex-search-styles",
        ""
    ],
    [
        "mediawiki.template",
        ""
    ],
    [
        "mediawiki.template.mustache",
        "",
        [
            35
        ]
    ],
    [
        "mediawiki.apipretty",
        ""
    ],
    [
        "mediawiki.api",
        "",
        [
            101
        ]
    ],
    [
        "mediawiki.content.json",
        ""
    ],
    [
        "mediawiki.confirmCloseWindow",
        ""
    ],
    [
        "mediawiki.debug",
        "",
        [
            196
        ]
    ],
    [
        "mediawiki.diff",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.diff.styles",
        ""
    ],
    [
        "mediawiki.feedback",
        "",
        [
            336,
            204
        ]
    ],
    [
        "mediawiki.feedlink",
        ""
    ],
    [
        "mediawiki.filewarning",
        "",
        [
            196,
            208
        ]
    ],
    [
        "mediawiki.ForeignApi",
        "",
        [
            48
        ]
    ],
    [
        "mediawiki.ForeignApi.core",
        "",
        [
            38,
            193
        ]
    ],
    [
        "mediawiki.helplink",
        ""
    ],
    [
        "mediawiki.hlist",
        ""
    ],
    [
        "mediawiki.htmlform",
        "",
        [
            171
        ]
    ],
    [
        "mediawiki.htmlform.ooui",
        "",
        [
            196
        ]
    ],
    [
        "mediawiki.htmlform.styles",
        ""
    ],
    [
        "mediawiki.htmlform.codex.styles",
        ""
    ],
    [
        "mediawiki.htmlform.ooui.styles",
        ""
    ],
    [
        "mediawiki.inspect",
        "",
        [
            60,
            75
        ]
    ],
    [
        "mediawiki.notification",
        "",
        [
            75,
            81
        ]
    ],
    [
        "mediawiki.notification.convertmessagebox",
        "",
        [
            57
        ]
    ],
    [
        "mediawiki.notification.convertmessagebox.styles",
        ""
    ],
    [
        "mediawiki.String",
        ""
    ],
    [
        "mediawiki.pager.styles",
        ""
    ],
    [
        "mediawiki.pulsatingdot",
        ""
    ],
    [
        "mediawiki.searchSuggest",
        "",
        [
            21,
            38
        ]
    ],
    [
        "mediawiki.storage",
        "",
        [
            75
        ]
    ],
    [
        "mediawiki.Title",
        "",
        [
            60,
            75
        ]
    ],
    [
        "mediawiki.Upload",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.ForeignUpload",
        "",
        [
            47,
            66
        ]
    ],
    [
        "mediawiki.Upload.Dialog",
        "",
        [
            69
        ]
    ],
    [
        "mediawiki.Upload.BookletLayout",
        "",
        [
            66,
            73,
            26,
            199,
            204,
            209,
            210
        ]
    ],
    [
        "mediawiki.ForeignStructuredUpload.BookletLayout",
        "",
        [
            67,
            69,
            105,
            175,
            169
        ]
    ],
    [
        "mediawiki.toc",
        "",
        [
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        "skins.minerva.loggedin.styles",
        ""
    ],
    [
        "skins.minerva.scripts",
        "",
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    ],
    [
        "skins.minerva.messageBox.styles",
        ""
    ],
    [
        "skins.minerva.categories.styles",
        ""
    ],
    [
        "skins.minerva.codex.styles",
        ""
    ],
    [
        "skins.monobook.styles",
        ""
    ],
    [
        "skins.monobook.scripts",
        "",
        [
            73,
            208
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    [
        "skins.timeless",
        ""
    ],
    [
        "skins.timeless.js",
        ""
    ],
    [
        "skins.vector.search.codex.styles",
        ""
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    [
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        "",
        [
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            27
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    ],
    [
        "skins.vector.search",
        "",
        [
            245
        ]
    ],
    [
        "skins.vector.styles.legacy",
        ""
    ],
    [
        "skins.vector.styles",
        ""
    ],
    [
        "skins.vector.icons.js",
        ""
    ],
    [
        "skins.vector.icons",
        ""
    ],
    [
        "skins.vector.clientPreferences",
        "",
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    ],
    [
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    [
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        "",
        [
            109
        ]
    ],
    [
        "skins.customtimeless.styles",
        ""
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        "",
        [],
        3
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    [
        "ext.wikiEditor.images",
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    [
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    [
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    [
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    [
        "ext.uls.compactlinks",
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    [
        "ext.uls.ime",
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    [
        "ext.uls.geoclient",
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    [
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    [
        "ext.uls.interface",
        "",
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    [
        "ext.uls.interlanguage",
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    [
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    [
        "ext.uls.languagesettings",
        "",
        [
            277,
            278,
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    ],
    [
        "ext.uls.mediawiki",
        "",
        [
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            274,
            277,
            282,
            285
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    ],
    [
        "ext.uls.messages",
        "",
        [
            271
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    [
        "ext.uls.preferences",
        "",
        [
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            73
        ]
    ],
    [
        "ext.uls.preferencespage",
        ""
    ],
    [
        "ext.uls.pt",
        ""
    ],
    [
        "ext.uls.setlang",
        "",
        [
            30
        ]
    ],
    [
        "ext.uls.webfonts",
        "",
        [
            278
        ]
    ],
    [
        "ext.uls.webfonts.repository",
        ""
    ],
    [
        "jquery.ime",
        ""
    ],
    [
        "jquery.uls",
        "",
        [
            16,
            286,
            287
        ]
    ],
    [
        "jquery.uls.data",
        ""
    ],
    [
        "jquery.uls.grid",
        ""
    ],
    [
        "rangy.core",
        ""
    ],
    [
        "ext.translate",
        ""
    ],
    [
        "ext.translate.base",
        "",
        [
            38
        ]
    ],
    [
        "ext.translate.dropdownmenu",
        ""
    ],
    [
        "ext.translate.specialpages.styles",
        ""
    ],
    [
        "ext.translate.loader",
        ""
    ],
    [
        "ext.translate.messagetable",
        "",
        [
            290,
            293,
            299,
            72
        ]
    ],
    [
        "ext.translate.pagetranslation.uls",
        "",
        [
            276
        ]
    ],
    [
        "ext.translate.edit.documentation.styles",
        ""
    ],
    [
        "ext.translate.entity.selector",
        "",
        [
            199
        ]
    ],
    [
        "ext.translate.eventlogginghelpers",
        ""
    ],
    [
        "ext.translate.parsers",
        "",
        [
            75
        ]
    ],
    [
        "ext.translate.quickedit",
        ""
    ],
    [
        "ext.translate.selecttoinput",
        ""
    ],
    [
        "ext.translate.special.groupstats",
        ""
    ],
    [
        "ext.translate.special.languagestats",
        "",
        [
            297,
            22
        ]
    ],
    [
        "ext.translate.special.exporttranslations",
        "",
        [
            297
        ]
    ],
    [
        "ext.translate.messagerenamedialog",
        "",
        [
            199,
            204
        ]
    ],
    [
        "ext.translate.cleanchanges",
        ""
    ],
    [
        "ext.translate.groupselector",
        "",
        [
            290,
            293,
            320
        ]
    ],
    [
        "ext.translate.editor",
        "",
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    ],
    [
        "ext.translate.special.managetranslatorsandbox.styles",
        ""
    ],
    [
        "ext.translate.special.movetranslatablebundles.styles",
        ""
    ],
    [
        "ext.translate.special.pagemigration",
        "",
        [
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            163
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    ],
    [
        "ext.translate.special.pagepreparation",
        "",
        [
            38,
            43,
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    ],
    [
        "ext.translate.special.searchtranslations",
        "",
        [
            308,
            307,
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    ],
    [
        "ext.translate.special.translate",
        "",
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    ],
    [
        "ext.translate.special.translate.styles",
        ""
    ],
    [
        "ext.translate.specialTranslationStash",
        "",
        [
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    ],
    [
        "ext.translate.special.translationstats",
        "",
        [
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            172
        ]
    ],
    [
        "ext.translate.translationstats.embedded",
        "",
        [
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        ]
    ],
    [
        "ext.translate.translationstats.graphbuilder.js",
        "",
        [
            38
        ]
    ],
    [
        "ext.translate.statsbar",
        ""
    ],
    [
        "ext.translate.statstable",
        ""
    ],
    [
        "ext.translate.tag.languages",
        ""
    ],
    [
        "ext.translate.special.aggregategroups",
        "",
        [
            297
        ]
    ],
    [
        "ext.translate.special.importtranslations",
        ""
    ],
    [
        "ext.translate.special.managetranslatorsandbox",
        "",
        [
            293,
            276,
            26
        ]
    ],
    [
        "ext.translate.special.pagetranslation",
        "",
        [
            72,
            163,
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        ]
    ],
    [
        "ext.translate.special.managegroups",
        "",
        [
            305
        ]
    ],
    [
        "ext.translate.ve",
        "",
        [
            "ext.visualEditor.mwcore"
        ]
    ],
    [
        "ext.translate.codemirror",
        ""
    ],
    [
        "ext.embedVideo.messages",
        ""
    ],
    [
        "ext.embedVideo.videolink",
        ""
    ],
    [
        "ext.embedVideo.consent",
        ""
    ],
    [
        "ext.embedVideo.overlay",
        ""
    ],
    [
        "ext.embedVideo.styles",
        ""
    ],
    [
        "mobile.startup",
        "",
        [
            63
        ]
    ],
    [
        "mediawiki.messagePoster",
        "",
        [
            47
        ]
    ]
]);
// First set page-specific config needed by mw.loader (wgUserName)
mw.config.set( window.RLCONF || {} );
mw.loader.state( window.RLSTATE || {} );
mw.loader.load( window.RLPAGEMODULES || [] );
// Process RLQ callbacks
//
// The code in these callbacks could've been exposed from load.php and
// requested client-side. Instead, they are pushed by the server directly
// (from ResourceLoaderClientHtml and other parts of MediaWiki). This
// saves the need for additional round trips. It also allows load.php
// to remain stateless and sending personal data in the HTML instead.
//
// The HTML inline script lazy-defines the 'RLQ' array. Now that we are
// processing it, replace it with an implementation where 'push' actually
// considers executing the code directly. This is to ensure any late
// arrivals will also be processed. Late arrival can happen because
// startup.js is executed asynchronously, concurrently with the streaming
// response of the HTML.
queue = window.RLQ || [];
// Replace RLQ with an empty array, then process the things that were
// in RLQ previously. We have to do this to avoid an infinite loop:
// non-function items are added back to RLQ by the processing step.
RLQ = [];
RLQ.push = function ( fn ) {
if ( typeof fn === 'function' ) {
fn();
} else {
// If the first parameter is not a function, then it is an array
// containing a list of required module names and a function.
// Do an actual push for now, as this signature is handled
// later by mediawiki.base.js.
RLQ[ RLQ.length ] = fn;
}
};
while ( queue[ 0 ] ) {
// Process all values gathered so far
RLQ.push( queue.shift() );
}
// Clear and disable the basic (Grade C) queue.
NORLQ = {
push: function () {}
};
}() );
}

Revision as of 08:13, 17 November 2025

/**
 * This file is where we decide whether to initialise the modern support browser run-time.
 *
 * - Beware: This file MUST parse without errors on even the most ancient of browsers!
 */
/* eslint-disable no-implicit-globals */
/* global $CODE, RLQ:true, NORLQ:true */

/**
 * See <https://www.mediawiki.org/wiki/Compatibility#Browsers>
 *
 * Browsers that pass these checks get served our modern run-time. This includes all Grade A
 * browsers, and some Grade C and Grade X browsers.
 *
 * The following browsers are known to pass these checks:
 * - Chrome 63+
 * - Edge 79+
 * - Opera 50+
 * - Firefox 58+
 * - Safari 11.1+
 * - Mobile Safari 11.2+ (iOS 11+)
 * - Android 5.0+
 *
 * @private
 * @return {boolean} User agent is compatible with MediaWiki JS
 */
function isCompatible() {
	return !!(
		// Ensure DOM Level 4 features (including Selectors API).
		//
		// https://caniuse.com/#feat=queryselector
		'querySelector' in document &&

		// Ensure HTML 5 features (including Web Storage API)
		//
		// https://caniuse.com/#feat=namevalue-storage
		// https://blog.whatwg.org/this-week-in-html-5-episode-30
		'localStorage' in window &&

		// Ensure ES2015 grammar and runtime API (a.k.a. ES6)
		//
		// In practice, Promise.finally is a good proxy for overall ES6 support and
		// rejects most unsupporting browsers in one sweep. The feature itself
		// was specified in ES2018, however.
		// https://caniuse.com/promise-finally
		// Chrome 63+, Edge 18+, Opera 50+, Safari 11.1+, Firefox 58+, iOS 11+
		//
		// eslint-disable-next-line es-x/no-promise, es-x/no-promise-prototype-finally, dot-notation
		typeof Promise === 'function' && Promise.prototype[ 'finally' ] &&
		// ES6 Arrow Functions (with default params), this ensures
		// genuine syntax support for ES6 grammar, not just API coverage.
		//
		// https://caniuse.com/arrow-functions
		// Chrome 45+, Safari 10+, Firefox 22+, Opera 32+
		//
		// Based on Benjamin De Cock's snippet here:
		// https://gist.github.com/bendc/d7f3dbc83d0f65ca0433caf90378cd95
		( function () {
			try {
				// eslint-disable-next-line no-new, no-new-func
				new Function( '(a = 0) => a' );
				return true;
			} catch ( e ) {
				return false;
			}
		}() ) &&
		// ES6 RegExp.prototype.flags
		//
		// https://caniuse.com/mdn-javascript_builtins_regexp_flags
		// Edge 79+ (Chromium-based, rejects MSEdgeHTML-based Edge <= 18)
		//
		// eslint-disable-next-line es-x/no-regexp-prototype-flags
		/./g.flags === 'g'
	);
}

if ( !isCompatible() ) {
	// Handle basic supported browsers (Grade C).
	// Undo speculative modern (Grade A) root CSS class `<html class="client-js">`.
	// See ResourceLoaderClientHtml::getDocumentAttributes().
	document.documentElement.className = document.documentElement.className
		.replace( /(^|\s)client-js(\s|$)/, '$1client-nojs$2' );

	// Process any callbacks for basic support (Grade C).
	while ( window.NORLQ && NORLQ[ 0 ] ) {
		NORLQ.shift()();
	}
	NORLQ = {
		push: function ( fn ) {
			fn();
		}
	};

	// Clear and disable the modern (Grade A) queue.
	RLQ = {
		push: function () {}
	};
} else {
	// Handle modern (Grade A).

	if ( window.performance && performance.mark ) {
		performance.mark( 'mwStartup' );
	}

	// This embeds mediawiki.js, which defines 'mw' and 'mw.loader'.
	/**
 * Base library for MediaWiki.
 */
/* global $CODE */

( function () {
	'use strict';

	var con = window.console;

	/**
	 * @class mw.Map
	 * @classdesc Collection of values by string keys.
	 *
	 * This is an internal class that backs the mw.config and mw.messages APIs.
	 *
	 * It allows reading and writing to the collection via public methods,
	 * and allows batch iteraction for all its methods.
	 *
	 * For mw.config, scripts sometimes choose to "import" a set of keys locally,
	 * like so:
	 *
	 * ```
	 * var conf = mw.config.get( [ 'wgServerName', 'wgUserName', 'wgPageName' ] );
	 * conf.wgServerName; // "example.org"
	 * ```
	 *
	 * Check the existence ("AND" condition) of multiple keys:
	 *
	 * ```
	 * if ( mw.config.exists( [ 'wgFoo', 'wgBar' ] ) );
	 * ```
	 *
	 * For mw.messages, the {@link mw.Map#set} method allows mw.loader and mw.Api to essentially
	 * extend the object, and batch-apply all their loaded values in one go:
	 *
	 * ```
	 * mw.messages.set( { "mon": "Monday", "tue": "Tuesday" } );
	 * ```
	 *
	 * @hideconstructor
	 */
	function Map() {
		this.values = Object.create( null );
	}

	Map.prototype = /** @lends mw.Map.prototype */ {
		constructor: Map,

		/**
		 * Get the value of one or more keys.
		 *
		 * If called with no arguments, all values are returned.
		 *
		 * @param {string|Array} [selection] Key or array of keys to retrieve values for.
		 * @param {any} [fallback=null] Value for keys that don't exist.
		 * @return {any|Object|null} If selection was a string, returns the value,
		 *  If selection was an array, returns an object of key/values.
		 *  If no selection is passed, a new object with all key/values is returned.
		 */
		get: function ( selection, fallback ) {
			if ( arguments.length < 2 ) {
				fallback = null;
			}

			if ( typeof selection === 'string' ) {
				return selection in this.values ?
					this.values[ selection ] :
					fallback;
			}

			var results;
			if ( Array.isArray( selection ) ) {
				results = {};
				for ( var i = 0; i < selection.length; i++ ) {
					if ( typeof selection[ i ] === 'string' ) {
						results[ selection[ i ] ] = selection[ i ] in this.values ?
							this.values[ selection[ i ] ] :
							fallback;
					}
				}
				return results;
			}

			if ( selection === undefined ) {
				results = {};
				for ( var key in this.values ) {
					results[ key ] = this.values[ key ];
				}
				return results;
			}

			// Invalid selection key
			return fallback;
		},

		/**
		 * Set one or more key/value pairs.
		 *
		 * @param {string|Object} selection Key to set value for, or object mapping keys to values
		 * @param {any} [value] Value to set (optional, only in use when key is a string)
		 * @return {boolean} True on success, false on failure
		 */
		set: function ( selection, value ) {
			// Use `arguments.length` because `undefined` is also a valid value.
			if ( arguments.length > 1 ) {
				// Set one key
				if ( typeof selection === 'string' ) {
					this.values[ selection ] = value;
					return true;
				}
			} else if ( typeof selection === 'object' ) {
				// Set multiple keys
				for ( var key in selection ) {
					this.values[ key ] = selection[ key ];
				}
				return true;
			}
			return false;
		},

		/**
		 * Check if a given key exists in the map.
		 *
		 * @param {string} selection Key to check
		 * @return {boolean} True if the key exists
		 */
		exists: function ( selection ) {
			return typeof selection === 'string' && selection in this.values;
		}
	};

	/**
	 * Write a verbose message to the browser's console in debug mode.
	 *
	 * In ResourceLoader debug mode, this writes to the browser's console.
	 * In production mode, it is a no-op.
	 *
	 * See {@link mw.log} for other logging methods.
	 *
	 * @memberof mw
	 * @variation 2
	 * @param {...string} msg Messages to output to console.
	 */
	var log = function () {
		console.log.apply( console, arguments );
	};

	/**
	 * Write a message to the browser console's warning channel.
	 *
	 * @memberof mw.log
	 * @method warn
	 * @param {...string} msg Messages to output to console
	 */
	log.warn = Function.prototype.bind.call( con.warn, con );

	/**
	 * Base library for MediaWiki.
	 *
	 * Exposed globally as `mw`, with `mediaWiki` as alias. `mw` code can be considered stable and follows the
	 * [frontend stable interface policy](https://www.mediawiki.org/wiki/Special:MyLanguage/Stable_interface_policy/Frontend).
	 *
	 * @namespace mw
	 */
	var mw = /** @lends mw */ {
		/**
		 * Get the current time, measured in milliseconds since January 1, 1970 (UTC).
		 *
		 * On browsers that implement the Navigation Timing API, this function will produce
		 * floating-point values with microsecond precision that are guaranteed to be monotonic.
		 * On all other browsers, it will fall back to using `Date`.
		 *
		 * @return {number} Current time
		 */
		now: function () {
			// Optimisation: Cache and re-use the chosen implementation.
			// Optimisation: Avoid startup overhead by re-defining on first call instead of IIFE.
			var perf = window.performance;
			var navStart = perf && perf.timing && perf.timing.navigationStart;

			// Define the relevant shortcut
			mw.now = navStart && perf.now ?
				function () {
					return navStart + perf.now();
				} :
				Date.now;

			return mw.now();
		},

		/**
		 * List of all analytic events emitted so far.
		 *
		 * Exposed only for use by mediawiki.base.
		 *
		 * @private
		 * @property {Array}
		 */
		trackQueue: [],

		/**
		 * Track `'resourceloader.exception'` event and send it to the window console.
		 *
		 * This exists for internal use by mw.loader only, to remember and buffer
		 * very early events for `mw.trackSubscribe( 'resourceloader.exception' )`
		 * even while `mediawiki.base` and `mw.track` are still in-flight.
		 *
		 * @private
		 * @param {Object} data
		 * @param {Error} [data.exception]
		 * @param {string} data.source Error source
		 * @param {string} [data.module] Name of module which caused the error
		 */
		trackError: function ( data ) {
			if ( mw.track ) {
				mw.track( 'resourceloader.exception', data );
			} else {
				mw.trackQueue.push( { topic: 'resourceloader.exception', data: data } );
			}

			// Log an error message to window.console, even in production mode.
			var e = data.exception;
			var msg = ( e ? 'Exception' : 'Error' ) +
				' in ' + data.source +
				( data.module ? ' in module ' + data.module : '' ) +
				( e ? ':' : '.' );

			con.log( msg );

			// If we have an exception object, log it to the warning channel to trigger
			// proper stacktraces in browsers that support it.
			if ( e ) {
				con.warn( e );
			}
		},

		// Expose mw.Map
		Map: Map,

		/**
		 * Map of configuration values.
		 *
		 * Check out [the complete list of configuration values](https://www.mediawiki.org/wiki/Manual:Interface/JavaScript#mw.config)
		 * on mediawiki.org.
		 *
		 * @type {mw.Map}
		 */
		config: new Map(),

		/**
		 * Store for messages.
		 *
		 * @type {mw.Map}
		 */
		messages: new Map(),

		/**
		 * Store for templates associated with a module.
		 *
		 * @type {mw.Map}
		 */
		templates: new Map(),

		// Expose mw.log
		log: log

		// mw.loader is defined in a separate file that is appended to this
	};

	// Attach to window and globally alias
	window.mw = window.mediaWiki = mw;

	window.QUnit = undefined;
}() );
/*!
 * Defines mw.loader, the infrastructure for loading ResourceLoader
 * modules.
 *
 * This file is appended directly to the code in startup/mediawiki.js
 */
/* global $VARS, $CODE, mw */

( function () {
	'use strict';

	var store,
		hasOwn = Object.hasOwnProperty;

	/**
	 * Client for ResourceLoader server end point.
	 *
	 * This client is in charge of maintaining the module registry and state
	 * machine, initiating network (batch) requests for loading modules, as
	 * well as dependency resolution and execution of source code.
	 *
	 * @see <https://www.mediawiki.org/wiki/ResourceLoader/Features>
	 * @namespace mw.loader
	 */

	/**
	 * FNV132 hash function
	 *
	 * This function implements the 32-bit version of FNV-1.
	 * It is equivalent to hash( 'fnv132', ... ) in PHP, except
	 * its output is base 36 rather than hex.
	 * See <https://en.wikipedia.org/wiki/Fowler–Noll–Vo_hash_function>
	 *
	 * @private
	 * @param {string} str String to hash
	 * @return {string} hash as a five-character base 36 string
	 */
	function fnv132( str ) {
		var hash = 0x811C9DC5;

		/* eslint-disable no-bitwise */
		for ( var i = 0; i < str.length; i++ ) {
			hash += ( hash << 1 ) + ( hash << 4 ) + ( hash << 7 ) + ( hash << 8 ) + ( hash << 24 );
			hash ^= str.charCodeAt( i );
		}

		hash = ( hash >>> 0 ).toString( 36 ).slice( 0, 5 );
		/* eslint-enable no-bitwise */

		while ( hash.length < 5 ) {
			hash = '0' + hash;
		}
		return hash;
	}

	/**
	 * Fired via mw.track on various resource loading errors.
	 *
	 * eslint-disable jsdoc/valid-types
	 *
	 * @event ~'resourceloader.exception'
	 * @ignore
	 * @param {Error|Mixed} e The error that was thrown. Almost always an Error
	 *   object, but in theory module code could manually throw something else, and that
	 *   might also end up here.
	 * @param {string} [module] Name of the module which caused the error. Omitted if the
	 *   error is not module-related or the module cannot be easily identified due to
	 *   batched handling.
	 * @param {string} source Source of the error. Possible values:
	 *
	 *   - load-callback: exception thrown by user callback
	 *   - module-execute: exception thrown by module code
	 *   - resolve: failed to sort dependencies for a module in mw.loader.load
	 *   - store-eval: could not evaluate module code cached in localStorage
	 *   - store-localstorage-json: JSON conversion error in mw.loader.store
	 *   - store-localstorage-update: localStorage conversion error in mw.loader.store.
	 */

	/**
	 * Mapping of registered modules.
	 *
	 * See #implement and #execute for exact details on support for script, style and messages.
	 *
	 * @example // Format:
	 * {
	 *     'moduleName': {
	 *         // From mw.loader.register()
	 *         'version': '#####' (five-character hash)
	 *         'dependencies': ['required.foo', 'bar.also', ...]
	 *         'group': string, integer, (or) null
	 *         'source': 'local', (or) 'anotherwiki'
	 *         'skip': 'return !!window.Example;', (or) null, (or) boolean result of skip
	 *         'module': export Object
	 *
	 *         // Set by execute() or mw.loader.state()
	 *         // See mw.loader.getState() for documentation of the state machine
	 *         'state': 'registered', 'loading', 'loaded', 'executing', 'ready', 'error', or 'missing'
	 *
	 *         // Optionally added at run-time by mw.loader.impl()
	 *         'script': closure, array of urls, or string
	 *         'style': { ... } (see #execute)
	 *         'messages': { 'key': 'value', ... }
	 *     }
	 * }
	 *
	 * @property {Object}
	 * @private
	 */
	var registry = Object.create( null ),
		// Mapping of sources, keyed by source-id, values are strings.
		//
		// Format:
		//
		//     {
		//         'sourceId': 'http://example.org/w/load.php'
		//     }
		//
		sources = Object.create( null ),

		// For queueModuleScript()
		handlingPendingRequests = false,
		pendingRequests = [],

		// List of modules to be loaded
		queue = [],

		/**
		 * List of callback jobs waiting for modules to be ready.
		 *
		 * Jobs are created by #enqueue() and run by #doPropagation().
		 * Typically when a job is created for a module, the job's dependencies contain
		 * both the required module and all its recursive dependencies.
		 *
		 * @example // Format:
		 * {
		 *     'dependencies': [ module names ],
		 *     'ready': Function callback
		 *     'error': Function callback
		 * }
		 *
		 * @property {Object[]} jobs
		 * @private
		 */
		jobs = [],

		// For #setAndPropagate() and #doPropagation()
		willPropagate = false,
		errorModules = [],

		/**
		 * @private
		 * @property {Array} baseModules
		 */
		baseModules = [
    "jquery",
    "mediawiki.base"
],

		/**
		 * For #addEmbeddedCSS() and #addLink()
		 *
		 * @private
		 * @property {HTMLElement|null} marker
		 */
		marker = document.querySelector( 'meta[name="ResourceLoaderDynamicStyles"]' ),

		// For #addEmbeddedCSS()
		lastCssBuffer;

	/**
	 * Append an HTML element to `document.head` or before a specified node.
	 *
	 * @private
	 * @param {HTMLElement} el
	 * @param {Node|null} [nextNode]
	 */
	function addToHead( el, nextNode ) {
		if ( nextNode && nextNode.parentNode ) {
			nextNode.parentNode.insertBefore( el, nextNode );
		} else {
			document.head.appendChild( el );
		}
	}

	/**
	 * Create a new style element and add it to the DOM.
	 * Stable for use in gadgets.
	 *
	 * @method mw.loader.addStyleTag
	 * @param {string} text CSS text
	 * @param {Node|null} [nextNode] The element where the style tag
	 *  should be inserted before
	 * @return {HTMLStyleElement} Reference to the created style element
	 */
	function newStyleTag( text, nextNode ) {
		var el = document.createElement( 'style' );
		el.appendChild( document.createTextNode( text ) );
		addToHead( el, nextNode );
		return el;
	}

	/**
	 * @private
	 * @param {Object} cssBuffer
	 */
	function flushCssBuffer( cssBuffer ) {
		// Make sure the next call to addEmbeddedCSS() starts a new buffer.
		// This must be done before we run the callbacks, as those may end up
		// queueing new chunks which would be lost otherwise (T105973).
		//
		// There can be more than one buffer in-flight (given "@import", and
		// generally due to race conditions). Only tell addEmbeddedCSS() to
		// start a new buffer if we're currently flushing the last one that it
		// started. If we're flushing an older buffer, keep the last one open.
		if ( cssBuffer === lastCssBuffer ) {
			lastCssBuffer = null;
		}
		newStyleTag( cssBuffer.cssText, marker );
		for ( var i = 0; i < cssBuffer.callbacks.length; i++ ) {
			cssBuffer.callbacks[ i ]();
		}
	}

	/**
	 * Add a bit of CSS text to the current browser page.
	 *
	 * The creation and insertion of the `<style>` element is debounced for two reasons:
	 *
	 * - Performing the insertion before the next paint round via requestAnimationFrame
	 *   avoids forced or wasted style recomputations, which are expensive in browsers.
	 * - Reduce how often new stylesheets are inserted by letting additional calls to this
	 *   function accumulate into a buffer for at least one JavaScript tick. Modules are
	 *   received from the server in batches, which means there is likely going to be many
	 *   calls to this function in a row within the same tick / the same call stack.
	 *   See also T47810.
	 *
	 * @private
	 * @param {string} cssText CSS text to be added in a `<style>` tag.
	 * @param {Function} callback Called after the insertion has occurred.
	 */
	function addEmbeddedCSS( cssText, callback ) {
		// Start a new buffer if one of the following is true:
		// - We've never started a buffer before, this will be our first.
		// - The last buffer we created was flushed meanwhile, so start a new one.
		// - The next CSS chunk syntactically needs to be at the start of a stylesheet (T37562).
		if ( !lastCssBuffer || cssText.startsWith( '@import' ) ) {
			lastCssBuffer = {
				cssText: '',
				callbacks: []
			};
			requestAnimationFrame( flushCssBuffer.bind( null, lastCssBuffer ) );
		}

		// Linebreak for somewhat distinguishable sections
		lastCssBuffer.cssText += '\n' + cssText;
		lastCssBuffer.callbacks.push( callback );
	}

	/**
	 * See also `ResourceLoader.php#makeVersionQuery` on the server.
	 *
	 * @private
	 * @param {string[]} modules List of module names
	 * @return {string} Hash of concatenated version hashes.
	 */
	function getCombinedVersion( modules ) {
		var hashes = modules.reduce( function ( result, module ) {
			return result + registry[ module ].version;
		}, '' );
		return fnv132( hashes );
	}

	/**
	 * Determine whether all dependencies are in state 'ready', which means we may
	 * execute the module or job now.
	 *
	 * @private
	 * @param {string[]} modules Names of modules to be checked
	 * @return {boolean} True if all modules are in state 'ready', false otherwise
	 */
	function allReady( modules ) {
		for ( var i = 0; i < modules.length; i++ ) {
			if ( mw.loader.getState( modules[ i ] ) !== 'ready' ) {
				return false;
			}
		}
		return true;
	}

	/**
	 * Determine whether all direct and base dependencies are in state 'ready'
	 *
	 * @private
	 * @param {string} module Name of the module to be checked
	 * @return {boolean} True if all direct/base dependencies are in state 'ready'; false otherwise
	 */
	function allWithImplicitReady( module ) {
		return allReady( registry[ module ].dependencies ) &&
			( baseModules.indexOf( module ) !== -1 || allReady( baseModules ) );
	}

	/**
	 * Determine whether all dependencies are in state 'ready', which means we may
	 * execute the module or job now.
	 *
	 * @private
	 * @param {string[]} modules Names of modules to be checked
	 * @return {boolean|string} False if no modules are in state 'error' or 'missing';
	 *  failed module otherwise
	 */
	function anyFailed( modules ) {
		for ( var i = 0; i < modules.length; i++ ) {
			var state = mw.loader.getState( modules[ i ] );
			if ( state === 'error' || state === 'missing' ) {
				return modules[ i ];
			}
		}
		return false;
	}

	/**
	 * Handle propagation of module state changes and reactions to them.
	 *
	 * - When a module reaches a failure state, this should be propagated to
	 *   modules that depend on the failed module.
	 * - When a module reaches a final state, pending job callbacks for the
	 *   module from mw.loader.using() should be called.
	 * - When a module reaches the 'ready' state from #execute(), consider
	 *   executing dependent modules now having their dependencies satisfied.
	 * - When a module reaches the 'loaded' state from mw.loader.impl,
	 *   consider executing it, if it has no unsatisfied dependencies.
	 *
	 * @private
	 */
	function doPropagation() {
		var didPropagate = true;
		var module;

		// Keep going until the last iteration performed no actions.
		while ( didPropagate ) {
			didPropagate = false;

			// Stage 1: Propagate failures
			while ( errorModules.length ) {
				var errorModule = errorModules.shift(),
					baseModuleError = baseModules.indexOf( errorModule ) !== -1;
				for ( module in registry ) {
					if ( registry[ module ].state !== 'error' && registry[ module ].state !== 'missing' ) {
						if ( baseModuleError && baseModules.indexOf( module ) === -1 ) {
							// Propate error from base module to all regular (non-base) modules
							registry[ module ].state = 'error';
							didPropagate = true;
						} else if ( registry[ module ].dependencies.indexOf( errorModule ) !== -1 ) {
							// Propagate error from dependency to depending module
							registry[ module ].state = 'error';
							// .. and propagate it further
							errorModules.push( module );
							didPropagate = true;
						}
					}
				}
			}

			// Stage 2: Execute 'loaded' modules with no unsatisfied dependencies
			for ( module in registry ) {
				if ( registry[ module ].state === 'loaded' && allWithImplicitReady( module ) ) {
					// Recursively execute all dependent modules that were already loaded
					// (waiting for execution) and no longer have unsatisfied dependencies.
					// Base modules may have dependencies amongst eachother to ensure correct
					// execution order. Regular modules wait for all base modules.
					execute( module );
					didPropagate = true;
				}
			}

			// Stage 3: Invoke job callbacks that are no longer blocked
			for ( var i = 0; i < jobs.length; i++ ) {
				var job = jobs[ i ];
				var failed = anyFailed( job.dependencies );
				if ( failed !== false || allReady( job.dependencies ) ) {
					jobs.splice( i, 1 );
					i -= 1;
					try {
						if ( failed !== false && job.error ) {
							job.error( new Error( 'Failed dependency: ' + failed ), job.dependencies );
						} else if ( failed === false && job.ready ) {
							job.ready();
						}
					} catch ( e ) {
						// A user-defined callback raised an exception.
						// Swallow it to protect our state machine!
						mw.trackError( {
							exception: e,
							source: 'load-callback'
						} );
					}
					didPropagate = true;
				}
			}
		}

		willPropagate = false;
	}

	/**
	 * Update a module's state in the registry and make sure any necessary
	 * propagation will occur, by adding a (debounced) call to doPropagation().
	 * See #doPropagation for more about propagation.
	 * See #registry for more about how states are used.
	 *
	 * @private
	 * @param {string} module
	 * @param {string} state
	 */
	function setAndPropagate( module, state ) {
		registry[ module ].state = state;
		if ( state === 'ready' ) {
			// Queue to later be synced to the local module store.
			store.add( module );
		} else if ( state === 'error' || state === 'missing' ) {
			errorModules.push( module );
		} else if ( state !== 'loaded' ) {
			// We only have something to do in doPropagation for the
			// 'loaded', 'ready', 'error', and 'missing' states.
			// Avoid scheduling and propagation cost for frequent and short-lived
			// transition states, such as 'loading' and 'executing'.
			return;
		}
		if ( willPropagate ) {
			// Already scheduled, or, we're already in a doPropagation stack.
			return;
		}
		willPropagate = true;
		// Yield for two reasons:
		// * Allow successive calls to mw.loader.impl() from the same
		//   load.php response, or from the same asyncEval() to be in the
		//   propagation batch.
		// * Allow the browser to breathe between the reception of
		//   module source code and the execution of it.
		//
		// Use a high priority because the user may be waiting for interactions
		// to start being possible. But, first provide a moment (up to 'timeout')
		// for native input event handling (e.g. scrolling/typing/clicking).
		mw.requestIdleCallback( doPropagation, { timeout: 1 } );
	}

	/**
	 * Resolve dependencies and detect circular references.
	 *
	 * @private
	 * @param {string} module Name of the top-level module whose dependencies shall be
	 *  resolved and sorted.
	 * @param {Array} resolved Returns a topological sort of the given module and its
	 *  dependencies, such that later modules depend on earlier modules. The array
	 *  contains the module names. If the array contains already some module names,
	 *  this function appends its result to the pre-existing array.
	 * @param {Set} [unresolved] Used to detect loops in the dependency graph.
	 * @throws {Error} If an unknown module or a circular dependency is encountered
	 */
	function sortDependencies( module, resolved, unresolved ) {
		if ( !( module in registry ) ) {
			throw new Error( 'Unknown module: ' + module );
		}

		if ( typeof registry[ module ].skip === 'string' ) {
			// eslint-disable-next-line no-new-func
			var skip = ( new Function( registry[ module ].skip )() );
			registry[ module ].skip = !!skip;
			if ( skip ) {
				registry[ module ].dependencies = [];
				setAndPropagate( module, 'ready' );
				return;
			}
		}

		// Create unresolved if not passed in
		if ( !unresolved ) {
			unresolved = new Set();
		}

		// Track down dependencies
		var deps = registry[ module ].dependencies;
		unresolved.add( module );
		for ( var i = 0; i < deps.length; i++ ) {
			if ( resolved.indexOf( deps[ i ] ) === -1 ) {
				if ( unresolved.has( deps[ i ] ) ) {
					throw new Error(
						'Circular reference detected: ' + module + ' -> ' + deps[ i ]
					);
				}

				sortDependencies( deps[ i ], resolved, unresolved );
			}
		}

		resolved.push( module );
	}

	/**
	 * Get names of module that a module depends on, in their proper dependency order.
	 *
	 * @private
	 * @param {string[]} modules Array of string module names
	 * @return {Array} List of dependencies, including 'module'.
	 * @throws {Error} If an unregistered module or a dependency loop is encountered
	 */
	function resolve( modules ) {
		// Always load base modules
		var resolved = baseModules.slice();
		for ( var i = 0; i < modules.length; i++ ) {
			sortDependencies( modules[ i ], resolved );
		}
		return resolved;
	}

	/**
	 * Like #resolve(), except it will silently ignore modules that
	 * are missing or have missing dependencies.
	 *
	 * @private
	 * @param {string[]} modules Array of string module names
	 * @return {Array} List of dependencies.
	 */
	function resolveStubbornly( modules ) {
		// Always load base modules
		var resolved = baseModules.slice();
		for ( var i = 0; i < modules.length; i++ ) {
			var saved = resolved.slice();
			try {
				sortDependencies( modules[ i ], resolved );
			} catch ( err ) {
				resolved = saved;
				// This module is not currently known, or has invalid dependencies.
				//
				// Most likely due to a cached reference after the module was
				// removed, otherwise made redundant, or omitted from the registry
				// by the ResourceLoader "target" system.
				//
				// These errors can be common, e.g. queuing an unavailable module
				// unconditionally from the server-side is OK and should fail gracefully.
				mw.log.warn( 'Skipped unavailable module ' + modules[ i ] );

				// Do not track this error as an exception when the module:
				// - Is valid, but gracefully filtered out by target system.
				// - Was recently valid, but is still referenced in stale cache.
				//
				// Basically the only reason to track this as exception is when the error
				// was circular or invalid dependencies. What the above scenarios have in
				// common is that they don't register the module client-side.
				if ( modules[ i ] in registry ) {
					mw.trackError( {
						exception: err,
						source: 'resolve'
					} );
				}
			}
		}
		return resolved;
	}

	/**
	 * Resolve a relative file path.
	 *
	 * For example, resolveRelativePath( '../foo.js', 'resources/src/bar/bar.js' )
	 * returns 'resources/src/foo.js'.
	 *
	 * @private
	 * @param {string} relativePath Relative file path, starting with ./ or ../
	 * @param {string} basePath Path of the file (not directory) relativePath is relative to
	 * @return {string|null} Resolved path, or null if relativePath does not start with ./ or ../
	 */
	function resolveRelativePath( relativePath, basePath ) {

		var relParts = relativePath.match( /^((?:\.\.?\/)+)(.*)$/ );
		if ( !relParts ) {
			return null;
		}

		var baseDirParts = basePath.split( '/' );
		// basePath looks like 'foo/bar/baz.js', so baseDirParts looks like [ 'foo', 'bar, 'baz.js' ]
		// Remove the file component at the end, so that we are left with only the directory path
		baseDirParts.pop();

		var prefixes = relParts[ 1 ].split( '/' );
		// relParts[ 1 ] looks like '../../', so prefixes looks like [ '..', '..', '' ]
		// Remove the empty element at the end
		prefixes.pop();

		// For every ../ in the path prefix, remove one directory level from baseDirParts
		var prefix;
		var reachedRoot = false;
		while ( ( prefix = prefixes.pop() ) !== undefined ) {
			if ( prefix === '..' ) {
				// Once we reach the package's base dir, preserve all remaining "..".
				reachedRoot = !baseDirParts.length || reachedRoot;
				if ( !reachedRoot ) {
					baseDirParts.pop();
				} else {
					baseDirParts.push( prefix );
				}
			}
		}

		// If there's anything left of the base path, prepend it to the file path
		return ( baseDirParts.length ? baseDirParts.join( '/' ) + '/' : '' ) + relParts[ 2 ];
	}

	/**
	 * Make a require() function scoped to a package file
	 *
	 * @private
	 * @param {Object} moduleObj Module object from the registry
	 * @param {string} basePath Path of the file this is scoped to. Used for relative paths.
	 * @return {Function}
	 */
	function makeRequireFunction( moduleObj, basePath ) {
		return function require( moduleName ) {
			var fileName = resolveRelativePath( moduleName, basePath );
			if ( fileName === null ) {
				// Not a relative path, so it's either a module name or,
				// (if in test mode) a private file imported from another module.
				return mw.loader.require( moduleName );
			}

			if ( hasOwn.call( moduleObj.packageExports, fileName ) ) {
				// File has already been executed, return the cached result
				return moduleObj.packageExports[ fileName ];
			}

			var scriptFiles = moduleObj.script.files;
			if ( !hasOwn.call( scriptFiles, fileName ) ) {
				throw new Error( 'Cannot require undefined file ' + fileName );
			}

			var result,
				fileContent = scriptFiles[ fileName ];
			if ( typeof fileContent === 'function' ) {
				var moduleParam = { exports: {} };
				fileContent( makeRequireFunction( moduleObj, fileName ), moduleParam, moduleParam.exports );
				result = moduleParam.exports;
			} else {
				// fileContent is raw data (such as a JSON object), just pass it through
				result = fileContent;
			}
			moduleObj.packageExports[ fileName ] = result;
			return result;
		};
	}

	/**
	 * Load and execute a script.
	 *
	 * @private
	 * @param {string} src URL to script, will be used as the src attribute in the script tag
	 * @param {Function} [callback] Callback to run after request resolution
	 * @param {string[]} [modules] List of modules being requested, for state to be marked as error
	 * in case the script fails to load
	 * @return {HTMLElement}
	 */
	function addScript( src, callback, modules ) {
		// Use a <script> element rather than XHR. Using XHR changes the request
		// headers (potentially missing a cache hit), and reduces caching in general
		// since browsers cache XHR much less (if at all). And XHR means we retrieve
		// text, so we'd need to eval, which then messes up line numbers.
		// The drawback is that <script> does not offer progress events, feedback is
		// only given after downloading, parsing, and execution have completed.
		var script = document.createElement( 'script' );
		script.src = src;
		function onComplete() {
			if ( script.parentNode ) {
				script.parentNode.removeChild( script );
			}
			if ( callback ) {
				callback();
				callback = null;
			}
		}
		script.onload = onComplete;
		script.onerror = function () {
			onComplete();
			if ( modules ) {
				for ( var i = 0; i < modules.length; i++ ) {
					setAndPropagate( modules[ i ], 'error' );
				}
			}
		};
		document.head.appendChild( script );
		return script;
	}

	/**
	 * Queue the loading and execution of a script for a particular module.
	 *
	 * This does for legacy debug mode what runScript() does for production.
	 *
	 * @private
	 * @param {string} src URL of the script
	 * @param {string} moduleName Name of currently executing module
	 * @param {Function} callback Callback to run after addScript() resolution
	 */
	function queueModuleScript( src, moduleName, callback ) {
		pendingRequests.push( function () {
			// Keep in sync with execute()/runScript().
			if ( moduleName !== 'jquery' ) {
				window.require = mw.loader.require;
				window.module = registry[ moduleName ].module;
			}
			addScript( src, function () {
				// 'module.exports' should not persist after the file is executed to
				// avoid leakage to unrelated code. 'require' should be kept, however,
				// as asynchronous access to 'require' is allowed and expected. (T144879)
				delete window.module;
				callback();
				// Start the next one (if any)
				if ( pendingRequests[ 0 ] ) {
					pendingRequests.shift()();
				} else {
					handlingPendingRequests = false;
				}
			} );
		} );
		if ( !handlingPendingRequests && pendingRequests[ 0 ] ) {
			handlingPendingRequests = true;
			pendingRequests.shift()();
		}
	}

	/**
	 * Utility function for execute()
	 *
	 * @ignore
	 * @param {string} url URL
	 * @param {string} [media] Media attribute
	 * @param {Node|null} [nextNode]
	 * @return {HTMLElement}
	 */
	function addLink( url, media, nextNode ) {
		var el = document.createElement( 'link' );

		el.rel = 'stylesheet';
		if ( media ) {
			el.media = media;
		}
		// If you end up here from an IE exception "SCRIPT: Invalid property value.",
		// see #addEmbeddedCSS, T33676, T43331, and T49277 for details.
		el.href = url;

		addToHead( el, nextNode );
		return el;
	}

	/**
	 * Evaluate in the global scope.
	 *
	 * This is used by MediaWiki user scripts, where it is (for example)
	 * important that `var` makes a global variable.
	 *
	 * @private
	 * @param {string} code JavaScript code
	 */
	function globalEval( code ) {
		var script = document.createElement( 'script' );
		script.text = code;
		document.head.appendChild( script );
		script.parentNode.removeChild( script );
	}

	/**
	 * Evaluate JS code using indirect eval().
	 *
	 * This is used by mw.loader.store. It is important that we protect the
	 * integrity of mw.loader's private variables (from accidental clashes
	 * or re-assignment), which means we can't use regular `eval()`.
	 *
	 * Optimization: This exists separately from globalEval(), because that
	 * involves slow DOM overhead.
	 *
	 * @private
	 * @param {string} code JavaScript code
	 */
	function indirectEval( code ) {
		// See http://perfectionkills.com/global-eval-what-are-the-options/
		// for an explanation of this syntax.
		// eslint-disable-next-line no-eval
		( 1, eval )( code );
	}

	/**
	 * Add one or more modules to the module load queue.
	 *
	 * See also #work().
	 *
	 * @private
	 * @param {string[]} dependencies Array of module names in the registry
	 * @param {Function} [ready] Callback to execute when all dependencies are ready
	 * @param {Function} [error] Callback to execute when any dependency fails
	 */
	function enqueue( dependencies, ready, error ) {
		if ( allReady( dependencies ) ) {
			// Run ready immediately
			if ( ready ) {
				ready();
			}
			return;
		}

		var failed = anyFailed( dependencies );
		if ( failed !== false ) {
			if ( error ) {
				// Execute error immediately if any dependencies have errors
				error(
					new Error( 'Dependency ' + failed + ' failed to load' ),
					dependencies
				);
			}
			return;
		}

		// Not all dependencies are ready, add to the load queue...

		// Add ready and error callbacks if they were given
		if ( ready || error ) {
			jobs.push( {
				// Narrow down the list to modules that are worth waiting for
				dependencies: dependencies.filter( function ( module ) {
					var state = registry[ module ].state;
					return state === 'registered' || state === 'loaded' || state === 'loading' || state === 'executing';
				} ),
				ready: ready,
				error: error
			} );
		}

		dependencies.forEach( function ( module ) {
			// Only queue modules that are still in the initial 'registered' state
			// (e.g. not ones already loading or loaded etc.).
			if ( registry[ module ].state === 'registered' && queue.indexOf( module ) === -1 ) {
				queue.push( module );
			}
		} );

		mw.loader.work();
	}

	/**
	 * Executes a loaded module, making it ready to use
	 *
	 * @private
	 * @param {string} module Module name to execute
	 */
	function execute( module ) {
		if ( registry[ module ].state !== 'loaded' ) {
			throw new Error( 'Module in state "' + registry[ module ].state + '" may not execute: ' + module );
		}

		registry[ module ].state = 'executing';
		

		var runScript = function () {
			
			var script = registry[ module ].script;
			var markModuleReady = function () {
				
				setAndPropagate( module, 'ready' );
			};
			var nestedAddScript = function ( arr, offset ) {
				// Recursively call queueModuleScript() in its own callback
				// for each element of arr.
				if ( offset >= arr.length ) {
					// We're at the end of the array
					markModuleReady();
					return;
				}

				queueModuleScript( arr[ offset ], module, function () {
					nestedAddScript( arr, offset + 1 );
				} );
			};

			try {
				if ( Array.isArray( script ) ) {
					nestedAddScript( script, 0 );
				} else if ( typeof script === 'function' ) {
					// Keep in sync with queueModuleScript() for debug mode
					if ( module === 'jquery' ) {
						// This is a special case for when 'jquery' itself is being loaded.
						// - The standard jquery.js distribution does not set `window.jQuery`
						//   in CommonJS-compatible environments (Node.js, AMD, RequireJS, etc.).
						// - MediaWiki's 'jquery' module also bundles jquery.migrate.js, which
						//   in a CommonJS-compatible environment, will use require('jquery'),
						//   but that can't work when we're still inside that module.
						script();
					} else {
						// Pass jQuery twice so that the signature of the closure which wraps
						// the script can bind both '$' and 'jQuery'.
						script( window.$, window.$, mw.loader.require, registry[ module ].module );
					}
					markModuleReady();
				} else if ( typeof script === 'object' && script !== null ) {
					var mainScript = script.files[ script.main ];
					if ( typeof mainScript !== 'function' ) {
						throw new Error( 'Main file in module ' + module + ' must be a function' );
					}
					// jQuery parameters are not passed for multi-file modules
					mainScript(
						makeRequireFunction( registry[ module ], script.main ),
						registry[ module ].module,
						registry[ module ].module.exports
					);
					markModuleReady();
				} else if ( typeof script === 'string' ) {
					// Site and user modules are legacy scripts that run in the global scope.
					// This is transported as a string instead of a function to avoid needing
					// to use string manipulation to undo the function wrapper.
					globalEval( script );
					markModuleReady();

				} else {
					// Module without script
					markModuleReady();
				}
			} catch ( e ) {
				// Use mw.trackError instead of mw.log because these errors are common in production mode
				// (e.g. undefined variable), and mw.log is only enabled in debug mode.
				setAndPropagate( module, 'error' );
				
				mw.trackError( {
					exception: e,
					module: module,
					source: 'module-execute'
				} );
			}
		};

		// Emit deprecation warnings
		if ( registry[ module ].deprecationWarning ) {
			mw.log.warn( registry[ module ].deprecationWarning );
		}

		// Add localizations to message system
		if ( registry[ module ].messages ) {
			mw.messages.set( registry[ module ].messages );
		}

		// Initialise templates
		if ( registry[ module ].templates ) {
			mw.templates.set( module, registry[ module ].templates );
		}

		// Adding of stylesheets is asynchronous via addEmbeddedCSS().
		// The below function uses a counting semaphore to make sure we don't call
		// runScript() until after this module's stylesheets have been inserted
		// into the DOM.
		var cssPending = 0;
		var cssHandle = function () {
			// Increase semaphore, when creating a callback for addEmbeddedCSS.
			cssPending++;
			return function () {
				// Decrease semaphore, when said callback is invoked.
				cssPending--;
				if ( cssPending === 0 ) {
					// Paranoia:
					// This callback is exposed to addEmbeddedCSS, which is outside the execute()
					// function and is not concerned with state-machine integrity. In turn,
					// addEmbeddedCSS() actually exposes stuff further via requestAnimationFrame.
					// If increment and decrement callbacks happen in the wrong order, or start
					// again afterwards, then this branch could be reached multiple times.
					// To protect the integrity of the state-machine, prevent that from happening
					// by making runScript() cannot be called more than once.  We store a private
					// reference when we first reach this branch, then deference the original, and
					// call our reference to it.
					var runScriptCopy = runScript;
					runScript = undefined;
					runScriptCopy();
				}
			};
		};

		// Process styles (see also mw.loader.impl)
		// * { "css": [css, ..] }
		// * { "url": { <media>: [url, ..] } }
		var style = registry[ module ].style;
		if ( style ) {
			// Array of CSS strings under key 'css'
			// { "css": [css, ..] }
			if ( 'css' in style ) {
				for ( var i = 0; i < style.css.length; i++ ) {
					addEmbeddedCSS( style.css[ i ], cssHandle() );
				}
			}

			// Plain object with array of urls under a media-type key
			// { "url": { <media>: [url, ..] } }
			if ( 'url' in style ) {
				for ( var media in style.url ) {
					var urls = style.url[ media ];
					for ( var j = 0; j < urls.length; j++ ) {
						addLink( urls[ j ], media, marker );
					}
				}
			}
		}

		// End profiling of execute()-self before we call runScript(),
		// which we want to measure separately without overlap.
		

		if ( module === 'user' ) {
			// Implicit dependency on the site module. Not a real dependency because it should
			// run after 'site' regardless of whether it succeeds or fails.
			// Note: This is a simplified version of mw.loader.using(), inlined here because
			// mw.loader.using() is part of mediawiki.base (depends on jQuery; T192623).
			var siteDeps;
			var siteDepErr;
			try {
				siteDeps = resolve( [ 'site' ] );
			} catch ( e ) {
				siteDepErr = e;
				runScript();
			}
			if ( !siteDepErr ) {
				enqueue( siteDeps, runScript, runScript );
			}
		} else if ( cssPending === 0 ) {
			// Regular module without styles
			runScript();
		}
		// else: runScript will get called via cssHandle()
	}

	function sortQuery( o ) {
		var sorted = {};
		var list = [];

		for ( var key in o ) {
			list.push( key );
		}
		list.sort();
		for ( var i = 0; i < list.length; i++ ) {
			sorted[ list[ i ] ] = o[ list[ i ] ];
		}
		return sorted;
	}

	/**
	 * Converts a module map of the form `{ foo: [ 'bar', 'baz' ], bar: [ 'baz, 'quux' ] }`
	 * to a query string of the form `foo.bar,baz|bar.baz,quux`.
	 *
	 * See `ResourceLoader::makePackedModulesString()` in PHP, of which this is a port.
	 * On the server, unpacking is done by `ResourceLoader::expandModuleNames()`.
	 *
	 * Note: This is only half of the logic, the other half has to be in #batchRequest(),
	 * because its implementation needs to keep track of potential string size in order
	 * to decide when to split the requests due to url size.
	 *
	 * @typedef {Object} ModuleString
	 * @property {string} str Module query string
	 * @property {Array} list List of module names in matching order
	 *
	 * @private
	 * @param {Object} moduleMap Module map
	 * @return {ModuleString}
	 */
	function buildModulesString( moduleMap ) {
		var str = [];
		var list = [];
		var p;

		function restore( suffix ) {
			return p + suffix;
		}

		for ( var prefix in moduleMap ) {
			p = prefix === '' ? '' : prefix + '.';
			str.push( p + moduleMap[ prefix ].join( ',' ) );
			list.push.apply( list, moduleMap[ prefix ].map( restore ) );
		}
		return {
			str: str.join( '|' ),
			list: list
		};
	}

	/**
	 * @private
	 * @param {Object} params Map of parameter names to values
	 * @return {string}
	 */
	function makeQueryString( params ) {
		// Optimisation: This is a fairly hot code path with batchRequest() loops.
		// Avoid overhead from Object.keys and Array.forEach.
		// String concatenation is faster than array pushing and joining, see
		// https://phabricator.wikimedia.org/P19931
		var str = '';
		for ( var key in params ) {
			// Parameters are separated by &, added before all parameters other than
			// the first
			str += ( str ? '&' : '' ) + encodeURIComponent( key ) + '=' +
				encodeURIComponent( params[ key ] );
		}
		return str;
	}

	/**
	 * Create network requests for a batch of modules.
	 *
	 * This is an internal method for #work(). This must not be called directly
	 * unless the modules are already registered, and no request is in progress,
	 * and the module state has already been set to `loading`.
	 *
	 * @private
	 * @param {string[]} batch
	 */
	function batchRequest( batch ) {
		if ( !batch.length ) {
			return;
		}

		var sourceLoadScript, currReqBase, moduleMap;

		/**
		 * Start the currently drafted request to the server.
		 *
		 * @ignore
		 */
		function doRequest() {
			// Optimisation: Inherit (Object.create), not copy ($.extend)
			var query = Object.create( currReqBase ),
				packed = buildModulesString( moduleMap );
			query.modules = packed.str;
			// The packing logic can change the effective order, even if the input was
			// sorted. As such, the call to getCombinedVersion() must use this
			// effective order to ensure that the combined version will match the hash
			// expected by the server based on combining versions from the module
			// query string in-order. (T188076)
			query.version = getCombinedVersion( packed.list );
			query = sortQuery( query );
			addScript( sourceLoadScript + '?' + makeQueryString( query ), null, packed.list );
		}

		// Always order modules alphabetically to help reduce cache
		// misses for otherwise identical content.
		batch.sort();

		// Query parameters common to all requests
		var reqBase = {
    "lang": "en",
    "skin": "customtimeless",
    "debug": "1"
};

		// Split module list by source and by group.
		var splits = Object.create( null );
		for ( var b = 0; b < batch.length; b++ ) {
			var bSource = registry[ batch[ b ] ].source;
			var bGroup = registry[ batch[ b ] ].group;
			if ( !splits[ bSource ] ) {
				splits[ bSource ] = Object.create( null );
			}
			if ( !splits[ bSource ][ bGroup ] ) {
				splits[ bSource ][ bGroup ] = [];
			}
			splits[ bSource ][ bGroup ].push( batch[ b ] );
		}

		for ( var source in splits ) {
			sourceLoadScript = sources[ source ];

			for ( var group in splits[ source ] ) {

				// Cache access to currently selected list of
				// modules for this group from this source.
				var modules = splits[ source ][ group ];

				// Query parameters common to requests for this module group
				// Optimisation: Inherit (Object.create), not copy ($.extend)
				currReqBase = Object.create( reqBase );
				// User modules require a user name in the query string.
				if ( group === 0 && mw.config.get( 'wgUserName' ) !== null ) {
					currReqBase.user = mw.config.get( 'wgUserName' );
				}

				// In addition to currReqBase, doRequest() will also add 'modules' and 'version'.
				// > '&modules='.length === 9
				// > '&version=12345'.length === 14
				// > 9 + 14 = 23
				var currReqBaseLength = makeQueryString( currReqBase ).length + 23;

				// We may need to split up the request to honor the query string length limit,
				// so build it piece by piece. `length` does not include the characters from
				// the request base, see below
				var length = 0;
				moduleMap = Object.create( null ); // { prefix: [ suffixes ] }

				for ( var i = 0; i < modules.length; i++ ) {
					// Determine how many bytes this module would add to the query string
					var lastDotIndex = modules[ i ].lastIndexOf( '.' ),
						prefix = modules[ i ].slice( 0, Math.max( 0, lastDotIndex ) ),
						suffix = modules[ i ].slice( lastDotIndex + 1 ),
						bytesAdded = moduleMap[ prefix ] ?
							suffix.length + 3 : // '%2C'.length == 3
							modules[ i ].length + 3; // '%7C'.length == 3

					// If the url would become too long, create a new one, but don't create empty requests.
					// The value of `length` only reflects the request-specific bytes relating to the
					// accumulated entries in moduleMap so far. It does not include the base length,
					// which we account for separately with `currReqBaseLength` so that length is 0
					// when moduleMap is empty.
					if ( length && length + currReqBaseLength + bytesAdded > mw.loader.maxQueryLength ) {
						// Dispatch what we've got...
						doRequest();
						// .. and start preparing a new request.
						length = 0;
						moduleMap = Object.create( null );
					}
					if ( !moduleMap[ prefix ] ) {
						moduleMap[ prefix ] = [];
					}
					length += bytesAdded;
					moduleMap[ prefix ].push( suffix );
				}
				// Optimization: Skip `length` check.
				// moduleMap will contain at least one module here. The loop above leaves the last module
				// undispatched (and maybe some before it), so for moduleMap to be empty here, there must
				// have been no modules to iterate in the current group to start with, but we only create
				// a group in `splits` when the first module in the group is seen, so there are always
				// modules in the group when this code is reached.
				doRequest();
			}
		}
	}

	/**
	 * @private
	 * @param {string[]} implementations Array containing pieces of JavaScript code in the
	 *  form of calls to mw.loader#impl().
	 * @param {Function} cb Callback in case of failure
	 * @param {Error} cb.err
	 * @param {number} [offset] Integer offset into implementations to start at
	 */
	function asyncEval( implementations, cb, offset ) {
		if ( !implementations.length ) {
			return;
		}
		offset = offset || 0;
		mw.requestIdleCallback( function ( deadline ) {
			asyncEvalTask( deadline, implementations, cb, offset );
		} );
	}

	/**
	 * Idle callback for asyncEval
	 *
	 * @private
	 * @param {IdleDeadline} deadline
	 * @param {string[]} implementations
	 * @param {Function} cb
	 * @param {Error} cb.err
	 * @param {number} offset
	 */
	function asyncEvalTask( deadline, implementations, cb, offset ) {
		for ( var i = offset; i < implementations.length; i++ ) {
			if ( deadline.timeRemaining() <= 0 ) {
				asyncEval( implementations, cb, i );
				return;
			}
			try {
				indirectEval( implementations[ i ] );
			} catch ( err ) {
				cb( err );
			}
		}
	}

	/**
	 * Make a versioned key for a specific module.
	 *
	 * @private
	 * @param {string} module Module name
	 * @return {string|null} Module key in format '`[name]@[version]`',
	 *  or null if the module does not exist
	 */
	function getModuleKey( module ) {
		return module in registry ? ( module + '@' + registry[ module ].version ) : null;
	}

	/**
	 * @private
	 * @param {string} key Module name or '`[name]@[version]`'
	 * @return {Object}
	 */
	function splitModuleKey( key ) {
		// Module names may contain '@' but version strings may not, so the last '@' is the delimiter
		var index = key.lastIndexOf( '@' );
		// If the key doesn't contain '@' or starts with it, the whole thing is the module name
		if ( index === -1 || index === 0 ) {
			return {
				name: key,
				version: ''
			};
		}
		return {
			name: key.slice( 0, index ),
			version: key.slice( index + 1 )
		};
	}

	/**
	 * @private
	 * @param {string} module
	 * @param {string} [version]
	 * @param {string[]} [dependencies]
	 * @param {string} [group]
	 * @param {string} [source]
	 * @param {string} [skip]
	 */
	function registerOne( module, version, dependencies, group, source, skip ) {
		if ( module in registry ) {
			throw new Error( 'module already registered: ' + module );
		}

		registry[ module ] = {
			// Exposed to execute() for mw.loader.impl() closures.
			// Import happens via require().
			module: {
				exports: {}
			},
			// module.export objects for each package file inside this module
			packageExports: {},
			version: version || '',
			dependencies: dependencies || [],
			group: typeof group === 'undefined' ? null : group,
			source: typeof source === 'string' ? source : 'local',
			state: 'registered',
			skip: typeof skip === 'string' ? skip : null
		};
	}

	/* Public Members */

	mw.loader = {
		/**
		 * The module registry is exposed as an aid for debugging and inspecting page
		 * state; it is not a public interface for modifying the registry.
		 *
		 * @see #registry
		 * @property {Object}
		 * @private
		 */
		moduleRegistry: registry,

		/**
		 * Exposed for testing and debugging only.
		 *
		 * @see #batchRequest
		 * @property {number}
		 * @private
		 */
		maxQueryLength: 2000,

		addStyleTag: newStyleTag,

		// Exposed for internal use only. Documented as @private.
		addScriptTag: addScript,
		// Exposed for internal use only. Documented as @private.
		addLinkTag: addLink,

		// Exposed for internal use only. Documented as @private.
		enqueue: enqueue,

		// Exposed for internal use only. Documented as @private.
		resolve: resolve,

		/**
		 * Start loading of all queued module dependencies.
		 *
		 * @private
		 */
		work: function () {
			store.init();

			var q = queue.length,
				storedImplementations = [],
				storedNames = [],
				requestNames = [],
				batch = new Set();

			// Iterate the list of requested modules, and do one of three things:
			// - 1) Nothing (if already loaded or being loaded).
			// - 2) Eval the cached implementation from the module store.
			// - 3) Request from network.
			while ( q-- ) {
				var module = queue[ q ];
				// Only consider modules which are the initial 'registered' state,
				// and ignore duplicates
				if ( mw.loader.getState( module ) === 'registered' &&
					!batch.has( module )
				) {
					// Progress the state machine
					registry[ module ].state = 'loading';
					batch.add( module );

					var implementation = store.get( module );
					if ( implementation ) {
						// Module store enabled and contains this module/version
						storedImplementations.push( implementation );
						storedNames.push( module );
					} else {
						// Module store disabled or doesn't have this module/version
						requestNames.push( module );
					}
				}
			}

			// Now that the queue has been processed into a batch, clear the queue.
			// This MUST happen before we initiate any eval or network request. Otherwise,
			// it is possible for a cached script to instantly trigger the same work queue
			// again; all before we've cleared it causing each request to include modules
			// which are already loaded.
			queue = [];

			asyncEval( storedImplementations, function ( err ) {
				// Not good, the cached mw.loader.impl calls failed! This should
				// never happen, barring ResourceLoader bugs, browser bugs and PEBKACs.
				// Depending on how corrupt the string is, it is likely that some
				// modules' impl() succeeded while the ones after the error will
				// never run and leave their modules in the 'loading' state forever.
				store.stats.failed++;

				// Since this is an error not caused by an individual module but by
				// something that infected the implement call itself, don't take any
				// risks and clear everything in this cache.
				store.clear();

				mw.trackError( {
					exception: err,
					source: 'store-eval'
				} );
				// For any failed ones, fallback to requesting from network
				var failed = storedNames.filter( function ( name ) {
					return registry[ name ].state === 'loading';
				} );
				batchRequest( failed );
			} );

			batchRequest( requestNames );
		},

		/**
		 * Register a source.
		 *
		 * The #work() method will use this information to split up requests by source.
		 *
		 * @example
		 * mw.loader.addSource( { mediawikiwiki: 'https://www.mediawiki.org/w/load.php' } );
		 *
		 * @private
		 * @param {Object} ids An object mapping ids to load.php end point urls
		 * @throws {Error} If source id is already registered
		 */
		addSource: function ( ids ) {
			for ( var id in ids ) {
				if ( id in sources ) {
					throw new Error( 'source already registered: ' + id );
				}
				sources[ id ] = ids[ id ];
			}
		},

		/**
		 * Register a module, letting the system know about it and its properties.
		 *
		 * The startup module calls this method.
		 *
		 * When using multiple module registration by passing an array, dependencies that
		 * are specified as references to modules within the array will be resolved before
		 * the modules are registered.
		 *
		 * @param {string|Array} modules Module name or array of arrays, each containing
		 *  a list of arguments compatible with this method
		 * @param {string} [version] Module version hash (falls backs to empty string)
		 * @param {string[]} [dependencies] Array of module names on which this module depends.
		 * @param {string} [group=null] Group which the module is in
		 * @param {string} [source='local'] Name of the source
		 * @param {string} [skip=null] Script body of the skip function
		 * @private
		 */
		register: function ( modules ) {
			if ( typeof modules !== 'object' ) {
				registerOne.apply( null, arguments );
				return;
			}
			// Need to resolve indexed dependencies:
			// ResourceLoader uses an optimisation to save space which replaces module
			// names in dependency lists with the index of that module within the
			// array of module registration data if it exists. The benefit is a significant
			// reduction in the data size of the startup module. This loop changes
			// those dependency lists back to arrays of strings.
			function resolveIndex( dep ) {
				return typeof dep === 'number' ? modules[ dep ][ 0 ] : dep;
			}

			for ( var i = 0; i < modules.length; i++ ) {
				var deps = modules[ i ][ 2 ];
				if ( deps ) {
					for ( var j = 0; j < deps.length; j++ ) {
						deps[ j ] = resolveIndex( deps[ j ] );
					}
				}
				// Optimisation: Up to 55% faster.
				// Typically register() is called exactly once on a page, and with a batch.
				// See <https://gist.github.com/Krinkle/f06fdb3de62824c6c16f02a0e6ce0e66>
				// Benchmarks taught us that the code for adding an object to `registry`
				// should be in a function that has only one signature and does no arguments
				// manipulation.
				// JS semantics make it hard to optimise recursion to a different
				// signature of itself, hence we moved this out.
				registerOne.apply( null, modules[ i ] );
			}
		},

		/**
		 * Implement a module given the components of the module.
		 *
		 * See #impl for a full description of the parameters.
		 *
		 * Prior to MW 1.41, this was used internally, but now it is only kept
		 * for backwards compatibility.
		 *
		 * Does not support mw.loader.store caching.
		 *
		 * @param {string} module
		 * @param {Function|Array|string|Object} [script]
		 * @param {Object} [style]
		 * @param {Object} [messages] List of key/value pairs to be added to mw#messages.
		 * @param {Object} [templates] List of key/value pairs to be added to mw#templates.
		 * @param {string|null} [deprecationWarning] Deprecation warning if any
		 * @private
		 */
		implement: function ( module, script, style, messages, templates, deprecationWarning ) {
			var split = splitModuleKey( module ),
				name = split.name,
				version = split.version;

			// Automatically register module
			if ( !( name in registry ) ) {
				mw.loader.register( name );
			}
			// Check for duplicate implementation
			if ( registry[ name ].script !== undefined ) {
				throw new Error( 'module already implemented: ' + name );
			}
			registry[ name ].version = version;
			registry[ name ].declarator = null; // not supported
			registry[ name ].script = script;
			registry[ name ].style = style;
			registry[ name ].messages = messages;
			registry[ name ].templates = templates;
			registry[ name ].deprecationWarning = deprecationWarning;
			// The module may already have been marked as erroneous
			if ( registry[ name ].state !== 'error' && registry[ name ].state !== 'missing' ) {
				setAndPropagate( name, 'loaded' );
			}
		},

		/**
		 * Implement a module given a function which returns the components of the module
		 *
		 * @param {Function} declarator
		 *
		 * The declarator should return an array with the following keys:
		 *
		 *  - 0. {string} module Name of module and current module version. Formatted
		 *    as '`[name]@[version]`". This version should match the requested version
		 *    (from #batchRequest and #registry). This avoids race conditions (T117587).
		 *
		 *  - 1. {Function|Array|string|Object} [script] Module code. This can be a function,
		 *    a list of URLs to load via `<script src>`, a string for `globalEval()`, or an
		 *    object like {"files": {"foo.js":function, "bar.js": function, ...}, "main": "foo.js"}.
		 *    If an object is provided, the main file will be executed immediately, and the other
		 *    files will only be executed if loaded via require(). If a function or string is
		 *    provided, it will be executed/evaluated immediately. If an array is provided, all
		 *    URLs in the array will be loaded immediately, and executed as soon as they arrive.
		 *
		 *  - 2. {Object} [style] Should follow one of the following patterns:
		 *
		 *     { "css": [css, ..] }
		 *     { "url": { (media): [url, ..] } }
		 *
		 *    The reason css strings are not concatenated anymore is T33676. We now check
		 *    whether it's safe to extend the stylesheet.
		 *
		 *  - 3. {Object} [messages] List of key/value pairs to be added to mw#messages.
		 *  - 4. {Object} [templates] List of key/value pairs to be added to mw#templates.
		 *  - 5. {String|null} [deprecationWarning] Deprecation warning if any
		 *
		 * The declarator must not use any scope variables, since it will be serialized with
		 * Function.prototype.toString() and later restored and executed in the global scope.
		 *
		 * The elements are all optional except the name.
		 * @private
		 */
		impl: function ( declarator ) {
			var data = declarator(),
				module = data[ 0 ],
				script = data[ 1 ] || null,
				style = data[ 2 ] || null,
				messages = data[ 3 ] || null,
				templates = data[ 4 ] || null,
				deprecationWarning = data[ 5 ] || null,
				split = splitModuleKey( module ),
				name = split.name,
				version = split.version;

			// Automatically register module
			if ( !( name in registry ) ) {
				mw.loader.register( name );
			}
			// Check for duplicate implementation
			if ( registry[ name ].script !== undefined ) {
				throw new Error( 'module already implemented: ' + name );
			}
			// Without this reset, if there is a version mismatch between the
			// requested and received module version, then mw.loader.store would
			// cache the response under the requested key. Thus poisoning the cache
			// indefinitely with a stale value. (T117587)
			registry[ name ].version = version;
			// Attach components
			registry[ name ].declarator = declarator;
			registry[ name ].script = script;
			registry[ name ].style = style;
			registry[ name ].messages = messages;
			registry[ name ].templates = templates;
			registry[ name ].deprecationWarning = deprecationWarning;
			// The module may already have been marked as erroneous
			if ( registry[ name ].state !== 'error' && registry[ name ].state !== 'missing' ) {
				setAndPropagate( name, 'loaded' );
			}
		},

		/**
		 * Load an external script or one or more modules.
		 *
		 * This method takes a list of unrelated modules. Use cases:
		 *
		 * - A web page will be composed of many different widgets. These widgets independently
		 *   queue their ResourceLoader modules (`OutputPage::addModules()`). If any of them
		 *   have problems, or are no longer known (e.g. cached HTML), the other modules
		 *   should still be loaded.
		 * - This method is used for preloading, which must not throw. Later code that
		 *   calls #using() will handle the error.
		 *
		 * @param {string|Array} modules Either the name of a module, array of modules,
		 *  or a URL of an external script or style
		 * @param {string} [type='text/javascript'] MIME type to use if calling with a URL of an
		 *  external script or style; acceptable values are "text/css" and
		 *  "text/javascript"; if no type is provided, text/javascript is assumed.
		 * @throws {Error} If type is invalid
		 */
		load: function ( modules, type ) {

			if ( typeof modules === 'string' && /^(https?:)?\/?\//.test( modules ) ) {
				// Called with a url like so:
				// - "https://example.org/x.js"
				// - "http://example.org/x.js"
				// - "//example.org/x.js"
				// - "/x.js"
				if ( type === 'text/css' ) {
					addLink( modules );
				} else if ( type === 'text/javascript' || type === undefined ) {
					addScript( modules );
				} else {
					// Unknown type
					throw new Error( 'Invalid type ' + type );
				}
			} else {
				// One or more modules
				modules = typeof modules === 'string' ? [ modules ] : modules;
				// Resolve modules into a flat list for internal queuing.
				// This also filters out unknown modules and modules with
				// unknown dependencies, allowing the rest to continue. (T36853)
				// Omit ready and error parameters, we don't have callbacks
				enqueue( resolveStubbornly( modules ) );
			}
		},

		/**
		 * Change the state of one or more modules.
		 *
		 * @param {Object} states Object of module name/state pairs
		 * @private
		 */
		state: function ( states ) {
			for ( var module in states ) {
				if ( !( module in registry ) ) {
					mw.loader.register( module );
				}
				setAndPropagate( module, states[ module ] );
			}
		},

		/**
		 * Get the state of a module.
		 *
		 * Possible states for the public API:
		 *
		 * - `registered`: The module is available for loading but not yet requested.
		 * - `loading`, `loaded`, or `executing`: The module is currently being loaded.
		 * - `ready`: The module was successfully and fully loaded.
		 * - `error`: The module or one its dependencies has failed to load, e.g. due to
		 *    uncaught error from the module's script files.
		 * - `missing`: The module was requested but is not defined according to the server.
		 *
		 * Internal mw.loader state machine:
		 *
		 * - `registered`:
		 *    The module is known to the system but not yet required.
		 *    Meta data is stored by `register()`.
		 *    Calls to that method are generated server-side by StartupModule.
		 * - `loading`:
		 *    The module was required through mw.loader (either directly or as dependency of
		 *    another module). The client will fetch module contents from mw.loader.store
		 *    or from the server. The contents should later be received by `implement()`.
		 * - `loaded`:
		 *    The module has been received by `implement()`.
		 *    Once the module has no more dependencies in-flight, the module will be executed,
		 *    controlled via `setAndPropagate()` and `doPropagation()`.
		 * - `executing`:
		 *    The module is being executed (apply messages and stylesheets, execute scripts)
		 *    by `execute()`.
		 * - `ready`:
		 *    The module has been successfully executed.
		 * - `error`:
		 *    The module (or one of its dependencies) produced an uncaught error during execution.
		 * - `missing`:
		 *    The module was registered client-side and requested, but the server denied knowledge
		 *    of the module's existence.
		 *
		 * @param {string} module Name of module
		 * @return {string|null} The state, or null if the module (or its state) is not
		 *  in the registry.
		 */
		getState: function ( module ) {
			return module in registry ? registry[ module ].state : null;
		},

		/**
		 * Get the exported value of a module.
		 *
		 * This static method is publicly exposed for debugging purposes
		 * only and must not be used in production code. In production code,
		 * please use the dynamically provided `require()` function instead.
		 *
		 * In case of lazy-loaded modules via mw.loader#using(), the returned
		 * Promise provides the function, see #using() for examples.
		 *
		 * @private
		 * @since 1.27
		 * @param {string} moduleName Module name
		 * @return {any} Exported value
		 */
		require: function ( moduleName ) {
			var path;
			if ( window.QUnit ) {
				// Comply with Node specification
				// https://nodejs.org/docs/v20.1.0/api/modules.html#all-together
				//
				// > Interpret X as a combination of NAME and SUBPATH, where the NAME
				// > may have a "@scope/" prefix and the subpath begins with a slash (`/`).
				//
				// Regex inspired by Node [1], but simplified to suite our purposes
				// and split in two in order to keep the Regex Star Height under 2,
				// as per ESLint security/detect-unsafe-regex.
				//
				// These patterns match "@scope/module/dir/file.js" and "module/dir/file.js"
				// respectively. They must not match "module.name" or "@scope/module.name".
				//
				// [1] https://github.com/nodejs/node/blob/v20.1.0/lib/internal/modules/cjs/loader.js#L554-L560
				var paths = moduleName.startsWith( '@' ) ?
					/^(@[^/]+\/[^/]+)\/(.*)$/.exec( moduleName ) :
					// eslint-disable-next-line no-mixed-spaces-and-tabs
					        /^([^/]+)\/(.*)$/.exec( moduleName );
				if ( paths ) {
					moduleName = paths[ 1 ];
					path = paths[ 2 ];
				}
			}

			// Only ready modules can be required
			if ( mw.loader.getState( moduleName ) !== 'ready' ) {
				// Module may've forgotten to declare a dependency
				throw new Error( 'Module "' + moduleName + '" is not loaded' );
			}

			return path ?
				makeRequireFunction( registry[ moduleName ], '' )( './' + path ) :
				registry[ moduleName ].module.exports;
		}
	};

	var hasPendingFlush = false,
		hasPendingWrites = false;

	/**
	 * Actually update the store
	 *
	 * @see #requestUpdate
	 * @private
	 */
	function flushWrites() {
		// Process queued module names, serialise their contents to the in-memory store.
		while ( store.queue.length ) {
			store.set( store.queue.shift() );
		}

		// Optimization: Don't reserialize the entire store and rewrite localStorage,
		// if no module was added or changed.
		if ( hasPendingWrites ) {
			// Remove anything from the in-memory store that came from previous page
			// loads that no longer corresponds with current module names and versions.
			store.prune();

			try {
				// Replacing the content of the module store might fail if the new
				// contents would exceed the browser's localStorage size limit. To
				// avoid clogging the browser with stale data, always remove the old
				// value before attempting to store a new one.
				localStorage.removeItem( store.key );
				localStorage.setItem( store.key, JSON.stringify( {
					items: store.items,
					vary: store.vary,
					// Store with 1e7 ms accuracy (1e4 seconds, or ~ 2.7 hours),
					// which is enough for the purpose of expiring after ~ 30 days.
					asOf: Math.ceil( Date.now() / 1e7 )
				} ) );
			} catch ( e ) {
				mw.trackError( {
					exception: e,
					source: 'store-localstorage-update'
				} );
			}
		}

		// Let the next call to requestUpdate() create a new timer.
		hasPendingFlush = hasPendingWrites = false;
	}

	// We use a local variable `store` so that its easier to access, but also need to set
	// this in mw.loader so its exported - combine the two

	/**
	 * On browsers that implement the localStorage API, the module store serves as a
	 * smart complement to the browser cache. Unlike the browser cache, the module store
	 * can slice a concatenated response from ResourceLoader into its constituent
	 * modules and cache each of them separately, using each module's versioning scheme
	 * to determine when the cache should be invalidated.
	 *
	 * @private
	 * @singleton
	 * @class mw.loader.store
	 * @ignore
	 */
	mw.loader.store = store = {
		// Whether the store is in use on this page.
		enabled: null,

		// The contents of the store, mapping '[name]@[version]' keys
		// to module implementations.
		items: {},

		// Names of modules to be stored during the next update.
		// See add() and update().
		queue: [],

		// Cache hit stats
		stats: { hits: 0, misses: 0, expired: 0, failed: 0 },

		/**
		 * The localStorage key for the entire module store. The key references
		 * $wgDBname to prevent clashes between wikis which share a common host.
		 *
		 * @property {string}
		 */
		key: "MediaWikiModuleStore:wikirealmu_mw14490",

		/**
		 * A string containing various factors by which the module cache should vary.
		 *
		 * Defined by ResourceLoader\StartupModule::getStoreVary() in PHP.
		 *
		 * @property {string}
		 */
		vary: "customtimeless:2:1:en",

		/**
		 * Initialize the store.
		 *
		 * Retrieves store from localStorage and (if successfully retrieved) decoding
		 * the stored JSON value to a plain object.
		 */
		init: function () {
			// Init only once per page
			if ( this.enabled === null ) {
				this.enabled = false;
				if ( false ) {
					this.load();
				} else {
					// Clear any previous store to free up space. (T66721)
					this.clear();
				}

			}
		},

		/**
		 * Internal helper for init(). Separated for ease of testing.
		 */
		load: function () {
			// These are the scenarios to think about:
			//
			// 1. localStorage is disallowed by the browser.
			//    This means `localStorage.getItem` throws.
			//    The store stays disabled.
			//
			// 2. localStorage did not contain our store key.
			//    This usually means the browser has a cold cache for this site,
			//    and thus localStorage.getItem returns null.
			//    The store will be enabled, and `items` starts fresh.
			//
			// 3. localStorage contains parseable data, but it's not usable.
			//    This means the data is too old, or is not valid for mw.loader.store.vary
			//    (e.g. user switched skin or language).
			//    The store will be enabled, and `items` starts fresh.
			//
			// 4. localStorage contains invalid JSON data.
			//    This means the data was corrupted, and `JSON.parse` throws.
			//    The store will be enabled, and `items` starts fresh.
			//
			// 5. localStorage contains valid and usable JSON.
			//    This means we have a warm cache from a previous visit.
			//    The store will be enabled, and `items` starts with the stored data.

			try {
				var raw = localStorage.getItem( this.key );

				// If we make it here, localStorage is enabled and available.
				// The rest of the function may fail, but that only affects what we load from
				// the cache. We'll still enable the store to allow storing new modules.
				this.enabled = true;

				// If getItem returns null, JSON.parse() will cast to string and re-parse, still null.
				var data = JSON.parse( raw );
				if ( data &&
					data.vary === this.vary &&
					data.items &&
					// Only use if it's been less than 30 days since the data was written
					// 30 days = 2,592,000 s = 2,592,000,000 ms = ± 259e7 ms
					Date.now() < ( data.asOf * 1e7 ) + 259e7
				) {
					// The data is not corrupt, matches our vary context, and has not expired.
					this.items = data.items;
				}
			} catch ( e ) {
				// Ignore error from localStorage or JSON.parse.
				// Don't print any warning (T195647).
			}
		},

		/**
		 * Retrieve a module from the store and update cache hit stats.
		 *
		 * @param {string} module Module name
		 * @return {string|boolean} Module implementation or false if unavailable
		 */
		get: function ( module ) {
			if ( this.enabled ) {
				var key = getModuleKey( module );
				if ( key in this.items ) {
					this.stats.hits++;
					return this.items[ key ];
				}

				this.stats.misses++;
			}

			return false;
		},

		/**
		 * Queue the name of a module that the next update should consider storing.
		 *
		 * @since 1.32
		 * @param {string} module Module name
		 */
		add: function ( module ) {
			if ( this.enabled ) {
				this.queue.push( module );
				this.requestUpdate();
			}
		},

		/**
		 * Add the contents of the named module to the in-memory store.
		 *
		 * This method does not guarantee that the module will be stored.
		 * Inspection of the module's meta data and size will ultimately decide that.
		 *
		 * This method is considered internal to mw.loader.store and must only
		 * be called if the store is enabled.
		 *
		 * @private
		 * @param {string} module Module name
		 */
		set: function ( module ) {
			var descriptor = registry[ module ],
				key = getModuleKey( module );

			if (
				// Already stored a copy of this exact version
				key in this.items ||
				// Module failed to load
				!descriptor ||
				descriptor.state !== 'ready' ||
				// Unversioned, private, or site-/user-specific
				!descriptor.version ||
				descriptor.group === 1 ||
				descriptor.group === 0 ||
				// Legacy descriptor, registered with mw.loader.implement
				!descriptor.declarator
			) {
				// Decline to store
				return;
			}

			var script = String( descriptor.declarator );
			// Modules whose serialised form exceeds 100 kB won't be stored (T66721).
			if ( script.length > 1e5 ) {
				return;
			}

			var srcParts = [
				'mw.loader.impl(',
				script,
				');\n'
			];
			if ( true ) {
				srcParts.push( '// Saved in localStorage at ', ( new Date() ).toISOString(), '\n' );
				var sourceLoadScript = sources[ descriptor.source ];
				var query = Object.create( {
    "lang": "en",
    "skin": "customtimeless",
    "debug": "1"
} );
				query.modules = module;
				query.version = getCombinedVersion( [ module ] );
				query = sortQuery( query );
				srcParts.push(
					'//# sourceURL=',
					// Use absolute URL so that Firefox console stack trace links will work
					( new URL( sourceLoadScript, location ) ).href,
					'?',
					makeQueryString( query ),
					'\n'
				);

				query.sourcemap = '1';
				query = sortQuery( query );
				srcParts.push(
					'//# sourceMappingURL=',
					sourceLoadScript,
					'?',
					makeQueryString( query )
				);
			}
			this.items[ key ] = srcParts.join( '' );
			hasPendingWrites = true;
		},

		/**
		 * Iterate through the module store, removing any item that does not correspond
		 * (in name and version) to an item in the module registry.
		 */
		prune: function () {
			for ( var key in this.items ) {
				// key is in the form [name]@[version], slice to get just the name
				// to provide to getModuleKey, which will return a key in the same
				// form but with the latest version
				if ( getModuleKey( splitModuleKey( key ).name ) !== key ) {
					this.stats.expired++;
					delete this.items[ key ];
				}
			}
		},

		/**
		 * Clear the entire module store right now.
		 */
		clear: function () {
			this.items = {};
			try {
				localStorage.removeItem( this.key );
			} catch ( e ) {}
		},

		/**
		 * Request a sync of the in-memory store back to persisted localStorage.
		 *
		 * This function debounces updates. The debouncing logic should account
		 * for the following factors:
		 *
		 * - Writing to localStorage is an expensive operation that must not happen
		 *   during the critical path of initialising and executing module code.
		 *   Instead, it should happen at a later time after modules have been given
		 *   time and priority to do their thing first.
		 *
		 * - This method is called from mw.loader.store.add(), which will be called
		 *   hundreds of times on a typical page, including within the same call-stack
		 *   and eventloop-tick. This is because responses from load.php happen in
		 *   batches. As such, we want to allow all modules from the same load.php
		 *   response to be written to disk with a single flush, not many.
		 *
		 * - Repeatedly deleting and creating timers is non-trivial.
		 *
		 * - localStorage is shared by all pages from the same origin, if multiple
		 *   pages are loaded with different module sets, the possibility exists that
		 *   modules saved by one page will be clobbered by another. The impact of
		 *   this is minor, it merely causes a less efficient cache use, and the
		 *   problem would be corrected by subsequent page views.
		 *
		 * This method is considered internal to mw.loader.store and must only
		 * be called if the store is enabled.
		 *
		 * @private
		 * @method
		 */
		requestUpdate: function () {
			// On the first call to requestUpdate(), create a timer that
			// waits at least two seconds, then calls onTimeout.
			// The main purpose is to allow the current batch of load.php
			// responses to complete before we do anything. This batch can
			// trigger many hundreds of calls to requestUpdate().
			if ( !hasPendingFlush ) {
				hasPendingFlush = setTimeout(
					// Defer the actual write via requestIdleCallback
					function () {
						mw.requestIdleCallback( flushWrites );
					},
					2000
				);
			}
		}
	};
}() );
/* global mw */
mw.requestIdleCallbackInternal = function ( callback ) {
	setTimeout( function () {
		var start = mw.now();
		callback( {
			didTimeout: false,
			timeRemaining: function () {
				// Hard code a target maximum busy time of 50 milliseconds
				return Math.max( 0, 50 - ( mw.now() - start ) );
			}
		} );
	}, 1 );
};

/**
 * Schedule a deferred task to run in the background.
 *
 * This allows code to perform tasks in the main thread without impacting
 * time-critical operations such as animations and response to input events.
 *
 * Basic logic is as follows:
 *
 * - User input event should be acknowledged within 100ms per [RAIL][].
 * - Idle work should be grouped in blocks of upto 50ms so that enough time
 *   remains for the event handler to execute and any rendering to take place.
 * - Whenever a native event happens (e.g. user input), the deadline for any
 *   running idle callback drops to 0.
 * - As long as the deadline is non-zero, other callbacks pending may be
 *   executed in the same idle period.
 *
 * See also:
 *
 * - <https://developer.mozilla.org/en-US/docs/Web/API/Window/requestIdleCallback>
 * - <https://w3c.github.io/requestidlecallback/>
 * - <https://developers.google.com/web/updates/2015/08/using-requestidlecallback>
 *
 * [RAIL]: https://developers.google.com/web/fundamentals/performance/rail
 *
 * @memberof mw
 * @method
 * @param {Function} callback
 * @param {Object} [options]
 * @param {number} [options.timeout] If set, the callback will be scheduled for
 *  immediate execution after this amount of time (in milliseconds) if it didn't run
 *  by that time.
 */
mw.requestIdleCallback = window.requestIdleCallback ?
	// Bind because it throws TypeError if context is not window
	window.requestIdleCallback.bind( window ) :
	mw.requestIdleCallbackInternal;
// Note: Polyfill was previously disabled due to
// https://bugs.chromium.org/p/chromium/issues/detail?id=647870
// See also <http://codepen.io/Krinkle/full/XNGEvv>


	/**
	 * The $CODE placeholder is substituted in ResourceLoaderStartUpModule.php.
	 */
	( function () {
		/* global mw */
		var queue;

		mw.loader.addSource({
    "local": "/load.php"
});
mw.loader.register([
    [
        "site",
        "",
        [
            1
        ]
    ],
    [
        "site.styles",
        "",
        [],
        2
    ],
    [
        "filepage",
        ""
    ],
    [
        "user",
        "",
        [],
        0
    ],
    [
        "user.styles",
        "",
        [],
        0
    ],
    [
        "user.options",
        "",
        [],
        1
    ],
    [
        "mediawiki.skinning.interface",
        ""
    ],
    [
        "jquery.makeCollapsible.styles",
        ""
    ],
    [
        "mediawiki.skinning.content.parsoid",
        ""
    ],
    [
        "web2017-polyfills",
        "",
        [],
        null,
        null,
        "return 'IntersectionObserver' in window \u0026\u0026\n    typeof fetch === 'function' \u0026\u0026\n    // Ensure:\n    // - standards compliant URL\n    // - standards compliant URLSearchParams\n    // - URL#toJSON method (came later)\n    //\n    // Facts:\n    // - All browsers with URL also have URLSearchParams, don't need to check.\n    // - Safari \u003C= 7 and Chrome \u003C= 31 had a buggy URL implementations.\n    // - Firefox 29-43 had an incomplete URLSearchParams implementation. https://caniuse.com/urlsearchparams\n    // - URL#toJSON was released in Firefox 54, Safari 11, and Chrome 71. https://caniuse.com/mdn-api_url_tojson\n    //   Thus we don't need to check for buggy URL or incomplete URLSearchParams.\n    typeof URL === 'function' \u0026\u0026 'toJSON' in URL.prototype;\n"
    ],
    [
        "jquery",
        ""
    ],
    [
        "mediawiki.base",
        "",
        [
            10
        ]
    ],
    [
        "jquery.chosen",
        ""
    ],
    [
        "jquery.client",
        ""
    ],
    [
        "jquery.confirmable",
        "",
        [
            101
        ]
    ],
    [
        "jquery.highlightText",
        "",
        [
            75
        ]
    ],
    [
        "jquery.i18n",
        "",
        [
            100
        ]
    ],
    [
        "jquery.lengthLimit",
        "",
        [
            60
        ]
    ],
    [
        "jquery.makeCollapsible",
        "",
        [
            7,
            75
        ]
    ],
    [
        "jquery.spinner",
        "",
        [
            20
        ]
    ],
    [
        "jquery.spinner.styles",
        ""
    ],
    [
        "jquery.suggestions",
        "",
        [
            15
        ]
    ],
    [
        "jquery.tablesorter",
        "",
        [
            23,
            102,
            75
        ]
    ],
    [
        "jquery.tablesorter.styles",
        ""
    ],
    [
        "jquery.textSelection",
        "",
        [
            13
        ]
    ],
    [
        "jquery.ui",
        ""
    ],
    [
        "moment",
        "",
        [
            98,
            75
        ]
    ],
    [
        "vue",
        "",
        [
            109
        ]
    ],
    [
        "vuex",
        "",
        [
            27
        ]
    ],
    [
        "pinia",
        "",
        [
            27
        ]
    ],
    [
        "@wikimedia/codex",
        "",
        [
            31,
            27
        ]
    ],
    [
        "codex-styles",
        ""
    ],
    [
        "mediawiki.codex.messagebox.styles",
        ""
    ],
    [
        "@wikimedia/codex-search",
        "",
        [
            34,
            27
        ]
    ],
    [
        "codex-search-styles",
        ""
    ],
    [
        "mediawiki.template",
        ""
    ],
    [
        "mediawiki.template.mustache",
        "",
        [
            35
        ]
    ],
    [
        "mediawiki.apipretty",
        ""
    ],
    [
        "mediawiki.api",
        "",
        [
            101
        ]
    ],
    [
        "mediawiki.content.json",
        ""
    ],
    [
        "mediawiki.confirmCloseWindow",
        ""
    ],
    [
        "mediawiki.debug",
        "",
        [
            196
        ]
    ],
    [
        "mediawiki.diff",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.diff.styles",
        ""
    ],
    [
        "mediawiki.feedback",
        "",
        [
            336,
            204
        ]
    ],
    [
        "mediawiki.feedlink",
        ""
    ],
    [
        "mediawiki.filewarning",
        "",
        [
            196,
            208
        ]
    ],
    [
        "mediawiki.ForeignApi",
        "",
        [
            48
        ]
    ],
    [
        "mediawiki.ForeignApi.core",
        "",
        [
            38,
            193
        ]
    ],
    [
        "mediawiki.helplink",
        ""
    ],
    [
        "mediawiki.hlist",
        ""
    ],
    [
        "mediawiki.htmlform",
        "",
        [
            171
        ]
    ],
    [
        "mediawiki.htmlform.ooui",
        "",
        [
            196
        ]
    ],
    [
        "mediawiki.htmlform.styles",
        ""
    ],
    [
        "mediawiki.htmlform.codex.styles",
        ""
    ],
    [
        "mediawiki.htmlform.ooui.styles",
        ""
    ],
    [
        "mediawiki.inspect",
        "",
        [
            60,
            75
        ]
    ],
    [
        "mediawiki.notification",
        "",
        [
            75,
            81
        ]
    ],
    [
        "mediawiki.notification.convertmessagebox",
        "",
        [
            57
        ]
    ],
    [
        "mediawiki.notification.convertmessagebox.styles",
        ""
    ],
    [
        "mediawiki.String",
        ""
    ],
    [
        "mediawiki.pager.styles",
        ""
    ],
    [
        "mediawiki.pulsatingdot",
        ""
    ],
    [
        "mediawiki.searchSuggest",
        "",
        [
            21,
            38
        ]
    ],
    [
        "mediawiki.storage",
        "",
        [
            75
        ]
    ],
    [
        "mediawiki.Title",
        "",
        [
            60,
            75
        ]
    ],
    [
        "mediawiki.Upload",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.ForeignUpload",
        "",
        [
            47,
            66
        ]
    ],
    [
        "mediawiki.Upload.Dialog",
        "",
        [
            69
        ]
    ],
    [
        "mediawiki.Upload.BookletLayout",
        "",
        [
            66,
            73,
            26,
            199,
            204,
            209,
            210
        ]
    ],
    [
        "mediawiki.ForeignStructuredUpload.BookletLayout",
        "",
        [
            67,
            69,
            105,
            175,
            169
        ]
    ],
    [
        "mediawiki.toc",
        "",
        [
            78
        ]
    ],
    [
        "mediawiki.Uri",
        "",
        [
            75
        ]
    ],
    [
        "mediawiki.user",
        "",
        [
            38,
            78
        ]
    ],
    [
        "mediawiki.userSuggest",
        "",
        [
            21,
            38
        ]
    ],
    [
        "mediawiki.util",
        "",
        [
            13,
            9
        ]
    ],
    [
        "mediawiki.checkboxtoggle",
        ""
    ],
    [
        "mediawiki.checkboxtoggle.styles",
        ""
    ],
    [
        "mediawiki.cookie",
        ""
    ],
    [
        "mediawiki.experiments",
        ""
    ],
    [
        "mediawiki.editfont.styles",
        ""
    ],
    [
        "mediawiki.visibleTimeout",
        ""
    ],
    [
        "mediawiki.action.edit",
        "",
        [
            24,
            83,
            80,
            171
        ]
    ],
    [
        "mediawiki.action.edit.styles",
        ""
    ],
    [
        "mediawiki.action.edit.collapsibleFooter",
        "",
        [
            18,
            64
        ]
    ],
    [
        "mediawiki.action.edit.preview",
        "",
        [
            19,
            111
        ]
    ],
    [
        "mediawiki.action.history",
        "",
        [
            18
        ]
    ],
    [
        "mediawiki.action.history.styles",
        ""
    ],
    [
        "mediawiki.action.protect",
        "",
        [
            171
        ]
    ],
    [
        "mediawiki.action.view.metadata",
        "",
        [
            96
        ]
    ],
    [
        "mediawiki.editRecovery.postEdit",
        ""
    ],
    [
        "mediawiki.editRecovery.edit",
        "",
        [
            57,
            168,
            212
        ]
    ],
    [
        "mediawiki.action.view.postEdit",
        "",
        [
            57,
            64,
            158,
            196,
            216
        ]
    ],
    [
        "mediawiki.action.view.redirect",
        ""
    ],
    [
        "mediawiki.action.view.redirectPage",
        ""
    ],
    [
        "mediawiki.action.edit.editWarning",
        "",
        [
            24,
            40,
            101
        ]
    ],
    [
        "mediawiki.action.view.filepage",
        ""
    ],
    [
        "mediawiki.action.styles",
        ""
    ],
    [
        "mediawiki.language",
        "",
        [
            99
        ]
    ],
    [
        "mediawiki.cldr",
        "",
        [
            100
        ]
    ],
    [
        "mediawiki.libs.pluralruleparser",
        ""
    ],
    [
        "mediawiki.jqueryMsg",
        "",
        [
            65,
            98,
            5
        ]
    ],
    [
        "mediawiki.language.months",
        "",
        [
            98
        ]
    ],
    [
        "mediawiki.language.names",
        "",
        [
            98
        ]
    ],
    [
        "mediawiki.language.specialCharacters",
        "",
        [
            98
        ]
    ],
    [
        "mediawiki.libs.jpegmeta",
        ""
    ],
    [
        "mediawiki.page.gallery",
        "",
        [
            107,
            75
        ]
    ],
    [
        "mediawiki.page.gallery.styles",
        ""
    ],
    [
        "mediawiki.page.gallery.slideshow",
        "",
        [
            199,
            219,
            221
        ]
    ],
    [
        "mediawiki.page.ready",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.page.watch.ajax",
        "",
        [
            73
        ]
    ],
    [
        "mediawiki.page.preview",
        "",
        [
            18,
            24,
            42,
            43,
            73,
            196
        ]
    ],
    [
        "mediawiki.page.image.pagination",
        "",
        [
            19,
            75
        ]
    ],
    [
        "mediawiki.page.media",
        ""
    ],
    [
        "mediawiki.rcfilters.filters.base.styles",
        ""
    ],
    [
        "mediawiki.rcfilters.highlightCircles.seenunseen.styles",
        ""
    ],
    [
        "mediawiki.rcfilters.filters.ui",
        "",
        [
            18,
            72,
            73,
            166,
            205,
            212,
            215,
            216,
            217,
            219,
            220
        ]
    ],
    [
        "mediawiki.interface.helpers.styles",
        ""
    ],
    [
        "mediawiki.special",
        ""
    ],
    [
        "mediawiki.special.apisandbox",
        "",
        [
            18,
            186,
            172,
            195
        ]
    ],
    [
        "mediawiki.special.restsandbox.styles",
        ""
    ],
    [
        "mediawiki.special.restsandbox",
        "",
        [
            120
        ]
    ],
    [
        "mediawiki.special.block",
        "",
        [
            51,
            169,
            185,
            176,
            186,
            183,
            212
        ]
    ],
    [
        "mediawiki.misc-authed-ooui",
        "",
        [
            19,
            52,
            166,
            171
        ]
    ],
    [
        "mediawiki.misc-authed-pref",
        "",
        [
            5
        ]
    ],
    [
        "mediawiki.misc-authed-curate",
        "",
        [
            12,
            14,
            17,
            19,
            38
        ]
    ],
    [
        "mediawiki.special.block.codex",
        "",
        [
            30,
            29
        ]
    ],
    [
        "mediawiki.protectionIndicators.styles",
        ""
    ],
    [
        "mediawiki.special.changeslist",
        ""
    ],
    [
        "mediawiki.special.changeslist.watchlistexpiry",
        "",
        [
            118,
            216
        ]
    ],
    [
        "mediawiki.special.changeslist.enhanced",
        ""
    ],
    [
        "mediawiki.special.changeslist.legend",
        ""
    ],
    [
        "mediawiki.special.changeslist.legend.js",
        "",
        [
            78
        ]
    ],
    [
        "mediawiki.special.contributions",
        "",
        [
            18,
            169,
            195
        ]
    ],
    [
        "mediawiki.special.import.styles.ooui",
        ""
    ],
    [
        "mediawiki.special.changecredentials",
        ""
    ],
    [
        "mediawiki.special.changeemail",
        ""
    ],
    [
        "mediawiki.special.preferences.ooui",
        "",
        [
            40,
            80,
            58,
            64,
            176,
            171,
            204
        ]
    ],
    [
        "mediawiki.special.preferences.styles.ooui",
        ""
    ],
    [
        "mediawiki.special.editrecovery.styles",
        ""
    ],
    [
        "mediawiki.special.editrecovery",
        "",
        [
            27
        ]
    ],
    [
        "mediawiki.special.search",
        "",
        [
            188
        ]
    ],
    [
        "mediawiki.special.search.commonsInterwikiWidget",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.special.search.interwikiwidget.styles",
        ""
    ],
    [
        "mediawiki.special.search.styles",
        ""
    ],
    [
        "mediawiki.special.unwatchedPages",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.special.upload",
        "",
        [
            19,
            38,
            40,
            105,
            118,
            35
        ]
    ],
    [
        "mediawiki.authenticationPopup",
        "",
        [
            19,
            204
        ]
    ],
    [
        "mediawiki.authenticationPopup.success",
        ""
    ],
    [
        "mediawiki.special.userlogin.common.styles",
        ""
    ],
    [
        "mediawiki.special.userlogin.login.styles",
        ""
    ],
    [
        "mediawiki.special.userlogin.authentication-popup",
        ""
    ],
    [
        "mediawiki.special.createaccount",
        "",
        [
            38
        ]
    ],
    [
        "mediawiki.special.userlogin.signup.styles",
        ""
    ],
    [
        "mediawiki.special.userrights",
        "",
        [
            17,
            58
        ]
    ],
    [
        "mediawiki.special.watchlist",
        "",
        [
            196,
            216
        ]
    ],
    [
        "mediawiki.tempUserBanner.styles",
        ""
    ],
    [
        "mediawiki.tempUserBanner",
        "",
        [
            101
        ]
    ],
    [
        "mediawiki.tempUserCreated",
        "",
        [
            75
        ]
    ],
    [
        "mediawiki.ui",
        ""
    ],
    [
        "mediawiki.ui.checkbox",
        ""
    ],
    [
        "mediawiki.ui.radio",
        ""
    ],
    [
        "mediawiki.legacy.messageBox",
        ""
    ],
    [
        "mediawiki.ui.button",
        ""
    ],
    [
        "mediawiki.ui.input",
        ""
    ],
    [
        "mediawiki.ui.icon",
        ""
    ],
    [
        "mediawiki.widgets",
        "",
        [
            167,
            199,
            209,
            210
        ]
    ],
    [
        "mediawiki.widgets.styles",
        ""
    ],
    [
        "mediawiki.widgets.AbandonEditDialog",
        "",
        [
            204
        ]
    ],
    [
        "mediawiki.widgets.DateInputWidget",
        "",
        [
            170,
            26,
            199,
            221
        ]
    ],
    [
        "mediawiki.widgets.DateInputWidget.styles",
        ""
    ],
    [
        "mediawiki.widgets.visibleLengthLimit",
        "",
        [
            17,
            196
        ]
    ],
    [
        "mediawiki.widgets.datetime",
        "",
        [
            196,
            216,
            220,
            221
        ]
    ],
    [
        "mediawiki.widgets.expiry",
        "",
        [
            172,
            26,
            199
        ]
    ],
    [
        "mediawiki.widgets.CheckMatrixWidget",
        "",
        [
            196
        ]
    ],
    [
        "mediawiki.widgets.CategoryMultiselectWidget",
        "",
        [
            47,
            199
        ]
    ],
    [
        "mediawiki.widgets.SelectWithInputWidget",
        "",
        [
            177,
            199
        ]
    ],
    [
        "mediawiki.widgets.SelectWithInputWidget.styles",
        ""
    ],
    [
        "mediawiki.widgets.SizeFilterWidget",
        "",
        [
            179,
            199
        ]
    ],
    [
        "mediawiki.widgets.SizeFilterWidget.styles",
        ""
    ],
    [
        "mediawiki.widgets.MediaSearch",
        "",
        [
            47,
            73,
            199
        ]
    ],
    [
        "mediawiki.widgets.Table",
        "",
        [
            199
        ]
    ],
    [
        "mediawiki.widgets.TagMultiselectWidget",
        "",
        [
            199
        ]
    ],
    [
        "mediawiki.widgets.UserInputWidget",
        "",
        [
            199
        ]
    ],
    [
        "mediawiki.widgets.UsersMultiselectWidget",
        "",
        [
            199
        ]
    ],
    [
        "mediawiki.widgets.NamespacesMultiselectWidget",
        "",
        [
            166
        ]
    ],
    [
        "mediawiki.widgets.TitlesMultiselectWidget",
        "",
        [
            166
        ]
    ],
    [
        "mediawiki.widgets.TagMultiselectWidget.styles",
        ""
    ],
    [
        "mediawiki.widgets.SearchInputWidget",
        "",
        [
            63,
            166,
            216
        ]
    ],
    [
        "mediawiki.widgets.SearchInputWidget.styles",
        ""
    ],
    [
        "mediawiki.widgets.ToggleSwitchWidget",
        "",
        [
            199
        ]
    ],
    [
        "mediawiki.watchstar.widgets",
        "",
        [
            195
        ]
    ],
    [
        "mediawiki.deflate",
        ""
    ],
    [
        "oojs",
        ""
    ],
    [
        "mediawiki.router",
        "",
        [
            193
        ]
    ],
    [
        "oojs-ui",
        "",
        [
            202,
            199,
            204
        ]
    ],
    [
        "oojs-ui-core",
        "",
        [
            109,
            193,
            198,
            197,
            206
        ]
    ],
    [
        "oojs-ui-core.styles",
        ""
    ],
    [
        "oojs-ui-core.icons",
        ""
    ],
    [
        "oojs-ui-widgets",
        "",
        [
            196,
            201
        ]
    ],
    [
        "oojs-ui-widgets.styles",
        ""
    ],
    [
        "oojs-ui-widgets.icons",
        ""
    ],
    [
        "oojs-ui-toolbars",
        "",
        [
            196,
            203
        ]
    ],
    [
        "oojs-ui-toolbars.icons",
        ""
    ],
    [
        "oojs-ui-windows",
        "",
        [
            196,
            205
        ]
    ],
    [
        "oojs-ui-windows.icons",
        ""
    ],
    [
        "oojs-ui.styles.indicators",
        ""
    ],
    [
        "oojs-ui.styles.icons-accessibility",
        ""
    ],
    [
        "oojs-ui.styles.icons-alerts",
        ""
    ],
    [
        "oojs-ui.styles.icons-content",
        ""
    ],
    [
        "oojs-ui.styles.icons-editing-advanced",
        ""
    ],
    [
        "oojs-ui.styles.icons-editing-citation",
        ""
    ],
    [
        "oojs-ui.styles.icons-editing-core",
        ""
    ],
    [
        "oojs-ui.styles.icons-editing-functions",
        ""
    ],
    [
        "oojs-ui.styles.icons-editing-list",
        ""
    ],
    [
        "oojs-ui.styles.icons-editing-styling",
        ""
    ],
    [
        "oojs-ui.styles.icons-interactions",
        ""
    ],
    [
        "oojs-ui.styles.icons-layout",
        ""
    ],
    [
        "oojs-ui.styles.icons-location",
        ""
    ],
    [
        "oojs-ui.styles.icons-media",
        ""
    ],
    [
        "oojs-ui.styles.icons-moderation",
        ""
    ],
    [
        "oojs-ui.styles.icons-movement",
        ""
    ],
    [
        "oojs-ui.styles.icons-user",
        ""
    ],
    [
        "oojs-ui.styles.icons-wikimedia",
        ""
    ],
    [
        "skins.minerva.base.styles",
        ""
    ],
    [
        "skins.minerva.content.styles.images",
        ""
    ],
    [
        "skins.minerva.amc.styles",
        ""
    ],
    [
        "skins.minerva.overflow.icons",
        ""
    ],
    [
        "skins.minerva.icons.wikimedia",
        ""
    ],
    [
        "skins.minerva.mainPage.styles",
        ""
    ],
    [
        "skins.minerva.userpage.styles",
        ""
    ],
    [
        "skins.minerva.personalMenu.icons",
        ""
    ],
    [
        "skins.minerva.mainMenu.advanced.icons",
        ""
    ],
    [
        "skins.minerva.mainMenu.icons",
        ""
    ],
    [
        "skins.minerva.mainMenu.styles",
        ""
    ],
    [
        "skins.minerva.loggedin.styles",
        ""
    ],
    [
        "skins.minerva.scripts",
        "",
        [
            72,
            79,
            110,
            194,
            64,
            335,
            233,
            234,
            237,
            36
        ]
    ],
    [
        "skins.minerva.messageBox.styles",
        ""
    ],
    [
        "skins.minerva.categories.styles",
        ""
    ],
    [
        "skins.minerva.codex.styles",
        ""
    ],
    [
        "skins.monobook.styles",
        ""
    ],
    [
        "skins.monobook.scripts",
        "",
        [
            73,
            208
        ]
    ],
    [
        "skins.timeless",
        ""
    ],
    [
        "skins.timeless.js",
        ""
    ],
    [
        "skins.vector.search.codex.styles",
        ""
    ],
    [
        "skins.vector.search.codex.scripts",
        "",
        [
            244,
            27
        ]
    ],
    [
        "skins.vector.search",
        "",
        [
            245
        ]
    ],
    [
        "skins.vector.styles.legacy",
        ""
    ],
    [
        "skins.vector.styles",
        ""
    ],
    [
        "skins.vector.icons.js",
        ""
    ],
    [
        "skins.vector.icons",
        ""
    ],
    [
        "skins.vector.clientPreferences",
        "",
        [
            73
        ]
    ],
    [
        "skins.vector.js",
        "",
        [
            79,
            110,
            64,
            251,
            249
        ]
    ],
    [
        "skins.vector.legacy.js",
        "",
        [
            109
        ]
    ],
    [
        "skins.customtimeless.styles",
        ""
    ],
    [
        "ext.wikiEditor",
        "",
        [
            24,
            25,
            104,
            73,
            166,
            211,
            212,
            214,
            215,
            219,
            35
        ],
        3
    ],
    [
        "ext.wikiEditor.styles",
        "",
        [],
        3
    ],
    [
        "ext.wikiEditor.images",
        ""
    ],
    [
        "ext.wikiEditor.realtimepreview",
        "",
        [
            255,
            257,
            111,
            62,
            64,
            216
        ]
    ],
    [
        "mmv",
        "",
        [
            263
        ]
    ],
    [
        "mmv.codex",
        ""
    ],
    [
        "mmv.ui.reuse",
        "",
        [
            73,
            166,
            260
        ]
    ],
    [
        "mmv.ui.restriction",
        ""
    ],
    [
        "mmv.bootstrap",
        "",
        [
            194,
            64,
            73,
            260
        ]
    ],
    [
        "mmv.bootstrap.autostart",
        "",
        [
            263
        ]
    ],
    [
        "mmv.head",
        "",
        [
            263
        ]
    ],
    [
        "ext.uls.common",
        "",
        [
            286,
            64,
            73
        ]
    ],
    [
        "ext.uls.compactlinks",
        "",
        [
            266
        ]
    ],
    [
        "ext.uls.ime",
        "",
        [
            276,
            284
        ]
    ],
    [
        "ext.uls.displaysettings",
        "",
        [
            268,
            275
        ]
    ],
    [
        "ext.uls.geoclient",
        "",
        [
            78
        ]
    ],
    [
        "ext.uls.i18n",
        "",
        [
            16,
            75
        ]
    ],
    [
        "ext.uls.interface",
        "",
        [
            282,
            193
        ]
    ],
    [
        "ext.uls.interlanguage",
        ""
    ],
    [
        "ext.uls.languagenames",
        ""
    ],
    [
        "ext.uls.languagesettings",
        "",
        [
            277,
            278,
            287
        ]
    ],
    [
        "ext.uls.mediawiki",
        "",
        [
            266,
            274,
            277,
            282,
            285
        ]
    ],
    [
        "ext.uls.messages",
        "",
        [
            271
        ]
    ],
    [
        "ext.uls.preferences",
        "",
        [
            64,
            73
        ]
    ],
    [
        "ext.uls.preferencespage",
        ""
    ],
    [
        "ext.uls.pt",
        ""
    ],
    [
        "ext.uls.setlang",
        "",
        [
            30
        ]
    ],
    [
        "ext.uls.webfonts",
        "",
        [
            278
        ]
    ],
    [
        "ext.uls.webfonts.repository",
        ""
    ],
    [
        "jquery.ime",
        ""
    ],
    [
        "jquery.uls",
        "",
        [
            16,
            286,
            287
        ]
    ],
    [
        "jquery.uls.data",
        ""
    ],
    [
        "jquery.uls.grid",
        ""
    ],
    [
        "rangy.core",
        ""
    ],
    [
        "ext.translate",
        ""
    ],
    [
        "ext.translate.base",
        "",
        [
            38
        ]
    ],
    [
        "ext.translate.dropdownmenu",
        ""
    ],
    [
        "ext.translate.specialpages.styles",
        ""
    ],
    [
        "ext.translate.loader",
        ""
    ],
    [
        "ext.translate.messagetable",
        "",
        [
            290,
            293,
            299,
            72
        ]
    ],
    [
        "ext.translate.pagetranslation.uls",
        "",
        [
            276
        ]
    ],
    [
        "ext.translate.edit.documentation.styles",
        ""
    ],
    [
        "ext.translate.entity.selector",
        "",
        [
            199
        ]
    ],
    [
        "ext.translate.eventlogginghelpers",
        ""
    ],
    [
        "ext.translate.parsers",
        "",
        [
            75
        ]
    ],
    [
        "ext.translate.quickedit",
        ""
    ],
    [
        "ext.translate.selecttoinput",
        ""
    ],
    [
        "ext.translate.special.groupstats",
        ""
    ],
    [
        "ext.translate.special.languagestats",
        "",
        [
            297,
            22
        ]
    ],
    [
        "ext.translate.special.exporttranslations",
        "",
        [
            297
        ]
    ],
    [
        "ext.translate.messagerenamedialog",
        "",
        [
            199,
            204
        ]
    ],
    [
        "ext.translate.cleanchanges",
        ""
    ],
    [
        "ext.translate.groupselector",
        "",
        [
            290,
            293,
            320
        ]
    ],
    [
        "ext.translate.editor",
        "",
        [
            290,
            291,
            18,
            24,
            72,
            80,
            103,
            162,
            73
        ]
    ],
    [
        "ext.translate.special.managetranslatorsandbox.styles",
        ""
    ],
    [
        "ext.translate.special.movetranslatablebundles.styles",
        ""
    ],
    [
        "ext.translate.special.pagemigration",
        "",
        [
            38,
            159,
            163
        ]
    ],
    [
        "ext.translate.special.pagepreparation",
        "",
        [
            38,
            43,
            162
        ]
    ],
    [
        "ext.translate.special.searchtranslations",
        "",
        [
            308,
            307,
            276
        ]
    ],
    [
        "ext.translate.special.translate",
        "",
        [
            308,
            298,
            307,
            294,
            286,
            64
        ]
    ],
    [
        "ext.translate.special.translate.styles",
        ""
    ],
    [
        "ext.translate.specialTranslationStash",
        "",
        [
            308,
            294,
            276
        ]
    ],
    [
        "ext.translate.special.translationstats",
        "",
        [
            319,
            172
        ]
    ],
    [
        "ext.translate.translationstats.embedded",
        "",
        [
            319
        ]
    ],
    [
        "ext.translate.translationstats.graphbuilder.js",
        "",
        [
            38
        ]
    ],
    [
        "ext.translate.statsbar",
        ""
    ],
    [
        "ext.translate.statstable",
        ""
    ],
    [
        "ext.translate.tag.languages",
        ""
    ],
    [
        "ext.translate.special.aggregategroups",
        "",
        [
            297
        ]
    ],
    [
        "ext.translate.special.importtranslations",
        ""
    ],
    [
        "ext.translate.special.managetranslatorsandbox",
        "",
        [
            293,
            276,
            26
        ]
    ],
    [
        "ext.translate.special.pagetranslation",
        "",
        [
            72,
            163,
            166
        ]
    ],
    [
        "ext.translate.special.managegroups",
        "",
        [
            305
        ]
    ],
    [
        "ext.translate.ve",
        "",
        [
            "ext.visualEditor.mwcore"
        ]
    ],
    [
        "ext.translate.codemirror",
        ""
    ],
    [
        "ext.embedVideo.messages",
        ""
    ],
    [
        "ext.embedVideo.videolink",
        ""
    ],
    [
        "ext.embedVideo.consent",
        ""
    ],
    [
        "ext.embedVideo.overlay",
        ""
    ],
    [
        "ext.embedVideo.styles",
        ""
    ],
    [
        "mobile.startup",
        "",
        [
            63
        ]
    ],
    [
        "mediawiki.messagePoster",
        "",
        [
            47
        ]
    ]
]);

		// First set page-specific config needed by mw.loader (wgUserName)
		mw.config.set( window.RLCONF || {} );
		mw.loader.state( window.RLSTATE || {} );
		mw.loader.load( window.RLPAGEMODULES || [] );

		// Process RLQ callbacks
		//
		// The code in these callbacks could've been exposed from load.php and
		// requested client-side. Instead, they are pushed by the server directly
		// (from ResourceLoaderClientHtml and other parts of MediaWiki). This
		// saves the need for additional round trips. It also allows load.php
		// to remain stateless and sending personal data in the HTML instead.
		//
		// The HTML inline script lazy-defines the 'RLQ' array. Now that we are
		// processing it, replace it with an implementation where 'push' actually
		// considers executing the code directly. This is to ensure any late
		// arrivals will also be processed. Late arrival can happen because
		// startup.js is executed asynchronously, concurrently with the streaming
		// response of the HTML.
		queue = window.RLQ || [];
		// Replace RLQ with an empty array, then process the things that were
		// in RLQ previously. We have to do this to avoid an infinite loop:
		// non-function items are added back to RLQ by the processing step.
		RLQ = [];
		RLQ.push = function ( fn ) {
			if ( typeof fn === 'function' ) {
				fn();
			} else {
				// If the first parameter is not a function, then it is an array
				// containing a list of required module names and a function.
				// Do an actual push for now, as this signature is handled
				// later by mediawiki.base.js.
				RLQ[ RLQ.length ] = fn;
			}
		};
		while ( queue[ 0 ] ) {
			// Process all values gathered so far
			RLQ.push( queue.shift() );
		}

		// Clear and disable the basic (Grade C) queue.
		NORLQ = {
			push: function () {}
		};
	}() );
}
Retrieved from "https://wiki.vortanmu.com/index.php?title=MediaWiki:Timeless.js&oldid=1712"