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Mini Shell
( function () {
QUnit.module( 'mediawiki.loader', QUnit.newMwEnvironment( {
setup: function ( assert ) {
// Expose for load.mock.php
mw.loader.testFail = function ( reason ) {
assert.ok( false, reason );
};
this.useStubClock = function () {
this.clock = this.sandbox.useFakeTimers();
this.tick = function ( forward ) {
return this.clock.tick( forward || 1 );
};
this.sandbox.stub( mw, 'requestIdleCallback', mw.requestIdleCallbackInternal );
};
},
teardown: function () {
// Teardown for StringSet shim test
if ( this.nativeSet ) {
window.Set = this.nativeSet;
mw.redefineFallbacksForTest();
}
// Remove any remaining temporary statics
// exposed for cross-file mocks.
delete mw.loader.testCallback;
delete mw.loader.testFail;
}
} ) );
mw.loader.addSource( {
testloader:
QUnit.fixurl( mw.config.get( 'wgScriptPath' ) + '/tests/qunit/data/load.mock.php' )
} );
/**
* The sync style load test, for @import. This is, in a way, also an open bug for
* ResourceLoader ("execute js after styles are loaded"), but browsers don't offer a
* way to get a callback from when a stylesheet is loaded (that is, including any
* `@import` rules inside). To work around this, we'll have a little time loop to check
* if the styles apply.
*
* Note: This test originally used new Image() and onerror to get a callback
* when the url is loaded, but that is fragile since it doesn't monitor the
* same request as the css @import, and Safari 4 has issues with
* onerror/onload not being fired at all in weird cases like this.
*/
function assertStyleAsync( assert, $element, prop, val, fn ) {
var styleTestStart,
el = $element.get( 0 ),
styleTestTimeout = ( QUnit.config.testTimeout || 5000 ) - 200;
function isCssImportApplied() {
// Trigger reflow, repaint, redraw, whatever (cross-browser)
$element.css( 'height' );
// eslint-disable-next-line no-unused-expressions
el.innerHTML;
// eslint-disable-next-line no-self-assign
el.className = el.className;
// eslint-disable-next-line no-unused-expressions
document.documentElement.clientHeight;
return $element.css( prop ) === val;
}
function styleTestLoop() {
var styleTestSince = new Date().getTime() - styleTestStart;
// If it is passing or if we timed out, run the real test and stop the loop
if ( isCssImportApplied() || styleTestSince > styleTestTimeout ) {
assert.strictEqual( $element.css( prop ), val,
'style "' + prop + ': ' + val + '" from url is applied (after ' + styleTestSince + 'ms)'
);
if ( fn ) {
fn();
}
return;
}
// Otherwise, keep polling
setTimeout( styleTestLoop );
}
// Start the loop
styleTestStart = new Date().getTime();
styleTestLoop();
}
function urlStyleTest( selector, prop, val ) {
return QUnit.fixurl(
mw.config.get( 'wgScriptPath' ) +
'/tests/qunit/data/styleTest.css.php?' +
$.param( {
selector: selector,
prop: prop,
val: val
} )
);
}
QUnit.test( '.using( .., Function callback ) Promise', function ( assert ) {
var script = 0, callback = 0;
mw.loader.testCallback = function () {
script++;
};
mw.loader.implement( 'test.promise', [ QUnit.fixurl( mw.config.get( 'wgScriptPath' ) + '/tests/qunit/data/mwLoaderTestCallback.js' ) ] );
return mw.loader.using( 'test.promise', function () {
callback++;
} ).then( function () {
assert.strictEqual( script, 1, 'module script ran' );
assert.strictEqual( callback, 1, 'using() callback ran' );
} );
} );
QUnit.test( 'Prototype method as module name', function ( assert ) {
var call = 0;
mw.loader.testCallback = function () {
call++;
};
mw.loader.implement( 'hasOwnProperty', [ QUnit.fixurl( mw.config.get( 'wgScriptPath' ) + '/tests/qunit/data/mwLoaderTestCallback.js' ) ], {}, {} );
return mw.loader.using( 'hasOwnProperty', function () {
assert.strictEqual( call, 1, 'module script ran' );
} );
} );
// Covers mw.loader#sortDependencies (with native Set if available)
QUnit.test( '.using() - Error: Circular dependency [StringSet default]', function ( assert ) {
var done = assert.async();
mw.loader.register( [
[ 'test.set.circleA', '0', [ 'test.set.circleB' ] ],
[ 'test.set.circleB', '0', [ 'test.set.circleC' ] ],
[ 'test.set.circleC', '0', [ 'test.set.circleA' ] ]
] );
mw.loader.using( 'test.set.circleC' ).then(
function done() {
assert.ok( false, 'Unexpected resolution, expected error.' );
},
function fail( e ) {
assert.ok( /Circular/.test( String( e ) ), 'Detect circular dependency' );
}
)
.always( done );
} );
// @covers mw.loader#sortDependencies (with fallback shim)
QUnit.test( '.using() - Error: Circular dependency [StringSet shim]', function ( assert ) {
var done = assert.async();
if ( !window.Set ) {
assert.expect( 0 );
done();
return;
}
this.nativeSet = window.Set;
window.Set = undefined;
mw.redefineFallbacksForTest();
mw.loader.register( [
[ 'test.shim.circleA', '0', [ 'test.shim.circleB' ] ],
[ 'test.shim.circleB', '0', [ 'test.shim.circleC' ] ],
[ 'test.shim.circleC', '0', [ 'test.shim.circleA' ] ]
] );
mw.loader.using( 'test.shim.circleC' ).then(
function done() {
assert.ok( false, 'Unexpected resolution, expected error.' );
},
function fail( e ) {
assert.ok( /Circular/.test( String( e ) ), 'Detect circular dependency' );
}
)
.always( done );
} );
QUnit.test( '.load() - Error: Circular dependency', function ( assert ) {
var capture = [];
mw.loader.register( [
[ 'test.load.circleA', '0', [ 'test.load.circleB' ] ],
[ 'test.load.circleB', '0', [ 'test.load.circleC' ] ],
[ 'test.load.circleC', '0', [ 'test.load.circleA' ] ]
] );
this.sandbox.stub( mw, 'track', function ( topic, data ) {
capture.push( {
topic: topic,
error: data.exception && data.exception.message,
source: data.source
} );
} );
mw.loader.load( 'test.load.circleC' );
assert.deepEqual(
[ {
topic: 'resourceloader.exception',
error: 'Circular reference detected: test.load.circleB -> test.load.circleC',
source: 'resolve'
} ],
capture,
'Detect circular dependency'
);
} );
QUnit.test( '.load() - Error: Circular dependency (direct)', function ( assert ) {
var capture = [];
mw.loader.register( [
[ 'test.load.circleDirect', '0', [ 'test.load.circleDirect' ] ]
] );
this.sandbox.stub( mw, 'track', function ( topic, data ) {
capture.push( {
topic: topic,
error: data.exception && data.exception.message,
source: data.source
} );
} );
mw.loader.load( 'test.load.circleDirect' );
assert.deepEqual(
[ {
topic: 'resourceloader.exception',
error: 'Circular reference detected: test.load.circleDirect -> test.load.circleDirect',
source: 'resolve'
} ],
capture,
'Detect a direct self-dependency'
);
} );
QUnit.test( '.using() - Error: Unregistered', function ( assert ) {
var done = assert.async();
mw.loader.using( 'test.using.unreg' ).then(
function done() {
assert.ok( false, 'Unexpected resolution, expected error.' );
},
function fail( e ) {
assert.ok( /Unknown/.test( String( e ) ), 'Detect unknown dependency' );
}
).always( done );
} );
QUnit.test( '.load() - Error: Unregistered', function ( assert ) {
var capture = [];
this.sandbox.stub( mw, 'track', function ( topic, data ) {
capture.push( {
topic: topic,
error: data.exception && data.exception.message,
source: data.source
} );
} );
mw.loader.load( 'test.load.unreg' );
assert.deepEqual(
[ {
topic: 'resourceloader.exception',
error: 'Unknown dependency: test.load.unreg',
source: 'resolve'
} ],
capture
);
} );
// Regression test for T36853
QUnit.test( '.load() - Error: Missing dependency', function ( assert ) {
var capture = [];
this.sandbox.stub( mw, 'track', function ( topic, data ) {
capture.push( {
topic: topic,
error: data.exception && data.exception.message,
source: data.source
} );
} );
mw.loader.register( [
[ 'test.load.missingdep1', '0', [ 'test.load.missingdep2' ] ],
[ 'test.load.missingdep', '0', [ 'test.load.missingdep1' ] ]
] );
mw.loader.load( 'test.load.missingdep' );
assert.deepEqual(
[ {
topic: 'resourceloader.exception',
error: 'Unknown dependency: test.load.missingdep2',
source: 'resolve'
} ],
capture
);
} );
QUnit.test( '.implement( styles={ "css": [text, ..] } )', function ( assert ) {
var $element = $( '<div class="mw-test-implement-a"></div>' ).appendTo( '#qunit-fixture' );
assert.notEqual(
$element.css( 'float' ),
'right',
'style is clear'
);
mw.loader.implement(
'test.implement.a',
function () {
assert.strictEqual(
$element.css( 'float' ),
'right',
'style is applied'
);
},
{
all: '.mw-test-implement-a { float: right; }'
}
);
return mw.loader.using( 'test.implement.a' );
} );
QUnit.test( '.implement( styles={ "url": { <media>: [url, ..] } } )', function ( assert ) {
var $element1 = $( '<div class="mw-test-implement-b1"></div>' ).appendTo( '#qunit-fixture' ),
$element2 = $( '<div class="mw-test-implement-b2"></div>' ).appendTo( '#qunit-fixture' ),
$element3 = $( '<div class="mw-test-implement-b3"></div>' ).appendTo( '#qunit-fixture' ),
done = assert.async();
assert.notEqual(
$element1.css( 'text-align' ),
'center',
'style is clear'
);
assert.notEqual(
$element2.css( 'float' ),
'left',
'style is clear'
);
assert.notEqual(
$element3.css( 'text-align' ),
'right',
'style is clear'
);
mw.loader.implement(
'test.implement.b',
function () {
// Note: done() must only be called when the entire test is
// complete. So, make sure that we don't start until *both*
// assertStyleAsync calls have completed.
var pending = 2;
assertStyleAsync( assert, $element2, 'float', 'left', function () {
assert.notEqual( $element1.css( 'text-align' ), 'center', 'print style is not applied' );
pending--;
if ( pending === 0 ) {
done();
}
} );
assertStyleAsync( assert, $element3, 'float', 'right', function () {
assert.notEqual( $element1.css( 'text-align' ), 'center', 'print style is not applied' );
pending--;
if ( pending === 0 ) {
done();
}
} );
},
{
url: {
print: [ urlStyleTest( '.mw-test-implement-b1', 'text-align', 'center' ) ],
screen: [
// T42834: Make sure it actually works with more than 1 stylesheet reference
urlStyleTest( '.mw-test-implement-b2', 'float', 'left' ),
urlStyleTest( '.mw-test-implement-b3', 'float', 'right' )
]
}
}
);
mw.loader.load( 'test.implement.b' );
} );
// Backwards compatibility
QUnit.test( '.implement( styles={ <media>: text } ) (back-compat)', function ( assert ) {
var $element = $( '<div class="mw-test-implement-c"></div>' ).appendTo( '#qunit-fixture' );
assert.notEqual(
$element.css( 'float' ),
'right',
'style is clear'
);
mw.loader.implement(
'test.implement.c',
function () {
assert.strictEqual(
$element.css( 'float' ),
'right',
'style is applied'
);
},
{
all: '.mw-test-implement-c { float: right; }'
}
);
return mw.loader.using( 'test.implement.c' );
} );
// Backwards compatibility
QUnit.test( '.implement( styles={ <media>: [url, ..] } ) (back-compat)', function ( assert ) {
var $element = $( '<div class="mw-test-implement-d"></div>' ).appendTo( '#qunit-fixture' ),
$element2 = $( '<div class="mw-test-implement-d2"></div>' ).appendTo( '#qunit-fixture' ),
done = assert.async();
assert.notEqual(
$element.css( 'float' ),
'right',
'style is clear'
);
assert.notEqual(
$element2.css( 'text-align' ),
'center',
'style is clear'
);
mw.loader.implement(
'test.implement.d',
function () {
assertStyleAsync( assert, $element, 'float', 'right', function () {
assert.notEqual( $element2.css( 'text-align' ), 'center', 'print style is not applied (T42500)' );
done();
} );
},
{
all: [ urlStyleTest( '.mw-test-implement-d', 'float', 'right' ) ],
print: [ urlStyleTest( '.mw-test-implement-d2', 'text-align', 'center' ) ]
}
);
mw.loader.load( 'test.implement.d' );
} );
QUnit.test( '.implement( messages before script )', function ( assert ) {
mw.loader.implement(
'test.implement.order',
function () {
assert.strictEqual( mw.loader.getState( 'test.implement.order' ), 'executing', 'state during script execution' );
assert.strictEqual( mw.msg( 'test-foobar' ), 'Hello Foobar, $1!', 'messages load before script execution' );
},
{},
{
'test-foobar': 'Hello Foobar, $1!'
}
);
return mw.loader.using( 'test.implement.order' ).then( function () {
assert.strictEqual( mw.loader.getState( 'test.implement.order' ), 'ready', 'final success state' );
} );
} );
// @import (T33676)
QUnit.test( '.implement( styles with @import )', function ( assert ) {
var $element,
done = assert.async();
mw.loader.implement(
'test.implement.import',
function () {
$element = $( '<div class="mw-test-implement-import">Foo bar</div>' ).appendTo( '#qunit-fixture' );
assertStyleAsync( assert, $element, 'float', 'right', function () {
assert.strictEqual( $element.css( 'text-align' ), 'center',
'CSS styles after the @import rule are working'
);
done();
} );
},
{
css: [
'@import url(\''
+ urlStyleTest( '.mw-test-implement-import', 'float', 'right' )
+ '\');\n'
+ '.mw-test-implement-import { text-align: center; }'
]
}
);
return mw.loader.using( 'test.implement.import' );
} );
QUnit.test( '.implement( dependency with styles )', function ( assert ) {
var $element = $( '<div class="mw-test-implement-e"></div>' ).appendTo( '#qunit-fixture' ),
$element2 = $( '<div class="mw-test-implement-e2"></div>' ).appendTo( '#qunit-fixture' );
assert.notEqual(
$element.css( 'float' ),
'right',
'style is clear'
);
assert.notEqual(
$element2.css( 'float' ),
'left',
'style is clear'
);
mw.loader.register( [
[ 'test.implement.e', '0', [ 'test.implement.e2' ] ],
[ 'test.implement.e2', '0' ]
] );
mw.loader.implement(
'test.implement.e',
function () {
assert.strictEqual(
$element.css( 'float' ),
'right',
'Depending module\'s style is applied'
);
},
{
all: '.mw-test-implement-e { float: right; }'
}
);
mw.loader.implement(
'test.implement.e2',
function () {
assert.strictEqual(
$element2.css( 'float' ),
'left',
'Dependency\'s style is applied'
);
},
{
all: '.mw-test-implement-e2 { float: left; }'
}
);
return mw.loader.using( 'test.implement.e' );
} );
QUnit.test( '.implement( only scripts )', function ( assert ) {
mw.loader.implement( 'test.onlyscripts', function () {} );
return mw.loader.using( 'test.onlyscripts', function () {
assert.strictEqual( mw.loader.getState( 'test.onlyscripts' ), 'ready' );
} );
} );
QUnit.test( '.implement( only messages )', function ( assert ) {
assert.assertFalse( mw.messages.exists( 'T31107' ), 'Verify that the test message doesn\'t exist yet' );
mw.loader.implement( 'test.implement.msgs', [], {}, { T31107: 'loaded' } );
return mw.loader.using( 'test.implement.msgs', function () {
assert.ok( mw.messages.exists( 'T31107' ), 'T31107: messages-only module should implement ok' );
} );
} );
QUnit.test( '.implement( empty )', function ( assert ) {
mw.loader.implement( 'test.empty' );
return mw.loader.using( 'test.empty', function () {
assert.strictEqual( mw.loader.getState( 'test.empty' ), 'ready' );
} );
} );
QUnit.test( '.addSource()', function ( assert ) {
mw.loader.addSource( { testsource1: 'https://1.test/src' } );
assert.throws( function () {
mw.loader.addSource( { testsource1: 'https://1.test/src' } );
}, /already registered/, 'duplicate pair from addSource(Object)' );
assert.throws( function () {
mw.loader.addSource( { testsource1: 'https://1.test/src-diff' } );
}, /already registered/, 'duplicate ID from addSource(Object)' );
} );
// @covers mw.loader#batchRequest
// This is a regression test because in the past we called getCombinedVersion()
// for all requested modules, before url splitting took place.
// Discovered as part of T188076, but not directly related.
QUnit.test( 'Url composition (modules considered for version)', function ( assert ) {
mw.loader.register( [
// [module, version, dependencies, group, source]
[ 'testUrlInc', 'url', [], null, 'testloader' ],
[ 'testUrlIncDump', 'dump', [], null, 'testloader' ]
] );
mw.config.set( 'wgResourceLoaderMaxQueryLength', 10 );
return mw.loader.using( [ 'testUrlIncDump', 'testUrlInc' ] ).then( function ( require ) {
assert.propEqual(
require( 'testUrlIncDump' ).query,
{
modules: 'testUrlIncDump',
// Expected: Wrapped hash just for this one module
// $hash = hash( 'fnv132', 'dump');
// base_convert( $hash, 16, 36 ); // "13e9zzn"
// Previously: Wrapped hash for both modules, despite being in separate requests
// $hash = hash( 'fnv132', 'urldump' );
// base_convert( $hash, 16, 36 ); // "18kz9ca"
version: '13e9zzn'
},
'Query parameters'
);
assert.strictEqual( mw.loader.getState( 'testUrlInc' ), 'ready', 'testUrlInc also loaded' );
} );
} );
// @covers mw.loader#batchRequest
// @covers mw.loader#buildModulesString
QUnit.test( 'Url composition (order of modules for version) – T188076', function ( assert ) {
mw.loader.register( [
// [module, version, dependencies, group, source]
[ 'testUrlOrder', 'url', [], null, 'testloader' ],
[ 'testUrlOrder.a', '1', [], null, 'testloader' ],
[ 'testUrlOrder.b', '2', [], null, 'testloader' ],
[ 'testUrlOrderDump', 'dump', [], null, 'testloader' ]
] );
return mw.loader.using( [
'testUrlOrderDump',
'testUrlOrder.b',
'testUrlOrder.a',
'testUrlOrder'
] ).then( function ( require ) {
assert.propEqual(
require( 'testUrlOrderDump' ).query,
{
modules: 'testUrlOrder,testUrlOrderDump|testUrlOrder.a,b',
// Expected: Combined in order after string packing
// $hash = hash( 'fnv132', 'urldump12' );
// base_convert( $hash, 16, 36 ); // "1knqzan"
// Previously: Combined in order of before string packing
// $hash = hash( 'fnv132', 'url12dump' );
// base_convert( $hash, 16, 36 ); // "11eo3in"
version: '1knqzan'
},
'Query parameters'
);
} );
} );
QUnit.test( 'Broken indirect dependency', function ( assert ) {
this.useStubClock();
// Don't actually emit an error event
this.sandbox.stub( mw, 'track' );
mw.loader.register( [
[ 'test.module1', '0' ],
[ 'test.module2', '0', [ 'test.module1' ] ],
[ 'test.module3', '0', [ 'test.module2' ] ]
] );
mw.loader.implement( 'test.module1', function () {
throw new Error( 'expected' );
}, {}, {} );
this.tick();
assert.strictEqual( mw.loader.getState( 'test.module1' ), 'error', 'Expected "error" state for test.module1' );
assert.strictEqual( mw.loader.getState( 'test.module2' ), 'error', 'Expected "error" state for test.module2' );
assert.strictEqual( mw.loader.getState( 'test.module3' ), 'error', 'Expected "error" state for test.module3' );
assert.strictEqual( mw.track.callCount, 1 );
} );
QUnit.test( 'Out-of-order implementation', function ( assert ) {
this.useStubClock();
mw.loader.register( [
[ 'test.module4', '0' ],
[ 'test.module5', '0', [ 'test.module4' ] ],
[ 'test.module6', '0', [ 'test.module5' ] ]
] );
mw.loader.implement( 'test.module4', function () {} );
this.tick();
assert.strictEqual( mw.loader.getState( 'test.module4' ), 'ready', 'Expected "ready" state for test.module4' );
assert.strictEqual( mw.loader.getState( 'test.module5' ), 'registered', 'Expected "registered" state for test.module5' );
assert.strictEqual( mw.loader.getState( 'test.module6' ), 'registered', 'Expected "registered" state for test.module6' );
mw.loader.implement( 'test.module6', function () {} );
this.tick();
assert.strictEqual( mw.loader.getState( 'test.module4' ), 'ready', 'Expected "ready" state for test.module4' );
assert.strictEqual( mw.loader.getState( 'test.module5' ), 'registered', 'Expected "registered" state for test.module5' );
assert.strictEqual( mw.loader.getState( 'test.module6' ), 'loaded', 'Expected "loaded" state for test.module6' );
mw.loader.implement( 'test.module5', function () {} );
this.tick();
assert.strictEqual( mw.loader.getState( 'test.module4' ), 'ready', 'Expected "ready" state for test.module4' );
assert.strictEqual( mw.loader.getState( 'test.module5' ), 'ready', 'Expected "ready" state for test.module5' );
assert.strictEqual( mw.loader.getState( 'test.module6' ), 'ready', 'Expected "ready" state for test.module6' );
} );
QUnit.test( 'Missing dependency', function ( assert ) {
this.useStubClock();
mw.loader.register( [
[ 'test.module7', '0' ],
[ 'test.module8', '0', [ 'test.module7' ] ],
[ 'test.module9', '0', [ 'test.module8' ] ]
] );
mw.loader.implement( 'test.module8', function () {} );
this.tick();
assert.strictEqual( mw.loader.getState( 'test.module7' ), 'registered', 'Expected "registered" state for test.module7' );
assert.strictEqual( mw.loader.getState( 'test.module8' ), 'loaded', 'Expected "loaded" state for test.module8' );
assert.strictEqual( mw.loader.getState( 'test.module9' ), 'registered', 'Expected "registered" state for test.module9' );
mw.loader.state( { 'test.module7': 'missing' } );
this.tick();
assert.strictEqual( mw.loader.getState( 'test.module7' ), 'missing', 'Expected "missing" state for test.module7' );
assert.strictEqual( mw.loader.getState( 'test.module8' ), 'error', 'Expected "error" state for test.module8' );
assert.strictEqual( mw.loader.getState( 'test.module9' ), 'error', 'Expected "error" state for test.module9' );
mw.loader.implement( 'test.module9', function () {} );
this.tick();
assert.strictEqual( mw.loader.getState( 'test.module7' ), 'missing', 'Expected "missing" state for test.module7' );
assert.strictEqual( mw.loader.getState( 'test.module8' ), 'error', 'Expected "error" state for test.module8' );
assert.strictEqual( mw.loader.getState( 'test.module9' ), 'error', 'Expected "error" state for test.module9' );
// Restore clock for QUnit and $.Deferred internals
this.clock.restore();
return mw.loader.using( [ 'test.module7' ] ).then(
function () {
throw new Error( 'Success fired despite missing dependency' );
},
function ( e, dependencies ) {
assert.strictEqual( Array.isArray( dependencies ), true, 'Expected array of dependencies' );
assert.deepEqual(
dependencies,
[ 'jquery', 'mediawiki.base', 'test.module7' ],
'Error callback called with module test.module7'
);
}
).then( function () {
return mw.loader.using( [ 'test.module9' ] );
} ).then(
function () {
throw new Error( 'Success fired despite missing dependency' );
},
function ( e, dependencies ) {
assert.strictEqual( Array.isArray( dependencies ), true, 'Expected array of dependencies' );
dependencies.sort();
assert.deepEqual(
dependencies,
[ 'jquery', 'mediawiki.base', 'test.module7', 'test.module8', 'test.module9' ],
'Error callback called with all three modules as dependencies'
);
}
);
} );
QUnit.test( 'Dependency handling', function ( assert ) {
mw.loader.register( [
// [module, version, dependencies, group, source]
[ 'testMissing', '1', [], null, 'testloader' ],
[ 'testUsesMissing', '1', [ 'testMissing' ], null, 'testloader' ],
[ 'testUsesNestedMissing', '1', [ 'testUsesMissing' ], null, 'testloader' ]
] );
function verifyModuleStates() {
assert.strictEqual( mw.loader.getState( 'testMissing' ), 'missing', 'Module "testMissing" state' );
assert.strictEqual( mw.loader.getState( 'testUsesMissing' ), 'error', 'Module "testUsesMissing" state' );
assert.strictEqual( mw.loader.getState( 'testUsesNestedMissing' ), 'error', 'Module "testUsesNestedMissing" state' );
}
return mw.loader.using( [ 'testUsesNestedMissing' ] ).then(
function () {
verifyModuleStates();
throw new Error( 'Error handler should be invoked.' );
},
function ( e, modules ) {
// When the server sets state of 'testMissing' to 'missing'
// it should bubble up and trigger the error callback of the job for 'testUsesNestedMissing'.
assert.strictEqual( modules.indexOf( 'testMissing' ) !== -1, true, 'Triggered by testMissing.' );
verifyModuleStates();
}
);
} );
QUnit.test( 'Skip-function handling', function ( assert ) {
mw.loader.register( [
// [module, version, dependencies, group, source, skip]
[ 'testSkipped', '1', [], null, 'testloader', 'return true;' ],
[ 'testNotSkipped', '1', [], null, 'testloader', 'return false;' ],
[ 'testUsesSkippable', '1', [ 'testSkipped', 'testNotSkipped' ], null, 'testloader' ]
] );
return mw.loader.using( [ 'testUsesSkippable' ] ).then(
function () {
assert.strictEqual( mw.loader.getState( 'testSkipped' ), 'ready', 'Skipped module' );
assert.strictEqual( mw.loader.getState( 'testNotSkipped' ), 'ready', 'Regular module' );
assert.strictEqual( mw.loader.getState( 'testUsesSkippable' ), 'ready', 'Regular module with skippable dependency' );
},
function ( e, badmodules ) {
// Should not fail and QUnit would already catch this,
// but add a handler anyway to report details from 'badmodules
assert.deepEqual( badmodules, [], 'Bad modules' );
}
);
} );
// This bug was actually already fixed in 1.18 and later when discovered in 1.17.
QUnit.test( '.load( "//protocol-relative" ) - T32825', function ( assert ) {
var target,
done = assert.async();
// URL to the callback script
target = QUnit.fixurl(
mw.config.get( 'wgServer' ) + mw.config.get( 'wgScriptPath' ) + '/tests/qunit/data/mwLoaderTestCallback.js'
);
// Ensure a protocol-relative URL for this test
target = target.replace( /https?:/, '' );
assert.strictEqual( target.slice( 0, 2 ), '//', 'URL is protocol-relative' );
mw.loader.testCallback = function () {
// Ensure once, delete now
delete mw.loader.testCallback;
assert.ok( true, 'callback' );
done();
};
// Go!
mw.loader.load( target );
} );
QUnit.test( '.load( "/absolute-path" )', function ( assert ) {
var target,
done = assert.async();
// URL to the callback script
target = QUnit.fixurl( mw.config.get( 'wgScriptPath' ) + '/tests/qunit/data/mwLoaderTestCallback.js' );
assert.strictEqual( target.slice( 0, 1 ), '/', 'URL is relative to document root' );
mw.loader.testCallback = function () {
// Ensure once, delete now
delete mw.loader.testCallback;
assert.ok( true, 'callback' );
done();
};
// Go!
mw.loader.load( target );
} );
QUnit.test( 'Empty string module name - T28804', function ( assert ) {
var done = false;
assert.strictEqual( mw.loader.getState( '' ), null, 'State (unregistered)' );
mw.loader.register( '', 'v1' );
assert.strictEqual( mw.loader.getState( '' ), 'registered', 'State (registered)' );
assert.strictEqual( mw.loader.getVersion( '' ), 'v1', 'Version' );
mw.loader.implement( '', function () {
done = true;
} );
return mw.loader.using( '', function () {
assert.strictEqual( done, true, 'script ran' );
assert.strictEqual( mw.loader.getState( '' ), 'ready', 'State (ready)' );
} );
} );
QUnit.test( 'Executing race - T112232', function ( assert ) {
var done = false;
// The red herring schedules its CSS buffer first. In T112232, a bug in the
// state machine would cause the job for testRaceLoadMe to run with an earlier job.
mw.loader.implement(
'testRaceRedHerring',
function () {},
{ css: [ '.mw-testRaceRedHerring {}' ] }
);
mw.loader.implement(
'testRaceLoadMe',
function () {
done = true;
},
{ css: [ '.mw-testRaceLoadMe { float: left; }' ] }
);
mw.loader.load( [ 'testRaceRedHerring', 'testRaceLoadMe' ] );
return mw.loader.using( 'testRaceLoadMe', function () {
assert.strictEqual( done, true, 'script ran' );
assert.strictEqual( mw.loader.getState( 'testRaceLoadMe' ), 'ready', 'state' );
} );
} );
QUnit.test( 'Stale response caching - T117587', function ( assert ) {
var count = 0;
// Enable store and stub timeout/idle scheduling
this.sandbox.stub( mw.loader.store, 'enabled', true );
this.sandbox.stub( window, 'setTimeout', function ( fn ) {
fn();
} );
this.sandbox.stub( mw, 'requestIdleCallback', function ( fn ) {
fn();
} );
mw.loader.register( 'test.stale', 'v2' );
assert.strictEqual( mw.loader.store.get( 'test.stale' ), false, 'Not in store' );
mw.loader.implement( 'test.stale@v1', function () {
count++;
} );
return mw.loader.using( 'test.stale' )
.then( function () {
assert.strictEqual( count, 1 );
// After implementing, registry contains version as implemented by the response.
assert.strictEqual( mw.loader.getVersion( 'test.stale' ), 'v1', 'Override version' );
assert.strictEqual( mw.loader.getState( 'test.stale' ), 'ready' );
assert.strictEqual( typeof mw.loader.store.get( 'test.stale' ), 'string', 'In store' );
} )
.then( function () {
// Reset run time, but keep mw.loader.store
mw.loader.moduleRegistry[ 'test.stale' ].script = undefined;
mw.loader.moduleRegistry[ 'test.stale' ].state = 'registered';
mw.loader.moduleRegistry[ 'test.stale' ].version = 'v2';
// Module was stored correctly as v1
// On future navigations, it will be ignored until evicted
assert.strictEqual( mw.loader.store.get( 'test.stale' ), false, 'Not in store' );
} );
} );
QUnit.test( 'Stale response caching - backcompat', function ( assert ) {
var script = 0;
// Enable store and stub timeout/idle scheduling
this.sandbox.stub( mw.loader.store, 'enabled', true );
this.sandbox.stub( window, 'setTimeout', function ( fn ) {
fn();
} );
this.sandbox.stub( mw, 'requestIdleCallback', function ( fn ) {
fn();
} );
mw.loader.register( 'test.stalebc', 'v2' );
assert.strictEqual( mw.loader.store.get( 'test.stalebc' ), false, 'Not in store' );
mw.loader.implement( 'test.stalebc', function () {
script++;
} );
return mw.loader.using( 'test.stalebc' )
.then( function () {
assert.strictEqual( script, 1, 'module script ran' );
assert.strictEqual( mw.loader.getState( 'test.stalebc' ), 'ready' );
assert.strictEqual( typeof mw.loader.store.get( 'test.stalebc' ), 'string', 'In store' );
} )
.then( function () {
// Reset run time, but keep mw.loader.store
mw.loader.moduleRegistry[ 'test.stalebc' ].script = undefined;
mw.loader.moduleRegistry[ 'test.stalebc' ].state = 'registered';
mw.loader.moduleRegistry[ 'test.stalebc' ].version = 'v2';
// Legacy behaviour is storing under the expected version,
// which woudl lead to whitewashing and stale values (T117587).
assert.ok( mw.loader.store.get( 'test.stalebc' ), 'In store' );
} );
} );
QUnit.test( 'require()', function ( assert ) {
mw.loader.register( [
[ 'test.require1', '0' ],
[ 'test.require2', '0' ],
[ 'test.require3', '0' ],
[ 'test.require4', '0', [ 'test.require3' ] ]
] );
mw.loader.implement( 'test.require1', function () {} );
mw.loader.implement( 'test.require2', function ( $, jQuery, require, module ) {
module.exports = 1;
} );
mw.loader.implement( 'test.require3', function ( $, jQuery, require, module ) {
module.exports = function () {
return 'hello world';
};
} );
mw.loader.implement( 'test.require4', function ( $, jQuery, require, module ) {
var other = require( 'test.require3' );
module.exports = {
pizza: function () {
return other();
}
};
} );
return mw.loader.using( [ 'test.require1', 'test.require2', 'test.require3', 'test.require4' ] ).then( function ( require ) {
var module1, module2, module3, module4;
module1 = require( 'test.require1' );
module2 = require( 'test.require2' );
module3 = require( 'test.require3' );
module4 = require( 'test.require4' );
assert.strictEqual( typeof module1, 'object', 'export of module with no export' );
assert.strictEqual( module2, 1, 'export a number' );
assert.strictEqual( module3(), 'hello world', 'export a function' );
assert.strictEqual( typeof module4.pizza, 'function', 'export an object' );
assert.strictEqual( module4.pizza(), 'hello world', 'module can require other modules' );
assert.throws( function () {
require( '_badmodule' );
}, /is not loaded/, 'Requesting non-existent modules throws error.' );
} );
} );
QUnit.test( 'require() in debug mode', function ( assert ) {
var path = mw.config.get( 'wgScriptPath' );
mw.loader.register( [
[ 'test.require.define', '0' ],
[ 'test.require.callback', '0', [ 'test.require.define' ] ]
] );
mw.loader.implement( 'test.require.callback', [ QUnit.fixurl( path + '/tests/qunit/data/requireCallMwLoaderTestCallback.js' ) ] );
mw.loader.implement( 'test.require.define', [ QUnit.fixurl( path + '/tests/qunit/data/defineCallMwLoaderTestCallback.js' ) ] );
return mw.loader.using( 'test.require.callback' ).then( function ( require ) {
var cb = require( 'test.require.callback' );
assert.strictEqual( cb.immediate, 'Defined.', 'module.exports and require work in debug mode' );
// Must use try-catch because cb.later() will throw if require is undefined,
// which doesn't work well inside Deferred.then() when using jQuery 1.x with QUnit
try {
assert.strictEqual( cb.later(), 'Defined.', 'require works asynchrously in debug mode' );
} catch ( e ) {
assert.strictEqual( String( e ), null, 'require works asynchrously in debug mode' );
}
} );
} );
QUnit.test( 'Implicit dependencies', function ( assert ) {
var user = 0,
site = 0,
siteFromUser = 0;
mw.loader.implement(
'site',
function () {
site++;
}
);
mw.loader.implement(
'user',
function () {
user++;
siteFromUser = site;
}
);
return mw.loader.using( 'user', function () {
assert.strictEqual( site, 1, 'site module' );
assert.strictEqual( user, 1, 'user module' );
assert.strictEqual( siteFromUser, 1, 'site ran before user' );
} ).always( function () {
// Reset
mw.loader.moduleRegistry[ 'site' ].state = 'registered';
mw.loader.moduleRegistry[ 'user' ].state = 'registered';
} );
} );
}() );
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