MediaWiki REL1_32
MessageBlobStoreTest.php
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1<?php
2
3use Wikimedia\TestingAccessWrapper;
4
9class MessageBlobStoreTest extends PHPUnit\Framework\TestCase {
10
11 use MediaWikiCoversValidator;
12
13 protected function setUp() {
14 parent::setUp();
15 // MediaWiki tests defaults $wgMainWANCache to CACHE_NONE.
16 // Use hash instead so that caching is observed
17 $this->wanCache = $this->getMockBuilder( WANObjectCache::class )
18 ->setConstructorArgs( [ [
19 'cache' => new HashBagOStuff(),
20 'pool' => 'test',
21 'relayer' => new EventRelayerNull( [] )
22 ] ] )
23 ->setMethods( [ 'makePurgeValue' ] )
24 ->getMock();
25
26 $this->wanCache->expects( $this->any() )
27 ->method( 'makePurgeValue' )
28 ->will( $this->returnCallback( function ( $timestamp, $holdoff ) {
29 // Disable holdoff as it messes with testing. Aside from a 0-second holdoff,
30 // make sure that "time" passes between getMulti() check init and the set()
31 // in recacheMessageBlob(). This especially matters for Windows clocks.
32 $ts = (float)$timestamp - 0.0001;
33
34 return WANObjectCache::PURGE_VAL_PREFIX . $ts . ':0';
35 } ) );
36 }
37
38 protected function makeBlobStore( $methods = null, $rl = null ) {
39 $blobStore = $this->getMockBuilder( MessageBlobStore::class )
40 ->setConstructorArgs( [ $rl ] )
41 ->setMethods( $methods )
42 ->getMock();
43
44 $access = TestingAccessWrapper::newFromObject( $blobStore );
45 $access->wanCache = $this->wanCache;
46 return $blobStore;
47 }
48
49 protected function makeModule( array $messages ) {
50 $module = new ResourceLoaderTestModule( [ 'messages' => $messages ] );
51 $module->setName( 'test.blobstore' );
52 return $module;
53 }
54
56 public function testSetLogger() {
57 $blobStore = $this->makeBlobStore();
58 $this->assertSame( null, $blobStore->setLogger( new Psr\Log\NullLogger() ) );
59 }
60
62 public function testGetResourceLoader() {
63 // Call protected method
64 $blobStore = TestingAccessWrapper::newFromObject( $this->makeBlobStore() );
65 $this->assertInstanceOf(
66 ResourceLoader::class,
67 $blobStore->getResourceLoader()
68 );
69 }
70
72 public function testFetchMessage() {
73 $module = $this->makeModule( [ 'mainpage' ] );
74 $rl = new ResourceLoader();
75 $rl->register( $module->getName(), $module );
76
77 $blobStore = $this->makeBlobStore( null, $rl );
78 $blob = $blobStore->getBlob( $module, 'en' );
79
80 $this->assertEquals( '{"mainpage":"Main Page"}', $blob, 'Generated blob' );
81 }
82
84 public function testFetchMessageFail() {
85 $module = $this->makeModule( [ 'i-dont-exist' ] );
86 $rl = new ResourceLoader();
87 $rl->register( $module->getName(), $module );
88
89 $blobStore = $this->makeBlobStore( null, $rl );
90 $blob = $blobStore->getBlob( $module, 'en' );
91
92 $this->assertEquals( '{"i-dont-exist":"\u29fci-dont-exist\u29fd"}', $blob, 'Generated blob' );
93 }
94
95 public function testGetBlob() {
96 $module = $this->makeModule( [ 'foo' ] );
97 $rl = new ResourceLoader();
98 $rl->register( $module->getName(), $module );
99
100 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
101 $blobStore->expects( $this->once() )
102 ->method( 'fetchMessage' )
103 ->will( $this->returnValue( 'Example' ) );
104
105 $blob = $blobStore->getBlob( $module, 'en' );
106
107 $this->assertEquals( '{"foo":"Example"}', $blob, 'Generated blob' );
108 }
109
110 public function testGetBlobCached() {
111 $module = $this->makeModule( [ 'example' ] );
112 $rl = new ResourceLoader();
113 $rl->register( $module->getName(), $module );
114
115 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
116 $blobStore->expects( $this->once() )
117 ->method( 'fetchMessage' )
118 ->will( $this->returnValue( 'First' ) );
119
120 $module = $this->makeModule( [ 'example' ] );
121 $blob = $blobStore->getBlob( $module, 'en' );
122 $this->assertEquals( '{"example":"First"}', $blob, 'Generated blob' );
123
124 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
125 $blobStore->expects( $this->never() )
126 ->method( 'fetchMessage' )
127 ->will( $this->returnValue( 'Second' ) );
128
129 $module = $this->makeModule( [ 'example' ] );
130 $blob = $blobStore->getBlob( $module, 'en' );
131 $this->assertEquals( '{"example":"First"}', $blob, 'Cache hit' );
132 }
133
134 public function testUpdateMessage() {
135 $module = $this->makeModule( [ 'example' ] );
136 $rl = new ResourceLoader();
137 $rl->register( $module->getName(), $module );
138 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
139 $blobStore->expects( $this->once() )
140 ->method( 'fetchMessage' )
141 ->will( $this->returnValue( 'First' ) );
142
143 $blob = $blobStore->getBlob( $module, 'en' );
144 $this->assertEquals( '{"example":"First"}', $blob, 'Generated blob' );
145
146 $blobStore->updateMessage( 'example' );
147
148 $module = $this->makeModule( [ 'example' ] );
149 $rl = new ResourceLoader();
150 $rl->register( $module->getName(), $module );
151 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
152 $blobStore->expects( $this->once() )
153 ->method( 'fetchMessage' )
154 ->will( $this->returnValue( 'Second' ) );
155
156 $blob = $blobStore->getBlob( $module, 'en' );
157 $this->assertEquals( '{"example":"Second"}', $blob, 'Updated blob' );
158 }
159
160 public function testValidation() {
161 $module = $this->makeModule( [ 'foo' ] );
162 $rl = new ResourceLoader();
163 $rl->register( $module->getName(), $module );
164
165 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
166 $blobStore->expects( $this->once() )
167 ->method( 'fetchMessage' )
168 ->will( $this->returnValueMap( [
169 [ 'foo', 'en', 'Hello' ],
170 ] ) );
171
172 $blob = $blobStore->getBlob( $module, 'en' );
173 $this->assertEquals( '{"foo":"Hello"}', $blob, 'Generated blob' );
174
175 // Now, imagine a change to the module is deployed. The module now contains
176 // message 'foo' and 'bar'. While updateMessage() was not called (since no
177 // message values were changed) it should detect the change in list of
178 // message keys.
179 $module = $this->makeModule( [ 'foo', 'bar' ] );
180 $rl = new ResourceLoader();
181 $rl->register( $module->getName(), $module );
182
183 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
184 $blobStore->expects( $this->exactly( 2 ) )
185 ->method( 'fetchMessage' )
186 ->will( $this->returnValueMap( [
187 [ 'foo', 'en', 'Hello' ],
188 [ 'bar', 'en', 'World' ],
189 ] ) );
190
191 $blob = $blobStore->getBlob( $module, 'en' );
192 $this->assertEquals( '{"foo":"Hello","bar":"World"}', $blob, 'Updated blob' );
193 }
194
195 public function testClear() {
196 $module = $this->makeModule( [ 'example' ] );
197 $rl = new ResourceLoader();
198 $rl->register( $module->getName(), $module );
199 $blobStore = $this->makeBlobStore( [ 'fetchMessage' ], $rl );
200 $blobStore->expects( $this->exactly( 2 ) )
201 ->method( 'fetchMessage' )
202 ->will( $this->onConsecutiveCalls( 'First', 'Second' ) );
203
204 $now = microtime( true );
205 $this->wanCache->setMockTime( $now );
206
207 $blob = $blobStore->getBlob( $module, 'en' );
208 $this->assertEquals( '{"example":"First"}', $blob, 'Generated blob' );
209
210 $blob = $blobStore->getBlob( $module, 'en' );
211 $this->assertEquals( '{"example":"First"}', $blob, 'Cache-hit' );
212
213 $now += 1;
214 $blobStore->clear();
215
216 $blob = $blobStore->getBlob( $module, 'en' );
217 $this->assertEquals( '{"example":"Second"}', $blob, 'Updated blob' );
218 }
219}
Apache License January AND DISTRIBUTION Definitions License shall mean the terms and conditions for use
$messages
No-op class for publishing messages into a PubSub system.
Simple store for keeping values in an associative array for the current process.
Cache MessageBlobStore.
testSetLogger()
MessageBlobStore::setLogger.
testFetchMessageFail()
MessageBlobStore::fetchMessage.
makeBlobStore( $methods=null, $rl=null)
testGetResourceLoader()
MessageBlobStore::getResourceLoader.
testFetchMessage()
MessageBlobStore::fetchMessage.
Dynamic JavaScript and CSS resource loading system.
injection txt This is an overview of how MediaWiki makes use of dependency injection The design described here grew from the discussion of RFC T384 The term dependency this means that anything an object needs to operate should be injected from the the object itself should only know narrow no concrete implementation of the logic it relies on The requirement to inject everything typically results in an architecture that based on two main types of and essentially stateless service objects that use other service objects to operate on the value objects As of the beginning MediaWiki is only starting to use the DI approach Much of the code still relies on global state or direct resulting in a highly cyclical dependency which acts as the top level factory for services in MediaWiki which can be used to gain access to default instances of various services MediaWikiServices however also allows new services to be defined and default services to be redefined Services are defined or redefined by providing a callback the instantiator that will return a new instance of the service When it will create an instance of MediaWikiServices and populate it with the services defined in the files listed by thereby bootstrapping the DI framework Per $wgServiceWiringFiles lists includes ServiceWiring php
Definition injection.txt:37
The wiki should then use memcached to cache various data To use multiple just add more items to the array To increase the weight of a make its entry a array("192.168.0.1:11211", 2))