MediaWiki REL1_31
MWNamespaceTest.php
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1<?php
9
10 protected function setUp() {
11 parent::setUp();
12
13 $this->setMwGlobals( [
14 'wgContentNamespaces' => [ NS_MAIN ],
15 'wgNamespacesWithSubpages' => [
16 NS_TALK => true,
17 NS_USER => true,
18 NS_USER_TALK => true,
19 ],
20 'wgCapitalLinks' => true,
21 'wgCapitalLinkOverrides' => [],
22 'wgNonincludableNamespaces' => [],
23 ] );
24 }
25
30 public function testIsMovable() {
31 $this->assertFalse( MWNamespace::isMovable( NS_SPECIAL ) );
32 }
33
34 private function assertIsSubject( $ns ) {
35 $this->assertTrue( MWNamespace::isSubject( $ns ) );
36 }
37
38 private function assertIsNotSubject( $ns ) {
39 $this->assertFalse( MWNamespace::isSubject( $ns ) );
40 }
41
46 public function testIsSubject() {
47 // Special namespaces
48 $this->assertIsSubject( NS_MEDIA );
50
51 // Subject pages
52 $this->assertIsSubject( NS_MAIN );
53 $this->assertIsSubject( NS_USER );
54 $this->assertIsSubject( 100 ); # user defined
55
56 // Talk pages
59 $this->assertIsNotSubject( 101 ); # user defined
60 }
61
62 private function assertIsTalk( $ns ) {
63 $this->assertTrue( MWNamespace::isTalk( $ns ) );
64 }
65
66 private function assertIsNotTalk( $ns ) {
67 $this->assertFalse( MWNamespace::isTalk( $ns ) );
68 }
69
75 public function testIsTalk() {
76 // Special namespaces
77 $this->assertIsNotTalk( NS_MEDIA );
79
80 // Subject pages
81 $this->assertIsNotTalk( NS_MAIN );
82 $this->assertIsNotTalk( NS_USER );
83 $this->assertIsNotTalk( 100 ); # user defined
84
85 // Talk pages
86 $this->assertIsTalk( NS_TALK );
87 $this->assertIsTalk( NS_USER_TALK );
88 $this->assertIsTalk( 101 ); # user defined
89 }
90
94 public function testGetSubject() {
95 // Special namespaces are their own subjects
96 $this->assertEquals( NS_MEDIA, MWNamespace::getSubject( NS_MEDIA ) );
97 $this->assertEquals( NS_SPECIAL, MWNamespace::getSubject( NS_SPECIAL ) );
98
99 $this->assertEquals( NS_MAIN, MWNamespace::getSubject( NS_TALK ) );
100 $this->assertEquals( NS_USER, MWNamespace::getSubject( NS_USER_TALK ) );
101 }
102
109 public function testGetTalk() {
110 $this->assertEquals( NS_TALK, MWNamespace::getTalk( NS_MAIN ) );
111 $this->assertEquals( NS_TALK, MWNamespace::getTalk( NS_TALK ) );
112 $this->assertEquals( NS_USER_TALK, MWNamespace::getTalk( NS_USER ) );
113 $this->assertEquals( NS_USER_TALK, MWNamespace::getTalk( NS_USER_TALK ) );
114 }
115
123 $this->assertNull( MWNamespace::getTalk( NS_MEDIA ) );
124 }
125
133 $this->assertNull( MWNamespace::getTalk( NS_SPECIAL ) );
134 }
135
142 public function testGetAssociated() {
143 $this->assertEquals( NS_TALK, MWNamespace::getAssociated( NS_MAIN ) );
144 $this->assertEquals( NS_MAIN, MWNamespace::getAssociated( NS_TALK ) );
145 }
146
147 # ## Exceptions with getAssociated()
148 # ## NS_MEDIA and NS_SPECIAL do not have talk pages. MediaWiki raises
149 # ## an exception for them.
155 $this->assertNull( MWNamespace::getAssociated( NS_MEDIA ) );
156 }
157
163 $this->assertNull( MWNamespace::getAssociated( NS_SPECIAL ) );
164 }
165
173 public function testEquals() {
174 $this->assertTrue( MWNamespace::equals( NS_MAIN, NS_MAIN ) );
175 $this->assertTrue( MWNamespace::equals( NS_MAIN, 0 ) ); // In case we make NS_MAIN 'MAIN'
176 $this->assertTrue( MWNamespace::equals( NS_USER, NS_USER ) );
177 $this->assertTrue( MWNamespace::equals( NS_USER, 2 ) );
178 $this->assertTrue( MWNamespace::equals( NS_USER_TALK, NS_USER_TALK ) );
179 $this->assertTrue( MWNamespace::equals( NS_SPECIAL, NS_SPECIAL ) );
180 $this->assertFalse( MWNamespace::equals( NS_MAIN, NS_TALK ) );
181 $this->assertFalse( MWNamespace::equals( NS_USER, NS_USER_TALK ) );
182 $this->assertFalse( MWNamespace::equals( NS_PROJECT, NS_TEMPLATE ) );
183 }
184
188 public function testSubjectEquals() {
190 $this->assertSameSubject( NS_MAIN, 0 ); // In case we make NS_MAIN 'MAIN'
192 $this->assertSameSubject( NS_USER, 2 );
197
200 }
201
208 "NS_MEDIA and NS_SPECIAL are different subject namespaces"
209 );
212 "NS_SPECIAL and NS_MEDIA are different subject namespaces"
213 );
214 }
215
216 public function provideHasTalkNamespace() {
217 return [
218 [ NS_MEDIA, false ],
219 [ NS_SPECIAL, false ],
220
221 [ NS_MAIN, true ],
222 [ NS_TALK, true ],
223 [ NS_USER, true ],
224 [ NS_USER_TALK, true ],
225
226 [ 100, true ],
227 [ 101, true ],
228 ];
229 }
230
238 public function testHasTalkNamespace( $index, $expected ) {
239 $actual = MWNamespace::hasTalkNamespace( $index );
240 $this->assertSame( $actual, $expected, "NS $index" );
241 }
242
250 public function testCanTalk( $index, $expected ) {
251 $actual = MWNamespace::canTalk( $index );
252 $this->assertSame( $actual, $expected, "NS $index" );
253 }
254
255 private function assertIsContent( $ns ) {
256 $this->assertTrue( MWNamespace::isContent( $ns ) );
257 }
258
259 private function assertIsNotContent( $ns ) {
260 $this->assertFalse( MWNamespace::isContent( $ns ) );
261 }
262
266 public function testIsContent() {
267 // NS_MAIN is a content namespace per DefaultSettings.php
268 // and per function definition.
269
270 $this->assertIsContent( NS_MAIN );
271
272 // Other namespaces which are not expected to be content
273
276 $this->assertIsNotContent( NS_TALK );
277 $this->assertIsNotContent( NS_USER );
279 $this->assertIsNotContent( 100 );
280 }
281
287 public function testIsContentAdvanced() {
289
290 // Test that user defined namespace #252 is not content
291 $this->assertIsNotContent( 252 );
292
293 // Bless namespace # 252 as a content namespace
294 $wgContentNamespaces[] = 252;
295
296 $this->assertIsContent( 252 );
297
298 // Makes sure NS_MAIN was not impacted
299 $this->assertIsContent( NS_MAIN );
300 }
301
302 private function assertIsWatchable( $ns ) {
303 $this->assertTrue( MWNamespace::isWatchable( $ns ) );
304 }
305
306 private function assertIsNotWatchable( $ns ) {
307 $this->assertFalse( MWNamespace::isWatchable( $ns ) );
308 }
309
313 public function testIsWatchable() {
314 // Specials namespaces are not watchable
317
318 // Core defined namespaces are watchables
319 $this->assertIsWatchable( NS_MAIN );
320 $this->assertIsWatchable( NS_TALK );
321
322 // Additional, user defined namespaces are watchables
323 $this->assertIsWatchable( 100 );
324 $this->assertIsWatchable( 101 );
325 }
326
327 private function assertHasSubpages( $ns ) {
328 $this->assertTrue( MWNamespace::hasSubpages( $ns ) );
329 }
330
331 private function assertHasNotSubpages( $ns ) {
332 $this->assertFalse( MWNamespace::hasSubpages( $ns ) );
333 }
334
338 public function testHasSubpages() {
340
341 // Special namespaces:
344
345 // Namespaces without subpages
347
348 $wgNamespacesWithSubpages[NS_MAIN] = true;
349 $this->assertHasSubpages( NS_MAIN );
350
351 $wgNamespacesWithSubpages[NS_MAIN] = false;
353
354 // Some namespaces with subpages
355 $this->assertHasSubpages( NS_TALK );
356 $this->assertHasSubpages( NS_USER );
358 }
359
363 public function testGetContentNamespaces() {
365
366 $this->assertEquals(
367 [ NS_MAIN ],
368 MWNamespace::getContentNamespaces(),
369 '$wgContentNamespaces is an array with only NS_MAIN by default'
370 );
371
372 # test !is_array( $wgcontentNamespaces )
374 $this->assertEquals( [ NS_MAIN ], MWNamespace::getContentNamespaces() );
375
376 $wgContentNamespaces = false;
377 $this->assertEquals( [ NS_MAIN ], MWNamespace::getContentNamespaces() );
378
380 $this->assertEquals( [ NS_MAIN ], MWNamespace::getContentNamespaces() );
381
383 $this->assertEquals( [ NS_MAIN ], MWNamespace::getContentNamespaces() );
384
385 # test $wgContentNamespaces === []
387 $this->assertEquals( [ NS_MAIN ], MWNamespace::getContentNamespaces() );
388
389 # test !in_array( NS_MAIN, $wgContentNamespaces )
391 $this->assertEquals(
393 MWNamespace::getContentNamespaces(),
394 'NS_MAIN is forced in $wgContentNamespaces even if unwanted'
395 );
396
397 # test other cases, return $wgcontentNamespaces as is
399 $this->assertEquals(
400 [ NS_MAIN ],
401 MWNamespace::getContentNamespaces()
402 );
403
405 $this->assertEquals(
407 MWNamespace::getContentNamespaces()
408 );
409 }
410
414 public function testGetSubjectNamespaces() {
415 $subjectsNS = MWNamespace::getSubjectNamespaces();
416 $this->assertContains( NS_MAIN, $subjectsNS,
417 "Talk namespaces should have NS_MAIN" );
418 $this->assertNotContains( NS_TALK, $subjectsNS,
419 "Talk namespaces should have NS_TALK" );
420
421 $this->assertNotContains( NS_MEDIA, $subjectsNS,
422 "Talk namespaces should not have NS_MEDIA" );
423 $this->assertNotContains( NS_SPECIAL, $subjectsNS,
424 "Talk namespaces should not have NS_SPECIAL" );
425 }
426
430 public function testGetTalkNamespaces() {
431 $talkNS = MWNamespace::getTalkNamespaces();
432 $this->assertContains( NS_TALK, $talkNS,
433 "Subject namespaces should have NS_TALK" );
434 $this->assertNotContains( NS_MAIN, $talkNS,
435 "Subject namespaces should not have NS_MAIN" );
436
437 $this->assertNotContains( NS_MEDIA, $talkNS,
438 "Subject namespaces should not have NS_MEDIA" );
439 $this->assertNotContains( NS_SPECIAL, $talkNS,
440 "Subject namespaces should not have NS_SPECIAL" );
441 }
442
443 private function assertIsCapitalized( $ns ) {
444 $this->assertTrue( MWNamespace::isCapitalized( $ns ) );
445 }
446
447 private function assertIsNotCapitalized( $ns ) {
448 $this->assertFalse( MWNamespace::isCapitalized( $ns ) );
449 }
450
457 // NS_MEDIA and NS_FILE are treated the same
458 $this->assertEquals(
459 MWNamespace::isCapitalized( NS_MEDIA ),
460 MWNamespace::isCapitalized( NS_FILE ),
461 'NS_MEDIA and NS_FILE have same capitalization rendering'
462 );
463
464 // Boths are capitalized by default
467
468 // Always capitalized namespaces
469 // @see MWNamespace::$alwaysCapitalizedNamespaces
473 }
474
490
493
494 $wgCapitalLinks = false;
495
496 // hardcoded namespaces (see above function) are still capitalized:
500
501 // setting is correctly applied
504 }
505
515
516 // Test default settings
519
520 // hardcoded namespaces (see above function) are capitalized:
524
525 // Hardcoded namespaces remains capitalized
529
533
536
537 $wgCapitalLinkOverrides[NS_PROJECT] = true;
539
541 $this->assertIsCapitalized( NS_PROJECT );
542 }
543
547 public function testHasGenderDistinction() {
548 // Namespaces with gender distinctions
549 $this->assertTrue( MWNamespace::hasGenderDistinction( NS_USER ) );
550 $this->assertTrue( MWNamespace::hasGenderDistinction( NS_USER_TALK ) );
551
552 // Other ones, "genderless"
553 $this->assertFalse( MWNamespace::hasGenderDistinction( NS_MEDIA ) );
554 $this->assertFalse( MWNamespace::hasGenderDistinction( NS_SPECIAL ) );
555 $this->assertFalse( MWNamespace::hasGenderDistinction( NS_MAIN ) );
556 $this->assertFalse( MWNamespace::hasGenderDistinction( NS_TALK ) );
557 }
558
562 public function testIsNonincludable() {
564
566
567 $this->assertTrue( MWNamespace::isNonincludable( NS_USER ) );
568 $this->assertFalse( MWNamespace::isNonincludable( NS_TEMPLATE ) );
569 }
570
571 private function assertSameSubject( $ns1, $ns2, $msg = '' ) {
572 $this->assertTrue( MWNamespace::subjectEquals( $ns1, $ns2 ), $msg );
573 }
574
575 private function assertDifferentSubject( $ns1, $ns2, $msg = '' ) {
576 $this->assertFalse( MWNamespace::subjectEquals( $ns1, $ns2 ), $msg );
577 }
578}
$wgNamespacesWithSubpages
Which namespaces should support subpages? See Language.php for a list of namespaces.
$wgCapitalLinks
Set this to false to avoid forcing the first letter of links to capitals.
$wgNonincludableNamespaces
Pages in namespaces in this array can not be used as templates.
$wgContentNamespaces
Array of namespaces which can be deemed to contain valid "content", as far as the site statistics are...
$wgCapitalLinkOverrides
testHasGenderDistinction()
MWNamespace::hasGenderDistinction.
testGetTalkNamespaces()
MWNamespace::getTalkNamespaces.
assertDifferentSubject( $ns1, $ns2, $msg='')
testGetAssociatedExceptionsForNsSpecial()
MWException MWNamespace::getAssociated.
testSubjectEquals()
MWNamespace::subjectEquals.
testGetTalk()
Regular getTalk() calls Namespaces without a talk page (NS_MEDIA, NS_SPECIAL) are tested in the funct...
testHasSubpages()
MWNamespace::hasSubpages.
testHasTalkNamespace( $index, $expected)
provideHasTalkNamespace MWNamespace::hasTalkNamespace
testIsWatchable()
MWNamespace::isWatchable.
testIsContentAdvanced()
Similar to testIsContent() but alters the $wgContentNamespaces global variable.
testGetContentNamespaces()
MWNamespace::getContentNamespaces.
testGetAssociated()
Regular getAssociated() calls Namespaces without an associated page (NS_MEDIA, NS_SPECIAL) are tested...
testIsCapitalizedWithWgCapitalLinks()
Follows up for testIsCapitalizedHardcodedAssertions() but alter the global $wgCapitalLink setting to ...
testGetTalkExceptionsForNsSpecial()
Exceptions with getTalk() NS_SPECIAL does not have talk pages.
testGetSubject()
MWNamespace::getSubject.
testIsCapitalizedHardcodedAssertions()
Some namespaces are always capitalized per code definition in MWNamespace::$alwaysCapitalizedNamespac...
testGetAssociatedExceptionsForNsMedia()
MWException MWNamespace::getAssociated.
testEquals()
Test MWNamespace::equals Note if we add a namespace registration system with keys like 'MAIN' we shou...
testIsNonincludable()
MWNamespace::isNonincludable.
testGetSubjectNamespaces()
MWNamespace::getSubjectNamespaces.
testIsCapitalizedWithWgCapitalLinkOverrides()
Counter part for MWNamespace::testIsCapitalizedWithWgCapitalLinks() now testing the $wgCapitalLinkOve...
assertSameSubject( $ns1, $ns2, $msg='')
testIsTalk()
Reverse of testIsSubject().
testSpecialAndMediaAreDifferentSubjects()
MWNamespace::subjectEquals.
testCanTalk( $index, $expected)
provideHasTalkNamespace MWNamespace::canTalk
testGetTalkExceptionsForNsMedia()
Exceptions with getTalk() NS_MEDIA does not have talk pages.
testIsContent()
MWNamespace::isContent.
testIsSubject()
Please make sure to change testIsTalk() if you change the assertions below MWNamespace::isSubject.
setMwGlobals( $pairs, $value=null)
Sets a global, maintaining a stashed version of the previous global to be restored in tearDown.
when a variable name is used in a it is silently declared as a new local masking the global
Definition design.txt:95
This document is intended to provide useful advice for parties seeking to redistribute MediaWiki to end users It s targeted particularly at maintainers for Linux since it s been observed that distribution packages of MediaWiki often break We ve consistently had to recommend that users seeking support use official tarballs instead of their distribution s and this often solves whatever problem the user is having It would be nice if this could such and we might be restricted by PHP settings such as safe mode or open_basedir We cannot assume that the software even has read access anywhere useful Many shared hosts run all users web applications under the same user
Wikitext formatted, in the key only.
const NS_USER
Definition Defines.php:76
const NS_FILE
Definition Defines.php:80
const NS_MAIN
Definition Defines.php:74
const NS_PROJECT_TALK
Definition Defines.php:79
const NS_MEDIAWIKI
Definition Defines.php:82
const NS_TEMPLATE
Definition Defines.php:84
const NS_SPECIAL
Definition Defines.php:63
const NS_MEDIA
Definition Defines.php:62
const NS_TALK
Definition Defines.php:75
const NS_USER_TALK
Definition Defines.php:77
const NS_PROJECT
Definition Defines.php:78
const NS_CATEGORY
Definition Defines.php:88
null means default in associative array with keys and values unescaped Should be merged with default with a value of false meaning to suppress the attribute in associative array with keys and values unescaped noclasses just before the function returns a value If you return true
Definition hooks.txt:2006
processing should stop and the error should be shown to the user * false
Definition hooks.txt:187
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