wiki.techinc.nl/tests/phpunit/includes/EditPageTest.php
aude 2513086ec1 Add supportsDirectEditing methods to ContentHandler
This adds supportsDirectApiEditing and
supportsDirectEditing methods to ContentHandler. Both
return false by default for the ContentHandler base
class, and true for TextContentHandler and it's
derivatives. (everything in core)

Extension content types that directly extend
AbstractContent / ContentHandler, often / generally don't
support direct editing. EntityContent in Wikibase
and Flow boards are the two such content types currently
in gerrit-hosted extensions.

The use and direct settings of the allowNonTextContent
member variable is replaced by enableApiEditOverride and
a setter for that. The only place allowNonTextContent is
used in all of Wikimedia-hosted git repos is core itself
(EditPage and ApiEditPage), so should be safe to make
this change.

With this change, Wikibase can remove its ApiCheckCanExecute
hook handler that disallows editing there, and MobileFrontend
could check if direct editing is allowed before enabling it's
editing features, instead of Wikibase having to add
MobileFrontend hook handlers to disable the features.

Bug: T96382
Change-Id: I276cd6ecedf38108f1f2be16b38e699e8c5d2d0c
2015-04-17 15:55:20 +00:00

557 lines
15 KiB
PHP

<?php
/**
* @group Editing
*
* @group Database
* ^--- tell jenkins this test needs the database
*
* @group medium
* ^--- tell phpunit that these test cases may take longer than 2 seconds.
*/
class EditPageTest extends MediaWikiLangTestCase {
protected function setUp() {
global $wgExtraNamespaces, $wgNamespaceContentModels, $wgContentHandlers, $wgContLang;
parent::setUp();
$this->setMwGlobals( array(
'wgExtraNamespaces' => $wgExtraNamespaces,
'wgNamespaceContentModels' => $wgNamespaceContentModels,
'wgContentHandlers' => $wgContentHandlers,
'wgContLang' => $wgContLang,
) );
$wgExtraNamespaces[12312] = 'Dummy';
$wgExtraNamespaces[12313] = 'Dummy_talk';
$wgNamespaceContentModels[12312] = "testing";
$wgContentHandlers["testing"] = 'DummyContentHandlerForTesting';
MWNamespace::getCanonicalNamespaces( true ); # reset namespace cache
$wgContLang->resetNamespaces(); # reset namespace cache
}
/**
* @dataProvider provideExtractSectionTitle
* @covers EditPage::extractSectionTitle
*/
public function testExtractSectionTitle( $section, $title ) {
$extracted = EditPage::extractSectionTitle( $section );
$this->assertEquals( $title, $extracted );
}
public static function provideExtractSectionTitle() {
return array(
array(
"== Test ==\n\nJust a test section.",
"Test"
),
array(
"An initial section, no header.",
false
),
array(
"An initial section with a fake heder (bug 32617)\n\n== Test == ??\nwtf",
false
),
array(
"== Section ==\nfollowed by a fake == Non-section == ??\nnoooo",
"Section"
),
array(
"== Section== \t\r\n followed by whitespace (bug 35051)",
'Section',
),
);
}
protected function forceRevisionDate( WikiPage $page, $timestamp ) {
$dbw = wfGetDB( DB_MASTER );
$dbw->update( 'revision',
array( 'rev_timestamp' => $dbw->timestamp( $timestamp ) ),
array( 'rev_id' => $page->getLatest() ) );
$page->clear();
}
/**
* User input text is passed to rtrim() by edit page. This is a simple
* wrapper around assertEquals() which calls rrtrim() to normalize the
* expected and actual texts.
* @param string $expected
* @param string $actual
* @param string $msg
*/
protected function assertEditedTextEquals( $expected, $actual, $msg = '' ) {
return $this->assertEquals( rtrim( $expected ), rtrim( $actual ), $msg );
}
/**
* Performs an edit and checks the result.
*
* @param string|Title $title The title of the page to edit
* @param string|null $baseText Some text to create the page with before attempting the edit.
* @param User|string|null $user The user to perform the edit as.
* @param array $edit An array of request parameters used to define the edit to perform.
* Some well known fields are:
* * wpTextbox1: the text to submit
* * wpSummary: the edit summary
* * wpEditToken: the edit token (will be inserted if not provided)
* * wpEdittime: timestamp of the edit's base revision (will be inserted
* if not provided)
* * wpStarttime: timestamp when the edit started (will be inserted if not provided)
* * wpSectionTitle: the section to edit
* * wpMinorEdit: mark as minor edit
* * wpWatchthis: whether to watch the page
* @param int|null $expectedCode The expected result code (EditPage::AS_XXX constants).
* Set to null to skip the check.
* @param string|null $expectedText The text expected to be on the page after the edit.
* Set to null to skip the check.
* @param string|null $message An optional message to show along with any error message.
*
* @return WikiPage The page that was just edited, useful for getting the edit's rev_id, etc.
*/
protected function assertEdit( $title, $baseText, $user = null, array $edit,
$expectedCode = null, $expectedText = null, $message = null
) {
if ( is_string( $title ) ) {
$ns = $this->getDefaultWikitextNS();
$title = Title::newFromText( $title, $ns );
}
$this->assertNotNull( $title );
if ( is_string( $user ) ) {
$user = User::newFromName( $user );
if ( $user->getId() === 0 ) {
$user->addToDatabase();
}
}
$page = WikiPage::factory( $title );
if ( $baseText !== null ) {
$content = ContentHandler::makeContent( $baseText, $title );
$page->doEditContent( $content, "base text for test" );
$this->forceRevisionDate( $page, '20120101000000' );
//sanity check
$page->clear();
$currentText = ContentHandler::getContentText( $page->getContent() );
# EditPage rtrim() the user input, so we alter our expected text
# to reflect that.
$this->assertEditedTextEquals( $baseText, $currentText );
}
if ( $user == null ) {
$user = $GLOBALS['wgUser'];
} else {
$this->setMwGlobals( 'wgUser', $user );
}
if ( !isset( $edit['wpEditToken'] ) ) {
$edit['wpEditToken'] = $user->getEditToken();
}
if ( !isset( $edit['wpEdittime'] ) ) {
$edit['wpEdittime'] = $page->exists() ? $page->getTimestamp() : '';
}
if ( !isset( $edit['wpStarttime'] ) ) {
$edit['wpStarttime'] = wfTimestampNow();
}
$req = new FauxRequest( $edit, true ); // session ??
$article = new Article( $title );
$article->getContext()->setTitle( $title );
$ep = new EditPage( $article );
$ep->setContextTitle( $title );
$ep->importFormData( $req );
$bot = isset( $edit['bot'] ) ? (bool)$edit['bot'] : false;
// this is where the edit happens!
// Note: don't want to use EditPage::AttemptSave, because it messes with $wgOut
// and throws exceptions like PermissionsError
$status = $ep->internalAttemptSave( $result, $bot );
if ( $expectedCode !== null ) {
// check edit code
$this->assertEquals( $expectedCode, $status->value,
"Expected result code mismatch. $message" );
}
$page = WikiPage::factory( $title );
if ( $expectedText !== null ) {
// check resulting page text
$content = $page->getContent();
$text = ContentHandler::getContentText( $content );
# EditPage rtrim() the user input, so we alter our expected text
# to reflect that.
$this->assertEditedTextEquals( $expectedText, $text,
"Expected article text mismatch. $message" );
}
return $page;
}
public static function provideCreatePages() {
return array(
array( 'expected article being created',
'EditPageTest_testCreatePage',
null,
'Hello World!',
EditPage::AS_SUCCESS_NEW_ARTICLE,
'Hello World!'
),
array( 'expected article not being created if empty',
'EditPageTest_testCreatePage',
null,
'',
EditPage::AS_BLANK_ARTICLE,
null
),
array( 'expected MediaWiki: page being created',
'MediaWiki:January',
'UTSysop',
'Not January',
EditPage::AS_SUCCESS_NEW_ARTICLE,
'Not January'
),
array( 'expected not-registered MediaWiki: page not being created if empty',
'MediaWiki:EditPageTest_testCreatePage',
'UTSysop',
'',
EditPage::AS_BLANK_ARTICLE,
null
),
array( 'expected registered MediaWiki: page being created even if empty',
'MediaWiki:January',
'UTSysop',
'',
EditPage::AS_SUCCESS_NEW_ARTICLE,
''
),
array( 'expected registered MediaWiki: page whose default content is empty'
. ' not being created if empty',
'MediaWiki:Ipb-default-expiry',
'UTSysop',
'',
EditPage::AS_BLANK_ARTICLE,
''
),
array( 'expected MediaWiki: page not being created if text equals default message',
'MediaWiki:January',
'UTSysop',
'January',
EditPage::AS_BLANK_ARTICLE,
null
),
array( 'expected empty article being created',
'EditPageTest_testCreatePage',
null,
'',
EditPage::AS_SUCCESS_NEW_ARTICLE,
'',
true
),
);
}
/**
* @dataProvider provideCreatePages
* @covers EditPage
*/
public function testCreatePage(
$desc, $pageTitle, $user, $editText, $expectedCode, $expectedText, $ignoreBlank = false
) {
$edit = array( 'wpTextbox1' => $editText );
if ( $ignoreBlank ) {
$edit['wpIgnoreBlankArticle'] = 1;
}
$page = $this->assertEdit( $pageTitle, null, $user, $edit, $expectedCode, $expectedText, $desc );
if ( $expectedCode != EditPage::AS_BLANK_ARTICLE ) {
$page->doDeleteArticleReal( $pageTitle );
}
}
public function testUpdatePage() {
$text = "one";
$edit = array(
'wpTextbox1' => $text,
'wpSummary' => 'first update',
);
$page = $this->assertEdit( 'EditPageTest_testUpdatePage', "zero", null, $edit,
EditPage::AS_SUCCESS_UPDATE, $text,
"expected successfull update with given text" );
$this->forceRevisionDate( $page, '20120101000000' );
$text = "two";
$edit = array(
'wpTextbox1' => $text,
'wpSummary' => 'second update',
);
$this->assertEdit( 'EditPageTest_testUpdatePage', null, null, $edit,
EditPage::AS_SUCCESS_UPDATE, $text,
"expected successfull update with given text" );
}
public static function provideSectionEdit() {
$text = 'Intro
== one ==
first section.
== two ==
second section.
';
$sectionOne = '== one ==
hello
';
$newSection = '== new section ==
hello
';
$textWithNewSectionOne = preg_replace(
'/== one ==.*== two ==/ms',
"$sectionOne\n== two ==", $text
);
$textWithNewSectionAdded = "$text\n$newSection";
return array(
array( #0
$text,
'',
'hello',
'replace all',
'hello'
),
array( #1
$text,
'1',
$sectionOne,
'replace first section',
$textWithNewSectionOne,
),
array( #2
$text,
'new',
'hello',
'new section',
$textWithNewSectionAdded,
),
);
}
/**
* @dataProvider provideSectionEdit
* @covers EditPage
*/
public function testSectionEdit( $base, $section, $text, $summary, $expected ) {
$edit = array(
'wpTextbox1' => $text,
'wpSummary' => $summary,
'wpSection' => $section,
);
$this->assertEdit( 'EditPageTest_testSectionEdit', $base, null, $edit,
EditPage::AS_SUCCESS_UPDATE, $expected,
"expected successfull update of section" );
}
public static function provideAutoMerge() {
$tests = array();
$tests[] = array( #0: plain conflict
"Elmo", # base edit user
"one\n\ntwo\n\nthree\n",
array( #adam's edit
'wpStarttime' => 1,
'wpTextbox1' => "ONE\n\ntwo\n\nthree\n",
),
array( #berta's edit
'wpStarttime' => 2,
'wpTextbox1' => "(one)\n\ntwo\n\nthree\n",
),
EditPage::AS_CONFLICT_DETECTED, # expected code
"ONE\n\ntwo\n\nthree\n", # expected text
'expected edit conflict', # message
);
$tests[] = array( #1: successful merge
"Elmo", # base edit user
"one\n\ntwo\n\nthree\n",
array( #adam's edit
'wpStarttime' => 1,
'wpTextbox1' => "ONE\n\ntwo\n\nthree\n",
),
array( #berta's edit
'wpStarttime' => 2,
'wpTextbox1' => "one\n\ntwo\n\nTHREE\n",
),
EditPage::AS_SUCCESS_UPDATE, # expected code
"ONE\n\ntwo\n\nTHREE\n", # expected text
'expected automatic merge', # message
);
$text = "Intro\n\n";
$text .= "== first section ==\n\n";
$text .= "one\n\ntwo\n\nthree\n\n";
$text .= "== second section ==\n\n";
$text .= "four\n\nfive\n\nsix\n\n";
// extract the first section.
$section = preg_replace( '/.*(== first section ==.*)== second section ==.*/sm', '$1', $text );
// generate expected text after merge
$expected = str_replace( 'one', 'ONE', str_replace( 'three', 'THREE', $text ) );
$tests[] = array( #2: merge in section
"Elmo", # base edit user
$text,
array( #adam's edit
'wpStarttime' => 1,
'wpTextbox1' => str_replace( 'one', 'ONE', $section ),
'wpSection' => '1'
),
array( #berta's edit
'wpStarttime' => 2,
'wpTextbox1' => str_replace( 'three', 'THREE', $section ),
'wpSection' => '1'
),
EditPage::AS_SUCCESS_UPDATE, # expected code
$expected, # expected text
'expected automatic section merge', # message
);
// see whether it makes a difference who did the base edit
$testsWithAdam = array_map( function ( $test ) {
$test[0] = 'Adam'; // change base edit user
return $test;
}, $tests );
$testsWithBerta = array_map( function ( $test ) {
$test[0] = 'Berta'; // change base edit user
return $test;
}, $tests );
return array_merge( $tests, $testsWithAdam, $testsWithBerta );
}
/**
* @dataProvider provideAutoMerge
* @covers EditPage
*/
public function testAutoMerge( $baseUser, $text, $adamsEdit, $bertasEdit,
$expectedCode, $expectedText, $message = null
) {
$this->checkHasDiff3();
//create page
$ns = $this->getDefaultWikitextNS();
$title = Title::newFromText( 'EditPageTest_testAutoMerge', $ns );
$page = WikiPage::factory( $title );
if ( $page->exists() ) {
$page->doDeleteArticle( "clean slate for testing" );
}
$baseEdit = array(
'wpTextbox1' => $text,
);
$page = $this->assertEdit( 'EditPageTest_testAutoMerge', null,
$baseUser, $baseEdit, null, null, __METHOD__ );
$this->forceRevisionDate( $page, '20120101000000' );
$edittime = $page->getTimestamp();
// start timestamps for conflict detection
if ( !isset( $adamsEdit['wpStarttime'] ) ) {
$adamsEdit['wpStarttime'] = 1;
}
if ( !isset( $bertasEdit['wpStarttime'] ) ) {
$bertasEdit['wpStarttime'] = 2;
}
$starttime = wfTimestampNow();
$adamsTime = wfTimestamp(
TS_MW,
(int)wfTimestamp( TS_UNIX, $starttime ) + (int)$adamsEdit['wpStarttime']
);
$bertasTime = wfTimestamp(
TS_MW,
(int)wfTimestamp( TS_UNIX, $starttime ) + (int)$bertasEdit['wpStarttime']
);
$adamsEdit['wpStarttime'] = $adamsTime;
$bertasEdit['wpStarttime'] = $bertasTime;
$adamsEdit['wpSummary'] = 'Adam\'s edit';
$bertasEdit['wpSummary'] = 'Bertas\'s edit';
$adamsEdit['wpEdittime'] = $edittime;
$bertasEdit['wpEdittime'] = $edittime;
// first edit
$this->assertEdit( 'EditPageTest_testAutoMerge', null, 'Adam', $adamsEdit,
EditPage::AS_SUCCESS_UPDATE, null, "expected successfull update" );
// second edit
$this->assertEdit( 'EditPageTest_testAutoMerge', null, 'Berta', $bertasEdit,
$expectedCode, $expectedText, $message );
}
/**
* @depends testAutoMerge
*/
public function testCheckDirectEditingDisallowed_forNonTextContent() {
$title = Title::newFromText( 'Dummy:NonTextPageForEditPage' );
$page = WikiPage::factory( $title );
$article = new Article( $title );
$article->getContext()->setTitle( $title );
$ep = new EditPage( $article );
$ep->setContextTitle( $title );
$user = $GLOBALS['wgUser'];
$edit = array(
'wpTextbox1' => serialize( 'non-text content' ),
'wpEditToken' => $user->getEditToken(),
'wpEdittime' => '',
'wpStarttime' => wfTimestampNow()
);
$req = new FauxRequest( $edit, true );
$ep->importFormData( $req );
$this->setExpectedException(
'MWException',
'This content model is not supported: testing'
);
$ep->internalAttemptSave( $result, false );
}
}