/**
* @access protected
*/
protected function runTest()
{
PHPUnit_Util_Timer::start();
parent::runTest();
$time = PHPUnit_Util_Timer::stop();
if ($this->maxRunningTime != 0 && $time > $this->maxRunningTime) {
$this->fail(sprintf('expected running time: <= %s but was: %s', $this->maxRunningTime, $time));
}
}
public function testSecondsToTimeString()
{
$this->assertEquals('0 seconds', PHPUnit_Util_Timer::secondsToTimeString(0));
$this->assertEquals('1 second', PHPUnit_Util_Timer::secondsToTimeString(1));
$this->assertEquals('2 seconds', PHPUnit_Util_Timer::secondsToTimeString(2));
$this->assertEquals('01:00', PHPUnit_Util_Timer::secondsToTimeString(60));
$this->assertEquals('01:01', PHPUnit_Util_Timer::secondsToTimeString(61));
$this->assertEquals('02:00', PHPUnit_Util_Timer::secondsToTimeString(120));
$this->assertEquals('02:01', PHPUnit_Util_Timer::secondsToTimeString(121));
$this->assertEquals('01:00:00', PHPUnit_Util_Timer::secondsToTimeString(3600));
$this->assertEquals('01:00:01', PHPUnit_Util_Timer::secondsToTimeString(3601));
}
public function testPersistentResourceSimulation()
{
PHPUnit_Util_Timer::start();
$movie = new ffmpeg_movie(self::$moviePath, true);
$movie = new ffmpeg_movie(self::$moviePath, true);
$movie = new ffmpeg_movie(self::$moviePath, true);
$elapsed = PHPUnit_Util_Timer::stop();
PHPUnit_Util_Timer::start();
$movie = new ffmpeg_movie(self::$moviePath);
$movie = new ffmpeg_movie(self::$moviePath);
$movie = new ffmpeg_movie(self::$moviePath);
$elapsed1 = PHPUnit_Util_Timer::stop();
$this->assertGreaterThan($elapsed, $elapsed1, 'Persistent resource simulation should be faster');
}
public function run(PHPUnit_Framework_TestResult $result = null)
{
PHPUnit_Framework_Assert::resetCount();
if ($result === NULL) {
$result = new PHPUnit_Framework_TestResult();
}
$this->suite->publishTestArticles();
// Add articles needed by the tests.
$backend = new ParserTestSuiteBackend();
$result->startTest($this);
// Support the transition to PHPUnit 3.5 where PHPUnit_Util_Timer is replaced with PHP_Timer
if (class_exists('PHP_Timer')) {
PHP_Timer::start();
} else {
PHPUnit_Util_Timer::start();
}
$r = false;
try {
# Run the test.
# On failure, the subclassed backend will throw an exception with
# the details.
$pt = new PHPUnitParserTest();
$r = $pt->runTest($this->test['test'], $this->test['input'], $this->test['result'], $this->test['options'], $this->test['config']);
} catch (PHPUnit_Framework_AssertionFailedError $e) {
// PHPUnit_Util_Timer -> PHP_Timer support (see above)
if (class_exists('PHP_Timer')) {
$result->addFailure($this, $e, PHP_Timer::stop());
} else {
$result->addFailure($this, $e, PHPUnit_Util_Timer::stop());
}
} catch (Exception $e) {
// PHPUnit_Util_Timer -> PHP_Timer support (see above)
if (class_exists('PHP_Timer')) {
$result->addFailure($this, $e, PHP_Timer::stop());
} else {
$result->addFailure($this, $e, PHPUnit_Util_Timer::stop());
}
}
// PHPUnit_Util_Timer -> PHP_Timer support (see above)
if (class_exists('PHP_Timer')) {
$result->endTest($this, PHP_Timer::stop());
} else {
$result->endTest($this, PHPUnit_Util_Timer::stop());
}
$backend->recorder->record($this->test['test'], $r);
$this->addToAssertionCount(PHPUnit_Framework_Assert::getCount());
return $result;
}
/**
* Runs a TestCase.
*
* @param PHPUnit_Framework_Test $test
*/
public function run(PHPUnit_Framework_Test $test)
{
PHPUnit_Framework_Assert::resetCount();
$error = FALSE;
$failure = FALSE;
$this->startTest($test);
$errorHandlerSet = FALSE;
if ($this->convertErrorsToExceptions) {
$oldErrorHandler = set_error_handler(array('PHPUnit_Util_ErrorHandler', 'handleError'), E_ALL | E_STRICT);
if ($oldErrorHandler === NULL) {
$errorHandlerSet = TRUE;
} else {
restore_error_handler();
}
}
if (self::$xdebugLoaded === NULL) {
self::$xdebugLoaded = extension_loaded('xdebug');
self::$useXdebug = self::$xdebugLoaded;
}
$useXdebug = self::$useXdebug && $this->collectCodeCoverageInformation && !$test instanceof PHPUnit_Extensions_SeleniumTestCase;
if ($useXdebug) {
xdebug_start_code_coverage(XDEBUG_CC_UNUSED | XDEBUG_CC_DEAD_CODE);
}
PHPUnit_Util_Timer::start();
try {
$test->runBare();
} catch (PHPUnit_Framework_AssertionFailedError $e) {
$failure = TRUE;
} catch (Exception $e) {
$error = TRUE;
}
$time = PHPUnit_Util_Timer::stop();
if ($useXdebug) {
$codeCoverage = xdebug_get_code_coverage();
xdebug_stop_code_coverage();
$this->appendCodeCoverageInformation($test, $codeCoverage);
}
if ($errorHandlerSet === TRUE) {
restore_error_handler();
}
$test->addToAssertionCount(PHPUnit_Framework_Assert::getCount());
if ($error === TRUE) {
$this->addError($test, $e, $time);
} else {
if ($failure === TRUE) {
$this->addFailure($test, $e, $time);
}
}
$this->endTest($test, $time);
}
/**
* @param float $timeElapsed
*/
protected function printHeader($timeElapsed)
{
if (isset($_SERVER['REQUEST_TIME'])) {
$timeElapsed = PHPUnit_Util_Timer::secondsToTimeString(time() - $_SERVER['REQUEST_TIME']);
} else {
$timeElapsed = PHPUnit_Util_Timer::secondsToTimeString($timeElapsed);
}
if (function_exists('memory_get_peak_usage')) {
$memory = sprintf(', Memory: %4.2fMb', memory_get_peak_usage(TRUE) / 1048576);
} else {
$memory = '';
}
$this->write(sprintf("%sTime: %s%s\n\n", $this->verbose ? "\n" : "\n\n", $timeElapsed, $memory));
}
/**
* @param float $timeElapsed
* @access protected
*/
protected function printHeader($timeElapsed)
{
$this->write("\n\nTime: " . PHPUnit_Util_Timer::secondsToTimeString($timeElapsed) . "\n\n");
}
/**
* Runs a test and collects its result in a TestResult instance.
*
* @param PHPUnit_Framework_TestResult $result
* @param array $options Array with ini settings for the php instance run,
* key being the name if the setting, value the ini value.
* @return PHPUnit_Framework_TestResult
* @access public
*/
public function run(PHPUnit_Framework_TestResult $result = NULL, $options = array())
{
if (!class_exists('PEAR_RunTest', FALSE)) {
throw new RuntimeException('Class PEAR_RunTest not found.');
}
if ($result === NULL) {
$result = new PHPUnit_Framework_TestResult();
}
if (!is_array($options)) {
throw new InvalidArgumentException();
}
$options = array_merge($options, $this->options);
$coverage = $result->getCollectCodeCoverageInformation();
if ($coverage) {
$options = array('coverage' => TRUE);
} else {
$options = array();
}
$runner = new PEAR_RunTest(new PHPUnit_Extensions_PhptTestCase_Logger(), $options);
if ($coverage) {
$runner->xdebug_loaded = TRUE;
} else {
$runner->xdebug_loaded = FALSE;
}
$result->startTest($this);
PHPUnit_Util_Timer::start();
$buffer = $runner->run($this->filename, $options);
$time = PHPUnit_Util_Timer::stop();
$base = basename($this->filename);
$path = dirname($this->filename);
$coverageFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.xdebug', $base);
$diffFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.diff', $base);
$expFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.exp', $base);
$logFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.log', $base);
$outFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.out', $base);
$phpFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.php', $base);
if (is_object($buffer) && $buffer instanceof PEAR_Error) {
$result->addError($this, new RuntimeException($buffer->getMessage()), $time);
} else {
if ($buffer == 'SKIPPED') {
$result->addFailure($this, new PHPUnit_Framework_SkippedTestError(), 0);
} else {
if ($buffer != 'PASSED') {
$result->addFailure($this, PHPUnit_Framework_ComparisonFailure::diffEqual(file_get_contents($expFile), file_get_contents($outFile), FALSE, $this->getName()), $time);
}
}
}
foreach (array($diffFile, $expFile, $logFile, $phpFile, $outFile) as $file) {
if (file_exists($file)) {
unlink($file);
}
}
if ($coverage) {
eval('$coverageData = ' . file_get_contents($coverageFile) . ';');
unset($coverageData[$phpFile]);
$codeCoverageInformation = array('test' => $this, 'files' => $coverageData);
$result->appendCodeCoverageInformation($this, $codeCoverageInformation);
unlink($coverageFile);
}
$result->endTest($this, $time);
return $result;
}
/**
* Runs a test and collects its result in a TestResult instance.
*
* @param PHPUnit_Framework_TestResult $result
* @param array $options
* @return PHPUnit_Framework_TestResult
*/
public function run(PHPUnit_Framework_TestResult $result = NULL, array $options = array())
{
if (!class_exists('PEAR_RunTest', FALSE)) {
throw new PHPUnit_Framework_Exception('Class PEAR_RunTest not found.');
}
if (isset($GLOBALS['_PEAR_destructor_object_list']) && is_array($GLOBALS['_PEAR_destructor_object_list']) && !empty($GLOBALS['_PEAR_destructor_object_list'])) {
$pearDestructorObjectListCount = count($GLOBALS['_PEAR_destructor_object_list']);
} else {
$pearDestructorObjectListCount = 0;
}
if ($result === NULL) {
$result = new PHPUnit_Framework_TestResult();
}
$coverage = $result->getCollectCodeCoverageInformation();
$options = array_merge($options, $this->options);
if (!isset($options['include_path'])) {
$options['include_path'] = get_include_path();
}
if ($coverage) {
$options['coverage'] = TRUE;
} else {
$options['coverage'] = FALSE;
}
$currentErrorReporting = error_reporting(E_ERROR | E_WARNING | E_PARSE);
$runner = new PEAR_RunTest(new PHPUnit_Extensions_PhptTestCase_Logger(), $options);
if ($coverage) {
$runner->xdebug_loaded = TRUE;
} else {
$runner->xdebug_loaded = FALSE;
}
$result->startTest($this);
PHPUnit_Util_Timer::start();
$buffer = $runner->run($this->filename, $options);
$time = PHPUnit_Util_Timer::stop();
error_reporting($currentErrorReporting);
$base = basename($this->filename);
$path = dirname($this->filename);
$coverageFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.xdebug', $base);
$diffFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.diff', $base);
$expFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.exp', $base);
$logFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.log', $base);
$outFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.out', $base);
$phpFile = $path . DIRECTORY_SEPARATOR . str_replace('.phpt', '.php', $base);
if (file_exists($phpFile)) {
PHP_CodeCoverage_Filter::getInstance()->addFileToBlacklist($phpFile, 'TESTS');
}
if (is_object($buffer) && $buffer instanceof PEAR_Error) {
$result->addError($this, new RuntimeException($buffer->getMessage()), $time);
} else {
if ($buffer == 'SKIPPED') {
$result->addFailure($this, new PHPUnit_Framework_SkippedTestError(), 0);
} else {
if ($buffer != 'PASSED') {
$result->addFailure($this, PHPUnit_Framework_ComparisonFailure::diffEqual(file_get_contents($expFile), file_get_contents($outFile)), $time);
}
}
}
foreach (array($diffFile, $expFile, $logFile, $phpFile, $outFile) as $file) {
if (file_exists($file)) {
unlink($file);
}
}
if ($coverage && file_exists($coverageFile)) {
eval('$coverageData = ' . file_get_contents($coverageFile) . ';');
unset($coverageData[$phpFile]);
$result->getCodeCoverage()->append($coverageData, $this);
unlink($coverageFile);
}
$result->endTest($this, $time);
// Do not invoke PEAR's destructor mechanism for PHP 4
// as it raises an E_STRICT.
if ($pearDestructorObjectListCount == 0) {
unset($GLOBALS['_PEAR_destructor_object_list']);
} else {
$count = count($GLOBALS['_PEAR_destructor_object_list']) - $pearDestructorObjectListCount;
for ($i = 0; $i < $count; $i++) {
array_pop($GLOBALS['_PEAR_destructor_object_list']);
}
}
return $result;
}
/**
* @param float $timeElapsed
*/
protected function printHeader($timeElapsed)
{
$this->write(sprintf("%sTime: %s\n\n", $this->verbose ? "\n" : "\n\n", PHPUnit_Util_Timer::secondsToTimeString($timeElapsed)));
}
public function run(PHPUnit_Framework_TestResult $result = NULL)
{
PHPUnit_Framework_Assert::resetCount();
if ($result === NULL) {
$result = new PHPUnit_Framework_TestResult();
}
$t = MediaWikiParserTestSuite::$iter->current();
$k = MediaWikiParserTestSuite::$iter->key();
if (!MediaWikiParserTestSuite::$iter->valid()) {
return;
}
// The only way this should happen is if the parserTest.txt
// file were modified while the script is running.
if ($k != $this->number) {
$i = $this->number;
wfDie("I got confused!\n");
}
$result->startTest($this);
PHPUnit_Util_Timer::start();
$r = false;
try {
$r = MediaWikiParserTestSuite::$parser->runTest($t['test'], $t['input'], $t['result'], $t['options'], $t['config']);
PHPUnit_Framework_Assert::assertTrue(true, $t['test']);
} catch (PHPUnit_Framework_AssertionFailedError $e) {
$result->addFailure($this, $e, PHPUnit_Util_Timer::stop());
} catch (Exception $e) {
$result->addError($this, $e, PHPUnit_Util_Timer::stop());
}
PHPUnit_Framework_Assert::assertTrue(true, $t['test']);
$result->endTest($this, PHPUnit_Util_Timer::stop());
MediaWikiParserTestSuite::$parser->recorder->record($t['test'], $r);
MediaWikiParserTestSuite::$iter->next();
$this->addToAssertionCount(PHPUnit_Framework_Assert::getCount());
return $result;
}
/**
* Runs a TestCase.
*
* @param PHPUnit_Framework_Test $test
* @access public
*/
public function run(PHPUnit_Framework_Test $test)
{
$error = FALSE;
$failure = FALSE;
$this->startTest($test);
$errorHandlerSet = FALSE;
if (self::$isPHP52 === NULL) {
if (version_compare(phpversion(), '5.2.0RC1', '>=')) {
self::$isPHP52 = TRUE;
} else {
self::$isPHP52 = FALSE;
}
}
if (self::$isPHP52) {
$oldErrorHandler = set_error_handler('PHPUnit_Util_ErrorHandler', E_RECOVERABLE_ERROR | E_USER_ERROR | E_NOTICE | E_STRICT);
} else {
$oldErrorHandler = set_error_handler('PHPUnit_Util_ErrorHandler', E_USER_ERROR | E_NOTICE | E_STRICT);
}
if ($oldErrorHandler === NULL) {
$errorHandlerSet = TRUE;
} else {
restore_error_handler();
}
if (self::$xdebugLoaded === NULL) {
self::$xdebugLoaded = extension_loaded('xdebug');
self::$useXdebug = self::$xdebugLoaded;
}
$useXdebug = self::$useXdebug && $this->collectCodeCoverageInformation && !$test instanceof PHPUnit_Extensions_SeleniumTestCase;
if ($useXdebug) {
xdebug_start_code_coverage(XDEBUG_CC_UNUSED | XDEBUG_CC_DEAD_CODE);
}
PHPUnit_Util_Timer::start();
try {
$test->runBare();
} catch (PHPUnit_Framework_AssertionFailedError $e) {
$failure = TRUE;
} catch (Exception $e) {
$error = TRUE;
}
$time = PHPUnit_Util_Timer::stop();
if ($useXdebug) {
$this->codeCoverageInformation[] = array('test' => $test, 'files' => xdebug_get_code_coverage());
xdebug_stop_code_coverage();
}
if ($errorHandlerSet === TRUE) {
restore_error_handler();
}
if ($error === TRUE) {
$this->addError($test, $e, $time);
} else {
if ($failure === TRUE) {
$this->addFailure($test, $e, $time);
}
}
$this->endTest($test, $time);
$this->time += $time;
}
/**
* Runs a TestCase.
*
* @param PHPUnit_Framework_Test $test
*/
public function run(PHPUnit_Framework_Test $test)
{
PHPUnit_Framework_Assert::resetCount();
$error = FALSE;
$failure = FALSE;
$this->startTest($test);
$errorHandlerSet = FALSE;
if ($this->convertErrorsToExceptions) {
$oldErrorHandler = set_error_handler(array('PHPUnit_Util_ErrorHandler', 'handleError'), E_ALL | E_STRICT);
if ($oldErrorHandler === NULL) {
$errorHandlerSet = TRUE;
} else {
restore_error_handler();
}
}
if (self::$xdebugLoaded === NULL) {
self::$xdebugLoaded = extension_loaded('xdebug');
self::$useXdebug = self::$xdebugLoaded;
}
$useXdebug = self::$useXdebug && $this->collectCodeCoverageInformation && !$test instanceof PHPUnit_Extensions_SeleniumTestCase && !$test instanceof PHPUnit_Framework_Warning;
if ($useXdebug) {
$this->codeCoverage->start($test);
}
PHPUnit_Util_Timer::start();
try {
$test->runBare();
} catch (PHPUnit_Framework_AssertionFailedError $e) {
$failure = TRUE;
} catch (Exception $e) {
$error = TRUE;
}
$time = PHPUnit_Util_Timer::stop();
if ($useXdebug) {
$data = $this->codeCoverage->stop(FALSE);
if ($this->collectRawCodeCoverageInformation) {
$this->rawCodeCoverageInformation[] = $data;
} else {
$filterGroups = array('DEFAULT', 'TESTS');
if (!defined('PHPUNIT_TESTSUITE')) {
$filterGroups[] = 'PHPUNIT';
}
$this->codeCoverage->append($data, $test, $filterGroups);
}
}
if ($errorHandlerSet === TRUE) {
restore_error_handler();
}
$test->addToAssertionCount(PHPUnit_Framework_Assert::getCount());
if ($error === TRUE) {
$this->addError($test, $e, $time);
} else {
if ($failure === TRUE) {
$this->addFailure($test, $e, $time);
}
}
$this->endTest($test, $time);
}
/**
* @param float $timeElapsed
*/
protected function printHeader($timeElapsed)
{
if (isset($_SERVER['REQUEST_TIME'])) {
$timeElapsed = PHPUnit_Util_Timer::secondsToTimeString(time() - $_SERVER['REQUEST_TIME']);
} else {
$timeElapsed = PHPUnit_Util_Timer::secondsToTimeString($timeElapsed);
}
$this->write(sprintf("%sTime: %s\n\n", $this->verbose ? "\n" : "\n\n", $timeElapsed));
}
/**
*
* Compares two API objects and notify the PHPUnit and kaltura listeners
* @param KalturaObjectBase $object1
* @param KalturaObjectBase $object2
*/
public static function CompareAPIObjects(KalturaObjectBase $outputReference, KalturaObjectBase $actualResult, $validErrorFields)
{
//Use reflection to compare the objects
$outputReferenceReflector = new ReflectionClass($outputReference);
$properties = $outputReferenceReflector->getProperties(ReflectionProperty::IS_PUBLIC);
$newErrors = array();
foreach ($properties as $property) {
$propertyName = $property->getName();
//Start the phpunit timer so we can gather performance data
PHPUnit_Util_Timer::start();
//If the field is in the valid failure list then we skip him
if (in_array($propertyName, $validErrorFields)) {
continue;
} else {
$expectedValue = $property->getValue($outputReference);
$actualValue = $property->getValue($actualResult);
$assertToPerform = "assertEquals";
$this->compareOnField($propertyName, $actualValue, $expectedValue, $assertToPerform);
//if this is an array we need to change it to a string
}
}
return $newErrors;
}