/**
* Filter Descriptor with based on visibility.
*
* @param DescriptorAbstract $value
*
* @return DescriptorAbstract|null
*/
public function filter($value)
{
if ($value instanceof VisibilityInterface && !$this->builder->isVisibilityAllowed($value->getVisibility())) {
return null;
}
return $value;
}
/**
* @param string $notation
* @param string $returnType
* @param string $name
* @param string[] $arguments
* @param string $description
*
* @dataProvider provideNotations
* @covers phpDocumentor\Descriptor\Builder\Reflector\Tags\MethodAssembler::create
* @covers phpDocumentor\Descriptor\Builder\Reflector\Tags\MethodAssembler::createArgumentDescriptorForMagicMethod
*/
public function testCreateMethodDescriptorFromVariousNotations($notation, $returnType, $name, $arguments = array(), $description = '')
{
$this->builder->shouldReceive('buildDescriptor')->with(m::on(function (TypeCollection $value) use($returnType) {
return $value[0] == $returnType;
}))->andReturn(new Collection(array($returnType)));
foreach ($arguments as $argument) {
list($argumentType, $argumentName, $argumentDefault) = $argument;
$this->builder->shouldReceive('buildDescriptor')->with(m::on(function (TypeCollection $value) use($argumentType) {
return $value[0] == $argumentType;
}))->andReturn(new Collection(array($argumentType)));
}
$tag = new MethodTag('method', $notation);
$descriptor = $this->fixture->create($tag);
$this->assertSame(1, $descriptor->getResponse()->getTypes()->count());
$this->assertSame($returnType, $descriptor->getResponse()->getTypes()->get(0));
$this->assertSame($name, $descriptor->getMethodName());
$this->assertSame($description, $descriptor->getDescription());
$this->assertSame(count($arguments), $descriptor->getArguments()->count());
foreach ($arguments as $argument) {
list($argumentType, $argumentName, $argumentDefault) = $argument;
$this->assertSame($argumentType, $descriptor->getArguments()->get($argumentName)->getTypes()->get(0));
$this->assertSame($argumentName, $descriptor->getArguments()->get($argumentName)->getName());
$this->assertSame($argumentDefault, $descriptor->getArguments()->get($argumentName)->getDefault());
}
}
/**
* Creates a new fixture to test with.
*/
protected function setUp()
{
$this->builderMock = m::mock('phpDocumentor\\Descriptor\\ProjectDescriptorBuilder');
$this->builderMock->shouldReceive('buildDescriptor')->andReturn(null);
$this->argumentAssemblerMock = m::mock('phpDocumentor\\Descriptor\\Builder\\Reflector\\ArgumentAssembler');
$this->argumentAssemblerMock->shouldReceive('getBuilder')->andReturn($this->builderMock);
$this->fixture = new MethodAssembler($this->argumentAssemblerMock);
$this->fixture->setBuilder($this->builderMock);
}
/**
* Creates a new FileReflector for the given filename or null if the file contains no modifications.
*
* @param ProjectDescriptorBuilder $builder
* @param string $filename
*
* @return FileReflector|null Returns a new FileReflector or null if no modifications were detected for the given
* filename.
*/
protected function createFileReflector(ProjectDescriptorBuilder $builder, $filename)
{
$file = new FileReflector($filename, $this->parser->doValidation(), $this->parser->getEncoding());
$file->setDefaultPackageName($this->parser->getDefaultPackageName());
$file->setMarkers($this->parser->getMarkers());
$file->setFilename($this->getRelativeFilename($filename));
$cachedFiles = $builder->getProjectDescriptor()->getFiles();
$hash = $cachedFiles->get($file->getFilename()) ? $cachedFiles->get($file->getFilename())->getHash() : null;
return $hash === $file->getHash() && !$this->parser->isForced() ? null : $file;
}
/**
* @covers phpDocumentor\Descriptor\Builder\Reflector\Tags\ReturnAssembler::create
*/
public function testCreatingReturnDescriptorFromReflector()
{
$types = new Collection();
$this->builder->shouldReceive('buildDescriptor')->with(m::on(function ($value) {
return $value instanceof TypeCollection && $value[0] == 'string';
}))->andReturn($types);
$reflector = new ReturnTag('return', 'string This is a description');
$descriptor = $this->fixture->create($reflector);
$this->assertSame('return', $descriptor->getName());
$this->assertSame('This is a description', $descriptor->getDescription());
$this->assertSame($types, $descriptor->getTypes());
}
/**
* If the ProjectDescriptor's settings allow internal tags then return the Descriptor, otherwise null to filter it.
*
* @param DescriptorAbstract $value
*
* @return DescriptorAbstract|null
*/
public function filter($value)
{
$isInternalAllowed = $this->builder->isVisibilityAllowed(Settings::VISIBILITY_INTERNAL);
if ($isInternalAllowed) {
$value->setDescription(preg_replace('/{@internal\\ (.+)}}/', '$1', $value->getDescription()));
return $value;
}
// remove inline @internal tags
$value->setDescription(preg_replace('/{@internal\\ .+}}/', '', $value->getDescription()));
// if internal elements are not allowed; filter this element
if ($value->getTags()->get('internal')) {
return null;
}
return $value;
}
/**
* @param $expected
* @return Collection
*/
protected function thenProjectBuilderShouldSetCollectionOfExpectedTypes($expected)
{
$types = new Collection($expected);
$this->builderMock->shouldReceive('buildDescriptor')->with(m::on(function ($value) use($expected) {
return $value instanceof Collection && $value->getArrayCopy() == $expected;
}))->andReturn($types);
return $types;
}
/**
* Returns a relative URL from the webroot if the given FQSEN exists in the project.
*
* Example usage inside template would be (where @link is an attribute called link):
*
* ```
* <xsl:value-of select="php:function('phpDocumentor\Plugin\Core\Xslt\Extension::path', string(@link))" />
* ```
*
* @param string $fqsen
*
* @return bool|string
*/
public static function path($fqsen)
{
$projectDescriptor = self::$descriptorBuilder->getProjectDescriptor();
$elementList = $projectDescriptor->getIndexes()->get('elements');
$node = $fqsen;
if (isset($elementList[$fqsen])) {
$node = $elementList[$fqsen];
} elseif (isset($elementList['~\\' . $fqsen])) {
$node = $elementList['~\\' . $fqsen];
}
$rule = self::$routers->match($node);
if (!$rule) {
return '';
}
$generatedUrl = $rule->generate($node);
return $generatedUrl ? ltrim($generatedUrl, '/') : false;
}
/**
* @covers phpDocumentor\Descriptor\ProjectDescriptorBuilder::isVisibilityAllowed
*/
public function testDeterminesWhetherASpecificVisibilityIsAllowedToBeIncluded()
{
$projectDescriptorName = 'My Descriptor';
$projectDescriptorMock = new ProjectDescriptor($projectDescriptorName);
$projectDescriptorMock->getSettings()->setVisibility(Settings::VISIBILITY_PUBLIC);
$this->fixture->setProjectDescriptor($projectDescriptorMock);
$this->assertTrue($this->fixture->isVisibilityAllowed(Settings::VISIBILITY_PUBLIC));
$this->assertFalse($this->fixture->isVisibilityAllowed(Settings::VISIBILITY_PRIVATE));
}
/**
* @covers phpDocumentor\Descriptor\Filter\StripInternal::filter
*/
public function testDescriptorIsUnmodifiedIfThereIsNoInternalTag()
{
$this->builderMock->shouldReceive('isVisibilityAllowed')->andReturn(true);
$descriptor = m::mock('phpDocumentor\\Descriptor\\DescriptorAbstract');
$descriptor->shouldReceive('getDescription');
$descriptor->shouldReceive('setDescription');
$descriptor->shouldReceive('getTags->get')->with('internal')->andReturn(false);
// we clone the descriptor so its references differ; if something changes in the descriptor then
// the $descriptor variable and the returned clone will differ
$this->assertEquals($descriptor, $this->fixture->filter(clone $descriptor));
}
/**
* Adds the Building mechanism using the key 'descriptor.builder'.
*
* Please note that the type of serializer can be configured using the parameter 'descriptor.builder.serializer'; it
* accepts any parameter that Zend\Serializer supports.
*
* @param Application $app
*
* @return void
*/
protected function addBuilder(Application $app)
{
if (extension_loaded('igbinary')) {
$app['descriptor.builder.serializer'] = 'IgBinary';
} else {
$app['descriptor.builder.serializer'] = 'PhpSerialize';
}
$app['descriptor.builder'] = $app->share(function ($container) {
$builder = new ProjectDescriptorBuilder($container['descriptor.builder.assembler.factory'], $container['descriptor.filter'], $container['validator']);
$builder->setTranslator($container['translator']);
return $builder;
});
}
/**
* @covers phpDocumentor\Descriptor\Filter\StripOnVisibility::filter
*/
public function testKeepsDescriptorIfDescriptorNotInstanceOfVisibilityInterface()
{
$this->builderMock->shouldReceive('isVisibilityAllowed')->andReturn(false);
$descriptor = m::mock('\\phpDocumentor\\Descriptor\\DescriptorAbstract');
$this->assertSame($descriptor, $this->fixture->filter($descriptor));
}
/**
* Checks if the settings of the project have changed and forces a complete rebuild if they have.
*
* @param ProjectDescriptorBuilder $builder
*
* @return void
*/
protected function forceRebuildIfSettingsHaveModified(ProjectDescriptorBuilder $builder)
{
if ($builder->getProjectDescriptor()->getSettings()->isModified()) {
$this->setForced(true);
$this->log('One of the project\'s settings have changed, forcing a complete rebuild');
}
}
/**
* Iterates through the given files feeds them to the builder.
*
* @param ProjectDescriptorBuilder $builder
* @param Collection $files A files container to parse.
*
* @api
*
* @throws Exception if no files were found.
*
* @return bool|string
*/
public function parse(ProjectDescriptorBuilder $builder, Collection $files)
{
$timer = microtime(true);
$paths = $this->getFilenames($files);
$this->log(' Project root is: ' . $files->getProjectRoot());
$this->log(' Ignore paths are: ' . implode(', ', $files->getIgnorePatterns()->getArrayCopy()));
if ($builder->getProjectDescriptor()->getSettings()->isModified()) {
$this->setForced(true);
$this->log('One of the project\'s settings have changed, forcing a complete rebuild');
}
foreach ($paths as $filename) {
if (class_exists('phpDocumentor\\Event\\Dispatcher')) {
Dispatcher::getInstance()->dispatch('parser.file.pre', PreFileEvent::createInstance($this)->setFile($filename));
}
$this->log('Starting to parse file: ' . $filename);
$memory = memory_get_usage();
try {
$file = new FileReflector($filename, $this->doValidation(), $this->getEncoding());
$file->setDefaultPackageName($this->getDefaultPackageName());
$file->setMarkers($this->getMarkers());
$file->setFilename($this->getRelativeFilename($filename));
// if the hash is unchanged; continue to the next file
$cachedFiles = $builder->getProjectDescriptor()->getFiles();
$hash = $cachedFiles->get($file->getFilename()) ? $cachedFiles->get($file->getFilename())->getHash() : null;
if ($hash === $file->getHash() && !$this->isForced()) {
$this->log('>> Skipped file ' . $file->getFilename() . ' as no modifications were detected');
continue;
}
$file->process();
$builder->buildFileUsingSourceData($file);
$fileDescriptor = $builder->getProjectDescriptor()->getFiles()->get($file->getFilename());
$errors = $fileDescriptor->getAllErrors();
foreach ($errors as $error) {
$this->log($error->getCode(), $error->getSeverity(), $error->getContext());
}
} catch (Exception $e) {
$this->log(' Unable to parse file "' . $filename . '", an error was detected: ' . $e->getMessage(), LogLevel::ALERT);
}
$memoryDelta = memory_get_usage() - $memory;
$this->log('>> Memory after processing of file: ' . number_format(memory_get_usage() / 1024 / 1024, 2) . ' megabytes (' . ($memoryDelta > -0 ? '+' : '') . number_format($memoryDelta / 1024) . ' kilobytes)', LogLevel::DEBUG);
}
$this->log('Elapsed time to parse all files: ' . round(microtime(true) - $timer, 2) . 's');
$this->log('Peak memory usage: ' . round(memory_get_peak_usage() / 1024 / 1024, 2) . 'M');
return $builder->getProjectDescriptor();
}
