Example of allowed value:
- array('__construct', 'set*', 'initialize'): autowire whitelisted methods only
public setAutowiredMethods ( array $autowiredMethods ) : |
||
$autowiredMethods | array | |
리턴 | The current instance |
public function testAutowired() { $def = new Definition('stdClass'); $this->assertFalse($def->isAutowired()); $def->setAutowired(true); $this->assertTrue($def->isAutowired()); $this->assertEquals(array('__construct'), $def->getAutowiredMethods()); $def->setAutowiredMethods(array('foo')); $def->setAutowired(false); $this->assertSame(array(), $def->getAutowiredMethods()); $this->assertFalse($def->isAutowired()); $def->setAutowiredMethods(array('getFoo', 'getBar')); $this->assertEquals(array('getFoo', 'getBar'), $def->getAutowiredMethods()); $this->assertTrue($def->isAutowired()); }
/** * Parses a definition. * * @param string $id * @param array $service * @param string $file * * @throws InvalidArgumentException When tags are invalid */ private function parseDefinition($id, $service, $file) { if (is_string($service) && 0 === strpos($service, '@')) { $this->container->setAlias($id, substr($service, 1)); return; } if (!is_array($service)) { throw new InvalidArgumentException(sprintf('A service definition must be an array or a string starting with "@" but %s found for service "%s" in %s. Check your YAML syntax.', gettype($service), $id, $file)); } static::checkDefinition($id, $service, $file); if (isset($service['alias'])) { $public = !array_key_exists('public', $service) || (bool) $service['public']; $this->container->setAlias($id, new Alias($service['alias'], $public)); foreach ($service as $key => $value) { if (!in_array($key, array('alias', 'public'))) { @trigger_error(sprintf('The configuration key "%s" is unsupported for the service "%s" which is defined as an alias in "%s". Allowed configuration keys for service aliases are "alias" and "public". The YamlFileLoader will raise an exception in Symfony 4.0, instead of silently ignoring unsupported attributes.', $key, $id, $file), E_USER_DEPRECATED); } } return; } if (isset($service['parent'])) { $definition = new ChildDefinition($service['parent']); } else { $definition = new Definition(); } if (isset($service['class'])) { $definition->setClass($service['class']); } if (isset($service['shared'])) { $definition->setShared($service['shared']); } if (isset($service['synthetic'])) { $definition->setSynthetic($service['synthetic']); } if (isset($service['lazy'])) { $definition->setLazy($service['lazy']); } if (isset($service['public'])) { $definition->setPublic($service['public']); } if (isset($service['abstract'])) { $definition->setAbstract($service['abstract']); } if (array_key_exists('deprecated', $service)) { $definition->setDeprecated(true, $service['deprecated']); } if (isset($service['factory'])) { $definition->setFactory($this->parseCallable($service['factory'], 'factory', $id, $file)); } if (isset($service['file'])) { $definition->setFile($service['file']); } if (isset($service['arguments'])) { $definition->setArguments($this->resolveServices($service['arguments'])); } if (isset($service['properties'])) { $definition->setProperties($this->resolveServices($service['properties'])); } if (isset($service['configurator'])) { $definition->setConfigurator($this->parseCallable($service['configurator'], 'configurator', $id, $file)); } if (isset($service['calls'])) { if (!is_array($service['calls'])) { throw new InvalidArgumentException(sprintf('Parameter "calls" must be an array for service "%s" in %s. Check your YAML syntax.', $id, $file)); } foreach ($service['calls'] as $call) { if (isset($call['method'])) { $method = $call['method']; $args = isset($call['arguments']) ? $this->resolveServices($call['arguments']) : array(); } else { $method = $call[0]; $args = isset($call[1]) ? $this->resolveServices($call[1]) : array(); } $definition->addMethodCall($method, $args); } } if (isset($service['tags'])) { if (!is_array($service['tags'])) { throw new InvalidArgumentException(sprintf('Parameter "tags" must be an array for service "%s" in %s. Check your YAML syntax.', $id, $file)); } foreach ($service['tags'] as $tag) { if (!is_array($tag)) { $tag = array('name' => $tag); } if (!isset($tag['name'])) { throw new InvalidArgumentException(sprintf('A "tags" entry is missing a "name" key for service "%s" in %s.', $id, $file)); } if (!is_string($tag['name']) || '' === $tag['name']) { throw new InvalidArgumentException(sprintf('The tag name for service "%s" in %s must be a non-empty string.', $id, $file)); } $name = $tag['name']; unset($tag['name']); foreach ($tag as $attribute => $value) { if (!is_scalar($value) && null !== $value) { throw new InvalidArgumentException(sprintf('A "tags" attribute must be of a scalar-type for service "%s", tag "%s", attribute "%s" in %s. Check your YAML syntax.', $id, $name, $attribute, $file)); } } $definition->addTag($name, $tag); } } if (isset($service['decorates'])) { if ('' !== $service['decorates'] && '@' === $service['decorates'][0]) { throw new InvalidArgumentException(sprintf('The value of the "decorates" option for the "%s" service must be the id of the service without the "@" prefix (replace "%s" with "%s").', $id, $service['decorates'], substr($service['decorates'], 1))); } $renameId = isset($service['decoration_inner_name']) ? $service['decoration_inner_name'] : null; $priority = isset($service['decoration_priority']) ? $service['decoration_priority'] : 0; $definition->setDecoratedService($service['decorates'], $renameId, $priority); } if (isset($service['autowire'])) { if (is_array($service['autowire'])) { $definition->setAutowiredMethods($service['autowire']); } else { $definition->setAutowired($service['autowire']); } } if (isset($service['autowiring_types'])) { if (is_string($service['autowiring_types'])) { $definition->addAutowiringType($service['autowiring_types']); } else { if (!is_array($service['autowiring_types'])) { throw new InvalidArgumentException(sprintf('Parameter "autowiring_types" must be a string or an array for service "%s" in %s. Check your YAML syntax.', $id, $file)); } foreach ($service['autowiring_types'] as $autowiringType) { if (!is_string($autowiringType)) { throw new InvalidArgumentException(sprintf('A "autowiring_types" attribute must be of type string for service "%s" in %s. Check your YAML syntax.', $id, $file)); } $definition->addAutowiringType($autowiringType); } } } $this->container->setDefinition($id, $definition); }
/** * Parses an individual Definition. * * @param \DOMElement $service * @param string $file * * @return Definition|null */ private function parseDefinition(\DOMElement $service, $file) { if ($alias = $service->getAttribute('alias')) { $this->validateAlias($service, $file); $public = true; if ($publicAttr = $service->getAttribute('public')) { $public = XmlUtils::phpize($publicAttr); } $this->container->setAlias((string) $service->getAttribute('id'), new Alias($alias, $public)); return; } if ($parent = $service->getAttribute('parent')) { $definition = new ChildDefinition($parent); } else { $definition = new Definition(); } foreach (array('class', 'shared', 'public', 'synthetic', 'lazy', 'abstract') as $key) { if ($value = $service->getAttribute($key)) { $method = 'set'.$key; $definition->$method(XmlUtils::phpize($value)); } } if ($value = $service->getAttribute('autowire')) { $definition->setAutowired(XmlUtils::phpize($value)); } if ($files = $this->getChildren($service, 'file')) { $definition->setFile($files[0]->nodeValue); } if ($deprecated = $this->getChildren($service, 'deprecated')) { $definition->setDeprecated(true, $deprecated[0]->nodeValue ?: null); } $definition->setArguments($this->getArgumentsAsPhp($service, 'argument')); $definition->setProperties($this->getArgumentsAsPhp($service, 'property')); if ($factories = $this->getChildren($service, 'factory')) { $factory = $factories[0]; if ($function = $factory->getAttribute('function')) { $definition->setFactory($function); } else { $factoryService = $this->getChildren($factory, 'service'); if (isset($factoryService[0])) { $class = $this->parseDefinition($factoryService[0], $file); } elseif ($childService = $factory->getAttribute('service')) { $class = new Reference($childService, ContainerInterface::EXCEPTION_ON_INVALID_REFERENCE, false); } else { $class = $factory->getAttribute('class'); } $definition->setFactory(array($class, $factory->getAttribute('method'))); } } if ($configurators = $this->getChildren($service, 'configurator')) { $configurator = $configurators[0]; if ($function = $configurator->getAttribute('function')) { $definition->setConfigurator($function); } else { $configuratorService = $this->getChildren($configurator, 'service'); if (isset($configuratorService[0])) { $class = $this->parseDefinition($configuratorService[0], $file); } elseif ($childService = $configurator->getAttribute('service')) { $class = new Reference($childService, ContainerInterface::EXCEPTION_ON_INVALID_REFERENCE, false); } else { $class = $configurator->getAttribute('class'); } $definition->setConfigurator(array($class, $configurator->getAttribute('method'))); } } foreach ($this->getChildren($service, 'call') as $call) { $definition->addMethodCall($call->getAttribute('method'), $this->getArgumentsAsPhp($call, 'argument')); } foreach ($this->getChildren($service, 'tag') as $tag) { $parameters = array(); foreach ($tag->attributes as $name => $node) { if ('name' === $name) { continue; } if (false !== strpos($name, '-') && false === strpos($name, '_') && !array_key_exists($normalizedName = str_replace('-', '_', $name), $parameters)) { $parameters[$normalizedName] = XmlUtils::phpize($node->nodeValue); } // keep not normalized key $parameters[$name] = XmlUtils::phpize($node->nodeValue); } if ('' === $tag->getAttribute('name')) { throw new InvalidArgumentException(sprintf('The tag name for service "%s" in %s must be a non-empty string.', (string) $service->getAttribute('id'), $file)); } $definition->addTag($tag->getAttribute('name'), $parameters); } foreach ($this->getChildren($service, 'autowiring-type') as $type) { $definition->addAutowiringType($type->textContent); } $autowireTags = array(); foreach ($this->getChildren($service, 'autowire') as $type) { $autowireTags[] = $type->textContent; } if ($autowireTags) { if ($service->hasAttribute('autowire')) { throw new InvalidArgumentException(sprintf('The "autowire" attribute cannot be used together with "<autowire>" tags for service "%s" in %s.', (string) $service->getAttribute('id'), $file)); } $definition->setAutowiredMethods($autowireTags); } if ($value = $service->getAttribute('decorates')) { $renameId = $service->hasAttribute('decoration-inner-name') ? $service->getAttribute('decoration-inner-name') : null; $priority = $service->hasAttribute('decoration-priority') ? $service->getAttribute('decoration-priority') : 0; $definition->setDecoratedService($value, $renameId, $priority); } return $definition; }