/**
* @return Config
*/
public function build()
{
$config = new Config('cs278', 'Chris Smith\'s personal coding standard.');
$config->setUsingCache(true);
$config->level(FixerInterface::SYMFONY_LEVEL);
$config->fixers(['newline_after_open_tag', 'ordered_use', 'phpdoc_order', 'short_array_syntax']);
$config->finder($this->finder);
return $config;
}
/**
* Execute the code generation
*/
public function generate()
{
/*
* PROXY CONFIGURATION
*/
$proxy = current(array_filter(array(getenv('HTTP_PROXY'), getenv('http_proxy')), 'strlen'));
if ($proxy) {
$parsedWsdlPath = Url::createFromUrl($this->config->getWsdlDocumentPath());
// if not fetching the wsdl file from filesystem and a proxy has been set
if ($parsedWsdlPath->getScheme()->get() !== 'file') {
$proxy = Url::createFromUrl($proxy);
libxml_set_streams_context(stream_context_get_default(array($proxy->getScheme()->get() => array('proxy' => 'tcp://' . $proxy->getAuthority() . $proxy->getRelativeUrl(), 'request_fulluri' => true))));
}
}
unset($proxy);
/*
* LOAD THE WSDL DOCUMENT
*/
$wsdlDocument = SimpleXMLElement::loadFile($this->config->getWsdlDocumentPath());
$wsdlDocument->registerXPathNamespace('wsdl', static::WSDL_NS);
$schemaReader = new SchemaReader();
/* @var \Goetas\XML\XSDReader\Schema\Schema[] $schemas */
$schemas = array();
/* @var \Goetas\XML\XSDReader\Schema\Type\Type[] $types */
$types = array();
/*
* LOAD THE XML SCHEMAS
*/
// read the schemas included in the wsdl document
foreach ($wsdlDocument->xpath('/wsdl:definitions/wsdl:types/xsd:schema') as $schemaNode) {
$schemas[] = $schemaReader->readNode(dom_import_simplexml($schemaNode));
}
// exclude the schemas having the following namespaces
$unusedSchemaNamespaces = array(SchemaReader::XML_NS, SchemaReader::XSD_NS);
// recursively read all the schema chain
$processedSchemas = array();
while (!empty($schemas)) {
/* @var \Goetas\XML\XSDReader\Schema\Schema $currentSchema */
$currentSchema = array_shift($schemas);
if (!in_array($currentSchema, $processedSchemas) and !in_array($currentSchema->getTargetNamespace(), $unusedSchemaNamespaces)) {
$processedSchemas[] = $currentSchema;
$schemas = array_merge($schemas, $currentSchema->getSchemas());
}
}
$schemas = $processedSchemas;
// cleanup
unset($currentSchema);
unset($processedSchemas);
unset($unusedSchemaNamespaces);
unset($schemaNode);
unset($schemaReader);
/*
* LOAD THE DEFINED TYPES
*/
// get the complete list of defined types
foreach ($schemas as $schema) {
$types = array_merge($types, $schema->getTypes());
}
/*
* LOAD THE SERVICES
*/
$services = $wsdlDocument->xpath('/wsdl:definitions/wsdl:portType');
/*
* CODE GENERATION
*/
$classFactory = new ClassFactory($this->config, $schemas, $types);
foreach ($types as $type) {
if ($type instanceof SimpleType) {
// build the inheritance chain of the current SimpleType
/* @var \Goetas\XML\XSDReader\Schema\Type\SimpleType[] $inheritanceChain */
$inheritanceChain = array($type->getRestriction());
// loop through the type inheritance chain untill the base type
while (end($inheritanceChain) !== null) {
$inheritanceChain[] = end($inheritanceChain)->getBase()->getParent();
}
// remove the null value
array_pop($inheritanceChain);
// remove the 'anySimpleType'
array_pop($inheritanceChain);
// now the last element of the chain is the base simple type
// enums are built only of string enumerations
if (end($inheritanceChain)->getBase()->getName() === 'string' and array_key_exists('enumeration', $type->getRestriction()->getChecks())) {
$className = $classFactory->createEnum($type);
$this->eventDispatcher->dispatch(Event::ENUM_CREATE, new Event($className));
}
} elseif ($type instanceof ComplexType) {
$className = $classFactory->createDTO($type);
$this->eventDispatcher->dispatch(Event::DTO_CREATE, new Event($className));
}
}
foreach ($services as $service) {
$className = $classFactory->createService($service);
$this->eventDispatcher->dispatch(Event::SERVICE_CREATE, new Event($className));
}
$className = $classFactory->createClassmap();
$this->eventDispatcher->dispatch(Event::CLASSMAP_CREATE, new Event($className));
/*
* GENERATED CODE FIX
*/
// create the coding standards fixer
$fixer = new Fixer();
$config = new FixerConfig();
$config->setDir($this->config->getOutputPath());
// register all the existing fixers
$fixer->registerBuiltInFixers();
$config->fixers(array_filter($fixer->getFixers(), function (FixerInterface $fixer) {
return $fixer->getLevel() === FixerInterface::PSR2_LEVEL;
}));
// fix the generated code
$fixer->fix($config);
}
public function main()
{
try {
/*
* PROPERTIES VALIDATION
*/
// check if the proxy flag has been set
$proxy = $this->getProject()->getUserProperty('proxy');
$proxy = $proxy !== null ? filter_var($proxy, FILTER_VALIDATE_BOOLEAN) : true;
// determine the url of the WSDL document
$wsdlUrl = $this->getProject()->getUserProperty('wsdl.url');
$wsdlUrl = $wsdlUrl ? $wsdlUrl : static::WSDL_URL;
/*
* PROXY CONFIGURATION
*/
// read the proxy configuration from the environment variables
$proxy = $proxy ? current(array_filter(array(getenv('HTTP_PROXY'), getenv('http_proxy')), 'strlen')) : null;
// prepare an empty url for the stream context
$streamContextProxyUrl = null;
// if the proxy is configured in the system
if ($proxy) {
// parse the WSDL url
$parsedWsdlPath = Url::createFromUrl($wsdlUrl);
// parse the proxy url
$proxy = Url::createFromUrl($proxy);
// if not fetching the wsdl file from filesystem and a proxy has been configured
if ($parsedWsdlPath->getScheme()->get() !== 'file') {
$streamContextProxyUrl = 'tcp://' . $proxy->getAuthority() . $proxy->getRelativeUrl();
libxml_set_streams_context(stream_context_get_default(array($proxy->getScheme()->get() => array('proxy' => $streamContextProxyUrl, 'request_fulluri' => true))));
}
}
/*
* INITIALIZATION
*/
// prepare the path to the generated code
$outputDir = $this->project->getBasedir() . '/src';
$output = new ConsoleOutput();
$progress = new ProgressBar($output, 100);
$progress->setFormat(ProgressBar::getFormatDefinition('normal') . ' %message%...');
$progress->setMessage('Starting');
$progress->start();
$progress->setMessage('Cleaning the environment');
// clean the output directory
array_map('unlink', glob($outputDir . '/*'));
$progress->advance(10);
/*
* GENERATION
*/
// prepare the generator configuration
$progress->setMessage('Configuring the generator');
$optionFeatures = array();
if ($proxy) {
/* @var \League\Url\UrlInterface $proxy */
$optionFeatures['proxy_host'] = $proxy->getHost()->get();
$optionFeatures['proxy_port'] = $proxy->getPort()->get();
}
$config = new Config($wsdlUrl, $outputDir);
$config->setNoTypeConstructor(true);
$config->setOptionFeatures($optionFeatures);
$config->setCreateAccessors(false);
$config->setWsdlCache(false);
$progress->advance(10);
// generate the code
$progress->setMessage('Generating the code');
$gen = new Generator();
$gen->generate($config);
$progress->advance(10);
/*
* FIX
*/
// the 'optionFeatures' configuration options is misused by the generator:
// it is correctly used as the default 'features' options of the service (its values are bitwised and put
// in the service class constructor), but it is also used as the '$options' argument of the \SoapClient
// class when it connects to the service to inspect it (hence the need to define the 'proxy_host' and
// 'proxy_port' keys). this makes the generated code clash, so we need to fix it, removing the unneeded
// values from the bitwise operation.
$defaultFeatures = array('SOAP_SINGLE_ELEMENT_ARRAYS', 'SOAP_WAIT_ONE_WAY_CALLS');
// fix the option 'features' management
$fileContent = file_get_contents("{$outputDir}/ClabService.php");
$fileContent = preg_replace('/(\\$options\\[\'features\'\\] = ).*/', '$1' . implode(' | ', $defaultFeatures) . ';', $fileContent, -1, $count);
// if no features option has been found, they must be added manually
if ($count === 0) {
$fileContent = preg_replace('/parent::__construct/', "if (isset(\$options['features']) == false) {\n\$options['features'] = " . implode(' | ', $defaultFeatures) . ";\n}\n\nparent::__construct", $fileContent, -1, $count);
}
file_put_contents("{$outputDir}/ClabService.php", $fileContent);
/*
* LICENSE MANAGEMENT
*/
$progress->setMessage('Applying the license to the generated files');
// read the license header
$licenseHeader = file_get_contents($this->project->getBasedir() . '/resources/license_header.txt');
// print the license on top of every file
foreach (glob($outputDir . '/*.php') as $sourceFile) {
$fileContent = file_get_contents($sourceFile);
$fileContent = preg_replace('/^(<\\?php)/', "\$1\n\n" . $licenseHeader, $fileContent);
file_put_contents($sourceFile, $fileContent);
}
unset($sourceFile);
$progress->advance(10);
/*
* CODING STANDARDS FIXES
*/
// create the coding standards fixer
$progress->setMessage('Configuring the Coding Standards fixer');
$fixer = new Fixer();
$csConfig = new CSConfig();
$csConfig->setDir($outputDir);
$progress->advance(10);
// register all the existing fixers
$fixer->registerBuiltInFixers();
$progress->advance(10);
// register all fixers from all PSR levels
/* @var $csFixer \Symfony\CS\FixerInterface */
$fixers = array();
foreach ($fixer->getFixers() as $csFixer) {
if ($csFixer->getLevel() === ($csFixer->getLevel() & FixerInterface::PSR2_LEVEL)) {
$fixers[] = $csFixer;
}
}
// fix the generated code
$progress->setMessage('Fixing the generated code');
$csConfig->fixers($fixers);
$progress->advance(10);
$fixer->fix($csConfig);
$progress->advance(10);
$progress->setFormat(ProgressBar::getFormatDefinition('normal') . ' %message%');
$progress->setMessage('Done');
$progress->finish();
$output->writeln('');
} catch (\Exception $e) {
$this->log($e->getMessage(), \Project::MSG_ERR);
}
}
