/**
* Set up test and create fixture
*
*/
public function setUp()
{
if (!\lang\Runtime::getInstance()->extensionAvailable('soap')) {
throw new \unittest\PrerequisitesNotMetError('PHP Soap extension not available', null, array('ext/soap'));
}
$this->fixture = new NativeSoapTypeMapper();
}
public function newInstance()
{
$p = Runtime::getInstance()->getExecutable()->newInstance($this->arguments('-v'));
$version = defined('HHVM_VERSION') ? 'HipHop VM ' . HHVM_VERSION : 'PHP ' . PHP_VERSION;
$this->assertEquals($version, $p->out->read(strlen($version)));
$p->close();
}
/**
* Setup method. Ensure extension we depend on is available
*
*/
public function setUp()
{
$depend = $this->extension();
if (!\lang\Runtime::getInstance()->extensionAvailable($depend)) {
throw new \unittest\PrerequisitesNotMetError(ucfirst($depend) . ' support not available', null, array('ext/' . $depend));
}
}
public function newInstance()
{
$p = Runtime::getInstance()->getExecutable()->newInstance(array('-v'));
$version = 'PHP ' . phpversion();
$this->assertEquals($version, $p->out->read(strlen($version)));
$p->close();
}
/**
* Issues a uses() command inside a new runtime for every class given
* and returns a line indicating success or failure for each of them.
*
* @param string[] uses
* @param string decl
* @return var[] an array with three elements: exitcode, stdout and stderr contents
*/
protected function useAllOf($uses, $decl = '')
{
with($out = $err = '', $p = Runtime::getInstance()->newInstance(NULL, 'class', 'xp.runtime.Evaluate', array()));
$p->in->write($decl . '
ClassLoader::registerPath(\'' . strtr($this->getClass()->getClassLoader()->path, '\\', '/') . '\');
$errors= 0;
foreach (array("' . implode('", "', $uses) . '") as $class) {
try {
uses($class);
echo "+OK ", $class, "\\n";
} catch (Throwable $e) {
echo "-ERR ", $class, ": ", $e->getClassName(), "\\n";
$errors++;
}
}
exit($errors);
');
$p->in->close();
// Read output
while ($b = $p->out->read()) {
$out .= $b;
}
while ($b = $p->err->read()) {
$err .= $b;
}
// Close child process
$exitv = $p->close();
return array($exitv, explode("\n", rtrim($out)), explode("\n", rtrim($err)));
}
/**
* Constructor
*
* @param io.streams.OutputStreamWriter out
*/
public function __construct()
{
if (!Runtime::getInstance()->extensionAvailable('xdebug')) {
throw new PrerequisitesNotMetError('code coverage not available. Please install the xdebug extension.');
}
$this->processor = new DomXSLProcessor();
$this->processor->setXSLBuf($this->getClass()->getPackage()->getResource('coverage.xsl'));
}
/**
* Sets up test case
*
*/
public function setUp()
{
parent::setUp();
$this->vendor = $this->vendorName();
// Check whether any PHP extensions are required by a specific test,
// and skip if this extension is not loaded. This is done by checking
// for an @ext annotation.
$m = $this->getClass()->getMethod($this->name);
if ($m->hasAnnotation('ext') && !\lang\Runtime::getInstance()->extensionAvailable($ext = $m->getAnnotation('ext'))) {
throw new \unittest\PrerequisitesNotMetError('Extension not available', null, array($ext));
}
}
/**
* Runs sourcecode inside a new runtime
*
* @param string $src
* @return var[] an array with three elements: exitcode, stdout and stderr contents
*/
protected function runInNewRuntime($src)
{
with($out = $err = '', $p = Runtime::getInstance()->newInstance(null, 'class', 'xp.runtime.Evaluate', []));
$p->in->write($src);
$p->in->close();
// Read output
while ($b = $p->out->read()) {
$out .= $b;
}
while ($b = $p->err->read()) {
$err .= $b;
}
// Close child process
$exitv = $p->close();
return [$exitv, $out, $err];
}
/**
* Starts server in background
*
* @param string protocol
*/
public static function startServerWith($protocol)
{
// Start server process
with($rt = Runtime::getInstance());
self::$serverProcess = $rt->getExecutable()->newInstance(array_merge($rt->startupOptions()->asArguments(), array($rt->bootstrapScript('class')), array('net.xp_framework.unittest.peer.server.TestingServer', $protocol)));
self::$serverProcess->in->close();
// Check if startup succeeded
$status = self::$serverProcess->out->readLine();
if (2 != sscanf($status, '+ Service %[0-9.]:%d', self::$bindAddress[0], self::$bindAddress[1])) {
try {
self::shutdownServer();
} catch (\lang\IllegalStateException $e) {
$status .= $e->getMessage();
}
throw new \unittest\PrerequisitesNotMetError('Cannot start server: ' . $status, null);
}
}
/**
* Starts server
*
* @param lang.XPClass $c
* @return void
* @throws unittest.PrerequisitesNotMetError
*/
public function beforeTestClass(\lang\XPClass $c)
{
// Start server process
$this->serverProcess = Runtime::getInstance()->newInstance(null, 'class', $this->mainClass, $this->arguments);
$this->serverProcess->in->close();
// Check if startup succeeded
$status = $this->serverProcess->out->readLine();
if (1 != sscanf($status, '+ Service %[0-9.:]', $bindAddress)) {
try {
$this->afterTestClass($c);
} catch (IllegalStateException $e) {
$status .= $e->getMessage();
}
throw new \unittest\PrerequisitesNotMetError('Cannot start server: ' . $status, null);
}
$c->getMethod($this->connected)->invoke(null, [$bindAddress]);
}
/**
* Issues a uses() command inside a new runtime for every class given
* and returns a line indicating success or failure for each of them.
*
* @param string[] uses
* @param string src
* @return var[] an array with three elements: exitcode, stdout and stderr contents
*/
protected function runInNewRuntime($uses, $src)
{
with($out = $err = '', $p = Runtime::getInstance()->newInstance(null, 'class', 'xp.runtime.Evaluate', array()));
$uses && $p->in->write('uses("' . implode('", "', $uses) . '");');
$p->in->write($src);
$p->in->close();
// Read output
while ($b = $p->out->read()) {
$out .= $b;
}
while ($b = $p->err->read()) {
$err .= $b;
}
// Close child process
$exitv = $p->close();
return array($exitv, $out, $err);
}
/**
* Create a new runtime
*
* @return var[] an array with three elements: exitcode, stdout and stderr contents
*/
protected function run()
{
$runtime = Runtime::getInstance();
$options = $runtime->startupOptions()->withSetting('magic_quotes_gpc', 1)->withSetting('error_reporting', 'E_ALL');
$out = $err = '';
with($p = $runtime->newInstance($options, 'class', 'xp.runtime.Evaluate', array('return 1;')));
$p->in->close();
// Read output
while ($b = $p->out->read()) {
$out .= $b;
}
while ($b = $p->err->read()) {
$err .= $b;
}
// Close child process
$exitv = $p->close();
return array($exitv, $out, $err);
}
/**
* Serve requests
*
* @param string $source
* @param string $profile
* @param io.Path $webroot
* @param io.Path $docroot
* @param string[] $config
*/
public function serve($source, $profile, $webroot, $docroot, $config)
{
$runtime = Runtime::getInstance();
$startup = $runtime->startupOptions();
$backing = typeof($startup)->getField('backing')->setAccessible(true)->get($startup);
// PHP doesn't start with a nonexistant document root
if (!$docroot->exists()) {
$docroot = getcwd();
}
// Start `php -S`, the development webserver
$arguments = ['-S', $this->host . ':' . $this->port, '-t', $docroot];
$options = newinstance(RuntimeOptions::class, [$backing], ['asArguments' => function () use($arguments) {
return array_merge($arguments, parent::asArguments());
}]);
$options->withSetting('user_dir', $source . PATH_SEPARATOR . implode(PATH_SEPARATOR, $config));
// Pass classpath (TODO: This is fixed in XP 7.6.0, remove once
// this becomes minimum dependency)
$cp = [];
foreach (ClassLoader::getLoaders() as $delegate) {
if ($delegate instanceof FileSystemClassLoader || $delegate instanceof ArchiveClassLoader) {
$cp[] = $delegate->path;
}
}
set_include_path('');
$options->withClassPath($cp);
// Export environment
putenv('DOCUMENT_ROOT=' . $docroot);
putenv('WEB_ROOT=' . $webroot);
putenv('SERVER_PROFILE=' . $profile);
Console::writeLine("[33m@", $this, "[0m");
Console::writeLine("[1mServing ", (new Source($source, new Config($config)))->layout());
Console::writeLine("[36m", str_repeat('═', 72), "[0m");
Console::writeLine();
with($runtime->newInstance($options, 'web', '', []), function ($proc) {
$proc->in->close();
Console::writeLine("[33;1m>[0m Server started: [35;4m", $this->url, "[0m (", date('r'), ')');
Console::writeLine(' PID ', $proc->getProcessId(), '; press Ctrl+C to exit');
Console::writeLine();
while (is_string($line = $proc->err->readLine())) {
Console::writeLine(" [36m", $line, "[0m");
}
});
}
public function phpRefusesToStart()
{
$runtime = Runtime::getInstance();
$options = $runtime->startupOptions()->withSetting('magic_quotes_gpc', 1)->withSetting('error_reporting', 'E_ALL');
$out = $err = '';
with($p = $runtime->newInstance($options, 'class', 'xp.runtime.Evaluate', ['return 1;']));
$p->in->close();
// Read output
while ($b = $p->out->read()) {
$out .= $b;
}
while ($b = $p->err->read()) {
$err .= $b;
}
// Close child process
$exitv = $p->close();
$this->assertEquals(1, $exitv, 'exitcode');
$this->assertTrue((bool) strstr($out . $err, "Directive 'magic_quotes_gpc' is no longer available in PHP"), \xp::stringOf(['out' => $out, 'err' => $err]));
}
/**
* Switch storage algorithm backing
*
* @param int $type one of BACKING_MCRYPT, BACKING_OPENSSL, BACKING_PLAINTEXT
* @throws lang.IllegalArgumentException If illegal backing type was given
* @throws lang.IllegalStateException If chosen backing missed a extension dependency
* @return void
*/
public static function useBacking($type)
{
switch ($type) {
case self::BACKING_OPENSSL:
if (!Runtime::getInstance()->extensionAvailable('openssl')) {
throw new IllegalStateException('Backing "openssl" required but extension not available.');
}
$key = md5(uniqid());
$iv = substr(md5(uniqid()), 0, openssl_cipher_iv_length('des'));
return self::setBacking(function ($value) use($key, $iv) {
return openssl_encrypt($value, 'DES', $key, 0, $iv);
}, function ($value) use($key, $iv) {
return openssl_decrypt($value, 'DES', $key, 0, $iv);
});
case self::BACKING_MCRYPT:
// Deprecated, see https://wiki.php.net/rfc/mcrypt-viking-funeral
if (!Runtime::getInstance()->extensionAvailable('mcrypt')) {
throw new IllegalStateException('Backing "mcrypt" required but extension not available.');
}
$engine = mcrypt_module_open(MCRYPT_DES, '', 'ecb', '');
$engineiv = mcrypt_create_iv(mcrypt_enc_get_iv_size($engine), MCRYPT_RAND);
$key = substr(md5(uniqid()), 0, mcrypt_enc_get_key_size($engine));
mcrypt_generic_init($engine, $key, $engineiv);
return self::setBacking(function ($value) use($engine) {
return mcrypt_generic($engine, $value);
}, function ($value) use($engine) {
return rtrim(mdecrypt_generic($engine, $value), "");
});
case self::BACKING_PLAINTEXT:
return self::setBacking(function ($value) {
return base64_encode($value);
}, function ($value) {
return base64_decode($value);
});
default:
throw new IllegalArgumentException('Invalid backing given: ' . \xp::stringOf($type));
}
}
/**
* Return a file that is known to exist
*
* @return string
*/
protected function fileKnownToExist()
{
return realpath(Runtime::getInstance()->getExecutable()->getFilename());
}
public function shutdownHookRunOnUncaughtException()
{
$out = $this->runInNewRuntime(Runtime::getInstance()->startupOptions(), '
Runtime::getInstance()->addShutdownHook(newinstance("lang.Runnable", array(), "{
public function run() {
echo \'+OK Shutdown hook run\';
}
}"));
echo "+OK exiting";
xp::null()->error();
', 255);
$this->assertEquals('+OK exiting', substr($out, 0, 11), $out);
$this->assertEquals('+OK Shutdown hook run', substr($out, -21), $out);
}
/**
* Sets up this unittest
*
* @throws unittest.PrerequisitesNotMetError
*/
public function setUp()
{
if (!Runtime::getInstance()->extensionAvailable('dom')) {
throw new PrerequisitesNotMetError('DOM extension not loaded', null, ['ext/dom']);
}
}
public function pass_arguments_which_need_encoding($args, $expected)
{
$out = $this->runInNewRuntime(Runtime::getInstance()->startupOptions(), 'echo sizeof($argv), ": ", implode(" ", $argv);', 0, $args);
$this->assertEquals($expected, $out);
}
/**
* Verify a the extension exists
*
* @return bool
*/
public function verify()
{
return Runtime::getInstance()->extensionAvailable($this->extension);
}
/** @return io.File */
protected function existingFile()
{
return new File(Runtime::getInstance()->bootstrapScript('class'));
}
public function setBaseAddsTrailingDirectorySeparator()
{
$file = \lang\Runtime::getInstance()->getExecutable()->getFilename();
$path = rtrim(realpath(dirname($file)), DIRECTORY_SEPARATOR);
$this->processor->setBase($path);
$this->assertEquals($path . DIRECTORY_SEPARATOR, $this->processor->getBase());
}
/**
* Called when a test run finishes.
*
* @param unittest.TestSuite suite
* @param unittest.TestResult result
*/
public function testRunFinished(\unittest\TestSuite $suite, \unittest\TestResult $result)
{
$this->out->writeLine(']');
// Show failed test details
$fail = false;
if ($result->failureCount() > 0) {
$this->out->writeLine();
foreach ($result->failed as $failure) {
$this->out->writeLine('F ', $failure);
}
$fail = true;
}
$this->out->writeLinef("\n%s: %d/%d run (%d skipped), %d succeeded, %d failed%s", $this->colored ? $fail ? "[41;1;37m✗" : "[42;1;37m✓" : ($fail ? 'FAIL' : 'OK'), $result->runCount(), $result->count(), $result->skipCount(), $result->successCount(), $result->failureCount(), $this->colored ? "[0m" : '');
$this->out->writeLinef('Memory used: %.2f kB (%.2f kB peak)', Runtime::getInstance()->memoryUsage() / 1024, Runtime::getInstance()->peakMemoryUsage() / 1024);
$this->out->writeLinef('Time taken: %.3f seconds', $result->elapsed());
}
/**
* Called when a test run finishes.
*
* @param unittest.TestSuite suite
* @param unittest.TestResult result
*/
public function testRunFinished(\unittest\TestSuite $suite, \unittest\TestResult $result)
{
// Details
if ($result->successCount() > 0) {
$this->out->writeLine("\n---> Succeeeded:");
foreach (array_keys($result->succeeded) as $key) {
$this->out->writeLine('* ', $result->succeeded[$key]);
}
}
if ($result->skipCount() > 0) {
$this->out->writeLine("\n---> Skipped:");
foreach (array_keys($result->skipped) as $key) {
$this->out->writeLine('* ', $result->skipped[$key]);
}
}
if ($result->failureCount() > 0) {
$this->out->writeLine("\n---> Failed:");
foreach (array_keys($result->failed) as $key) {
$this->out->writeLine('* ', $result->failed[$key]);
}
}
$this->out->writeLinef("\n===> %s: %d run (%d skipped), %d succeeded, %d failed", $result->failureCount() ? 'FAIL' : 'OK', $result->runCount(), $result->skipCount(), $result->successCount(), $result->failureCount());
$this->out->writeLinef('===> Memory used: %.2f kB (%.2f kB peak)', Runtime::getInstance()->memoryUsage() / 1024, Runtime::getInstance()->peakMemoryUsage() / 1024);
$this->out->writeLinef('===> Time taken: %.3f seconds', $result->elapsed());
}
public function memoryLimit()
{
$this->assertEquals(\lang\Primitive::$INT, \lang\Type::forName(gettype(Runtime::getInstance()->memoryLimit())));
}
/**
* Called when a test run finishes.
*
* @param unittest.TestSuite suite
* @param unittest.TestResult result
*/
public function testRunFinished(\unittest\TestSuite $suite, \unittest\TestResult $result)
{
$this->writeStatus();
$this->out->writeLine();
// Summary output
$this->out->writeLinef("\n%s: %d/%d run (%d skipped), %d succeeded, %d failed", $result->failureCount() > 0 ? 'FAIL' : 'OK', $result->runCount(), $result->count(), $result->skipCount(), $result->successCount(), $result->failureCount());
$this->out->writeLinef('Memory used: %.2f kB (%.2f kB peak)', \lang\Runtime::getInstance()->memoryUsage() / 1024, \lang\Runtime::getInstance()->peakMemoryUsage() / 1024);
$this->out->writeLinef('Time taken: %.3f seconds', $result->elapsed());
}
public function fatalsForNonExistingXars()
{
$r = $this->runWith(Runtime::getInstance()->startupOptions()->withClassPath('/does-not-exist.xar'));
$this->assertEquals(255, $r[0], 'exitcode');
$this->assertTrue((bool) strstr($r[1] . $r[2], '[bootstrap] Classpath element [/does-not-exist.xar] not found'), \xp::stringOf(array('out' => $r[1], 'err' => $r[2])));
}
/**
* Called when a test run finishes.
*
* @param unittest.TestSuite $suite
* @param unittest.TestResult $result
* @param unittest.StopTests $stop
*/
public function testRunFinished(\unittest\TestSuite $suite, \unittest\TestResult $result, \unittest\StopTests $stopped = null)
{
$failed = $result->failureCount();
if ($stopped) {
$this->out->writeLine('|');
$indicator = ($this->colored ? "[43;1;30m■ " : 'STOP ') . $stopped->getMessage();
} else {
if ($failed) {
$this->out->writeLine(']');
$indicator = $this->colored ? "[41;1;37m×" : 'FAIL';
} else {
$this->out->writeLine(']');
$indicator = $this->colored ? "[42;1;37m♥" : 'OK';
}
}
// Show failed test details
if ($failed) {
$this->out->writeLine();
foreach ($result->failed as $failure) {
$this->out->writeLine('F ', $failure);
}
}
$this->out->writeLinef("\n%s: %d/%d run (%d skipped), %d succeeded, %d failed%s", $indicator, $result->runCount(), $result->count(), $result->skipCount(), $result->successCount(), $result->failureCount(), $this->colored ? "[0m" : '');
$this->out->writeLinef('Memory used: %.2f kB (%.2f kB peak)', Runtime::getInstance()->memoryUsage() / 1024, Runtime::getInstance()->peakMemoryUsage() / 1024);
$this->out->writeLinef('Time taken: %.3f seconds', $result->elapsed());
}
/**
* Sets up test case
*
*/
public function setUp()
{
if (!Runtime::getInstance()->extensionAvailable('zlib')) {
throw new \unittest\PrerequisitesNotMetError('ZLib support not available', null, array('ext/zlib'));
}
}
/**
* Start new SQLRunner process
*
* @return lang.Process
*/
protected function newProcess()
{
with($rt = Runtime::getInstance());
$proc = $rt->newInstance($rt->startupOptions(), 'class', 'rdbms.unittest.integration.SQLRunner', [$this->dsn]);
$this->assertEquals('! Started', $proc->out->readLine());
return $proc;
}