/**
* <p> Only use if you require exact peak memory usage etc.
* for certain invocations.
*
* <p> This method may fail if shared memory is getting unavailable due to
* size of (in-)directly passed object(s).
*
* <p> Invocations that directly rely on reflections may not work properly.
*
* <p> Forked profiling requries PHP compiled with shared memory support
* [--enable-sysvshm] and enabled extension [pcntl].
*
* @return \Components\Debug_Profiler
*/
public static function profileCallForked(array $callable_, array $args_ = [])
{
if (false === static::isForkedProfilingSupported() || false === Memory_Shared_Shm::isSupported()) {
throw new Exception_NotSupported('debug/profiler', 'Forked profiling is not supported on this platform\'s configuration.');
}
if (false === is_callable($callable_)) {
throw new Exception_IllegalArgument('debug/profiler', 'Valid callback expected.');
}
$shm = Memory_Shared_Shm_Temporary::create();
$shm->attach();
self::$m_profileForkedArgs = $args_;
self::$m_profileForkedCallable = $callable_;
self::$m_profileForkedSegmentId = $shm->getSegmentId();
$pid = pcntl_fork();
if (-1 == $pid) {
throw new Exception_IllegalState('debug/profiler', 'Unable to fork child process. Forked profiling failed.');
}
if ($pid) {
$pid = pcntl_wait($status);
} else {
ob_start();
$sessionId = static::start();
try {
$returnValue = call_user_func_array(self::$m_profileForkedCallable, self::$m_profileForkedArgs);
$profiler = static::stop($sessionId);
$profiler->m_returnValue = $returnValue;
} catch (\ErrorException $e) {
$profiler = static::stop($sessionId);
$profiler->m_exception = Exception_Flat::create($e);
} catch (\Exception $e) {
$profiler = static::stop($sessionId);
$profiler->m_exception = Exception_Flat::create($e);
}
self::$m_profileForkedArgs = null;
self::$m_profileForkedCallable = null;
$segment = Memory_Shared_Shm::forSegment(self::$m_profileForkedSegmentId);
$segment->attach();
$segment->set(1, ob_get_clean());
$segment->set(2, $profiler->result()->m_exception);
$segment->set(3, $profiler->result()->m_memoryConsumptionAfter);
$segment->set(4, $profiler->result()->m_memoryConsumptionBefore);
$segment->set(5, $profiler->result()->m_memoryConsumptionPeak);
$segment->set(6, $profiler->result()->m_posixSystemTime);
$segment->set(7, $profiler->result()->m_posixUserTime);
$segment->set(8, $profiler->result()->m_returnValue);
$segment->set(9, $profiler->result()->m_timeStart);
$segment->set(10, $profiler->result()->m_timeStop);
$segment->set(11, $profiler->result()->m_splitTimeTable);
exit(0);
}
echo $shm->get(1);
$profiler = new static();
$profiler->m_profiling = false;
$profiler->m_exception = $shm->get(2);
$profiler->m_memoryConsumptionAfter = $shm->get(3);
$profiler->m_memoryConsumptionBefore = $shm->get(4);
$profiler->m_memoryConsumptionPeak = $shm->get(5);
$profiler->m_posixSystemTime = $shm->get(6);
$profiler->m_posixUserTime = $shm->get(7);
$profiler->m_returnValue = $shm->get(8);
$profiler->m_timeStart = $shm->get(9);
$profiler->m_timeStop = $shm->get(10);
$profiler->m_splitTimeTable = $shm->get(11);
$shm->clear();
return $profiler;
}
public function __call($key_, $args_)
{
if (null === ($method = $this->getMethod($key_))) {
return null;
}
// FIXME Re-integrate profiling.
$profileMethod = 'profileCall';
if (Test_Profiler::isForkedProfilingSupported() && array_key_exists($method->name, $this->m_profileMethodsForked)) {
$profileMethod = 'profileCallForked';
}
ob_start();
$returnValue = null;
if (true === array_key_exists($method->name, $this->m_profileMethods)) {
$this->m_profileMethods[$method->name] = Test_Profiler::$profileMethod([$this->m_instance, $this->m_methods[$method->name]->name]);
$this->m_exceptions[$method->name] = $this->m_profileMethods[$method->name]->exception();
$returnValue = $this->m_profileMethods[$method->name]->returnValue();
} else {
try {
if ($this->m_methods[$method->name]->isStatic()) {
$returnValue = $this->m_methods[$method->name]->invoke($this->m_class);
} else {
$returnValue = $this->m_instance->{$this->m_methods[$method->name]->name}();
}
} catch (\Exception $e) {
$this->m_exceptions[$method->name] = Exception_Flat::create($e);
}
}
$this->m_failed[$method->name] = true;
if (false === isset($this->m_exceptionsExpected[$method->name]) && false === isset($this->m_exceptions[$method->name])) {
$this->m_failed[$method->name] = false;
} else {
if (isset($this->m_exceptionsExpected[$method->name]) && isset($this->m_exceptions[$method->name])) {
if ($this->m_exceptionsExpected[$method->name] == $this->m_exceptions[$method->name]->type) {
$this->m_failed[$method->name] = false;
} else {
$exceptionReflection = new \ReflectionClass($this->m_exceptions[$method->name]);
if ($exceptionReflection->isSubclassOf($this->m_exceptionsExpected[$method->name])) {
$this->m_failed[$method->name] = false;
}
}
}
}
if (trim($output = ob_get_clean())) {
$this->m_output[$method->name] = $output;
}
return $returnValue;
}