public function __call($name, $arguments)
{
if (method_exists($this->threadClass, $name)) {
$threadToCall = array_pop($this->threadsLazy);
if ($threadToCall === null) {
if ($this->getNumberOfThreads() >= $this->maximumNumberOfThreads) {
throw new \RuntimeException("Maximum number of threads reached. Increase the maximum or limit your calls");
} else {
$threadToCall = $this->createThreadRunning();
}
}
$result = call_user_func_array(array($threadToCall, $name), $arguments);
//is async?
if ($result instanceof AsyncMessage && false === $result->isIsResolved()) {
$originalCallback = $result->getResolvedCallback();
//wrap message callback to handle multiple messages at once
$newCallback = function (AsyncMessage $message) use($originalCallback, $threadToCall) {
if ($message->isIsResolved()) {
unset($this->threadsWorking[spl_object_hash($threadToCall)]);
$this->threadsLazy[spl_object_hash($threadToCall)] = $threadToCall;
$this->CheckThreadLimits();
if (count($this->threadsWorking) <= 0 && $this->lazyThreadTimeoutSec > 0) {
$this->loop->addTimer($this->lazyThreadTimeoutSec, function () {
$this->CheckThreadLimits();
});
}
}
if (is_callable($originalCallback)) {
$originalCallback($message);
}
};
$result->setResolvedCallback($newCallback);
$this->threadsWorking[spl_object_hash($threadToCall)] = $threadToCall;
$this->CheckThreadLimits();
} else {
$this->threadsLazy[spl_object_hash($threadToCall)] = $threadToCall;
}
} else {
throw new InvalidArgumentException("Method {$this->threadClass}::{$name} does not exists or is not accessable");
}
}
