/**
* @param $value
*/
public function onNext($value)
{
$this->observer->onNext($value);
if (isset($this->disposeOnMap[$value])) {
$this->disposeOnMap[$value]->dispose();
}
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
if ($this->scheduler !== null) {
$scheduler = $this->scheduler;
}
$innerDisp = new SerialDisposable();
$disp = $observable->subscribe(new CallbackObserver(function ($x) use($innerDisp, $observer, $scheduler) {
$now = $scheduler->now();
if ($this->nextSend <= $now) {
$innerDisp->setDisposable(new EmptyDisposable());
$observer->onNext($x);
$this->nextSend = $now + $this->throttleTime - 1;
return;
}
$newDisp = Observable::just($x)->delay($this->nextSend - $now)->subscribe(new CallbackObserver(function ($x) use($observer, $scheduler) {
$observer->onNext($x);
$this->nextSend = $scheduler->now() + $this->throttleTime - 1;
if ($this->completed) {
$observer->onCompleted();
}
}, [$observer, 'onError']), $scheduler);
$innerDisp->setDisposable($newDisp);
}, function (\Exception $e) use($observer, $innerDisp) {
$innerDisp->dispose();
$observer->onError($e);
}, function () use($observer) {
$this->completed = true;
if ($this->nextSend === 0) {
$observer->onCompleted();
}
}), $scheduler);
return new CompositeDisposable([$disp, $innerDisp]);
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$hasValue = false;
$hasAccumulation = false;
$accumulation = $this->seed;
$hasSeed = $this->seed !== null;
$cbObserver = new CallbackObserver(function ($x) use($observer, &$hasAccumulation, &$accumulation, &$hasSeed, &$hasValue) {
$hasValue = true;
if ($hasAccumulation) {
$accumulation = call_user_func($this->tryCatch($this->accumulator), $accumulation, $x);
} else {
$accumulation = $hasSeed ? call_user_func($this->tryCatch($this->accumulator), $this->seed, $x) : $x;
$hasAccumulation = true;
}
if ($accumulation instanceof \Exception) {
$observer->onError($accumulation);
return;
}
$observer->onNext($accumulation);
}, [$observer, 'onError'], function () use($observer, &$hasValue, &$hasSeed) {
if (!$hasValue && $hasSeed) {
$observer->onNext($this->seed);
}
$observer->onCompleted();
});
return $observable->subscribe($cbObserver, $scheduler);
}
/**
* @param \Rx\ObservableInterface $observable
* @param \Rx\ObserverInterface $observer
* @param \Rx\SchedulerInterface $scheduler
* @return \Rx\DisposableInterface
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$hasAccumulation = false;
$accumulation = null;
$hasValue = false;
$cbObserver = new CallbackObserver(function ($x) use($observer, &$hasAccumulation, &$accumulation, &$hasValue) {
$hasValue = true;
try {
if ($hasAccumulation) {
$accumulation = call_user_func($this->accumulator, $accumulation, $x);
} else {
$accumulation = $this->hasSeed ? call_user_func($this->accumulator, $this->seed, $x) : $x;
$hasAccumulation = true;
}
} catch (\Exception $e) {
$observer->onError($e);
}
}, function ($e) use($observer) {
$observer->onError($e);
}, function () use($observer, &$hasAccumulation, &$accumulation, &$hasValue) {
if ($hasValue) {
$observer->onNext($accumulation);
} else {
$this->hasSeed && $observer->onNext($this->seed);
}
if (!$hasValue && !$this->hasSeed) {
$observer->onError(new \Exception("Missing Seed and or Value"));
}
$observer->onCompleted();
});
return $observable->subscribe($cbObserver, $scheduler);
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
return $observable->subscribe(new CallbackObserver(function ($x) use($observer) {
$observer->onNext(new OnNextNotification($x));
}, function ($error) use($observer) {
$observer->onNext(new OnErrorNotification($error));
$observer->onCompleted();
}, function () use($observer) {
$observer->onNext(new OnCompletedNotification());
$observer->onCompleted();
}), $scheduler);
}
/**
* @param ObserverInterface $observer
* @param SchedulerInterface|null $scheduler
* @return \Rx\Disposable\CompositeDisposable|\Rx\DisposableInterface
*/
public function subscribe(ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$scheduler = $scheduler ?: new ImmediateScheduler();
$buffer = '';
$request = $this->client->request($this->method, $this->url, $this->headers, $this->protocolVersion);
$request->on('response', function (Response $response) use(&$buffer, $observer, $request, $scheduler) {
$response->on('data', function ($data, Response $response) use(&$buffer, $observer, $request, $scheduler) {
try {
//Http Errors
if ($response->getCode() < 200 || $response->getCode() >= 400) {
$error = new HttpResponseException($request, $response, $response->getReasonPhrase(), $response->getCode());
$observer->onError($error);
return;
}
if ($this->bufferResults) {
$buffer .= $data;
} else {
$data = $this->includeResponse ? [$data, $response, $request] : $data;
$scheduler->schedule(function () use($observer, $data) {
$observer->onNext($data);
});
}
} catch (\Exception $e) {
$observer->onError($e);
}
});
$response->on('error', function ($e) use($observer) {
$error = new \Exception($e);
$observer->onError($error);
});
$response->on('end', function ($end = null) use(&$buffer, $observer, $request, $response, $scheduler) {
if ($this->bufferResults) {
$data = $this->includeResponse ? [$buffer, $response, $request] : $buffer;
$scheduler->schedule(function () use($observer, $data, $scheduler) {
$observer->onNext($data);
$scheduler->schedule(function () use($observer) {
$observer->onCompleted();
});
});
return;
}
$scheduler->schedule(function () use($observer) {
$observer->onCompleted();
});
});
});
$request->end($this->body);
return new CallbackDisposable(function () use($request) {
$request->close();
});
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
return $observable->subscribe(new CallbackObserver(function ($frame) use($observer) {
$this->message->addFrame($frame);
if ($this->message->isCoalesced()) {
if ($this->useMessageObject) {
$observer->onNext(new \Rx\Websocket\Message($this->message->getPayload(), $this->message->isBinary()));
} else {
$observer->onNext($this->message->getPayload());
}
$this->message = new Message();
}
}, [$observer, 'onError'], [$observer, 'onCompleted']));
}
/**
* @param \Rx\ObservableInterface $observable
* @param \Rx\ObserverInterface $observer
* @param \Rx\SchedulerInterface $scheduler
* @return \Rx\DisposableInterface
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$group = new CompositeDisposable();
$isStopped = false;
$sourceSubscription = new SingleAssignmentDisposable();
$group->add($sourceSubscription);
$callbackObserver = new CallbackObserver(function (ObservableInterface $innerSource) use(&$group, &$isStopped, $observer, &$scheduler) {
$innerSubscription = new SingleAssignmentDisposable();
$group->add($innerSubscription);
$innerSubscription->setDisposable($innerSource->subscribe(new CallbackObserver(function ($nextValue) use($observer) {
$observer->onNext($nextValue);
}, function ($error) use($observer) {
$observer->onError($error);
}, function () use(&$group, &$innerSubscription, &$isStopped, $observer) {
$group->remove($innerSubscription);
if ($isStopped && $group->count() === 1) {
$observer->onCompleted();
}
}), $scheduler));
}, [$observer, 'onError'], function () use(&$group, &$isStopped, $observer) {
$isStopped = true;
if ($group->count() === 1) {
$observer->onCompleted();
}
});
$subscription = $this->sources->subscribe($callbackObserver, $scheduler);
$sourceSubscription->setDisposable($subscription);
return $group;
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
if ($this->scheduler !== null) {
$scheduler = $this->scheduler;
}
if ($scheduler === null) {
throw new \Exception("You must use a scheduler that support non-zero delay.");
}
$lastScheduledTime = 0;
$disposable = new CompositeDisposable();
$sourceDisposable = new EmptyDisposable();
$sourceDisposable = $observable->subscribe(new CallbackObserver(function ($x) use($scheduler, $observer, &$lastScheduledTime, $disposable) {
$schedDisp = $scheduler->schedule(function () use($x, $observer, &$schedDisp, $disposable) {
$observer->onNext($x);
$disposable->remove($schedDisp);
}, $this->delay);
$disposable->add($schedDisp);
}, function ($err) use($scheduler, $observer, &$lastScheduledTime, $disposable, &$sourceDisposable) {
$disposable->remove($sourceDisposable);
$sourceDisposable->dispose();
$observer->onError($err);
}, function () use($scheduler, $observer, $disposable, &$sourceDisposable) {
$disposable->remove($sourceDisposable);
$sourceDisposable->dispose();
$schedDisp = $scheduler->schedule(function () use($observer, &$schedDisp, $disposable) {
$observer->onCompleted();
$disposable->remove($schedDisp);
}, $this->delay);
$disposable->add($schedDisp);
}), $scheduler);
$disposable->add($sourceDisposable);
return $disposable;
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$isOpen = false;
/** @var DisposableInterface $otherDisposable */
$otherDisposable = $this->other->subscribe(new CallbackObserver(function ($x) use(&$isOpen, &$otherDisposable) {
$isOpen = true;
$otherDisposable->dispose();
}, function ($e) use($observer) {
$observer->onError($e);
}, function () use(&$otherDisposable) {
$otherDisposable->dispose();
}));
$sourceDisposable = $observable->subscribe(new CallbackObserver(function ($x) use($observer, &$isOpen) {
if ($isOpen) {
$observer->onNext($x);
}
}, function ($e) use($observer) {
$observer->onError($e);
}, function () use($observer, &$isOpen) {
if ($isOpen) {
$observer->onCompleted();
}
}));
return new CompositeDisposable([$otherDisposable, $sourceDisposable]);
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$onNext = function ($innerSource) use($observer, $scheduler) {
$innerDisposable = new SingleAssignmentDisposable();
$id = ++$this->latest;
$this->hasLatest = true;
$this->innerSubscription->setDisposable($innerDisposable);
$innerCallbackObserver = new CallbackObserver(function ($x) use($id, $observer) {
if ($this->latest === $id) {
$observer->onNext($x);
}
}, function ($e) use($id, $observer) {
if ($this->latest === $id) {
$observer->onError($e);
}
}, function () use($id, $observer) {
if ($this->latest === $id) {
$this->hasLatest = false;
if ($this->isStopped) {
$observer->onCompleted();
}
}
});
$innerSubscription = $innerSource->subscribe($innerCallbackObserver, $scheduler);
$innerDisposable->setDisposable($innerSubscription);
};
$callbackObserver = new CallbackObserver($onNext, [$observer, 'onError'], function () use($observer) {
$this->isStopped = true;
if (!$this->hasLatest) {
$observer->onCompleted();
}
});
$subscription = $observable->subscribe($callbackObserver, $scheduler);
return new BinaryDisposable($subscription, $this->innerSubscription);
}
/**
* @param \Rx\ObservableInterface $observable
* @param \Rx\ObserverInterface $observer
* @param \Rx\SchedulerInterface $scheduler
* @return \Rx\DisposableInterface
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$cbObserver = new CallbackObserver(function ($x) use($observer) {
try {
$this->onEachObserver->onNext($x);
} catch (\Exception $e) {
return $observer->onError($e);
}
$observer->onNext($x);
}, function ($err) use($observer) {
try {
$this->onEachObserver->onError($err);
} catch (\Exception $e) {
return $observer->onError($e);
}
$observer->onError($err);
}, function () use($observer) {
try {
$this->onEachObserver->onCompleted();
} catch (\Exception $e) {
return $observer->onError($e);
}
$observer->onCompleted();
});
return $observable->subscribe($cbObserver, $scheduler);
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
return $observable->subscribe(new CallbackObserver(function ($data) use($observer) {
while (strlen($data) > 0) {
$frame = $this->frame;
$frame->addBuffer($data);
$data = "";
if ($frame->isCoalesced()) {
$result = $this->validator->validateFrame($frame, $this->previousFrame);
if (0 !== $result) {
$observer->onError(new WebsocketErrorException($result));
}
$data = $frame->extractOverflow();
$frame->unMaskPayload();
$observer->onNext($frame);
if ($frame->getOpcode() < 3) {
$this->previousFrame = $this->frame;
if ($frame->isFinal()) {
$this->previousFrame = null;
}
}
$this->frame = new Frame();
}
}
}, [$observer, 'onError'], [$observer, 'onCompleted']));
}
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$hasCurrentKey = false;
$currentKey = null;
return $observable->subscribe(new CallbackObserver(function ($value) use($observer, &$hasCurrentKey, &$currentKey) {
$key = $value;
if ($this->keySelector) {
try {
$key = call_user_func($this->keySelector, $value);
} catch (\Exception $e) {
return $observer->onError($e);
}
}
$comparerEquals = null;
if ($hasCurrentKey) {
try {
$comparerEquals = call_user_func($this->comparer, $currentKey, $key);
} catch (\Exception $e) {
return $observer->onError($e);
}
}
if (!$hasCurrentKey || !$comparerEquals) {
$hasCurrentKey = true;
$currentKey = $key;
$observer->onNext($value);
}
}, function ($e) use($observer) {
$observer->onError($e);
}, function () use($observer) {
$observer->onCompleted();
}));
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$previousMax = null;
$comparing = false;
return $observable->subscribe(new CallbackObserver(function ($x) use(&$comparing, &$previousMax, $observer) {
if (!$comparing) {
$comparing = true;
$previousMax = $x;
return;
}
try {
$result = call_user_func($this->comparer, $x, $previousMax);
if ($result > 0) {
$previousMax = $x;
}
} catch (\Exception $e) {
$observer->onError($e);
}
}, [$observer, 'onError'], function () use(&$comparing, &$previousMax, $observer) {
if ($comparing) {
$observer->onNext($previousMax);
$observer->onCompleted();
return;
}
$observer->onError(new \Exception("Empty"));
}), $scheduler);
}
public function subscribe(\Rx\ObserverInterface $observer, $scheduler = null)
{
return $scheduler->scheduleRecursive(function ($reschedule) use($observer) {
$observer->onNext($this->value);
$reschedule();
});
}
/**
* @param ObserverInterface $observer
* @param SchedulerInterface|null $scheduler
* @return \Rx\Disposable\CompositeDisposable|\Rx\DisposableInterface
*/
public function subscribe(ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$scheduler = $scheduler ?: new ImmediateScheduler();
$key = 0;
return $scheduler->scheduleRecursive(function ($reschedule) use(&$observer, &$key) {
try {
//HHVM requires you to call next() before current()
if (defined('HHVM_VERSION')) {
$this->items->next();
$key = $this->items->key();
}
if (null === $key) {
$observer->onCompleted();
return;
}
$current = $this->items->current();
$observer->onNext($current);
if (!defined('HHVM_VERSION')) {
$this->items->next();
$key = $this->items->key();
}
$reschedule();
} catch (\Exception $e) {
$observer->onError($e);
}
});
}
public function sendFrame(Frame $frame)
{
if ($this->mask) {
$this->rawDataOut->onNext($frame->maskPayload()->getContents());
return;
}
$this->rawDataOut->onNext($frame->getContents());
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$cbObserver = new CallbackObserver(function ($x) {
$this->arr[] = $x;
}, [$observer, 'onError'], function () use($observer) {
$observer->onNext($this->arr);
$observer->onCompleted();
});
return $observable->subscribe($cbObserver, $scheduler);
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$this->q = [];
$cbObserver = new CallbackObserver(function ($x) use($observer) {
$this->q[] = $x;
if (count($this->q) > $this->count) {
$observer->onNext(array_shift($this->q));
}
}, [$observer, 'onError'], [$observer, 'onCompleted']);
return $observable->subscribe($cbObserver, $scheduler);
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
array_unshift($this->sources, $observable);
$this->numberOfSources = count($this->sources);
$disposable = new CompositeDisposable();
$this->completesRemaining = $this->numberOfSources;
for ($i = 0; $i < $this->numberOfSources; $i++) {
$this->queues[$i] = new \SplQueue();
$this->completed[$i] = false;
}
for ($i = 0; $i < $this->numberOfSources; $i++) {
$source = $this->sources[$i];
$cbObserver = new CallbackObserver(function ($x) use($i, $observer, $scheduler) {
// if there is another item in the sequence after one of the other source
// observables completes, we need to complete at this time to match the
// behavior of RxJS
if ($this->completesRemaining < $this->numberOfSources) {
// check for completed and empty queues
for ($j = 0; $j < $this->numberOfSources; $j++) {
if ($this->completed[$j] && count($this->queues[$j]) === 0) {
$observer->onCompleted();
return;
}
}
}
$this->queues[$i]->enqueue($x);
for ($j = 0; $j < $this->numberOfSources; $j++) {
if ($this->queues[$j]->isEmpty()) {
return;
}
}
$params = [];
for ($j = 0; $j < $this->numberOfSources; $j++) {
$params[] = $this->queues[$j]->dequeue();
}
try {
$observer->onNext(call_user_func_array($this->resultSelector, $params));
} catch (\Exception $e) {
$observer->onError($e);
}
}, function ($e) use($observer) {
$observer->onError($e);
}, function () use($i, $observer) {
$this->completesRemaining--;
$this->completed[$i] = true;
if ($this->completesRemaining === 0) {
$observer->onCompleted();
}
});
$subscription = $source->subscribe($cbObserver, $scheduler);
$disposable->add($subscription);
}
return $disposable;
}
/**
* @param $socket
* @param ObserverInterface $observer
*/
public function onConnected($socket, $observer)
{
$this->loop->removeWriteStream($socket);
if (false === stream_socket_get_name($socket, true)) {
$observer->onError(new ConnectionException('Connection refused'));
$observer->onCompleted();
return;
}
$observer->onNext(new ConnectorEvent("/connector/connected", new Stream($socket, $this->loop), $this->labels));
//$observer->onCompleted();
}
/**
* @param \Rx\ObservableInterface $observable
* @param \Rx\ObserverInterface $observer
* @param \Rx\SchedulerInterface $scheduler
* @return \Rx\DisposableInterface
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$remaining = $this->count;
$cbObserver = new CallbackObserver(function ($nextValue) use($observer, &$remaining) {
if ($remaining <= 0) {
$observer->onNext($nextValue);
} else {
$remaining--;
}
}, [$observer, 'onError'], [$observer, 'onCompleted']);
return $observable->subscribe($cbObserver, $scheduler);
}
/**
* @inheritDoc
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
if ($this->scheduler !== null) {
$scheduler = $this->scheduler;
}
if ($scheduler === null) {
throw new \Exception("You must use a scheduler with timestamp.");
}
return $observable->subscribe(new CallbackObserver(function ($x) use($observer, $scheduler) {
$observer->onNext(new Timestamped($scheduler->now(), $x));
}, [$observer, "onError"], [$observer, "onCompleted"]), $scheduler);
}
public function subscribe(ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
if ($this->scheduler !== null) {
$scheduler = $this->scheduler;
}
if ($scheduler === null) {
throw new \Exception("You must use a scheduler that support non-zero delay.");
}
$counter = 0;
return $scheduler->schedulePeriodic(function () use(&$counter, $observer) {
$observer->onNext($counter++);
}, $this->interval, $this->interval);
}
public function subscribe(ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
if ($this->scheduler !== null) {
$scheduler = $this->scheduler;
}
if ($scheduler === null) {
throw new \Exception("You must use a scheduler that support non-zero delay.");
}
return $scheduler->schedule(function () use($observer) {
$observer->onNext(0);
$observer->onCompleted();
}, $this->dueTime);
}
/**
* @param \Rx\ObservableInterface $observable
* @param \Rx\ObserverInterface $observer
* @param \Rx\SchedulerInterface $scheduler
* @return \Rx\DisposableInterface
*/
public function __invoke(ObservableInterface $observable, ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$selectObserver = new CallbackObserver(function ($nextValue) use($observer) {
$value = null;
try {
$value = call_user_func($this->selector, $nextValue);
} catch (\Exception $e) {
$observer->onError($e);
}
$observer->onNext($value);
}, [$observer, 'onError'], [$observer, 'onCompleted']);
return $observable->subscribe($selectObserver, $scheduler);
}
public function subscribe(ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$value = $this->value;
$scheduler = $scheduler ?: new ImmediateScheduler();
$disposable = new CompositeDisposable();
$disposable->add($scheduler->schedule(function () use($observer, $value) {
$observer->onNext($value);
}));
$disposable->add($scheduler->schedule(function () use($observer) {
$observer->onCompleted();
}));
return $disposable;
}
/**
* @param ObserverInterface $observer
* @param SchedulerInterface|null $scheduler
* @return \Rx\Disposable\CompositeDisposable|\Rx\DisposableInterface
*/
public function subscribe(ObserverInterface $observer, SchedulerInterface $scheduler = null)
{
$scheduler = $scheduler ?: new ImmediateScheduler();
$key = 0;
$defaultFn = function ($reschedule) use(&$observer, &$key) {
try {
if (null === $key) {
$observer->onCompleted();
return;
}
$current = $this->items->current();
$observer->onNext($current);
$this->items->next();
$key = $this->items->key();
$reschedule();
} catch (\Exception $e) {
$observer->onError($e);
}
};
$hhvmFn = function ($reschedule) use(&$observer, &$key) {
try {
//HHVM requires you to call next() before current()
$this->items->next();
$key = $this->items->key();
if (null === $key) {
$observer->onCompleted();
return;
}
$current = $this->items->current();
$observer->onNext($current);
$reschedule();
} catch (\Exception $e) {
$observer->onError($e);
}
};
return $scheduler->scheduleRecursive(defined('HHVM_VERSION') && version_compare(HHVM_VERSION, '3.11.0', 'lt') ? $hhvmFn : $defaultFn);
}
protected function pollForOutput(ObserverInterface $observer, $previous)
{
$poll = new \ZMQPoll();
$read = $write = [];
$poll->add($this->socket->getSocket(), \ZMQ::POLL_OUT);
for ($i = 0; $i < 1000; $i += 1) {
$events = $poll->poll($read, $write, 1);
if ($events) {
$observer->onNext($previous);
return $observer->onCompleted();
}
$this->loop->tick();
}
return $observer->onError(new ConnectException("Socket is not answering"));
}
