eventMutex = $container->bound(EventMutex::class) ? $container->make(EventMutex::class) : $container->make(CacheEventMutex::class); $this->schedulingMutex = $container->bound(SchedulingMutex::class) ? $container->make(SchedulingMutex::class) : $container->make(CacheSchedulingMutex::class); } /** * Add a new callback event to the schedule. * * @param string|callable $callback * @param array $parameters * @return \Illuminate\Console\Scheduling\CallbackEvent */ public function call($callback, array $parameters = []) { $this->events[] = $event = new CallbackEvent( $this->eventMutex, $callback, $parameters ); return $event; } /** * Add a new Artisan command event to the schedule. * * @param string $command * @param array $parameters * @return \Illuminate\Console\Scheduling\Event */ public function command($command, array $parameters = []) { if (class_exists($command)) { $command = Container::getInstance()->make($command)->getName(); } return $this->exec( Application::formatCommandString($command), $parameters ); } /** * Add a new job callback event to the schedule. * * @param object|string $job * @param string|null $queue * @return \Illuminate\Console\Scheduling\CallbackEvent */ public function job($job, $queue = null) { return $this->call(function () use ($job, $queue) { $job = is_string($job) ? resolve($job) : $job; if ($job instanceof ShouldQueue) { dispatch($job)->onQueue($queue); } else { dispatch_now($job); } })->name(is_string($job) ? $job : get_class($job)); } /** * Add a new command event to the schedule. * * @param string $command * @param array $parameters * @return \Illuminate\Console\Scheduling\Event */ public function exec($command, array $parameters = []) { if (count($parameters)) { $command .= ' '.$this->compileParameters($parameters); } $this->events[] = $event = new Event($this->eventMutex, $command); return $event; } /** * Compile parameters for a command. * * @param array $parameters * @return string */ protected function compileParameters(array $parameters) { return collect($parameters)->map(function ($value, $key) { if (is_array($value)) { $value = collect($value)->map(function ($value) { return ProcessUtils::escapeArgument($value); })->implode(' '); } elseif (! is_numeric($value) && ! preg_match('/^(-.$|--.*)/i', $value)) { $value = ProcessUtils::escapeArgument($value); } return is_numeric($key) ? $value : "{$key}={$value}"; })->implode(' '); } /** * Determine if the server is allowed to run this event. * * @param \Illuminate\Console\Scheduling\Event $event * @param \DateTimeInterface $time * @return bool */ public function serverShouldRun(Event $event, DateTimeInterface $time) { return $this->schedulingMutex->create($event, $time); } /** * Get all of the events on the schedule that are due. * * @param \Illuminate\Contracts\Foundation\Application $app * @return \Illuminate\Support\Collection */ public function dueEvents($app) { return collect($this->events)->filter->isDue($app); } /** * Get all of the events on the schedule. * * @return \Illuminate\Console\Scheduling\Event[] */ public function events() { return $this->events; } /** * Specify the cache store that should be used to store mutexes. * * @param string $store * @return $this */ public function useCache($store) { if ($this->eventMutex instanceof CacheEventMutex) { $this->eventMutex->useStore($store); } if ($this->schedulingMutex instanceof CacheSchedulingMutex) { $this->schedulingMutex->useStore($store); } return $this; } }