dispatcher = m::mock(Dispatcher::class); $this->scheduleRepository = m::mock(ScheduleRepositoryInterface::class); $this->taskRepository = m::mock(TaskRepositoryInterface::class); } /** * Test that a schedule can be updated and first task set to run. */ public function testScheduleIsUpdatedAndRun() { $model = factory(Schedule::class)->make(); $model->setRelation('tasks', collect([$task = factory(Task::class)->make([ 'sequence_id' => 1, ])])); $this->scheduleRepository->shouldReceive('loadTasks')->with($model)->once()->andReturn($model); $formatted = sprintf('%s %s %s * %s', $model->cron_minute, $model->cron_hour, $model->cron_day_of_month, $model->cron_day_of_week); $this->scheduleRepository->shouldReceive('update')->with($model->id, [ 'is_processing' => true, 'next_run_at' => CronExpression::factory($formatted)->getNextRunDate(), ]); $this->taskRepository->shouldReceive('update')->with($task->id, ['is_queued' => true])->once(); $this->dispatcher->shouldReceive('dispatch')->with(m::on(function ($class) use ($model, $task) { $this->assertInstanceOf(RunTaskJob::class, $class); $this->assertSame($task->time_offset, $class->delay); $this->assertSame($task->id, $class->task); $this->assertSame($model->id, $class->schedule); return true; }))->once(); $this->getService()->handle($model); $this->assertTrue(true); } /** * Return an instance of the service for testing purposes. * * @return \Pterodactyl\Services\Schedules\ProcessScheduleService */ private function getService(): ProcessScheduleService { return new ProcessScheduleService($this->dispatcher, $this->scheduleRepository, $this->taskRepository); } }