public void JobExecutorShell_Will_Execute_Jobs()
{
var queueName = QueueNameHelper.CreateQueueName();
var container = new SimpleInjector.Container();
container.Register <IContainerFactory, TestSimpleInjectorContainerFactory>();
container.Register <ISqlDbJobQueueTableConfiguration, SqlDbJobQueueDefaultTableConfiguration>();
container.Register <IJobAdderQueueTableResolver, DefaultJobAdderQueueTableResolver>();
container.Register <SQLiteJobQueueDataConnectionFactory>(() => new SQLiteJobQueueDataConnectionFactory(UnitTestTableHelper.connString));
container.Register <IJobQueueManager, SQLiteJobQueueManager>();
container.Register <IJobQueueAdder, SQLiteJobQueueAdder>();
container.Register <IJobTypeResolver, NullOnMissingTypeJobTypeResolver>();
container.Register <IJobExecutor, DefaultJobExecutor>();
container.Register <JobQueueLayerActor>();
container.Register <JobWorkerActor>();
container.Register <JobQueueCoordinator>();
var jobStore = (IJobQueueAdder)container.GetInstance(typeof(IJobQueueAdder));
var executor = new DependencyInjectedJobExecutorShell(
(system) => new SimpleInjectorDependencyResolver(container, system),
null);
container.Verify();
/*var executor = new HardInjectedJobExecutorShell(() => new JobQueueLayerActor(jobStore),
* () => new JobWorkerActor(new DefaultJobExecutor(new DefaultContainerFactory())), null);*/
executor.StartJobQueue(queueName, 5, 1, 1);
jobStore.AddJob((DIShellMockJob m) => m.DoThing(nameof(JobExecutorShell_Will_Execute_Jobs), 1), null, null, queueName);
SpinWait.SpinUntil(() => false, TimeSpan.FromSeconds(8));
Xunit.Assert.True(DIShellMockJob.MyCounter.ContainsKey(nameof(JobExecutorShell_Will_Execute_Jobs)));
}
public void JobCoordinator_Will_Fire_OnJobQueueSaturation()
{
var queueName = QueueNameHelper.CreateQueueName();
//TODO: Make this less like an integration test; there's no reason we couldn't mock this out with just testprobe.
var workerCount = 1;
var jobAdder = AkkaExecutionTest.GetJobQueueAdder;
var executor = new DefaultJobExecutor(new DefaultContainerFactory());
var probe = CreateTestProbe("queue");
var queueLayerProps = Props.Create(() => new JobQueueLayerActor(AkkaExecutionTest.GetJobQueueManager));
var workerProps = Props.Create(() => new JobWorkerActor(executor)).WithRouter(new RoundRobinPool(workerCount));
var coordinator = Sys.ActorOf(Props.Create(() => new CountingOnJobQueueSaturatedCoordinator()));
jobAdder.AddJob((DelayJob j) => j.DoDelay("qs-1"), queueName: queueName);
jobAdder.AddJob((DelayJob j) => j.DoDelay("qs-2"), queueName: queueName);
jobAdder.AddJob((DelayJob j) => j.DoDelay("qs-3"), queueName: queueName);
coordinator.Tell(new SetJobQueueConfiguration(workerProps, queueLayerProps, queueName, 1, 1, 1));
coordinator.Tell(new JobSweep());
coordinator.Tell(new JobSweep());
coordinator.Tell(new JobSweep());
SpinWait.SpinUntil(() => false, TimeSpan.FromSeconds(2));
Xunit.Assert.Equal(2, CountingOnJobQueueSaturatedCoordinator.pulseCount[queueName]);
Xunit.Assert.True(DelayJob.MsgCounter.ContainsKey("qs-1"));
Xunit.Assert.True(DelayJob.MsgCounter.ContainsKey("qs-2"));
Xunit.Assert.False(DelayJob.MsgCounter.ContainsKey("qs-3"));
}
public void JobShell_Can_Start()
{
var queueName = QueueNameHelper.CreateQueueName();
var jobStore = new InMemoryTestStore();
var executor = new HardInjectedJobExecutorShell <JobQueueLayerActor, JobWorkerActor, JobQueueCoordinator>(() => new JobQueueLayerActor(jobStore),
() => new JobWorkerActor(new MockJobSuccessExecutor()),
() => new JobQueueCoordinator(), null);
executor.StartJobQueue(queueName, 5, 1);
}
public void JobExecutorShell_Will_Execute_Jobs()
{
var queueName = QueueNameHelper.CreateQueueName();
var jobStore = new InMemoryTestStore();
var executor = new HardInjectedJobExecutorShell <JobQueueLayerActor, JobWorkerActor, JobQueueCoordinator>(() => new JobQueueLayerActor(jobStore),
() => new JobWorkerActor(new DefaultJobExecutor(new DefaultContainerFactory())),
() => new JobQueueCoordinator(), null);
executor.StartJobQueue(queueName, 5, 1, 1);
jobStore.AddJob((ShellMockJob m) => m.DoThing(0), null, null, queueName);
SpinWait.SpinUntil(() => false, TimeSpan.FromSeconds(8));
Xunit.Assert.Equal(1, ShellMockJob.MyCounter);
}
public void JobCoordinator_Can_Shutdown()
{
var queueName = QueueNameHelper.CreateQueueName();
var workerCount = 5;
var jobStore = AkkaExecutionTest.GetJobQueueManager;
var executor = new MockJobSuccessExecutor();
var queueLayerProps = Props.Create(() => new JobQueueLayerActor(jobStore));
var workerProps = Props.Create(() => new JobWorkerActor(executor)).WithRouter(new RoundRobinPool(workerCount));
var coordinator = Sys.ActorOf(Props.Create(() => new JobQueueCoordinator()));
var set = coordinator.Ask(new SetJobQueueConfiguration(workerProps, queueLayerProps, queueName, 1, 1, 1)).Result;
coordinator.Tell(new ShutDownQueues());
ExpectMsgFrom <QueueShutDown>(coordinator);
}
public void JobCoordinator_Will_Send_Job_To_Queue()
{
var queueName = QueueNameHelper.CreateQueueName();
var workerCount = 5;
var executor = new MockJobSuccessExecutor();
var probe = CreateTestProbe("queue");
var queueLayerProps = Props.Create(() => new QueueLayerMock(probe, "Success"));
var workerProbe = CreateTestProbe("worker");
var workerProps = Props.Create(() => new MockJobWorker(workerProbe)).WithRouter(new RoundRobinPool(workerCount));
var coordinator = Sys.ActorOf(Props.Create(() => new JobQueueCoordinator()));
coordinator.Tell(new SetJobQueueConfiguration(workerProps, queueLayerProps, queueName, 1, 0, 5));
coordinator.Tell(new JobSweep());
workerProbe.ExpectMsg <ExecuteJobRequest>(TimeSpan.FromSeconds(5));
}
public void JobCoordinator_Will_Sweep_When_Asked()
{
var queueName = QueueNameHelper.CreateQueueName();
var workerCount = 5;
var executor = new MockJobSuccessExecutor();
var probe = CreateTestProbe("queue");
var queueLayerProps = Props.Create(() => new QueueLayerMock(probe, JobStates.New));
var workerProps = Props.Create(() => new JobWorkerActor(executor)).WithRouter(new RoundRobinPool(workerCount));
var coordinator = Sys.ActorOf(Props.Create(() => new JobQueueCoordinator()));
coordinator.Tell(new SetJobQueueConfiguration(workerProps, queueLayerProps, queueName, 1, 1, 1));
coordinator.Tell(new JobSweep());
probe.ExpectMsg <GetJobs>();
}
public void JobExecutorShell_Will_Shutdown()
{
var queueName = QueueNameHelper.CreateQueueName();
//Warning: this test is a bit racy, due to the nature of JobExecutor and the scheduler.
//Lowering the timeouts may cause false failures on the test, as the timer may fire before the shutdown is even called.
var jobStore = new InMemoryTestStore();
var executor = new HardInjectedJobExecutorShell <JobQueueLayerActor, JobWorkerActor, JobQueueCoordinator>(() => new JobQueueLayerActor(jobStore),
() => new JobWorkerActor(new DefaultJobExecutor(new DefaultContainerFactory())),
() => new JobQueueCoordinator(), null);
jobStore.AddJob((ShellShutdownMockJob1 m) => m.DoThing(0), null, null, queueName);
executor.StartJobQueue(queueName, 5, 5, 5);
executor.ShutDownQueue(queueName);
SpinWait.SpinUntil(() => false, TimeSpan.FromSeconds(5));
Xunit.Assert.True(ShellShutdownMockJob1.MyCounter.ContainsKey(0) == false);
}
public void JobShell_Can_Start()
{
var queueName = QueueNameHelper.CreateQueueName();
var container = new SimpleInjector.Container();
container.Register <IContainerFactory, TestSimpleInjectorContainerFactory>();
container.Register <ISqlDbJobQueueTableConfiguration, SqlDbJobQueueDefaultTableConfiguration>();
container.Register <IJobAdderQueueTableResolver, DefaultJobAdderQueueTableResolver>();
container.Register <SQLiteJobQueueDataConnectionFactory>(() => new SQLiteJobQueueDataConnectionFactory(UnitTestTableHelper.connString));
container.Register <IJobQueueManager, SQLiteJobQueueManager>();
container.Register <IJobQueueAdder, SQLiteJobQueueAdder>();
container.Register <IJobExecutor, MockJobSuccessExecutor>();
container.Register <JobQueueLayerActor>();
container.Register <JobWorkerActor>();
//container.Verify();
// HardInjectedJobExecutorShell(() => new JobQueueLayerActor(jobStore),
//() => new JobWorkerActor(new MockJobSuccessExecutor()), null);
var executor = new DependencyInjectedJobExecutorShell(
(system) => new SimpleInjectorDependencyResolver(container, system),
null);
executor.StartJobQueue(queueName, 5, 1);
}