private JobDescription CreateJobWithReturnData(TestJobWithReturnData.TestData data)
{
return(new JobDescription
{
Type = typeof(TestJobWithReturnData).AssemblyQualifiedName,
Input = new JobInputDescription
{
Type = data.GetType().AssemblyQualifiedName,
InputData = data
}
});
}
public async Task Successful_Job_Should_Release_With_Given_Result()
{
//Arrange
var settings = new BatchSettings
{
NumberOfParallelJobs = 1,
PollingFrequency = 50,
HeartBeatFrequency = 5000,
};
var data = new TestJobWithReturnData.TestData
{
State = ExecutionState.Halted,
StatusInfo = "info",
DueTime = new DateTime(2018, 1, 2, 3, 4, 5)
};
var job = CreateJobWithReturnData(data);
job.Id = Guid.NewGuid();
_store.AcquireJobAsync().Returns(Task.FromResult(job), Task.FromResult((JobDescription)null));
JobResult result = null;
await _store.ReleaseJobAsync(job.Id, Arg.Do <JobResult>(x => result = x));
//Act
using (var engine = new BatchEngine(_store, _dependencyResolver, _logger, settings))
{
engine.Start();
await Task.Delay(10);
}
//Assert
Assert.Equal(data.State, result.State);
Assert.Equal(data.StatusInfo, result.StatusInfo);
Assert.Equal(data.DueTime, result.DueTime);
await _store.Received(1).ReleaseJobAsync(job.Id, result);
AssertNoErrorsLogged();
}
public async Task Polling_Frequency_Zero_Should_Release_Semaphore()
{ //Arrange
var settings = new BatchSettings
{
NumberOfParallelJobs = 1,
PollingFrequency = 0,
HeartBeatFrequency = 5000,
};
var data = new TestJobWithReturnData.TestData
{
State = ExecutionState.Waiting,
StatusInfo = "info",
DueTime = new DateTime(2018, 1, 2, 3, 4, 5)
};
var job = CreateJobWithReturnData(data);
job.Id = Guid.NewGuid();
_store.AcquireJobAsync().Returns(Task.FromResult(job), Task.FromResult((JobDescription)null), Task.FromResult(job), Task.FromResult((JobDescription)null));
//Act
using (var engine = new BatchEngine(_store, _dependencyResolver, _logger, settings))
{
engine.Start();
await Task.Delay(200);
}
//Assert
await _store.Received(2).ReleaseJobAsync(job.Id, Arg.Any <JobResult>());
AssertNoErrorsLogged();
}
