public async Task WhenThereAreTimedOutJobs_thenThoseJobsAreIncludedInResult()
{
using (var sut = new InMemoryMetricsQueryDataContext())
{
await sut.Jobs.AddAsync(new JobModel
{
JobType = JobType.EarningsJob,
AcademicYear = 2122,
CollectionPeriod = 1,
DcJobId = 1,
Ukprn = 1,
Status = JobStatus.TimedOut,
DcJobSucceeded = true,
StartTime = DateTimeOffset.Now.AddMinutes(-149)
});
await sut.SaveChangesAsync();
var periodEndStartJob = new JobModel {
JobType = JobType.PeriodEndStartJob, AcademicYear = 2122, CollectionPeriod = 1, StartTime = DateTimeOffset.Now, DcJobId = 123
};
var actual = await sut.GetOutstandingOrTimedOutJobs(periodEndStartJob, CancellationToken.None);
actual.Count.Should().Be(1);
actual[0].DcJobId.Should().Be(1);
actual[0].Ukprn.Should().Be(1);
}
}
public async Task IgnoresThePeriodEndStartJobAndReturnsEmptyResult()
{
using (var sut = new InMemoryMetricsQueryDataContext())
{
await sut.Jobs.AddAsync(new JobModel
{
JobType = JobType.PeriodEndStartJob,
AcademicYear = 2122,
CollectionPeriod = 1,
DcJobId = 1,
Ukprn = 1,
Status = JobStatus.InProgress,
DcJobSucceeded = true,
StartTime = DateTimeOffset.Now
});
await sut.SaveChangesAsync();
var periodEndStartJob = new JobModel {
JobType = JobType.PeriodEndStartJob, AcademicYear = 2122, CollectionPeriod = 1, StartTime = DateTimeOffset.Now, DcJobId = 123
};
var actual = await sut.GetOutstandingOrTimedOutJobs(periodEndStartJob, CancellationToken.None);
actual.Count.Should().Be(0);
}
}
public async Task When_One_SubmissionSummary_Exists_For_Given_List_Of_JobIds_Then_The_Result_Does_Only_Include_Outstanding_JobId()
{
using (var sut = new InMemoryMetricsQueryDataContext())
{
await sut.SubmissionSummaries.AddAsync(new SubmissionSummaryModel
{
AcademicYear = 2122,
CollectionPeriod = 1,
JobId = 1,
Ukprn = 1,
});
await sut.SaveChangesAsync();
var outstandingJobs = new List <OutstandingJobResult> {
new OutstandingJobResult {
DcJobId = 1, Ukprn = 1
}, new OutstandingJobResult {
DcJobId = 2, Ukprn = 2
}
};
var actual = sut.DoSubmissionSummariesExistForJobs(outstandingJobs);
actual.Count.Should().Be(1);
actual[0].Should().Be(2);
}
}
public async Task WhenThereAreNoOutstandingJobs_thenReturnsEmptyResult()
{
using (var sut = new InMemoryMetricsQueryDataContext())
{
var periodEndStartJob = new JobModel {
JobType = JobType.PeriodEndStartJob, AcademicYear = 2122, CollectionPeriod = 1, StartTime = DateTimeOffset.Now, DcJobId = 123
};
var actual = await sut.GetOutstandingOrTimedOutJobs(periodEndStartJob, CancellationToken.None);
actual.Count.Should().Be(0);
}
}
public async Task WhenThereAreJobsFromPreviousAcademicYearAndCurrentAcademicYear_thenOnlyReturnsJobsFromCurrentAcademicYear()
{
using (var sut = new InMemoryMetricsQueryDataContext())
{
await sut.Jobs.AddAsync(new JobModel
{
JobType = JobType.EarningsJob,
AcademicYear = 2122,
CollectionPeriod = 1,
DcJobId = 1,
Ukprn = 1,
Status = JobStatus.InProgress,
DcJobSucceeded = true,
StartTime = DateTimeOffset.Now.AddMinutes(-148)
});
await sut.Jobs.AddAsync(new JobModel
{
JobType = JobType.EarningsJob,
AcademicYear = 2021,
CollectionPeriod = 14,
DcJobId = 14,
Ukprn = 14,
Status = JobStatus.InProgress,
DcJobSucceeded = true,
StartTime = DateTimeOffset.Now.AddMinutes(-148)
});
await sut.SaveChangesAsync();
var periodEndStartJob = new JobModel {
JobType = JobType.PeriodEndStartJob, AcademicYear = 2122, CollectionPeriod = 1, StartTime = DateTimeOffset.Now, DcJobId = 123
};
var actual = await sut.GetOutstandingOrTimedOutJobs(periodEndStartJob, CancellationToken.None);
actual.Count.Should().Be(1);
actual[0].DcJobId.Should().Be(1);
actual[0].Ukprn.Should().Be(1);
}
}
public void When_All_SubmissionSummaries_AreOutStanding_For_Given_List_Of_JobIds_Then_The_Result_Includes_All_Outstanding_JobId()
{
using (var sut = new InMemoryMetricsQueryDataContext())
{
//Do nothing in DB setup as we are asserting that all the jobs are outstanding
var outstandingJobs = new List <OutstandingJobResult> {
new OutstandingJobResult {
DcJobId = 1, Ukprn = 1
}, new OutstandingJobResult {
DcJobId = 2, Ukprn = 2
}
};
var actual = sut.DoSubmissionSummariesExistForJobs(outstandingJobs);
actual.Count.Should().Be(2);
actual[0].Should().Be(1);
actual[1].Should().Be(2);
}
}