public async Task HandleAsync_GivenMessage_ApprovalDateChangeStatusShouldBeValidatedAndReturned()
{
var message = fixture.Create <CheckAatfApprovalDateChange>();
var aatf = fixture.Create <Aatf>();
var flags = new CanApprovalDateBeChangedFlags();
A.CallTo(() => aatfDataAccess.GetDetails(message.AatfId)).Returns(aatf);
A.CallTo(() => getAatfApprovalDateChangeStatus.Validate(aatf, message.NewApprovalDate)).Returns(flags);
var result = await handler.HandleAsync(message);
result.Should().Be(flags);
}
public async Task HandleAsync_GivenMessageAndAatfApprovalDateHasNotChanged_AatfDataShouldNotBeRemoved()
{
var data = CreateAatfData(out var competentAuthority);
var updateRequest = fixture.Build <EditAatfDetails>().With(e => e.Data, data).Create();
var existingAatf = GetAatf();
var flags = new CanApprovalDateBeChangedFlags();
A.CallTo(() => genericDataAccess.GetById <Aatf>(updateRequest.Data.Id)).Returns(existingAatf);
A.CallTo(() => getAatfApprovalDateChangeStatus.Validate(existingAatf, data.ApprovalDate.Value)).Returns(flags);
var result = await handler.HandleAsync(updateRequest);
A.CallTo(() => aatfDataAccess.RemoveAatfData(A <Aatf> ._, A <IEnumerable <int> > ._)).MustNotHaveHappened();
}
public async Task <CanApprovalDateBeChangedFlags> Validate(Aatf aatf, DateTime newApprovalDate)
{
var result = new CanApprovalDateBeChangedFlags();
if (aatf.ApprovalDate.HasValue)
{
var currentQuarter = await quarterWindowFactory.GetAnnualQuarterForDate(aatf.ApprovalDate.Value);
var newQuarter = await quarterWindowFactory.GetAnnualQuarterForDate(newApprovalDate);
if (aatf.ApprovalDate.Equals(newApprovalDate))
{
return(result);
}
if ((int)newQuarter > (int)currentQuarter)
{
result |= CanApprovalDateBeChangedFlags.DateChanged;
var returns = await organisationDataAccess.GetReturnsByComplianceYear(aatf.Organisation.Id, aatf.ComplianceYear, aatf.FacilityType);
if (returns.Any(r => (int)r.Quarter.Q == (int)currentQuarter && r.ReturnStatus.Value == ReturnStatus.Created.Value))
{
result |= CanApprovalDateBeChangedFlags.HasStartedReturn;
}
if (returns.Any(r => (int)r.Quarter.Q == (int)currentQuarter && r.ReturnStatus.Value == ReturnStatus.Submitted.Value))
{
result |= CanApprovalDateBeChangedFlags.HasSubmittedReturn;
}
if (returns.Any(r => ((int)r.Quarter.Q == (int)currentQuarter && r.ReturnStatus.Value == ReturnStatus.Submitted.Value && r.ParentId != null) ||
((int)r.Quarter.Q == (int)currentQuarter && r.ReturnStatus.Value == ReturnStatus.Submitted.Value && r.ParentId != null)))
{
result |= CanApprovalDateBeChangedFlags.HasResubmission;
}
if (await aatfDataAccess.HasAatfOrganisationOtherAeOrAatf(aatf))
{
result |= CanApprovalDateBeChangedFlags.HasMultipleFacility;
}
}
}
return(result);
}
public async Task HandleAsync_GivenMessageAndAatfApprovalDateHasChanged_AatfDataShouldBeRemovedBeforeAatfIsUpdated()
{
var data = CreateAatfData(out var competentAuthority);
var updateRequest = fixture.Build <EditAatfDetails>().With(e => e.Data, data).Create();
var existingAatf = GetAatf();
var flags = new CanApprovalDateBeChangedFlags();
flags |= CanApprovalDateBeChangedFlags.DateChanged;
A.CallTo(() => genericDataAccess.GetById <Aatf>(A <Guid> ._)).Returns(existingAatf);
A.CallTo(() => getAatfApprovalDateChangeStatus.Validate(A <Aatf> ._, A <DateTime> ._)).Returns(flags);
A.CallTo(() => quarterWindowFactory.GetAnnualQuarterForDate(A <DateTime> ._)).ReturnsNextFromSequence(new QuarterType[] { QuarterType.Q1, QuarterType.Q2 });
var result = await handler.HandleAsync(updateRequest);
A.CallTo(() => aatfDataAccess.RemoveAatfData(existingAatf, A <IEnumerable <int> > ._))
.MustHaveHappenedOnceExactly().Then(A.CallTo(() => aatfDataAccess.UpdateDetails(A <Aatf> ._, A <Aatf> ._)).MustHaveHappenedOnceExactly());
}