public async void GenerateProducerData_AmendProducer_WithMatchingExistingProducer_AndDetailsNotEqual_ReturnsNewProducer()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
RegisteredProducer registeredProducer = A.Fake <RegisteredProducer>();
A.CallTo(() => registeredProducer.CurrentSubmission)
.Returns(new AlwaysUnequalProducer());
A.CallTo(() => registeredProducer.ProducerRegistrationNumber)
.Returns("Test Registration Number");
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A <string> ._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A <string> ._, A <int> ._, A <Guid> ._))
.Returns(registeredProducer);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
public async void GenerateProducerData_WithNoProducerChargesForProducer_ThrowsApplicationException()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ProducerCharges = new Dictionary<string, ProducerCharge>();
await Assert.ThrowsAsync<ApplicationException>(() => builder.InvokeGenerateProducerDataWithSingleResult());
}
public async void GenerateProducerData_WithNullProducerCharges_ThrowsApplicationException()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ProducerCharges = null;
await Assert.ThrowsAsync<ApplicationException>(() => builder.InvokeGenerateProducerDataWithSingleResult());
}
public async void GenerateProducerData_WithProducerBusiness_ReturnsProducerWithMatchingProducerBusiness()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ProducerBusiness = new producerBusinessType()
{
correspondentForNotices = new optionalContactDetailsContainerType(),
Item = new companyType()
{
companyName = "Test company",
companyNumber = "Test CRN",
registeredOffice = new contactDetailsContainerType()
{
contactDetails = new contactDetailsType()
{
address = new addressType()
{
country = countryType.UKENGLAND
}
}
}
}
};
builder.ProducerCharges.Add("Test company", new ProducerCharge()
{
ChargeBandAmount = new ChargeBandAmount()
});
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test company", result.ProducerBusiness.CompanyDetails.Name);
Assert.Equal("Test CRN", result.ProducerBusiness.CompanyDetails.CompanyNumber);
}
public async void GenerateProducerData_WithNullProducerCharges_ThrowsApplicationException()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ProducerCharges = null;
await Assert.ThrowsAsync <ApplicationException>(() => builder.InvokeGenerateProducerDataWithSingleResult());
}
public async void GenerateProducerData_WithNoProducerChargesForProducer_ThrowsApplicationException()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ProducerCharges = new Dictionary <string, ProducerCharge>();
await Assert.ThrowsAsync <ApplicationException>(() => builder.InvokeGenerateProducerDataWithSingleResult());
}
public async void GenerateProducerData_WithEEEPlacedOnMarketBand_ReturnsProducerWithMatchingEEEPlacedOnMarketBand()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.EEEPlacedOnMarketBandType = eeePlacedOnMarketBandType.Lessthan5TEEEplacedonmarket;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(1, result.EEEPlacedOnMarketBandType);
}
public async void GenerateProducerData_WithSellingTechnique_ReturnsProducerWithMatchingSellingTechnique()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.SellingTechnique = sellingTechniqueType.Both;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(2, result.SellingTechniqueType);
}
public async void GenerateProducerData_WithObligationType_ReturnsProducerWithMatchingObligationType()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ObligationType = obligationTypeType.B2B;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(Domain.Obligation.ObligationType.B2B, result.ObligationType);
}
public async void GenerateProducerData_WithAnnualTurnOverBandType_ReturnsProducerWithMatchingAnnualTurnOverBandType()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.AnnualTurnoverBandType = annualTurnoverBandType.Greaterthanonemillionpounds;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(1, result.AnnualTurnOverBandType);
}
public async void GenerateProducerData_WithCeaseDate_ReturnsProducerWithMatchingCeaseDate()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.CeaseDate = new DateTime(2015, 10, 1);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(new DateTime(2015, 10, 1), result.CeaseToExist);
}
public async void GenerateProducerData_WithAnnualTurnover_ReturnsProducerWithMatchingAnnualTurnover()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.AnnualTurnover = 11100;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(11100, result.AnnualTurnover);
}
public async void GenerateProducerData_WithVatRegistered_ReturnsProducerWithMatchingVatRegistered(bool vatRegistered)
{
var builder = new GenerateProducerDataTestsBuilder();
builder.VatRegistered = vatRegistered;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(vatRegistered, result.VATRegistered);
}
public async void GenerateProducerData_WithManyProducers_AllInserts_ReturnsSameNumberOfProducers()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.I;
var result = await builder.InvokeGenerateProducerData(10);
Assert.Equal(10, result.Count());
}
public async void GenerateProducerData_InsertProducer_WithScheme_ReturnsRegisteredProducerWithMatchingSchemeId()
{
var schemeId = Guid.NewGuid();
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.I;
builder.SchemeId = schemeId;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(schemeId, result.RegisteredProducer.Scheme.Id);
}
public async void GenerateProducerData_WithBrandNames_ReturnsProducerWithMatchingBrandNames()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.BrandNames = new[] { "BrandName1", "BrandName2" };
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Collection(result.BrandNames,
r1 => Assert.Equal("BrandName1", r1.Name),
r2 => Assert.Equal("BrandName2", r2.Name));
}
public async void GenerateProducerData_WithGeneratedRegistrationNumberForInsertion_ReturnsProducerWithMatchingRegistrationNumber()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.I;
builder.GeneratedPrns.Clear();
builder.GeneratedPrns.Enqueue("Test Generated Registration Number");
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Generated Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
public async void GenerateProducerData_InsertProducer_WithScheme_ReturnsRegisteredProducerWithMatchingSchemeId()
{
var schemeId = Guid.NewGuid();
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.I;
builder.SchemeId = schemeId;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(schemeId, result.RegisteredProducer.Scheme.Id);
}
public async void GenerateProducerData_WithTradingName_ReturnsProducerWithMatchingTradingName()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.TradingName = "Test producer trading name";
builder.ProducerCharges.Add("Test producer trading name", new ProducerCharge()
{
ChargeBandAmount = new ChargeBandAmount()
});
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test producer trading name", result.TradingName);
}
public async void GenerateProducerData_WithAuthorisedRepresentative_ReturnsProducerWithMatchingAuthorisedRepresentative()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.AuthorisedRepresentative = new authorisedRepresentativeType()
{
overseasProducer = new overseasProducerType()
{
overseasProducerName = "Test overseas producer"
}
};
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test overseas producer", result.AuthorisedRepresentative.OverseasProducerName);
}
public async void GenerateProducerData_WithMemberUpload_ReturnsProducerWithMatchingMemberUpload()
{
var builder = new GenerateProducerDataTestsBuilder();
var data = "Test data";
var fileName = "Test filename";
var memberUpload = new MemberUpload(Guid.NewGuid(), data, A.Dummy <List <MemberUploadError> >(), 0, 2015, A.Dummy <Scheme>(), fileName, null, false);
builder.MemberUpload = memberUpload;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(data, result.MemberUpload.RawData.Data);
Assert.Equal(fileName, result.MemberUpload.FileName);
Assert.Same(memberUpload, result.MemberUpload);
}
public async void GenerateProducerData_AmendProducer_WithNoMatchingExistingProducer_AndMigratedProducer_ThrowsInvalidOperationException()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A <string> ._))
.Returns(false);
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A <string> ._))
.Returns(false);
Func <Task> action = async() => await builder.InvokeGenerateProducerData(1);
await Assert.ThrowsAsync <InvalidOperationException>(action);
}
public async void GenerateProducerData_WithMemberUpload_ReturnsProducerWithMatchingMemberUpload()
{
var builder = new GenerateProducerDataTestsBuilder();
var data = "Test data";
var fileName = "Test filename";
var memberUpload = new MemberUpload(Guid.NewGuid(), data, A.Dummy<List<MemberUploadError>>(), 0, 2015, A.Dummy<Scheme>(), fileName);
builder.MemberUpload = memberUpload;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(data, result.MemberUpload.RawData.Data);
Assert.Equal(fileName, result.MemberUpload.FileName);
Assert.Same(memberUpload, result.MemberUpload);
}
public async void GenerateProducerData_WithProducerCharges_ReturnsProducerWithMatchingProducerCharges()
{
var builder = new GenerateProducerDataTestsBuilder();
var chargeBoundAmound = new ChargeBandAmount(Guid.NewGuid(), ChargeBand.A, 20);
builder.ProducerCharges[builder.TradingName] = new ProducerCharge()
{
Amount = 100,
ChargeBandAmount = chargeBoundAmound
};
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(100, result.ChargeThisUpdate);
Assert.Equal(20, result.ChargeBandAmount.Amount);
Assert.Equal(chargeBoundAmound.Id, result.ChargeBandAmount.Id);
}
public async void GenerateProducerData_WithProducerCharges_ReturnsProducerWithMatchingProducerCharges()
{
var builder = new GenerateProducerDataTestsBuilder();
var chargeBoundAmound = new ChargeBandAmount(Guid.NewGuid(), ChargeBand.A, 20);
builder.ProducerCharges[builder.TradingName] = new ProducerCharge()
{
Amount = 100,
ChargeBandAmount = chargeBoundAmound
};
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(100, result.ChargeThisUpdate);
Assert.Equal(20, result.ChargeBandAmount.Amount);
Assert.Equal(chargeBoundAmound.Id, result.ChargeBandAmount.Id);
}
public async void GenerateProducerData_AmendProducer_WithMatchingExistingProducerFromAnotherScheme_ReturnsNewProducer()
{
var schemeId = Guid.NewGuid();
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
builder.SchemeId = schemeId;
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A <string> ._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A <string> ._, A <int> ._, A <Guid> ._))
.Returns((RegisteredProducer)null);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
Assert.Equal(schemeId, result.RegisteredProducer.Scheme.Id);
}
public async void GenerateProducerData_WithRegistrationNumberForAmendment_ReturnsProducerWithMatchingRegistrationNumber()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
RegisteredProducer registeredProducer = A.Fake <RegisteredProducer>();
A.CallTo(() => registeredProducer.ProducerRegistrationNumber)
.Returns("Test Registration Number");
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A <string> ._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A <string> ._, A <int> ._, A <Guid> ._))
.Returns(registeredProducer);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
public async void GenerateProducerData_AmendProducer_WithMatchingMigratedProducer_ReturnsNewProducer()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A <string> ._))
.Returns(false);
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A <string> ._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A <string> ._, A <int> ._, A <Guid> ._))
.Returns((RegisteredProducer)null);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A <string> ._))
.MustHaveHappened();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
public async void GenerateProducerData_AmendProducer_WithMatchingExistingProducer_AndDetailsEqual_DoesNotReturnNewProducer()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
RegisteredProducer registeredProducer = A.Fake <RegisteredProducer>();
A.CallTo(() => registeredProducer.CurrentSubmission)
.Returns(new AlwaysEqualProducer());
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A <string> ._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A <string> ._, A <int> ._, A <Guid> ._))
.Returns(registeredProducer);
var result = await builder.InvokeGenerateProducerData(1);
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A <string> ._))
.MustNotHaveHappened();
Assert.Equal(0, result.Count());
}
public async void GenerateProducerData_AmendProducer_WithMatchingExistingProducer_AndDetailsNotEqual_ReturnsNewProducer()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
RegisteredProducer registeredProducer = A.Fake<RegisteredProducer>();
A.CallTo(() => registeredProducer.CurrentSubmission)
.Returns(new AlwaysUnequalProducer());
A.CallTo(() => registeredProducer.ProducerRegistrationNumber)
.Returns("Test Registration Number");
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A<string>._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A<string>._, A<int>._, A<Guid>._))
.Returns(registeredProducer);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
public async void GenerateProducerData_WithObligationType_ReturnsProducerWithMatchingObligationType()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ObligationType = obligationTypeType.B2B;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(Domain.Obligation.ObligationType.B2B, result.ObligationType);
}
public async void GenerateProducerData_WithVatRegistered_ReturnsProducerWithMatchingVatRegistered(bool vatRegistered)
{
var builder = new GenerateProducerDataTestsBuilder();
builder.VatRegistered = vatRegistered;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(vatRegistered, result.VATRegistered);
}
public async void GenerateProducerData_WithAnnualTurnOverBandType_ReturnsProducerWithMatchingAnnualTurnOverBandType()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.AnnualTurnoverBandType = annualTurnoverBandType.Greaterthanonemillionpounds;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(1, result.AnnualTurnOverBandType);
}
public async void GenerateProducerData_WithRegistrationNumberForAmendment_ReturnsProducerWithMatchingRegistrationNumber()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
RegisteredProducer registeredProducer = A.Fake<RegisteredProducer>();
A.CallTo(() => registeredProducer.ProducerRegistrationNumber)
.Returns("Test Registration Number");
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A<string>._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A<string>._, A<int>._, A<Guid>._))
.Returns(registeredProducer);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
public async void GenerateProducerData_WithSellingTechnique_ReturnsProducerWithMatchingSellingTechnique()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.SellingTechnique = sellingTechniqueType.Both;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(2, result.SellingTechniqueType);
}
public async void GenerateProducerData_AmendProducer_WithMatchingExistingProducerFromAnotherScheme_ReturnsNewProducer()
{
var schemeId = Guid.NewGuid();
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
builder.SchemeId = schemeId;
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A<string>._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A<string>._, A<int>._, A<Guid>._))
.Returns((RegisteredProducer)null);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
Assert.Equal(schemeId, result.RegisteredProducer.Scheme.Id);
}
public async void GenerateProducerData_WithAuthorisedRepresentative_ReturnsProducerWithMatchingAuthorisedRepresentative()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.AuthorisedRepresentative = new authorisedRepresentativeType()
{
overseasProducer = new overseasProducerType()
{
overseasProducerName = "Test overseas producer"
}
};
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test overseas producer", result.AuthorisedRepresentative.OverseasProducerName);
}
public async void GenerateProducerData_WithManyProducers_AllInserts_ReturnsSameNumberOfProducers()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.I;
var result = await builder.InvokeGenerateProducerData(10);
Assert.Equal(10, result.Count());
}
public async void GenerateProducerData_WithGeneratedRegistrationNumberForInsertion_ReturnsProducerWithMatchingRegistrationNumber()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.I;
builder.GeneratedPrns.Clear();
builder.GeneratedPrns.Enqueue("Test Generated Registration Number");
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test Generated Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
public async void GenerateProducerData_WithAnnualTurnover_ReturnsProducerWithMatchingAnnualTurnover()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.AnnualTurnover = 11100;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(11100, result.AnnualTurnover);
}
public async void GenerateProducerData_AmendProducer_WithMatchingExistingProducer_AndDetailsEqual_DoesNotReturnNewProducer()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
RegisteredProducer registeredProducer = A.Fake<RegisteredProducer>();
A.CallTo(() => registeredProducer.CurrentSubmission)
.Returns(new AlwaysEqualProducer());
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A<string>._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A<string>._, A<int>._, A<Guid>._))
.Returns(registeredProducer);
var result = await builder.InvokeGenerateProducerData(1);
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A<string>._))
.MustNotHaveHappened();
Assert.Equal(0, result.Count());
}
public async void GenerateProducerData_WithCeaseDate_ReturnsProducerWithMatchingCeaseDate()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.CeaseDate = new DateTime(2015, 10, 1);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(new DateTime(2015, 10, 1), result.CeaseToExist);
}
public async void GenerateProducerData_AmendProducer_WithNoMatchingExistingProducer_AndMigratedProducer_ThrowsInvalidOperationException()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A<string>._))
.Returns(false);
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A<string>._))
.Returns(false);
Func<Task> action = async () => await builder.InvokeGenerateProducerData(1);
await Assert.ThrowsAsync<InvalidOperationException>(action);
}
public async void GenerateProducerData_WithBrandNames_ReturnsProducerWithMatchingBrandNames()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.BrandNames = new[] { "BrandName1", "BrandName2" };
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Collection(result.BrandNames,
r1 => Assert.Equal("BrandName1", r1.Name),
r2 => Assert.Equal("BrandName2", r2.Name));
}
public async void GenerateProducerData_WithEEEPlacedOnMarketBand_ReturnsProducerWithMatchingEEEPlacedOnMarketBand()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.EEEPlacedOnMarketBandType = eeePlacedOnMarketBandType.Lessthan5TEEEplacedonmarket;
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal(1, result.EEEPlacedOnMarketBandType);
}
public async void GenerateProducerData_WithTradingName_ReturnsProducerWithMatchingTradingName()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.TradingName = "Test producer trading name";
builder.ProducerCharges.Add("Test producer trading name", new ProducerCharge() { ChargeBandAmount = new ChargeBandAmount() });
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test producer trading name", result.TradingName);
}
public async void GenerateProducerData_WithProducerBusiness_ReturnsProducerWithMatchingProducerBusiness()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.ProducerBusiness = new producerBusinessType()
{
correspondentForNotices = new optionalContactDetailsContainerType(),
Item = new companyType()
{
companyName = "Test company",
companyNumber = "Test CRN",
registeredOffice = new contactDetailsContainerType()
{
contactDetails = new contactDetailsType()
{
address = new addressType()
{
country = countryType.UKENGLAND
}
}
}
}
};
builder.ProducerCharges.Add("Test company", new ProducerCharge() { ChargeBandAmount = new ChargeBandAmount() });
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
Assert.Equal("Test company", result.ProducerBusiness.CompanyDetails.Name);
Assert.Equal("Test CRN", result.ProducerBusiness.CompanyDetails.CompanyNumber);
}
public async void GenerateProducerData_AmendProducer_WithMatchingMigratedProducer_ReturnsNewProducer()
{
var builder = new GenerateProducerDataTestsBuilder();
builder.Status = statusType.A;
builder.RegistrationNumber = "Test Registration Number";
A.CallTo(() => builder.DataAccess.ProducerRegistrationExists(A<string>._))
.Returns(false);
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A<string>._))
.Returns(true);
A.CallTo(() => builder.DataAccess.FetchRegisteredProducerOrDefault(A<string>._, A<int>._, A<Guid>._))
.Returns((RegisteredProducer)null);
var result = await builder.InvokeGenerateProducerDataWithSingleResult();
A.CallTo(() => builder.DataAccess.MigratedProducerExists(A<string>._))
.MustHaveHappened();
Assert.Equal("Test Registration Number", result.RegisteredProducer.ProducerRegistrationNumber);
}
