public async Task CompanyRegistrationNumberChange_ShouldReturnRuleResult()
{
var scheme = SchemeWithXProducers(1);
var schemeId = Guid.NewGuid();
var error = RuleResult.Fail("oops", ErrorLevel.Warning);
A.CallTo(() => companyRegistrationNumberChange.Evaluate(scheme.producerList.Single())).Returns(error);
var result = await XmlBusinessValidator().Validate(scheme, schemeId);
Assert.Single(result);
Assert.Equal(error, result.Single());
}
public async Task <IEnumerable <RuleResult> > Validate(schemeType scheme, Guid organisationId)
{
var result = new List <RuleResult>();
// Xml validation only
result.AddRange(duplicateProducerRegistrationNumbers.Evaluate(scheme));
result.AddRange(duplicateProducerNames.Evaluate(scheme));
// Now comparing against existing data...
result.Add(correctSchemeApprovalNumber.Evaluate(scheme, organisationId));
var producerObligationTypeChange = producerObligationTypeChangeDelegate(organisationId, scheme.complianceYear);
// Validate producers
foreach (var producer in scheme.producerList)
{
// Xml validation only
result.Add(amendmentHasNoProducerRegistrationNumber.Evaluate(producer));
result.Add(insertHasProducerRegistrationNumber.Evaluate(producer));
result.Add(ukBasedAuthorisedRepresentative.Evaluate(producer));
result.Add(producerNameWarning.Evaluate(scheme, producer, organisationId));
result.Add(annualTurnoverMismatch.Evaluate(producer));
result.Add(ensureAnOverseasProducerIsNotBasedInTheUK.Evaluate(producer));
// Now comparing against existing data...
result.Add(producerRegistrationNumberValidity.Evaluate(producer));
result.Add(producerAlreadyRegistered.Evaluate(scheme, producer, organisationId));
result.Add(producerNameAlreadyRegistered.Evaluate());
result.Add(producerChargeBandChangeWarning.Evaluate(scheme, producer, organisationId));
result.Add(companyAlreadyRegistered.Evaluate(producer));
result.Add(companyRegistrationNumberChange.Evaluate(producer));
result.Add(await producerObligationTypeChange.Evaluate(producer));
}
return(result.Where(r => r != null && !r.IsValid));
}