private static SpecificationDetailedCheckResult <IPublishedPCConfigurationCheckDetails> CreateResult(
PublishedPCConfigurationCheckDetails details)
{
var isSatisfied = details.AllRequirementsSatisfied();
return(new SpecificationDetailedCheckResult <IPublishedPCConfigurationCheckDetails>(isSatisfied, details));
}
private void CheckComponentTypesSpecification(PCConfiguration entity, PublishedPCConfigurationCheckDetails details)
{
var typesSetDetails = _componentTypesSetSpecification.IsSatisfiedBy(entity);
if (typesSetDetails.IsSatisfied)
{
return;
}
details.RequiredButNotAddedTypes = typesSetDetails.FailureDetails.RequiredButNotAddedTypes;
details.TypesViolatedUniqueConstraint = typesSetDetails.FailureDetails.TypesViolatedUniqueConstraint;
}
private void CheckComponentsPlugSpecification(PCConfiguration entity, PublishedPCConfigurationCheckDetails details)
{
var componentsPlugDetails = _componentsCanBePluggedSpecification.IsSatisfiedBy(entity);
if (componentsPlugDetails.IsSatisfied)
{
return;
}
details.ComponentsCycleFailure = !componentsPlugDetails.FailureDetails.CanPlugWithoutCycles;
details.NotFoundInterfaces = componentsPlugDetails.FailureDetails.NotFoundInterfaces;
}
private PublishedPCConfigurationCheckDetails BuildCheckDetails(PCConfiguration entity)
{
var details = new PublishedPCConfigurationCheckDetails();
if (!_nameNotEmptySpecification.IsSatisfiedBy(entity))
{
details.NameNotEmptyFailure = true;
}
if (!_maxLengthSpecification.IsSatisfiedBy(entity))
{
details.NameMaxLengthFailure = true;
}
CheckComponentTypesSpecification(entity, details);
CheckComponentsPlugSpecification(entity, details);
return(details);
}