public Task <long> GetReferenceCount <T>(IGeneralUnitOfWork generalUnitOfWork, T updatedValue)
{
var reference = _toReference(updatedValue as TDal);
var repository = _getRepo(generalUnitOfWork);
return(repository.Count(_filter(reference)));
}
protected BaseManager(BaseManagerArguments baseManagerArguments)
{
_generalUnitOfWork = baseManagerArguments.GeneralUnitOfWork;
_messenger = baseManagerArguments.Messenger;
_validationFactory = baseManagerArguments.ValidationFactory;
_dataIntegrityManager = baseManagerArguments.DataIntegrityManager;
}
public Task <long> UpdateReferences <T>(IGeneralUnitOfWork generalUnitOfWork, T updatedValue)
{
var reference = _toReference(updatedValue as TDal);
var repository = _getRepo(generalUnitOfWork);
return(repository.Update(_filter(reference), _property, reference));
}
public BaseManagerArguments(IGeneralUnitOfWork generalUnitOfWork, IMessenger messenger,
IValidatorFactory validationFactory)
{
_generalUnitOfWork = generalUnitOfWork;
_messenger = messenger;
_validationFactory = validationFactory;
_dataIntegrityManager = new DataIntegrityManager(_generalUnitOfWork, IntegrityOperators.Default);
}
public async Task <bool> HasReferenceChanged <T>(IGeneralUnitOfWork generalUnitOfWork, T updatedValue)
{
var reference = _toReference(updatedValue as TDal);
var repository = _getRepo(generalUnitOfWork);
var hasReferenceChanged = await repository.FindOne(_filter(reference));
if (hasReferenceChanged != null)
{
reference.Dump("reference");
var dalReference = _property.Compile()(hasReferenceChanged);
dalReference.Dump("dalReference");
return(!dalReference.Equals(reference));
}
return(false);
}
public PersistanceTester(IGeneralUnitOfWork unitOfWork, Func <IGeneralUnitOfWork, IRepository <T> > repo)
{
_unitOfWork = unitOfWork;
_repo = repo;
}
public DataIntegrityManager(IGeneralUnitOfWork generalUnitOfWork, List <IIntegrity> integrityUpdatetors)
{
_generalUnitOfWork = generalUnitOfWork;
_integrityUpdatetor = integrityUpdatetors;
}
