public IInsureeLogic GetInsureeLogic()
{
if (_insureeLogic == null)
{
_insureeLogic = new InsureeLogic(this.imisModules);
}
return(_insureeLogic);
}
public IInsureeLogic GetInsureeLogic()
{
if (_insureeLogic == null)
{
_insureeLogic = new InsureeLogic(_configuration);
}
return(_insureeLogic);
}
public async Task <FamilyModel> AddFamilyAsync(FamilyModel family)
{
// Authorize user
// Validate input
#region Validate input
/// TODO: think of a strategy for validation => one solution to have one validation class that creates only
/// one SQL call to check different validations => only one SQL access for validation
// check at least one insuree in the family
NotEmptyFamilyValidator notEmptyFamilyValidator = new NotEmptyFamilyValidator(null);
OnlyOneHeadInFamilyValidator onlyOneHeadInFamilyValidator = new OnlyOneHeadInFamilyValidator(notEmptyFamilyValidator);
onlyOneHeadInFamilyValidator.Validate(family);
// check each insuree number is correct and unique
/// TODO: add only one validator for the Insuree class as it will be used here and in the InsureeLogic
IInsureeLogic insureeLogic = this.imisModules.GetInsureeManagementModule().GetInsureeLogic();
UniqueInsureeNumberValidator uniqueInsureeNumberValidator = new UniqueInsureeNumberValidator(insureeLogic, insureeNumberValidator);
foreach (InsureeModel insuree in family.Insurees)
{
await uniqueInsureeNumberValidator.ValidateAsync(insuree.CHFID);
}
#endregion
// Execute business behaviour
FamilyModel newFamily = await familyRepository.AddNewFamilyAsync(family);
// Validate results
// Validate data access rights
// Return results
return(newFamily);
}
public UniqueInsureeNumberValidator(IInsureeLogic insureeLogic, IValidator validator)
{
this.validator = validator;
this.insureeLogic = insureeLogic;
}
public IInsureeManagementModule SetInsureeLogic(IInsureeLogic insureeLogic)
{
_insureeLogic = insureeLogic;
return(this);
}
