public void Create_Tickets_DeductableAmmountIsCorrect(int ammount, int receiverCount, int expectedDeductableAmmount, int expectedDeductableVat, int expectedNonDeductableAmmount)
{
RepresentationSplitter representationSplitter = new RepresentationSplitter(ammount, 25, RepresentationType.TicketsEtc, receiverCount);
Assert.AreEqual(expectedDeductableAmmount, representationSplitter.DeductableAmmount);
Assert.AreEqual(expectedDeductableVat, representationSplitter.DeductableVat);
Assert.AreEqual(expectedNonDeductableAmmount, representationSplitter.NonDeductableAmmount);
}
public List<Expense> GetExpenses()
{
AccountType deductableAccount;
AccountType nonDeductableAccount;
RepresentationSplitter splitter = new RepresentationSplitter(Ammount, VatPercent, Type, Receivers.Count);
switch (Circumstance)
{
case RepresentationCircumstance.Extern:
deductableAccount = AccountType.ExternRepresentationAvdragsgill;
nonDeductableAccount = AccountType.ExternRepresentationEjAvdragsgill;
break;
case RepresentationCircumstance.Intern:
deductableAccount = AccountType.InternRepresentationAvdragsgill;
nonDeductableAccount = AccountType.InternRepresentationEjAvdragsgill;
break;
case RepresentationCircumstance.Rekrytering:
deductableAccount = AccountType.RekryteringAvdragsgill;
nonDeductableAccount = AccountType.RekryteringEjAvdragsgill;
break;
default:
return null;
}
var result = new List<Expense>
{
new Expense(deductableAccount, splitter.DeductableAmmount, splitter.DeductableVat)
};
if (splitter.NonDeductableAmmount > 0)
{
result.Add(new Expense(nonDeductableAccount, splitter.NonDeductableAmmount, 0));
}
return result;
}
