public void Should_return_Rounded_Negative_1000_for_Decimal_with_49_Cents()
{
decimal testInputs = -1000.49m;
Int32 testResult = IntRounding.RoundToInt(testInputs);
Assert.AreEqual(TEST_NEG_RESULT_NUMBER_DOWN, testResult);
}
public void Should_return_Rounded_1000_for_Decimal_with_99_Cents()
{
decimal testInputs = 1000.99m;
Int32 testResult = IntRounding.RoundToInt(testInputs);
Assert.AreEqual(TEST_POS_RESULT_NUMBER_UP, testResult);
}
public static Int32 RebateResult(decimal rebateBasis, decimal rebateApply, decimal rebateClaim)
{
decimal afterApply = decimal.Subtract(rebateBasis, rebateApply);
decimal afterClaim = Math.Max(0m, decimal.Subtract(rebateClaim, afterApply));
decimal rebateResult = decimal.Subtract(rebateClaim, afterClaim);
return(IntRounding.RoundToInt(rebateResult));
}
// ChildrenBonus
public Int32 StatementChildrenBonus(MonthPeriod period, Int32 advancesTax, Int32 payerRebate, Int32 childrenAllowance, Int32 childrenRebate)
{
decimal bonusMaxChild = PeriodMaximumValidAmountOfTaxBonus(period);
decimal bonusMinChild = PeriodMinimumValidAmountOfTaxBonus(period);
decimal bonusForChild = decimal.Negate(Math.Min(0, childrenRebate - childrenAllowance));
decimal bonusResult = TaxingOperations.LimitToMinMax(bonusForChild, bonusMinChild, bonusMaxChild);
return(IntRounding.RoundToInt(bonusResult));
}
