public override decimal ApplyChanges(decimal item)
{
decimal val = 0;
if (decimal.TryParse(MonetaryTextBox.Text, out val))
{
if (MonetaryDropDownList.SelectedIndex == (int)Modes.SetTo)
{
return(val);
}
if (MonetaryDropDownList.SelectedIndex == (int)Modes.IncreaseByAmount)
{
return(Money.ApplyIncreasedAmount(item, val));
}
if (MonetaryDropDownList.SelectedIndex == (int)Modes.DecreaseByAmount)
{
return(Money.ApplyDiscountAmount(item, val));
}
if (MonetaryDropDownList.SelectedIndex == (int)Modes.IncreaseByPercent)
{
return(Money.ApplyIncreasedPercent(item, val));
}
if (MonetaryDropDownList.SelectedIndex == (int)Modes.DecreaseByPercent)
{
return(Money.ApplyDiscountPercent(item, val));
}
}
else
{
return(item);
}
return(item);
}
/// <summary>
/// This method returns the correct price for the customer based upon the specified PricingType
/// </summary>
/// <param name="price">Price of the product</param>
/// <param name="msrp">The suggested retail price of the product</param>
/// <param name="cost">The cost of the product</param>
/// <returns>Decimal - the adjusted price</returns>
public decimal GetAdjustedPriceForThisGroup(decimal price, decimal msrp, decimal cost)
{
var result = price;
switch (PricingType)
{
case PricingTypes.AmountAboveCost:
result = Money.ApplyIncreasedAmount(cost, AdjustmentAmount);
break;
case PricingTypes.AmountOffListPrice:
result = Money.ApplyDiscountAmount(msrp, AdjustmentAmount);
break;
case PricingTypes.AmountOffSitePrice:
result = Money.ApplyDiscountAmount(price, AdjustmentAmount);
break;
case PricingTypes.PercentageAboveCost:
result = Money.ApplyIncreasedPercent(cost, AdjustmentAmount);
break;
case PricingTypes.PercentageOffListPrice:
result = Money.ApplyDiscountPercent(msrp, AdjustmentAmount);
break;
case PricingTypes.PercentageOffSitePrice:
result = Money.ApplyDiscountPercent(price, AdjustmentAmount);
break;
}
return(result);
}
