//======================================================================================================
public BLL.InterfaceToBLL Calculate(BLL.InterfaceToBLL iBLL)
{
//get the mode of calculation
TempResult gotResult = getModeAndGrossCounts(iBLL);
KeyValuePair <decimal, string> priceAndReceipt;
//-----------------------------------------------------------
//evaluate the total price by calling the specific methods..
//-----------------------------------------------------------
if (gotResult.Mode.Equals("Homogeneous"))
{
//returns a <Key,Value> pair. Key: price, Value: receipt
priceAndReceipt = HomogeneousOrder.processResult(gotResult);//process order
}
else if (gotResult.Mode.Equals("Heterogeneous"))
{
//returns a <Key,Value> pair. Key: price, Value: receipt
priceAndReceipt = HeterogeneousOrder.processResult(gotResult);//process order
}
else
{
//just for sanity check
throw new Exception("Invalid value obtained! Error @ loc 184-194871-9.");
}
//-----------------------------------------------------------
//evaluate the dicounted price here.
//skipping for now...
//....
//..
//-----------------------------------------------------------
priceAndReceipt = applyDiscount(priceAndReceipt, gotResult, iBLL);
//-----------------------------------------------------------
var resultBLL = new BLL.InterfaceToBLL();
//-----------------------------------------------------------
//do assignments... and return the computed price, receipt, and discount.
resultBLL.Total_Count = gotResult.GrossTotal;
resultBLL.Total_Price = priceAndReceipt.Key;
resultBLL.Receipt = priceAndReceipt.Value;
//When ready, assign discount here.
//return the final result
return(resultBLL);
}
//======================================================================================================
public static KeyValuePair <decimal, string> processResult(TempResult gotResult)
{
//declare some local variables
decimal rateLEQ50 = 0.0M;
decimal rateLEQ75 = 0.0M;
decimal rateLEQ100 = 0.0M;
decimal pricePerMatteFinish = 0.0M;
decimal price1HourLEQ60 = 0.0M;
decimal price1HourGT60 = 0.0M;
int countTotal = 0;
int countMatte = 0;
int count1Hour = 0;
//end local var declarations
//-----------------------------------------------------------
//initialize local var based on mode.
//-----------------------------------------------------------
if (gotResult.Size.Equals("4x6"))
{
rateLEQ50 = 0.14M;
rateLEQ75 = 0.12M;
rateLEQ100 = 0.10M;
pricePerMatteFinish = 0.02M;
countMatte = gotResult.GrossMatteCount4x6;
count1Hour = gotResult.Gross1HourCount4x6;
countTotal = gotResult.GrossCount4x6;
}
else if (gotResult.Size.Equals("5x7"))
{
rateLEQ50 = 0.34M;
rateLEQ75 = 0.31M;
rateLEQ100 = 0.28M;
pricePerMatteFinish = 0.03M;
countMatte = gotResult.GrossMatteCount5x7;
count1Hour = gotResult.Gross1HourCount5x7;
countTotal = gotResult.GrossCount5x7;
}
else if (gotResult.Size.Equals("8x10"))
{
rateLEQ50 = 0.68M;
rateLEQ75 = 0.64M;
rateLEQ100 = 0.60M;
pricePerMatteFinish = 0.04M;
countMatte = gotResult.GrossMatteCount8x10;
count1Hour = gotResult.Gross1HourCount8x10;
countTotal = gotResult.GrossCount8x10;
} //end if (mode.equals(...))
//set rates for 1 hour processing
price1HourLEQ60 = 1.0M;
price1HourGT60 = 1.50M;
var priceAndReceipt = HomogeneousOrder.calculateTotalPrice(
countTotal, countMatte, count1Hour,
rateLEQ50, rateLEQ75, rateLEQ100,
pricePerMatteFinish, price1HourLEQ60, price1HourGT60);
return(priceAndReceipt);
}
