private double CalculatePackageOffer(CDR cdr)
{
bool itIsALocalCall = ((int)(cdr.calledPartyNumber / 10000000) == (int)(cdr.callingPartyNumber / 10000000));
bool itIsALongDistanceCall = ((int)(cdr.calledPartyNumber / 10000000) != (int)(cdr.callingPartyNumber / 10000000));
bool inOffPeakTime = (((cdr.startingTimeOfTheCall.Hour < startingHourOfPeakTime) && (cdr.startingTimeOfTheCall.Hour >= 0)) || ((cdr.startingTimeOfTheCall.Hour >= startingHourOfOffPeakTime) && (cdr.startingTimeOfTheCall.Hour <= 24)));
bool inPeakTime = ((cdr.startingTimeOfTheCall.Hour >= startingHourOfPeakTime) && (cdr.startingTimeOfTheCall.Hour < startingHourOfOffPeakTime));
double packageOffer = 0;
if (customer.packageCode == 'C' && itIsALocalCall)
{
if (inOffPeakTime)
{
packageOffer = this._offPeakHoursLocalPerMiniuteCharge;
}
else
{
packageOffer = this._peakHoursLocalPerMiniuteCharge;
}
}
return(packageOffer);
}
public void CalculateTotalCallCharges(ref CDR cdr, double peakHoursLocalPerMiniuteOrPerSecondCharge, double offPeakHoursLocalPerMiniuteOrPerSecondCharge, double peakHoursLongDistancePerMiniuteOrPerSecondCharge, double offPeakHoursLongDistancePerMiniuteOrPerSecondCharge, ref double totalCallCharges, bool isPerMinute)
{
bool itIsALocalCall = ((int)(cdr.calledPartyNumber / 10000000) == (int)(cdr.callingPartyNumber / 10000000));
bool itIsALongDistanceCall = ((int)(cdr.calledPartyNumber / 10000000) != (int)(cdr.callingPartyNumber / 10000000));
bool inOffPeakTime = (((cdr.startingTimeOfTheCall.Hour < _startingHourOfPeakTime) && (cdr.startingTimeOfTheCall.Hour >= 0)) || ((cdr.startingTimeOfTheCall.Hour >= _startingHourOfOffPeakTime) && (cdr.startingTimeOfTheCall.Hour <= 24)));
bool inPeakTime = ((cdr.startingTimeOfTheCall.Hour >= _startingHourOfPeakTime) && (cdr.startingTimeOfTheCall.Hour < _startingHourOfOffPeakTime));
int totalMinutes = 0;
if (isPerMinute)
{
//Code Original...
//Finding number of mins to add...
totalMinutes = CalculateMinutesToAdd(cdr.callDurationInSeconds);
}
else
{
totalMinutes = CalculateMinutesToAdd(cdr.callDurationInSeconds);
if (cdr.callDurationInSeconds % 60 > 0)
{
totalMinutes--;
}
}
//Calculating Total Call Charges...
for (int i = 0; i < totalMinutes; i++)
{
//Finding whethter the call is a long sitance call or a local one...
//If it's a local one...
if (itIsALocalCall)
{
// Calculating Tatal Call Charges For Peak Hours Local Calls...
if (inPeakTime)
{
totalCallCharges += peakHoursLocalPerMiniuteOrPerSecondCharge;
}
// Calculating Tatal Call Charges For Off Peak Hours Local Calls...
if (inOffPeakTime)
{
totalCallCharges += offPeakHoursLocalPerMiniuteOrPerSecondCharge;
}
}
else if (itIsALongDistanceCall)
{
// Calculating Tatal Call Charges For Peak Hours Long Distance Calls...
if (inPeakTime)
{
totalCallCharges += peakHoursLongDistancePerMiniuteOrPerSecondCharge;
}
// Calculating Tatal Call Charges For Off Peak Hours Long Distance Calls...
if (inOffPeakTime)
{
totalCallCharges += offPeakHoursLongDistancePerMiniuteOrPerSecondCharge;
}
}
//Increasing the time by minute, to find the correct time period for charging...
cdr.startingTimeOfTheCall = cdr.startingTimeOfTheCall.AddMinutes(1);
inOffPeakTime = (((cdr.startingTimeOfTheCall.Hour < _startingHourOfPeakTime) && (cdr.startingTimeOfTheCall.Hour >= 0)) || ((cdr.startingTimeOfTheCall.Hour >= _startingHourOfOffPeakTime) && (cdr.startingTimeOfTheCall.Hour <= 24)));
inPeakTime = ((cdr.startingTimeOfTheCall.Hour >= _startingHourOfPeakTime) && (cdr.startingTimeOfTheCall.Hour < _startingHourOfOffPeakTime));
}
}
public void AddCDRToList(CDR cdr)
{
this._listOfCallDetails.Add(cdr);
}