/// <summary>
/// Requests a product type from the user via the Console object.
/// </summary>
/// <returns>Returns product type.</returns>
static Model.ProductType RequestProductType()
{
Console.WriteLine("Please enter engagement product type");
foreach (var _productType in Data.ProductType.GetProductTypes())
{
Console.WriteLine(_productType.ProductTypeId.ToString() + " - " + _productType.Name);
}
var productTypeId = int.Parse(Console.ReadLine());
var productType = new Model.ProductType {
ProductTypeId = -1
};
foreach (var _productType in Data.ProductType.GetProductTypes())
{
if (_productType.ProductTypeId == productTypeId)
{
productType = _productType;
break;
}
}
if (productType.ProductTypeId != -1)
{
return(productType);
}
else
{
Console.WriteLine("Invalid entry.");
return(RequestProductType());
}
}
public static decimal CalculateAnnualFee(Model.ProductType productType, DateTime billingDate, DateTime clientFeeScheduleDate, decimal planAssetValue, int tierLevel = 0)
{
var annualFee = 0m;
annualFee = Program.CalculateAnnualFee(productType, billingDate, clientFeeScheduleDate, planAssetValue, tierLevel);
return(annualFee);
}
/// <summary>
/// Returns the appropriate invoice fee for a given billing date based on a given product's annual fee.
/// </summary>
/// <param name="annualFee">The annual fee for the product type.</param>
/// <param name="productType">The product type for the engagement.</param>
/// <returns>Returns invoice fee.</returns>
/// <remarks>I should clean up this code, and perhaps make the logic feed from a data source.</remarks>
public static decimal CalculateInvoiceFee(decimal annualFee, Model.ProductType productType, DateTime invoiceDate, DateTime startDate)
{
var invoiceFee = 0m;
if (productType.BillingFrequency == "Quarterly" && productType.BillingLength == "Ongoing")
{
// add logic here to identify engagements that have started in previous quarter
// seperate invoice for beginning engagements that are in advance and started previous quarter
// ex: start = 6/15, billing = 6/30, invoice = only 15 days of invoice fee
invoiceFee = annualFee / 4;
}
else if (productType.BillingFrequency == "Quarterly" && productType.BillingLength == "Annual")
{
var beginningOfQuarter1 = DateTime.Parse("01/01/" + startDate.Year.ToString());
var endingOfQuarter1 = DateTime.Parse("03/31/" + startDate.Year.ToString());
var beginningOfQuarter2 = DateTime.Parse("04/01/" + startDate.Year.ToString());
var endingOfQuarter2 = DateTime.Parse("06/30/" + startDate.Year.ToString());
var beginningOfQuater3 = DateTime.Parse("07/01/" + startDate.Year.ToString());
var endingOfQuarter3 = DateTime.Parse("09/30/" + startDate.Year.ToString());
if (invoiceDate.Year > startDate.Year)
{
invoiceFee = annualFee / 4;
}
else if (startDate >= beginningOfQuarter1 && startDate <= endingOfQuarter1)
{
invoiceFee = annualFee / 3;
}
else if (startDate >= beginningOfQuarter2 && startDate <= endingOfQuarter2)
{
invoiceFee = annualFee / 2;
if (invoiceDate > endingOfQuarter3)
{
invoiceFee = invoiceFee + 0.01m;
}
}
else if (startDate >= beginningOfQuater3 && startDate <= endingOfQuarter3)
{
invoiceFee = annualFee;
}
else
{
invoiceFee = annualFee;
}
}
else if (productType.BillingFrequency == "Monthly" && productType.BillingLength == "Ongoing")
{
invoiceFee = annualFee / 12;
}
else
{
invoiceFee = annualFee;
}
return(invoiceFee);
}
public GeneratorInvoice(CRM.Model.Engagement engagement, Generator generator)
{
this._generator = generator;
this._engagement = engagement;
this._engagementProductType = engagement.GetProductTypeDetail();
this._engagementEffectiveDate = (DateTime)engagement.EffectiveDate;
this._engagementTerminationDate = engagement.ContractTerminationDate;
this._engagementTierLevel = (int)engagement.Tier;
this._isNewEngagement = engagement.IsNewOnBillingDate(generator.BillingDate);
this._isTerminatedEngagement = engagement.IsTerminatedOnBillingDate(generator.BillingDate);
this._planAssetValue = this.getPlanAssets(engagement, generator);
this.calculateInvoiceFeesAndCredits();
}
public static decimal ProRataInvoiceFeeForNew(Model.ProductType productType, decimal invoiceFee, DateTime startDate)
{
// Vendor Monitoring
if (productType.BillingLength == "Annual")
{
return(invoiceFee);
}
var beginningOfQuarter1 = DateTime.Parse("01/01/" + startDate.Year.ToString());
var endingOfQuarter1 = DateTime.Parse("03/31/" + startDate.Year.ToString());
var beginningOfQuarter2 = DateTime.Parse("04/01/" + startDate.Year.ToString());
var endingOfQuarter2 = DateTime.Parse("06/30/" + startDate.Year.ToString());
var beginningOfQuarter3 = DateTime.Parse("07/01/" + startDate.Year.ToString());
var endingOfQuarter3 = DateTime.Parse("09/30/" + startDate.Year.ToString());
var beginningOfQuarter4 = DateTime.Parse("10/01/" + startDate.Year.ToString());
var endingOfQuarter4 = DateTime.Parse("12/31/" + startDate.Year.ToString());
var beginningOfQuarter5 = DateTime.Parse("01/01/" + (startDate.Year + 1).ToString());
// only beginning of day for accuracy
startDate = startDate.Date;
var totalDays = 0d;
var remainingDays = 0d;
if (startDate >= beginningOfQuarter1 && startDate <= endingOfQuarter1)
{
totalDays = (beginningOfQuarter2 - beginningOfQuarter1).TotalDays;
remainingDays = (beginningOfQuarter2 - startDate).TotalDays;
}
else if (startDate >= beginningOfQuarter2 && startDate <= endingOfQuarter2)
{
totalDays = (beginningOfQuarter3 - beginningOfQuarter2).TotalDays;
remainingDays = (beginningOfQuarter3 - startDate).TotalDays;
}
else if (startDate >= beginningOfQuarter3 && startDate <= endingOfQuarter3)
{
totalDays = (beginningOfQuarter4 - beginningOfQuarter3).TotalDays;
remainingDays = (beginningOfQuarter4 - startDate).TotalDays;
}
else if (startDate >= beginningOfQuarter4 && startDate <= endingOfQuarter4)
{
totalDays = (beginningOfQuarter5 - beginningOfQuarter4).TotalDays;
remainingDays = (beginningOfQuarter5 - startDate).TotalDays;
}
return(invoiceFee * (decimal)(remainingDays / totalDays));
}
public static decimal CalculateInvoiceFee(decimal annualFee, Model.ProductType productType, DateTime billingDate, DateTime clientFeeScheduleDate, bool isTerminatedEngagement, bool isNewEngagement, DateTime engagementStartDate)
{
var invoiceFee = CalculateOriginalInvoiceFee(annualFee, productType, billingDate, clientFeeScheduleDate);
if (isTerminatedEngagement && isNewEngagement)
{
throw new NotImplementedException();
}
else if (isTerminatedEngagement)
{
invoiceFee = 0m;
}
else if (isNewEngagement)
{
invoiceFee = Program.ProRataInvoiceFeeForNew(productType, invoiceFee, (DateTime)engagementStartDate);
}
return(invoiceFee);
}
public static InvoiceCalculation.Model.BillingType GetInvoiceBillingType(Model.ProductType productType, DateTime clientFeeScheduleDate, DateTime billingDate, bool isNew)
{
var result = Model.BillingType.InAdvanced;
var feeSchedules = Data.FeeSchedule
.GetFeeSchedules(productType, clientFeeScheduleDate, billingDate)
.OrderByDescending(x => x.EndDate ?? DateTime.MaxValue)
.ThenByDescending(x => x.StartDate)
.ToList();
if (feeSchedules.Count == 0)
{
if (productType.BillingSchedule == "In Arrears")
{
result = Model.BillingType.InArrears;
}
else if (productType.BillingSchedule == "In Advanced")
{
result = Model.BillingType.InAdvanced;
}
else
{
result = Model.BillingType.InAdvanced;
//throw new Exception("Product Type does not have a valid billing schedule");
}
if (isNew && result == Model.BillingType.InAdvanced)
{
return(Model.BillingType.InArrears);
}
return(result);
}
result = feeSchedules[0].BillingType;
if (isNew && result == Model.BillingType.InAdvanced)
{
return(Model.BillingType.InArrears);
}
return(result);
}
/// <summary>
/// Returns the annual fee for a given product type.
/// </summary>
/// <param name="productType">The product type for the engagement.</param>
/// <returns>Returns annual fee.</returns>
public static decimal CalculateAnnualFee(Model.ProductType productType, DateTime billingDate, DateTime clientFeeScheduleDate, decimal assetValue, int tierLevel = 0)
{
var annualFee = 0m;
var feeSchedules = Data.FeeSchedule.GetFeeSchedules(productType, clientFeeScheduleDate, billingDate);
if (productType.IsTierOnly == 1)
{
foreach (var feeSchedule in feeSchedules)
{
if (feeSchedule.TierLevel == tierLevel)
{
annualFee = feeSchedule.AnnualFeeFixed;
break;
}
}
return(annualFee);
}
foreach (var feeSchedule in feeSchedules)
{
var greaterThan = assetValue >= feeSchedule.AssetSizeMinimum;
var lessThan = assetValue <= feeSchedule.AssetSizeMaximum || feeSchedule.AssetSizeMaximum.Equals(0m);
if (feeSchedule.EndDate < billingDate)
{
continue;
}
if (greaterThan && lessThan)
{
annualFee = annualFee + ((assetValue - feeSchedule.AssetSizeMinimum) * feeSchedule.AnnualFeePercentage) + feeSchedule.AnnualFeeFixed;
}
else if (greaterThan && !lessThan)
{
annualFee = annualFee + ((feeSchedule.AssetSizeMaximum - feeSchedule.AssetSizeMinimum) * feeSchedule.AnnualFeePercentage) + feeSchedule.AnnualFeeFixed;
}
}
return(annualFee);
}
/// <summary>
/// Recursively runs the invoice calculator program until the console is closed.
/// </summary>
/// <param name="productType"></param>
public static void RunCalculator(Model.ProductType productType)
{
var billingDate = RequestDateTime("Please enter billing date");
var clientFeeScheduleDate = RequestDateTime("Please enter client fee schedule date");
var assetValue = RequestDecimal("Please enter plan asset value");
var annualFee = 0m;
if (productType.IsTierOnly == 1)
{
var tierLevel = RequestInt("Please enter engagement tier level");
annualFee = CalculateAnnualFee(productType, billingDate, clientFeeScheduleDate, assetValue, tierLevel);
}
else
{
annualFee = CalculateAnnualFee(productType, billingDate, clientFeeScheduleDate, assetValue);
}
Console.WriteLine("Annual fee is " + string.Format("{0:C}", annualFee));
var invoiceFee = CalculateInvoiceFee(annualFee, productType, billingDate, clientFeeScheduleDate);
Console.WriteLine("Invoice fee is " + string.Format("{0:C}", invoiceFee));
}
public static decimal CalculateCredit(decimal invoiceFee, DateTime terminationDate, Model.ProductType productType)
{
var credit = 0m;
if (productType.BillingLength == "Annual")
{
return(invoiceFee);
}
// only beginning of day for accuracy
terminationDate = terminationDate.Date;
var beginningOfQuarter1 = DateTime.Parse("01/01/" + terminationDate.Year.ToString());
var endingOfQuarter1 = DateTime.Parse("03/31/" + terminationDate.Year.ToString());
var beginningOfQuarter2 = DateTime.Parse("04/01/" + terminationDate.Year.ToString());
var endingOfQuarter2 = DateTime.Parse("06/30/" + terminationDate.Year.ToString());
var beginningOfQuarter3 = DateTime.Parse("07/01/" + terminationDate.Year.ToString());
var endingOfQuarter3 = DateTime.Parse("09/30/" + terminationDate.Year.ToString());
var beginningOfQuarter4 = DateTime.Parse("10/01/" + terminationDate.Year.ToString());
var endingOfQuarter4 = DateTime.Parse("12/31/" + terminationDate.Year.ToString());
var beginningOfQuarter5 = DateTime.Parse("01/01/" + (terminationDate.Year + 1).ToString());
var totalDays = 0d;
var remainingDays = 0d;
if (terminationDate >= beginningOfQuarter1 && terminationDate <= endingOfQuarter1)
{
totalDays = (beginningOfQuarter2 - beginningOfQuarter1).TotalDays;
remainingDays = (beginningOfQuarter2 - terminationDate).TotalDays;
}
else if (terminationDate >= beginningOfQuarter2 && terminationDate <= endingOfQuarter2)
{
totalDays = (beginningOfQuarter3 - beginningOfQuarter2).TotalDays;
remainingDays = (beginningOfQuarter3 - terminationDate).TotalDays;
}
else if (terminationDate >= beginningOfQuarter3 && terminationDate <= endingOfQuarter3)
{
totalDays = (beginningOfQuarter4 - beginningOfQuarter3).TotalDays;
remainingDays = (beginningOfQuarter4 - terminationDate).TotalDays;
}
else if (terminationDate >= beginningOfQuarter4 && terminationDate <= endingOfQuarter4)
{
totalDays = (beginningOfQuarter5 - beginningOfQuarter4).TotalDays;
remainingDays = (beginningOfQuarter5 - terminationDate).TotalDays;
}
// 1 subtracted to numerator to pick up full day of billing on termination
//credit = invoiceFee * (decimal)((remainingDays - 1d) / totalDays);
credit = invoiceFee * (decimal)((remainingDays) / totalDays);
return(credit);
}
public static decimal CalculateInvoiceCredit(bool isTerminatedEngagement, decimal invoiceFee, DateTime?terminationDate, Model.ProductType productType)
{
var invoiceCredit = 0m;
if (isTerminatedEngagement)
{
invoiceCredit = Program.CalculateCredit(invoiceFee, (DateTime)terminationDate, productType);
}
return(invoiceCredit);
}
public static decimal CalculateOriginalInvoiceFee(decimal annualFee, Model.ProductType productType, DateTime billingDate, DateTime clientFeeScheduleDate)
{
return(Program.CalculateInvoiceFee(annualFee, productType, billingDate, clientFeeScheduleDate));
}
