private static void CompareInterests(ref UserComparison userComparison, ProfileData userProfile, ProfileData compUserProfile, InterestType typeToCompare)
{
IEnumerable<Interest> onlyProfile1Interests = userProfile.Interests.Where(x => x.type == typeToCompare).Except(compUserProfile.Interests);
IEnumerable<Interest> onlyProfile2Interests = compUserProfile.Interests.Where(x => x.type == typeToCompare).Except(userProfile.Interests);
IEnumerable<Interest> bothProfileInterests = userProfile.Interests.Where(x => x.type == typeToCompare).Except(onlyProfile1Interests);
//For the interests Add instead of = (other interest types could have been already added)
userComparison.EqualProfileData.Interests.AddRange(bothProfileInterests.ToList());
userComparison.OnlyUserProfileData.Interests.AddRange(onlyProfile1Interests.ToList());
//userComparison.OnlyCompUserProfileData.Interests.RemoveAll(x => x.Type == typeToCompare);
userComparison.OnlyCompUserProfileData.Interests.AddRange(onlyProfile2Interests.ToList());
}
public StringChannelImpl(String channelId, MessageRouter router, InterestType interest)
: base(channelId, router, interest)
{
InitBlock();
parser = new CLIPSParser(router.ReteEngine, (StreamReader) null);
}
/// <summary>
/// Opens the channel.
/// </summary>
/// <param name="channelName">Name of the channel.</param>
/// <param name="inputStream">The input stream.</param>
/// <param name="interestType">Type of the interest.</param>
/// <returns></returns>
public IStreamChannel openChannel(String channelName, TextReader inputStream, InterestType interestType)
{
IStreamChannel channel = new StreamChannelImpl(channelName + "_" + idCounter++, this, interestType);
channel.init(inputStream);
registerChannel(channel);
return channel;
}
/// <summary>
/// Opens the channel.
/// </summary>
/// <param name="channelName">Name of the channel.</param>
/// <param name="interestType">Type of the interest.</param>
/// <returns></returns>
public virtual ICommunicationChannel openChannel(String channelName, InterestType interestType)
{
ICommunicationChannel channel = new StringChannelImpl(channelName + "_" + idCounter++, this, interestType);
registerChannel(channel);
return channel;
}
public static double calculateAccruedInterest(List <Transaction> transactions, DateTime currentDate, InterestType interestType)
{
double lastBalance = 0;
DateTime lastTransactionDate = DateTime.MinValue;
double totalInterest = 0;
// Iterate over each transaction
foreach (Transaction transaction in transactions)
{
// Save the transaction date (date part only)
DateTime transactionDate = transaction.TransactionDate.Date;
// Consider transactions prior to current date (current date may be changed in unit test simulations)
if (transactionDate > currentDate.Date)
{
break;
}
// Whenever there is a date change in the transaction date, calculate the interest for the balance so far
if (lastTransactionDate != DateTime.MinValue && transactionDate != lastTransactionDate)
{
// Calculate interest from last transaction to this transaction date (pro-rata as interest rate is in annual percent)
// Pass the total interest accrued so far also, so that compounding can be done based on interest type
totalInterest += calculateAccruedInterest(lastBalance, totalInterest,
lastTransactionDate, transactionDate, interestType);
}
// Save last balance and transaction
lastBalance = transaction.Balance;
lastTransactionDate = transactionDate;
}
// Calculate the interest from the latest transaction's balance to current date
totalInterest += calculateAccruedInterest(lastBalance, totalInterest, lastTransactionDate, currentDate, interestType);
return(totalInterest);
}
public async Task <List <LoanDetailModel> > CalculateInterest(int loanId, int loanDetailId, InterestType interestType, string username)
{
var _existingLoan = this._loanRepository.GetAllIncluding(e => e.LoanDetails).Where(x => x.Id == loanId).FirstOrDefault();
var _existingLoanDetail = _existingLoan.LoanDetails.FirstOrDefault(x => x.Id == loanDetailId);
_existingLoanDetail.InterestType = interestType;
_existingLoanDetail.UpdatedBy = username;
_existingLoanDetail.UpdatedOn = DateTime.Now;
var _futureLoanDetails = _existingLoan.LoanDetails.Where(x => x.Installment > _existingLoanDetail.Installment).OrderBy(o => o.Installment);
var _balanceTakeForward = _existingLoan.CapitalOutstanding;
var _previousLoanDetail = _existingLoan.LoanDetails.FirstOrDefault(x => x.Installment == _existingLoanDetail.Installment - 1);
if (_previousLoanDetail != null)
{
if (_previousLoanDetail.InterestType == InterestType.CompoundInterest)
{
_balanceTakeForward = _previousLoanDetail.Balance;
}
else
{
_balanceTakeForward = _existingLoan.CapitalOutstanding;
}
}
if (interestType == InterestType.CompoundInterest)
{
_existingLoanDetail.MonthlyInterest = _balanceTakeForward * _existingLoan.Interest / 100;
}
else if (interestType == InterestType.SimpleInterest && _previousLoanDetail.InterestType == InterestType.CompoundInterest)
{
_existingLoanDetail.MonthlyInterest = _balanceTakeForward * _existingLoan.Interest / 100;
}
else
{
_existingLoanDetail.MonthlyInterest = _existingLoan.CapitalOutstanding * _existingLoan.Interest / 100;
}
_existingLoanDetail.Balance = _existingLoan.CapitalOutstanding + _existingLoanDetail.MonthlyInterest;
var _previousBalance = _existingLoanDetail.Balance;
foreach (var _futureLoanDetail in _futureLoanDetails)
{
if (interestType == InterestType.CompoundInterest)
{
_futureLoanDetail.MonthlyInterest = _previousBalance * _existingLoan.Interest / 100;
}
else
{
_futureLoanDetail.MonthlyInterest = _existingLoan.CapitalOutstanding * _existingLoan.Interest / 100;
}
_futureLoanDetail.Balance = _previousBalance + _futureLoanDetail.MonthlyInterest;
_futureLoanDetail.InterestType = interestType;
_futureLoanDetail.UpdatedBy = username;
_futureLoanDetail.UpdatedOn = DateTime.Now;
_previousBalance = _futureLoanDetail.Balance;
}
var result = await this._loanRepository.UpdateAsyn(_existingLoan, loanId);
return(await this.GetLoanDetails(loanId));
}
/// <summary>
/// Opens the channel.
/// </summary>
/// <param name="channelName">Name of the channel.</param>
/// <param name="inputStream">The input stream.</param>
/// <param name="interestType">Type of the interest.</param>
/// <returns></returns>
public IStreamChannel openChannel(String channelName, TextReader inputStream, InterestType interestType)
{
IStreamChannel channel = new StreamChannelImpl(channelName + "_" + idCounter++, this, interestType);
channel.init(inputStream);
registerChannel(channel);
return(channel);
}
public IEnumerable <Interest> GetInterestByType(InterestType type)
{
var interestByType = _interests.Where(interestType => interestType.Type == type);
return(interestByType);
}
protected internal AbstractCommunicationChannel(String channelId, MessageRouter router, InterestType interest)
{
_channelId = channelId;
_router = router;
_interest = interest;
}
public ItemOfInterest(string title, string owner, string stashName, string stashPos, InterestType interestType = InterestType.None, int preAccSortKey = 0, int preItemNameSortKey = 0, string extraLine = "")
{
Title = title;
Owner = owner;
StashName = stashName;
StashPos = stashPos;
PreAccSortKey = preAccSortKey;
PreItemNameSortKey = preItemNameSortKey;
Type = interestType;
ExtraLine = extraLine;
Visible = true;
}
public InterestPromotionDecoration(InterestType pType)
{
this.itype = pType;
}
public void setItype(InterestType itype)
{
this.itype = itype;
}
public StreamChannelImpl(String channelId, MessageRouter router, InterestType interest) : base(channelId, router, interest)
{
parser = new CLIPSParser(router.ReteEngine, (StreamReader)null);
}
public async Task <ActionResult> CalculateInterest(int loanId, int loanDetailId, InterestType interestType)
{
var result = await this._loanLoanService.CalculateInterest(loanId, loanDetailId, interestType, this.Username);
return(Ok(result));
}