/// <summary>
/// Method to add new actual entry
/// </summary>
/// <param name="actualRequest">Daily actual request</param>
/// <param name="goalTypeId">Metric goal type id</param>
/// <param name="dataTypeId">Data type id</param>
/// <param name="userName">Logged in user name</param>
/// <returns>Newly created Entity Id</returns>
public virtual int AddDailyActual(ActualItem actualRequest, int goalTypeId,
int dataTypeId, string userName)
{
// Get logged in user id
int loggedInUserId = userRepository.GetAll().FirstOrDefault(
x => x.AccountName == userName).Id;
var target = targetRepository.Get(actualRequest.TargetId);
decimal?actualValueToBeCompared = actualRequest.ActualValue;
decimal?goalValueToBeCompared = actualRequest.GoalValue;
decimal?goalValueToBeSaved = actualRequest.GoalValue;
//get cumulative actual & goal value that needs to be compared in case of cumulative plotting
if (target.GraphPlottingMethodId == Constants.GraphPlottingMethodCumulative)
{
actualValueToBeCompared = actualCalculator.CalculateCumulativeActual(
actualRequest.TargetId, actualRequest.Date, actualRequest.ActualValue);
goalValueToBeCompared = goalCalculator.CalculateCumulativeGoal(
target, actualRequest.Date);
goalValueToBeSaved = goalCalculator.GetDailyGoal(actualRequest.TargetId,
actualRequest.Date.Month, actualRequest.Date.Day);
}
DateTime curTimestamp = TimeZoneUtility.GetCurrentTimestamp();
// Creating daily actual entity
var dailyActual = new DailyActual()
{
Date = actualRequest.Date,
GoalValue = goalValueToBeSaved,
ActualValue = actualRequest.ActualValue,
Status = (actualValueToBeCompared.HasValue) ? TargetActualComparer.GetActualStatus(
goalValueToBeCompared, actualValueToBeCompared, goalTypeId)
: ActualStatus.NotEntered,
TargetId = actualRequest.TargetId,
CreatedOn = curTimestamp,
LastModifiedOn = curTimestamp,
CreatedBy = loggedInUserId,
LastModifiedBy = loggedInUserId
};
dailyActual.DailyActualHistory = new List <DailyActualHistory>()
{
ActualConverters.ConvertDailyActualToDailyActualHistory(dailyActual)
};
// Add/Update corresponding monthly actual
var monthlyActual = AdjustMonthlyActual(actualRequest, goalTypeId,
dataTypeId, loggedInUserId);
// If it is a new monthly actual entry, add explicitly
if (monthlyActual.Id == 0)
{
monthlyActualRepository.AddOrUpdate(monthlyActual);
}
dailyActualRepository.AddOrUpdate(dailyActual);
dailyActualRepository.Save();
return(dailyActual.Id);
}
/// <summary>
/// Get Month To date performance to determine month Color
/// </summary>
/// <param name="target"></param>
/// <param name="year"></param>
/// <param name="month"></param>
/// <returns></returns>
public MonthToDatePerformanceItem GetMonthToDatePerformance(Target target, int year, int month)
{
if (target.MTDPerformanceTrackingMethodId == null)
{
}
var mTDPerformance = new MonthToDatePerformanceItem
{
Year = year,
Month = month,
Status = ActualStatus.NotEntered
};
var currentDate = TimeZoneUtility.GetCurrentTimestamp();
var day = currentDate.Day;
if ((month > currentDate.Month && currentDate.Year == year) || year > currentDate.Year)
{
return(mTDPerformance);
}
else if ((currentDate.Month > month && currentDate.Year == year) || (currentDate.Year > year))
{
day = holidayCalculator.GetLastWorkingDayOfMonthForTarget(target, month, year).Day;
}
var selectedDate = new DateTime(year, month, day).Date;
var dailyActualsList = dailyActualRepository.GetAll()
.Where(x =>
x.TargetId == target.Id &&
x.Date.Month == month && x.ActualValue != null &&
x.Status != ActualStatus.Holiday)
?.ToList();
if (dailyActualsList.Any())
{
var latestActualDate = dailyActualsList.OrderBy(x => x.Date).LastOrDefault().Date;
switch ((MTDPerformanceTrackingMethod)target.MTDPerformanceTrackingMethodId)
{
case MTDPerformanceTrackingMethod.Cumulative:
{
mTDPerformance.GoalValue = goalCalculator.CalculateCumulativeGoal(target, latestActualDate);
mTDPerformance.ActualValue = dailyActualsList.Sum(x => x.ActualValue);
}
break;
case MTDPerformanceTrackingMethod.Average:
{
mTDPerformance.GoalValue = goalCalculator.CalculateAverageMTDGoal(target, selectedDate.Month);
mTDPerformance.ActualValue = Math.Round(dailyActualsList.Average(x => x.ActualValue).Value, 2, MidpointRounding.AwayFromZero);
if (target.Metric.DataTypeId == Constants.DataTypeWholeNumber)
{
mTDPerformance.ActualValue = Math.Round(mTDPerformance.ActualValue.Value, MidpointRounding.AwayFromZero);
}
}
break;
case MTDPerformanceTrackingMethod.Latest:
{
mTDPerformance.GoalValue = dailyActualsList?.OrderBy(x => x.Date).LastOrDefault(x => x.GoalValue != null)?.GoalValue;
if (!mTDPerformance.GoalValue.HasValue)
{
mTDPerformance.GoalValue = target.IsCascaded && target.CascadedMetricsTrackingMethodId.Value == (int)CascadedMetricsTrackingMethod.RolledUpTargets ?
target.MonthlyTargets?.FirstOrDefault(x => x.Month == month)?.DailyTargets?.OrderBy(d => d.Day).LastOrDefault(y => y.Day <= latestActualDate.Day)?.RolledUpGoalValue :
target.MonthlyTargets?.FirstOrDefault(x => x.Month == month)?.DailyTargets?.OrderBy(d => d.Day).LastOrDefault(y => y.Day <= latestActualDate.Day)?.MaxGoalValue;
}
mTDPerformance.ActualValue = dailyActualsList?.FirstOrDefault(x => x.Date == latestActualDate.Date)?.ActualValue;
}
break;
default: break;
}
//set status if actual and goal has values
if (mTDPerformance.ActualValue.HasValue && mTDPerformance.GoalValue.HasValue)
{
mTDPerformance.Status = TargetActualComparer.GetActualStatus(mTDPerformance.GoalValue, mTDPerformance.ActualValue, target.Metric.GoalTypeId);
}
}
return(mTDPerformance);
}