/// <summary>
///
/// </summary>
/// <param name="employeeDetail"></param>
/// <returns></returns>
internal int CalculateMonthlyWage(EmployeeDetails employeeDetail)
{
//Array for daily working hours and daily wages of workers
int[] fullDayHour = new int[employeeDetail.noOfWorkingDays];
int workDayCount = 0;
int totalWorkingHours = 0;
int[] totalDailyWage = new int[employeeDetail.noOfWorkingDays];
int monthlyWage;
Console.WriteLine($"Employee wages for {employeeDetail.companyName}");
//calculating total monthly wage by applying while loop on working days
while (workDayCount < employeeDetail.noOfWorkingDays && totalWorkingHours <= employeeDetail.hoursPerMonth)
{
//using Random method to generate random no and compare with constants to check presence.
Random random = new Random();
int checkIfPresent = random.Next(0, 3);
// instatiating compute employee wage class and calling WorkHours method which returns no of hours according to employee's presence.
ComputeEmployeeWage computeEmployeeWage = new ComputeEmployeeWage();
fullDayHour[workDayCount] = computeEmployeeWage.WorkHours(checkIfPresent, workDayCount);
if (totalWorkingHours + fullDayHour[workDayCount] > employeeDetail.hoursPerMonth)
{
fullDayHour[workDayCount] = 0;
}
totalWorkingHours += fullDayHour[workDayCount];
totalDailyWage[workDayCount] = fullDayHour[workDayCount] * employeeDetail.wagePerHour;
Console.WriteLine($"Total daily wage is for {workDayCount + 1} is {totalDailyWage[workDayCount]}");
workDayCount++;
//.LogDebug("Successfully Calculated daily employee wage : Main()");
}
monthlyWage = totalWorkingHours * employeeDetail.wagePerHour;
nLog.LogDebug("Successfully calculated monthly employee wage: calculateMonthlyWage()");
Console.WriteLine("********************************************************************");
Console.WriteLine($"The monthly wage for employee of {employeeDetail.companyName} is {monthlyWage}");
return(monthlyWage);
}
