/// <summary>
/// Computes the employee wage for each company
/// </summary>
/// <param name="companyEmpWage">The company emp wage.</param>
/// <returns></returns>
private int ComputeEmpWage(CompanyEmpWage companyEmpWage)
{
int empHrs = 0, totalWorkingDays = 0;
int totalWorkingHrs = 0;
while (totalWorkingHrs <= companyEmpWage.MAX_WORKING_HRS && totalWorkingDays <= companyEmpWage.MAX_WORKING_DAYS)
{
Random random = new Random();
int empCheck = random.Next(3);
totalWorkingDays++;
switch (empCheck)
{
case IS_EMPLOYEE_FULL_TIME:
empHrs = 8;
break;
case IS_EMPLOYEE_PART_TIME:
empHrs = 4;
break;
default:
empHrs = 0;
break;
}
totalWorkingHrs += empHrs;
//Prints total workingdays and totalworking hrs
Console.WriteLine("Days: " + totalWorkingDays + " Total Employee hrs: " + totalWorkingHrs);
}
//Returns the employee wage
return(totalWorkingHrs * companyEmpWage.WAGE_PER_HR);
}
/// <summary>
/// Method adds company details to list and hashmap
/// </summary>
public void AddCompanyEmpWage(string company, int WAGE_PER_HR, int MAX_WORKING_DAYS, int MAX_WORKING_HRS)
{
CompanyEmpWage companyEmpWage = new CompanyEmpWage(company, WAGE_PER_HR, MAX_WORKING_DAYS, MAX_WORKING_HRS);
this.companyEmpWageList.AddLast(companyEmpWage);
this.companyToEmpWageMap.Add(company, companyEmpWage);
}
/// <summary>
/// Adds the company emp wage.
/// </summary>
/// <param name="company">The company.</param>
/// <param name="empRatePerHour">The emp rate per hour.</param>
/// <param name="numOfWorkingDays">The number of working days.</param>
/// <param name="maxHoursPerMonth">The maximum hours per month.</param>
public void AddCompanyEmpWage(string company, int empRatePerHour, int numOfWorkingDays, int maxHoursPerMonth)
{
CompanyEmpWage companyEmpWage = new CompanyEmpWage(company, empRatePerHour, numOfWorkingDays, maxHoursPerMonth);
this.companyEmpWagesList.AddLast(companyEmpWage);
this.companyToEmpWageMap.Add(company, companyEmpWage);
}
/// <summary>
/// Computes the emp wage.
/// </summary>
/// <param name="companyEmpWage">The company emp wage.</param>
/// <returns></returns>
public int ComputeEmpWage(CompanyEmpWage companyEmpWage)
{
int totalEmpHours = 0;
int workingDays = 0;
int empHours = 0;
int totalWagePerDay = 0;
int totalWagePerMonth = 0;
while (totalEmpHours < companyEmpWage.maxHoursPerMonth && workingDays < companyEmpWage.numOfWorkingDays)
{
EmpWageBuilder empWageBuilder = new EmpWageBuilder();
empHours = empWageBuilder.GetWorkingHours();
if (totalEmpHours == 96)
{
empHours = 4;
}
if (empHours != 0)
{
workingDays++;
totalEmpHours = empHours + totalEmpHours;
totalWagePerDay = empHours * companyEmpWage.ratePerHours;
totalWagePerMonth += totalWagePerDay;
Console.WriteLine("Total Wage per Day.." + totalWagePerDay);
}
}
return(totalWagePerMonth);
}
public int EmpWageCompute(CompanyEmpWage companyEmployeeWage)
{
int empHrs = 0;
int totalEmpHrs = 0;
int totalWorkingDays = 0;
int empRatePerHour = 20;
while (totalEmpHrs <= companyEmployeeWage.maxHoursPerMonth && totalWorkingDays < companyEmployeeWage.numOfWorkingDays)
{
totalWorkingDays++;
Random random = new Random();
int checkShift = random.Next(0, 3);
switch (checkShift)
{
case IS_PART_TIME:
empHrs = 4;
break;
case IS_FULL_TIME:
empHrs = 8;
break;
default:
empHrs = 0;
break;
}
totalEmpHrs += empHrs;
Console.WriteLine("Days:" + totalWorkingDays + " Emp Hrs : " + totalEmpHrs + " Daily Wage : " + empHrs * empRatePerHour);
}
return(totalEmpHrs * companyEmployeeWage.empRatePerHour);
}
