public JsonResult ScheduleCustomer(ScheduleCustomerModel scheduleCustomerModel)
{
if (scheduleCustomerModel is null)
{
return(Json("Object cannot be null."));
}
if (!c_listOfBarbers.Contains(scheduleCustomerModel.BarberName))
{
return(Json("Barber must be one of the following: " + string.Join(", ", c_listOfBarbers)));
}
// get list of already scheduled customers from session.
List <ScheduledCustomerModel> currentScheduledCustomers = scheduledCustomers;
// Check to see we aren't scheduling the same customer twice.
if (currentScheduledCustomers.Any(a => a.Name == scheduleCustomerModel.Name && a.PhoneNumber == scheduleCustomerModel.PhoneNumber))
{
return(Json("Customer is already scheduled."));
}
ScheduledCustomerModel newScheduledCustomerModel = new ScheduledCustomerModel
{
AppointmentID = GetAppointmentId(),
Name = scheduleCustomerModel.Name,
PhoneNumber = scheduleCustomerModel.PhoneNumber,
BarberNameRequested = scheduleCustomerModel.BarberName
};
bool barberWasAvailable = false;
// If the barber requested is not busy, assign them to that barber.
if (!currentScheduledCustomers.Any(a => a.CurrentBarberAssigned == scheduleCustomerModel.BarberName))
{
barberWasAvailable = true;
newScheduledCustomerModel.CurrentBarberAssigned = scheduleCustomerModel.BarberName;
}
currentScheduledCustomers.Add(newScheduledCustomerModel);
// update the session data.
scheduledCustomers = currentScheduledCustomers;
if (barberWasAvailable)
{
return(Json("Success. Customer is seeing barber."));
}
else
{
// exclude the customers who are already currently assigned a barber.
return(Json(String.Format("Success. Customer is {0} in line.", currentScheduledCustomers.Where(w => w.CurrentBarberAssigned is null).Count())));
}
}
public JsonResult ScheduleCustomer(ScheduleCustomerModel scheduleCustomerModel)
{
if (scheduleCustomerModel is null)
{
return(Json("Error: Object cannot be null."));
}
if (!c_listOfBarbers.Contains(scheduleCustomerModel.BarberName))
{
return(Json("Error: Barber must be one of the following: " + string.Join(", ", c_listOfBarbers)));
}
if (string.IsNullOrWhiteSpace(scheduleCustomerModel.Name))
{
return(Json("Error: Must provide a customer name."));
}
if (string.IsNullOrWhiteSpace(scheduleCustomerModel.PhoneNumber))
{
return(Json("Error: Must provide a phone number."));
}
// get list of already scheduled customers from session.
List <ScheduledCustomerModel> currentScheduledCustomers = scheduledCustomers;
// Check to see we aren't scheduling the same customer twice.
if (currentScheduledCustomers.Any(a => a.Name.ToLower() == scheduleCustomerModel.Name.ToLower() && a.PhoneNumber == scheduleCustomerModel.PhoneNumber))
{
return(Json("Warning: Customer is already scheduled."));
}
ScheduledCustomerModel newScheduledCustomerModel = new ScheduledCustomerModel
{
AppointmentID = GetAppointmentId(),
Name = scheduleCustomerModel.Name,
PhoneNumber = scheduleCustomerModel.PhoneNumber,
BarberNameRequested = scheduleCustomerModel.BarberName
};
bool barberWasAvailable = false;
// If the barber requested is not busy, assign them to that barber.
if (!currentScheduledCustomers.Any(a => a.CurrentBarberAssigned == scheduleCustomerModel.BarberName))
{
barberWasAvailable = true;
newScheduledCustomerModel.CurrentBarberAssigned = scheduleCustomerModel.BarberName;
}
currentScheduledCustomers.Add(newScheduledCustomerModel);
// update the session data.
scheduledCustomers = currentScheduledCustomers;
if (barberWasAvailable)
{
return(Json("Success: Customer is seeing barber."));
}
else
{
int positionInLine = currentScheduledCustomers.Where(w => w.CurrentBarberAssigned is null).Count();
string ordinalFormatting = OrdinalUtility.ToOrdinal(positionInLine);
// exclude the customers who are already currently assigned a barber.
return(Json(String.Format("Success: Customer is {0}{1} in line.", positionInLine, ordinalFormatting)));
}
}
