def add_employee(self):
nama_emp = input("masukkan nama : ")
TL_emp = input("masukkan tanggal lahir : ")
jabatan_emp = input("masukkan jabatan karyawan : ")
JK_emp = input("masukkan jenis kelamin : ")
alamat_emp = input("masukkan alamat : ")
#Employee.Employee.list_employee.append(Employee.Employee(nama_emp, TL_emp, jabatan_emp, JK_emp, alamat_emp))
if jabatan_emp == "Employee":
Employee.Employee.list_employee.append(
Employee.Employee(nama_emp, TL_emp, jabatan_emp, JK_emp,
alamat_emp))
elif jabatan_emp == "Receptionist":
Employee.Receptionist.list_employee.append(
Employee.Receptionist(nama_emp, TL_emp, JK_emp, alamat_emp))
Employee.Receptionist.list_receptionist.append(
Employee.Receptionist(nama_emp, TL_emp, JK_emp, alamat_emp))
elif jabatan_emp == "Marketing Crew":
Employee.Marketing_crew.list_employee.append(
Employee.Marketing_crew(nama_emp, TL_emp, JK_emp, alamat_emp))
Employee.Marketing_crew.list_MC.append(
Employee.Marketing_crew(nama_emp, TL_emp, JK_emp, alamat_emp))
elif jabatan_emp == "Cashier":
Employee.Cashier.list_employee.append(
Employee.Cashier(nama_emp, TL_emp, JK_emp, alamat_emp))
Employee.Cashier.list_cashier.append(
Employee.Cashier(nama_emp, TL_emp, JK_emp, alamat_emp))
else:
Employee.Employee.list_employee.append(
Employee.Employee(nama_emp, TL_emp, jabatan_emp, JK_emp,
alamat_emp))
def __init__(self, exp_chef_num: int, new_chef_num: int,
exp_cashier_num: int, new_cashier_num: int,
raw_material_cost: float):
"""
An ice-cream shop requires information about
- number of experienced and non-experienced chefs it has for a day (exp_chef_num, new_chef_num)
- number of experienced and non-experienced cashiers it has for a day (exp_cashier_num, new_cashier_num)
- ice-cream price for different sizes S, M and L (price_S, price_M, price_L)
- the current amount of raw material to make ice-cream (raw_material_cost).
We assume that 1 small ice-cream costs $1 of raw material, 1 medium ice-cream costs $1.5 of raw material,
and 1 large ice-cream costs $2 of raw material based on unit equivalency among different sizes.
- a check variable whether it has enough raw material (is_enough_raw_material)
- list of chefs and cashiers it has (chef_list, cashier_list)
- total number of ice-cream size S, M and L it has sold for the day (total_s_ic, total_m_ic, total_l_ic)
- total number of ice-cream units it has sold for the day (total_ic_num)
:param exp_chef_num: number of experienced chefs
:param new_chef_num: number of non-experienced chefs
:param exp_cashier_num: number of experienced cashiers
:param new_cashier_num: number of non-experienced cashiers
"""
self.price_S = 4
self.price_M = 6
self.price_L = 8
self.raw_material_cost = raw_material_cost
self.is_enough_raw_material = True
self.chef_list, self.cashier_list = [], []
self.total_s_ic = 0
self.total_m_ic = 0
self.total_l_ic = 0
self.total_ic_num = 0
for i in range(new_chef_num):
self.chef_list.append(Employee.Chef(i + 1, is_experienced=False))
for i in range(exp_chef_num):
self.chef_list.append(
Employee.Chef(new_chef_num + i + 1, is_experienced=True))
for i in range(new_cashier_num):
self.cashier_list.append(
Employee.Cashier(i + 1, is_experienced=False))
for i in range(exp_cashier_num):
self.cashier_list.append(
Employee.Cashier(new_cashier_num + i + 1, is_experienced=True))