def remove_car(self):
#Header
print("ADMIN/Remove car")
print("-" * 20)
# Validation tests need to be added in admin_service
license_num = input(
"Please enter license plate number of car to remove from system: "
).upper()
confirm = input(
"Are you sure you want to remove {} from system? (y/n) ".format(
license_num)).lower()
print("{} has been removed from system".format(license_num.upper()))
print("")
again = input("Do you want to remove another car? (y/n)")
getting = Car_Repo()
getting.remove_car(license_num)
class Admin_Ui:
def __init__(self):
self.admin_service = Admin_service()
self.__car_service = Car_Service()
self.car_repo = Car_Repo()
def admin_home_page(self):
"""interface that admin can access"""
#Header
print("ADMIN")
print("-" * 20)
print("Choose action: ")
choice = 7
while choice not in range(1, 5):
try:
choice = int(
input(
"1. Create new car\n2. Remove car\n3. Mark car for repair\n4. Log out\n "
))
print("")
self.admin_service.home_check(choice)
except:
print("Invalid action, please select number from 1 to 4")
print("")
return choice
def remove_car(self):
#Header
print("ADMIN/Remove car")
print("-" * 20)
confirm = "y"
while confirm == "y":
license_num = input(
"Please enter license plate number of car to remove from system: "
).upper()
confirm_inp = "a"
no_fails = True
while no_fails:
try:
if confirm_inp not in "yn":
confirm_inp = input(
"Are you sure you want to remove {} from system? (y/n) "
.format(license_num)).lower()
self.admin_service.y_and_n_validation(confirm_inp)
if confirm_inp == "y":
print("{} has been removed from system\n".format(
license_num.upper()))
self.car_repo.remove_car(license_num)
elif confirm_inp == "n":
break
elif confirm_inp == "y" or confirm_inp == "n":
again = input(
"Do you want to remove another car? (y/n)")
self.admin_service.y_and_n_validation(again)
if again == "y":
confirm_inp = "a"
break
if again == "n":
no_fails = False
confirm = "n"
except:
print("Please use 'y' or 'n' to confirm!")
def mark_repair(self):
print("Choose action: ")
repair_choice = input("1. Mark in repair\n2. Mark out of repair\n ")
repeat = "y"
sure = "n"
while repeat == "y":
while sure == "n":
license_num = input(
"Pleace enter the License plate number of car to mark for repair: "
).upper()
sure = input(
"Are you sure you want to mark {0} for repair? (y/n) ".
format(license_num)).lower()
repeat = input(
"Would you like to mark another car for repair? (y/n) "
).lower()
self.car_repo.mark_repair(repair_choice, license_num)
def create_car_page(self):
print("ADMIN/Create new car")
print("-" * 20)
confirm = "y"
while confirm == "y":
license_num = input("Please enter license plate number: ")
car_type = " "
while car_type not in "ABC":
try:
car_type = input(
"Please enter car type (A, B, C) :").upper()
self.admin_service.car_type_check(car_type)
except:
print(
"Available types are A, B or C. Please choose one of those types!"
)
print("")
#initiate variables:
confirm_inp = "a"
no_fails = True
while no_fails:
try:
if confirm_inp not in "yn":
confirm_inp = input(
"Confirm this car registration? (y/n) ")
print("")
self.admin_service.y_and_n_validation(confirm_inp)
if confirm_inp == "y":
print("The car {} has been added to system.\n".
format(license_num.upper()))
elif confirm_inp == "n":
break
elif confirm_inp == "y" or confirm_inp == "n":
again = input(
"Would you like to add another car? (y/n)")
self.admin_service.y_and_n_validation(again)
if again == "y":
return license_num, car_type, confirm, again
if again == "n":
no_fails = False
confirm = "n"
except:
print("Please use 'y' or 'n' to confirm!")
print("")
return license_num, car_type, confirm, again
def counter_added_cars(self, counter):
print("You have added {} car/s to the system.".format(counter))
def create_the_car(self, license_num, car_type, price, status="Available"):
new_car = Car(license_num, car_type, price, status)
self.__car_service.add_cars(new_car)