def insert_cash():
#Final screen for passengers who bought ticket with cash.
processing(3,"Please insert your cash now. Bills you can use are $1, $5, $10, $20 only.")
processing(3,"Cash accepted...")
processing(0,"printing ticket....")
processing(1,"...Processing")
processing(0,"Please remember to take your TICKET and CHANGE.")
return exit_screen()
def cash_ticket():
#This script is for riders who prefer to buy a ticket using cash.
#When passenger selects cash option, they get sent to the route select option.
while True:
notes = []
entry = input("Please choose from the following options:\n\n[PRESS 25 to buy ticket using cash] [PRESS 99 to get a new Loop Card] [PRESS 2 to use your existing Loop Card] \n[PRESS 0 to EXIT]")
if not all(i.isdigit() for i in entry):
notes.append("Please make sure your entry consists of numbers only.")
if str(entry)!='25' or str(entry)!='99' or str(entry)!= '0':
notes.append("The selections to choose are: [PRESS 25 to purchase a ticket with cash] [PRESS 99 to get a new Loop Card] [PRESS 0 to EXIT]")
if len(str(entry)) < 3:
notes.append("Your entry must be 3 characters or press 0 to exit.")
if len(str(entry)) > 3:
notes.append("Please try again.")
if str(entry) == '25':
return route_select()
if str(entry) == '2':
return route_select()
if len(notes) == 0:
return route_select()
break
if entry == '0':
return exit_screen()
if len(notes) == 4:
return exit_screen()
if entry == '99':
from loop_card import new_card
return new_card()
else:
print("Please check the following: ")
for note in notes:
print(note)
def lc_pay(amount,route):
#Hyperloop card final screen function confirms Loop Card was charged for the ticket price and then prints ticket for rider.
processing(0,"Please insert your Loop Card now.")
processing(3,"...Processing")
processing(2,"\nYour Loop Card was charged in the amount of ${} for route {}".format(amount,route))
processing(2,"...Processing")
processing(3,"Your ticket and change are being processed...")
processing(1,"printing ticket....")
line1 = datetime.now().strftime("VALID:\n%A %B %d, %Y\n\n")
line2 = "\nDEPART:\nDowntown Los Angeles DTLA-19\n\n"
line3 = "\nROUTE:\n"+str(route)+"\n\n"
line4 = "\nPRICE:\n$"+str(amount)+"\n\n"
line5 = datetime.now().strftime("\nPRINTED:\n%A %B %d, %Y\n")
with open(f"{route}.txt","w") as f:
f.writelines([line1, line2, line3, line4, line5])
f.close()
return exit_screen()
def new_card():
while True:
regex = '^[a-z0-9]+[\._]?[a-z0-9]+[@]\w+[.]\w{2,3}$'
email_notes = []
psw_notes = []
#Since passenger may not have access to a wifi at time of purchase, the Loop Card will not send a confirmation email.
#Passenger simply confirms their email twice for accuracy.
user_email = input("Enter your email address: ")
if not (re.search(regex, user_email)):
print("Invalid Email")
email_notes.append("Invalid email.")
if (re.search(regex, user_email)):
print("Valid Email")
###################### EMAIL CONFIRMATION REENTRY #########################
email_reentry = input(
"Please confirm your email by entering it again: ")
if user_email != email_reentry:
email_notes.append("Your emails do not match. Please try again.")
if len(email_notes) == 0:
print("Your email was created successfully!")
if user_email == '0':
from main_exit_screen import exit_screen
return exit_screen()
else:
print("Please check the following: ")
for note in email_notes:
print(note)
###################### PASSENGER CREATES PIN NUMBER #########################
if len(email_notes) == 0:
pin_number = input("Enter a new 4-digit pin number: ")
if not all(i.isdigit() for i in pin_number):
psw_notes.append("Pin number must consist of numbers only.")
if len(str(pin_number)) < 4:
psw_notes.append("Pin number must be at least 4 characters")
if len(str(pin_number)) > 4:
psw_notes.append("Pin number cannot be more than 4 characters")
if pin_number == '0':
from main_exit_screen import exit_screen
return exit_screen()
###################### PIN NUMBER CONFIRMATION #########################
if len(psw_notes) == 0:
pin_reentry = input(
"Please confirm your pin number by entering it again: ")
if not all(i.isdigit() for i in pin_reentry):
psw_notes.append(
"Pin number must consist of numbers only.")
if len(str(pin_reentry)) < 4:
psw_notes.append(
"Pin number must be at least 4 characters")
if len(str(pin_reentry)) > 4:
psw_notes.append(
"Pin number cannot be more than 4 characters")
if pin_reentry != pin_number:
psw_notes.append(
"Your pins do not match. Please try again.")
if pin_number == '0':
from main_exit_screen import exit_screen
return exit_screen()
if len(psw_notes) == 0:
print("Your new pin number was created successfully!")
with open(f"{user_email}.txt", "w") as f:
f.write(str(user_email) + "\n")
f.close()
from loop_card import loopcard_boost
return loopcard_boost()
if len(psw_notes) == 4:
print("....Your card has been returned. Please try again.")
else:
print("Please check the following: ")
for note in psw_notes:
print(note)
else:
return new_card()
def get_routeinfo():
import dtla19
print('\n'.join("{}: ${}".format(k, v) for k, v in dtla19.dtla19_routes.route_information.items()))
import main_exit_screen
return exit_screen()
def route_select():
'allows user to select from dtla-19 routes'
processing(0,"Here are the prices for the routes that leave from Downtown Los Angeles station DTLA-19")
route_format(dtla19_routes.route_1)
route_format(dtla19_routes.route_2)
route_format(dtla19_routes.route_3)
processing(1,"...")
processing(1,".....")
processing(.5,"......")
while True:
notes = []
#entry = input("\nPlease choose a destination.\n[PRESS 290 for DTLA TO SAN FRANCISCO-SF509] [PRESS 387 for DTLA to Portland Oregon PRT691]\n[PRESS 498 for DTLA to Manhattan NY Grand Central Terminal]\n[PRESS 0 to EXIT]")
entry = input(route_buttons())
if not all(i.isdigit() for i in entry):
notes.append("Please make sure your entry consists of numbers only.")
if str(entry)!='290' or str(entry)!='387' or str(entry)!= '498' or str(entry)!= '0':
notes.append(route_buttons())
if len(str(entry)) < 3:
notes.append("Your entry must be at least 3 characters or press 0 to exit.")
if len(str(entry)) > 3:
notes.append("Please try again.")
if len(notes) == 0:
return insert_cash()
break
if str(entry) == '290':
print('\n'.join("\nYou have selected {}: ${}".format(k, v) for k, v in dtla19_routes.route_1.items()))
time.sleep(1)
payment = input('PRESS 25 to use cash now or PRESS 2 to charge your Loop Card.')
if payment == '25':
return insert_cash()
if payment == '2':
for k, v in dtla19_routes.route_1.items():
return lc_pay(v,k)
if entry == '387':
print('\n'.join("\nYou have selected {}: ${}".format(k, v) for k, v in dtla19_routes.route_2.items()))
time.sleep(1)
payment = input('PRESS 25 to use cash now or PRESS 2 to charge your Loop Card.')
if payment == '25':
return insert_cash()
if payment == '2':
for k, v in dtla19_routes.route_2.items():
return lc_pay(v,k)
if entry == '498':
print('\n'.join("\nYou have selected {}: ${}".format(k, v) for k, v in dtla19_routes.route_3.items()))
time.sleep(1)
payment = input('PRESS 25 to use cash now or PRESS 2 to charge your Loop Card.')
if payment == '25':
return insert_cash()
if payment == '2':
for k, v in dtla19_routes.route_3.items():
return lc_pay(v,k)
if entry == '0':
return exit_screen()
if len(notes) == 4:
return exit_screen()
else:
print("Please check the following: ")
for note in notes:
print(note)