class PiggyATM():
def __init__(self):
self.bank = PiggyBank()
def interact(self):
while True:
selection = int(input("""What would you like to do (Press corresponding number):
1.) Create an Account
2.) Deposit
3.) Withdraw
4.) Transfer
5.) View Balance
-> """))
if selection == 0:
break
elif selection > 5:
print ("""\n## Response ##\n""")
print ("Not a valid selection.\n")
continue
elif selection == 1:
print ("""\n## Interact ##\n""")
try:
name = str(input("Enter your first and last names (case-sensitive with one space in between): "))
pin = int(input("Enter a 4 digit pin to be associated with your account: "))
print ("""\n## Response ##\n""")
assert len(str(pin)) == 4
assert len(name.split()) == 2
self.bank.handle_account_creation(name, pin)
except:
print ("One or both of your entries was in an invalid format.")
continue
else:
print ("""\n## Interact ##\n""")
try:
name = str(input("Enter your first and last names (case-sensitive with one space in between): "))
pin = int(input("Enter the pin associated with your account: "))
assert len(str(pin)) == 4
assert len(name.split()) == 2
if selection == 2:
amount = float(input("Enter the amount to be deposited (To at least 1 decimal place): "))
print ("""\n## Response ##\n""")
self.bank.handle_deposit(name, pin, amount)
elif selection == 3:
amount = float(input("Enter the amount to be withdrawn (To at least 1 decimal place):: "))
print ("""\n## Response ##\n""")
self.bank.handle_withdraw(name, pin, amount)
elif selection == 4:
recipient = str(input("Enter the name of the transfer recipient (case-sensitive): "))
amount = float(input("Enter the amount to be transferred (To at least 1 decimal place):: "))
print ("""\n## Response ##\n""")
self.bank.handle_transfer(name, pin, recipient, amount)
elif selection == 5:
print ("""\n## Response ##\n""")
self.bank.show_balance(name, pin)
except:
print ("One or all of your entries was in an invalid format.")
continue
def __init__(self): self.bank = PiggyBank()
