def test_over_withdrawal(
): #this test function should throw an Exception or Error
user = BankUser("Joe")
user.addAccount(AccountType.SAVINGS)
user.deposit(AccountType.SAVINGS, 10)
## test create multiple saving account
try:
user.addAccount(AccountType.SAVINGS)
except Exception as e:
print(e)
## test withdraw more than balance
try:
user.withdraw(AccountType.SAVINGS, 1000)
except Exception as e:
print(e)
## test withdraw wrong account
try:
user.withdraw(AccountType.CHECKING, 8)
except Exception as e:
print(e)
## test withdraw negative amount
try:
user.withdraw(AccountType.SAVINGS, -10)
except Exception as e:
print(e)
## test deposit negative amount
try:
user.deposit(AccountType.SAVINGS, -10)
except Exception as e:
print(e)
## test deposit to wrong account
try:
user.deposit(AccountType.CHECKING, 100)
except Exception as e:
print(e)
## test get balance from wrong account
try:
user.getBalance(AccountType.CHECKING)
except Exception as e:
print(e)
### test valid functions ###
user.deposit(AccountType.SAVINGS, 100)
user.withdraw(AccountType.SAVINGS, 10)
print(user.getBalance(AccountType.SAVINGS))
user.addAccount(AccountType.CHECKING)
user.deposit(AccountType.CHECKING, 500)
print(user.getBalance(AccountType.CHECKING))
print(user)
print(str(user))
print(str(user.accounts[AccountType.SAVINGS.name]))
print(str(user.accounts[AccountType.CHECKING.name]))
def test_deposit_neg(): #this test function should throw an Exception or Error
user = BankUser("Joe")
user.addAccount(AccountType.CHECKING)
try:
user.deposit(AccountType.CHECKING, -10)
except Exception as e:
print(e)
def test_deposit_wrong_account(): #this test function should throw an
user = BankUser("Joe")
user.addAccount(AccountType.SAVINGS)
try:
user.deposit(AccountType.CHECKING,
100) #this should throw an Exception or Error
except Exception as e:
print(e) #print the message for the Exeption
def test_over_withdrawal(): #this test function should throw an
user = BankUser("Joe")
user.addAccount(AccountType.SAVINGS)
user.deposit(AccountType.SAVINGS, 10)
try:
user.withdraw(AccountType.SAVINGS,
1000) #this should throw an Exception or Error
except Exception as e:
print(e) #print the message for the Exeption
def test_get_balance(): #this tests if the user is trying to get a balance for a nonexistent account
newUser = BankUser("Nishu")
newUser.addAccount(AccountType.CHECKING)
newUser.deposit(AccountType.CHECKING, 1000)
try:
newUser.getBalance(AccountType.SAVINGS)
except Exception as excep:
print(excep)
def withdraw_negative_amount(): #this tests if the user is trying to withdraw a negative amount
newUser = BankUser("Nishu")
newUser.addAccount(AccountType.SAVINGS)
newUser.deposit(AccountType.SAVINGS, 1000)
try:
newUser.withdraw(AccountType.SAVINGS, -100)
except Exception as excep:
print(excep)
def test_over_withdrawal(): #this test function should throw an Exception or Error
newUser = BankUser("Nishu")
newUser.addAccount(AccountType.CHECKING)
newUser.deposit(AccountType.CHECKING, 500)
try:
newUser.withdraw(AccountType.CHECKING, 1000)
except Exception as excep:
print(excep)
def test_null_account(): #this tests whether or not the account exists
newUser = BankUser("Nishu")
newUser.addAccount(AccountType.SAVINGS)
newUser.deposit(AccountType.SAVINGS, 1000)
try:
newUser.deposit(AccountType.CHECKING, 1000)
except Exception as excep:
print(excep)
def test_over_withdrawal_2(): #this test function should work
user = BankUser("Jeff")
user.addAccount(AccountType.SAVINGS)
user.deposit(AccountType.SAVINGS, 10)
try:
new_balance = user.withdraw(AccountType.SAVINGS, 1)
print("The new_balance is " + str(new_balance))
except Exception as e:
print(e) #print the message for the Exeption
def test_over_deposit_1(
): #this test function should throw an Exception or Error
user = BankUser("Jack")
user.addAccount(AccountType.SAVINGS)
try:
user.deposit(AccountType.SAVINGS,
-10) #this will cause an Exception or Error
except Exception as e:
print(e) #print the message for the Exeption
def test_over__str__(): #this test function should work
user = BankUser("Jackson")
user.addAccount(AccountType.CHECKING)
user.deposit(AccountType.CHECKING, 10)
user.addAccount(AccountType.SAVINGS)
user.deposit(AccountType.SAVINGS, 10)
try:
print(user)
except Exception as e:
print(e) #print the message for the Exeption
def test_over_getBalance_(): #this test function should work
user = BankUser("Javi")
user.addAccount(AccountType.CHECKING)
user.deposit(AccountType.CHECKING, 20)
user.addAccount(AccountType.SAVINGS)
user.deposit(AccountType.SAVINGS, 1)
try:
print(user.getBalance(AccountType.CHECKING))
print(user.getBalance(AccountType.SAVINGS))
except Exception as e:
print(e) #print the message for the Exeption
def test_over_withdrawal():
user = BankUser("XinZeng")
user.addAccount(AccountType.SAVINGS)
user.deposit(AccountType.SAVINGS, 100)
# test for invalid situation
# deposit a negative value
try:
user.deposit(AccountType.SAVINGS, -1)
except Exception as e:
print(e)
# withdraw more than balance
try:
user.withdraw(AccountType.SAVINGS, 200)
except Exception as e:
print(e)
# withdraw a negative value
try:
user.withdraw(AccountType.SAVINGS, -1)
except Exception as e:
print(e)
# open multiple saving account
try:
user.addAccount(AccountType.SAVINGS)
except Exception as e:
print(e)
# withdraw from a different account
try:
user.withdraw(AccountType.CHECKING, 20)
except Exception as e:
print(e)
# deposit to a different account
try:
user.deposit(AccountType.CHECKING, 1)
except Exception as e:
print(e)
# get balance from wrong account
try:
user.getBalance(AccountType.CHECKING)
except Exception as e:
print(e)
# test for valid situation
user.withdraw(AccountType.SAVINGS, 50)
print("Balance:", user.getBalance(AccountType.SAVINGS))
print(user)
print(str(user))
print(str(user.account[AccountType.SAVINGS]))
user.addAccount(AccountType.CHECKING)
print("Balance:", user.getBalance(AccountType.CHECKING))
print(user)
print(str(user.account[AccountType.CHECKING]))
def test_over_withdrawal(): #this test function should throw an Exception or Error
user = BankUser("Joe");
user.addAccount(AccountType.SAVINGS);
user.deposit(AccountType.SAVINGS, 10);
user.withdraw(AccountType.SAVINGS, 1);
print(user.getBalance(AccountType.SAVINGS));
print(user);
#CHECK WITHDRAWAL LARGER THAN BALANCE
try:
user.withdraw(AccountType.SAVINGS, 1000); #this will cause an Exception or Error
except Exception as e:
print(e); #print the message for the Exeption
#CHECK NEGATIVE WITHDRAWAL
try:
user.withdraw(AccountType.SAVINGS, -10); #this will cause an Exception or Error
except Exception as e:
print(e); #print the message for the Exeption
#CHECK NEGATIVE DEPOSIT
try:
user.deposit(AccountType.SAVINGS, -10); #this will cause an Exception or Error
except Exception as e:
print(e); #print the message for the Exeption
#CHECK ACCOUNT TYPE WORKS FOR GETBALACE
try:
user.getBalance(AccountType.CHECKING); #this will cause an Exception or Error
except Exception as e:
print(e); #print the message for the Exeption
#CHECK ACCOUNT TYPE WORKS FOR DEPOSIT
try:
user.deposit(AccountType.CHECKING,1); #this will cause an Exception or Error
except Exception as e:
print(e); #print the message for the Exeption
#CHECK ACCOUNT TYPE WORKS FOR WITHDRAWAL
try:
user.withdraw(AccountType.CHECKING,1); #this will cause an Exception or Error
except Exception as e:
print(e); #print the message for the Exeption