def test_transaction_limit():
transaction_number = ["1" "2" "3"]
transaction = Transaction()
for number in transaction_number:
assert transaction.transaction_limit_for_day(
number) == True, "The limit of transactions has not been reached"
def test_account_balance():
balance_current = ["100", "20000", "95000", "1"]
transaction = Transaction()
for balance in balance_current:
assert transaction.account_balance(
balance) == True, "User has money in account"
def test_transaction_incorrect_choice():
invalid_choice = ["aa", None]
transaction = Transaction()
for choice in invalid_choice:
assert transaction.transaction_type(
choice) == False, "Incorrect Choice"
def test_removing_bills():
bill_to_remove = ["5" "10" "20"]
transaction = Transaction()
for value in bill_to_remove:
assert transaction.note_removal(
value) == True, "The bank note has successfully been removed"
def test_transaction_choice():
valid_transaction_types = ["Withdrawal", "Deposit Cheque"]
transaction = Transaction()
for choice in valid_transaction_types:
assert transaction.transaction_type(
choice
) == True, "Please choose from the following two Transactions"
def test_transaction_limit_exceeded():
transaction_number_exceeded = ["4" "5" "6" "7" "10" "12"]
transaction = Transaction()
for number in transaction_number_exceeded:
assert transaction.transaction_limit_for_day(
number) == False, "The limit of transactions has been reached"
def test_transaction_is_complete():
transaction_complete_confirm = ["1231231" "123134545" "123124423" "456456"]
transaction = Transaction()
for transaction_number in transaction_complete_confirm:
assert transaction.transaction_completed(
transaction_number) == True, "Transaction is complete"
def test_withdraw_round_down():
withdrawal_amount = ["48" "21" "53"]
transaction = Transaction()
for amount in withdrawal_amount:
assert transaction.withdraw_round(
amount) == True, "The system will round down to the nearest $5"
def test_default_selection():
default_selection = ["20"]
transaction = Transaction()
for amount in default_selection:
assert transaction.default_selection_withdraw(
amount) == True, "User has made no selection, default is $20"
def test_account_balance_after_transaction_is_empty():
balance_after_transaction_empty = ["0", None]
transaction = Transaction()
for balance in balance_after_transaction_empty:
assert transaction.account_balance_post_transaction(
balance) == False, "Account balance is now empty"
def test_add_money_to_account():
cheque_verified_amount = ["100", "1000", "1123"]
transaction = Transaction()
for deposit_amount in cheque_verified_amount:
assert transaction.cheque_deposit_account_update(
deposit_amount
) == True, "Cheque has been verified and amount is added"
def test_account_balance_null():
bank_account_is_empty = [
"0",
"-100",
None,
]
transaction = Transaction()
for balance in bank_account_is_empty:
assert transaction.account_balance(
balance) == False, "User has no money in account"
def test_cheque_verification_failed():
cheque_verification_failed = [
"China",
"Michael Jackson",
"Vince Mcmahon",
]
transaction = Transaction()
for approval in cheque_verification_failed:
assert transaction.cheque_verfication(
approval) == False, "Cheque has not been recognizes by the system"
def test_cheque_verfication():
cheque_verfication = [
"bank approved",
"RBC",
"CIBC",
]
transaction = Transaction()
for approval in cheque_verfication:
assert transaction.cheque_verfication(
approval) == True, "Cheque is approved"
def test_withdraw_money_invalid_amount():
invalid_denominations = [
"1",
"2",
"3",
"4",
"94",
"86",
]
transaction = Transaction()
for amount in invalid_denominations:
assert transaction.withdraw_money(amount) == False, "Invalid Number"
def test_account_balance_after_transaction():
balance_after_transaction = [
"1",
"10000",
"25000",
"45982",
"4",
]
transaction = Transaction()
for balance in balance_after_transaction:
assert transaction.account_balance_post_transaction(
balance) == True, "Account Balance is displayed"
def test_withdraw_money():
valid_denominations = ["5", "10", "20" "50" "100"]
transaction = Transaction()
for amount in valid_denominations:
assert transaction.withdraw_money(amount) == True, "Amount Accepted"