def test_create_account_success():
account_num = 1234567
account_name = "Alex"
expected_transaction = Transaction("NEW", account_num, "000", "0000000", account_name).create_transaction_line()
transaction = createAccount(account_num, account_name).create_transaction_line()
assert transaction == expected_transaction
def deposit(account_num, amount, mode, deposits):
new_daily_deposits = validateDepositAmount(account_num, amount, mode,
deposits)
if (new_daily_deposits == False):
print("Invalid deposit amount")
return False, deposits
else:
return Transaction("DEP", account_num, amount, "0000000",
'***'), deposits
def test_create_account_success():
master_accounts_list = {}
assert master_accounts_list == {}
transaction = Transaction('NEW', 1234567, 100, 0000000, 'testaccount')
master_accounts_list = backendController(transaction, master_accounts_list)
assert master_accounts_list[1234567].balance == 0
assert master_accounts_list[1234567].account_name == 'testaccount'
assert master_accounts_list[1234567].account_number == 1234567
def transfer(mode, account_num1, account_num2, amount, transfers):
# transaction object
new_daily_transfers = validateTransferAmount(amount, int(account_num1),
mode, transfers)
if (new_daily_transfers == False):
print("Invalid transfer amount")
return False, transfers
else:
return Transaction("XFR", account_num2, amount, account_num1,
'***'), transfers
def withdraw(account_num, amount, mode, withdrawals):
# updated this function to match deposit above
new_daily_withdrawals = validateWithdrawAmount(account_num, amount, mode,
withdrawals)
if (new_daily_withdrawals == False):
print("Invalid withdrawal amount")
return False, withdrawals
else:
return Transaction("WDR", account_num, amount, "0000000",
'***'), withdrawals
'''
def test_withdraw_success_agent():
daily_withdrawals = {1234567: 0}
account_num = 1234567
amount = 10000
#agent mode
mode = 1
transaction, new_daily_withdrawals = withdraw(account_num, amount, mode,
daily_withdrawals)
expected_transaction = Transaction("WDR", account_num, amount, "0000000",
'***').create_transaction_line()
transaction = transaction.create_transaction_line()
daily_withdrawals[account_num] = amount
assert transaction == expected_transaction
assert daily_withdrawals == new_daily_withdrawals
def test_deposit_success_agent():
daily_deposits = {1234567: 0}
account_num = 1234567
amount = 10000
# Agent mode
mode = 1
# Call our deposit function
transaction, new_daily_deposits = deposit(account_num, amount, mode,
daily_deposits)
# Create an expected Transaction
expected_transaction = Transaction("DEP", account_num, amount, "0000000",
'***').create_transaction_line()
# We will compare the strings
transaction = transaction.create_transaction_line()
# update our initial daily_deposits dict to be our expected dict
daily_deposits[account_num] = amount
assert transaction == expected_transaction
assert daily_deposits == new_daily_deposits
def test_transfer_success_agent():
daily_transfer = {1234567: 0}
account_num_from = 1234567
account_num_to = 1122334
amount = 10
# Agent mode
mode = 1
# Call our deposit function
transaction, new_daily_transfers = transfer(mode, account_num_from,
account_num_to, amount,
daily_transfer)
# Create an expected Transaction
expected_transaction = Transaction("XFR", account_num_to, amount,
account_num_from,
'***').create_transaction_line()
# We will compare the strings
transaction = transaction.create_transaction_line()
# update our initial daily_deposits dict to be our expected dict
daily_transfer[account_num_from] = amount
assert transaction == expected_transaction
assert daily_transfer == new_daily_transfers
def test_withdraw_valid_amount():
master_accounts_list = {}
master_accounts_list[1234567] = MasterAccount(1234567, 1000, 'testaccount')
transaction = Transaction('WDR', 1234567, 100, 0000000, '***')
backendController(transaction, master_accounts_list)
assert master_accounts_list[1234567].balance == 900