def test_withdraw(self):
customerTest = Customer("Testing Customer")
customerTest.set_balance(2000)
self.assertEqual(customerTest.withdraw(1000), 1000)
self.assertEqual(customerTest.withdraw(100), 900)
self.assertEqual(customerTest.withdraw(25), 875)
self.assertEqual(customerTest.withdraw(175), 700)
def test_set_balance_empty(self):
'''
Checks that the set_balance method sets a value of 0.0 when left empty
'''
sample_account = Customer("Spencer") # Creates new customer
sample_account.set_balance() # Sets balance with no amount set
self.assertEqual(sample_account.balance,
0.0) # Checks that the stored balance is equal to 0.0
def test_deposit_empty(self):
'''
Checks that deposit raises an error when no amount is provided
'''
with self.assertRaises(TypeError):
my_account = Customer("Spencer")
my_account.set_balance()
my_account.deposit()
def test_set_balance_record_access(self):
'''
Checks that we can set and access a balance using the set_balance method
'''
sample_account = Customer("Steven")
this_balance = 15.0
sample_account.set_balance(this_balance)
self.assertEqual(sample_account.balance, this_balance)
def test_withdraw_empty(self):
'''
Checks that withdraw raises an error when no amount is provided
'''
with self.assertRaises(TypeError):
this_account = Customer("James")
this_account.set_balance()
this_account.withdraw()
def test_withdraw_insufficient_funds(self):
'''
Checks that the withdraw method will raise an exception when given a value less than the current balance
'''
this_balance = 250.53
withdrawal = 999.99
sample_account = Customer("Taylor")
sample_account.set_balance(this_balance)
with self.assertRaises(RuntimeError):
sample_account.withdraw(withdrawal)
def test_set_balance_modify(self):
'''
Checks that the set_balance method will reset/allow for modification of the balance attribute
'''
balance1 = 12.5
balance2 = 14.7
sample_account = Customer("Sarah")
sample_account.set_balance(balance1)
self.assertEqual(sample_account.balance, balance1)
sample_account.set_balance(balance2)
self.assertEqual(sample_account.balance, balance2)
def test_withdraw(self):
'''
Checks that withdraw, when given a proper amount value, functions correctly
Checks both the modified balance within class and the returned value by withdraw
'''
this_balance = 13.7
withdrawal = 8.5
sample_account = Customer("Jessie")
sample_account.set_balance(this_balance)
self.assertEqual(sample_account.withdraw(withdrawal),
this_balance - withdrawal)
self.assertEqual(sample_account.balance, this_balance - withdrawal)
def test_deposit_function(self):
'''
Checks that deposit, when given a proper amount value, functions correctly
Checks both the modified balance within class and the returned value by deposit
'''
this_balance = 19.53
this_deposit = 3.2
sample_account = Customer("Michael")
sample_account.set_balance(this_balance)
self.assertEqual(sample_account.deposit(this_deposit),
this_balance + this_deposit)
self.assertEqual(sample_account.balance, this_balance + this_deposit)
def test_deposit(self):
#set the testing initial balance to 10 dollars.
Customer.set_balance(sample, balance=10.0)
prev_balance = sample.balance
#deposits nothing, the balance should stays the same.
Customer.deposit(sample, 0)
self.assertEqual(sample.balance, prev_balance)
#deposit $10.50 and should be equal to 10.50 + previous balance.
prev_balance = sample.balance
Customer.deposit(sample, 10.50)
self.assertEqual(sample.balance, prev_balance + 10.50)
def test_withdraw(self):
#set the testing initial balance to 10 dollars.
Customer.set_balance(sample, balance=10.0)
#draw 5 dollars out of the balance
Customer.withdraw(sample, 5.0)
self.assertEqual(sample.balance, 5.0)
#draw 4.50 dollars out of the balance
Customer.withdraw(sample, 4.50)
self.assertEqual(sample.balance, 0.50)
#try to draw balance over than the previous balance and make sure
#the error display is correct too.
with self.assertRaises(Exception) as content:
Customer.withdraw(sample, 1.00)
#it has to be same display as the given error in sample_account.py
self.assertTrue(
'Amount greater than available balance.' in content.exception)
def test_set_balance(self):
customerTest = Customer("Testing Customer")
customerTest.set_balance(6050)
def test_deposit(self):
customerTest = Customer("Testing Customer")
customerTest.set_balance(4000)
self.assertEqual(customerTest.deposit(200), 4200)
self.assertEqual(customerTest.deposit(10), 4210)
self.assertEqual(customerTest.deposit(400), 4610)
def createUser(balance, name):
"""Create a user with a given balance and name"""
user = Customer(name)
user.set_balance(balance)
return user
def test_set_balance(self):
Customer.set_balance(sample)
self.assertEqual(sample.balance, 0.0)
#made by Wookjin Jang
#Edited: 12/19/2017
from sample_account import Customer
import unittest
#initalize the value for sample.
sample = Customer("Alex")
Customer.set_balance(sample)
#start the test_case.
class MyTest(unittest.TestCase):
#test the __init__ function, already used the __init__ above.
def test_init(self):
#print "testing the __init__ with customer name Alex"
self.assertEqual(sample.name, "Alex")
#test the set_balance function.
def test_set_balance(self):
Customer.set_balance(sample)
self.assertEqual(sample.balance, 0.0)
#test the withdraw function.
def test_withdraw(self):
#set the testing initial balance to 10 dollars.
Customer.set_balance(sample, balance=10.0)
#draw 5 dollars out of the balance
Customer.withdraw(sample, 5.0)
