def test_favBooks_returns_correct_list_when_no_books_read(self):
#test that when bookLst = None favBooks returns empty list
# Set up
testName = 'Diana McSpadden'
testEmail = '*****@*****.**'
testGenre = 'Historical Fiction'
# create initial bookLvr
bookLvr1 = BOOKLOVER(testName, testEmail, testGenre)
#test if favBooks returns correct list
self.assertEqual(bookLvr1.favBooks(), [])
def test_hasRead_case_insensitive(self):
# test that hasRead can find a bookName rgardless of case
# Set up
testName = 'Diana McSpadden'
testEmail = '*****@*****.**'
testGenre = 'Historical Fiction'
testBookNum = 2
testBookLst = [('Black Hills: A Novel',4),('The Red Tent',5)]
bookLvr1 = BOOKLOVER(testName, testEmail, testGenre, testBookNum, testBookLst)
# assert that hasRead returns false for unread book
self.assertTrue(bookLvr1.hasRead('tHE rED tENT'))
def test_hasRead_does_not_find_unread_book(self):
# test that hasRead returns False when a book has not been read
# Set up
testName = 'Diana McSpadden'
testEmail = '*****@*****.**'
testGenre = 'Historical Fiction'
testBookNum = 2
testBookLst = [('Black Hills: A Novel',4),('The Red Tent',5)]
bookLvr1 = BOOKLOVER(testName, testEmail, testGenre, testBookNum, testBookLst)
# assert that hasRead returns false for unread book
self.assertFalse(bookLvr1.hasRead('Lonesome Dove'))
def test_favBooks_returns_correct_list(self):
# test that favBooks() returns expected list
# Set up
testName = 'Diana McSpadden'
testEmail = '*****@*****.**'
testGenre = 'Historical Fiction'
testBookNum = 2
testBookLst = [('Black Hills: A Novel',4),('The Red Tent',5),('The Notebook',1),('The Color Purple',5)]
# create initial bookLvr
bookLvr1 = BOOKLOVER(testName, testEmail, testGenre, testBookNum, testBookLst)
#test if favBooks returns correct list
self.assertEqual(bookLvr1.favBooks(), ['Black Hills: A Novel','The Red Tent','The Color Purple'])
def test_add_book_will_error_when_rating_greater_than_5(self):
# test that addBook adds the correct bookName in new entry in bookLst
# Set up
testName = 'Diana McSpadden'
testEmail = '*****@*****.**'
testGenre = 'Historical Fiction'
testBookNum = 2
testBookLst = [('Black Hills: A Novel',4),('The Red Tent',5)]
# create initial bookLvr
bookLvr1 = BOOKLOVER(testName, testEmail, testGenre, testBookNum, testBookLst)
# when adding a book with a rating greater than 5 test that the correct error is returned
with self.assertRaisesRegexp(ValueError, 'A book rating must be between 0 and 5.'): #use assertRaisesRegexp with a literal of the customer ValueError message
bookLvr1.addBook('My Name Is Vittoria',6)
def test_does_BOOKLOVER_init_check_valid_email(self):
# is BOOKLOVER initialize with the values supplied
# Set up
testName = 'Diana McSpadden'
testEmail = 'NOT AN EMAIL ADDRESS'
testGenre = 'Historical Fiction'
# found out I need to put the __init__ of BOOKLOVER in a wrapper function
#so that the error gets raised to something. I used a lambda.
self.assertRaises(ValueError, lambda:BOOKLOVER(testName, testEmail, testGenre))
def test_does_BOOKLOVER_init_check_valid_name(self):
# is BOOKLOVER initialize with the values supplied
# Set up
testName = ''
testEmail = '*****@*****.**'
testGenre = 'Historical Fiction'
# found out I need to put the __init__ of BOOKLOVER in a wrapper function
#so that the error gets raised to something. I used a lambda.
self.assertRaises(ValueError, lambda:BOOKLOVER(testName, testEmail, testGenre))
def test_add_book_adds_correct_entry_to_bookLst(self):
# test that addBook adds the correct bookName in new entry in bookLst
# Set up
testName = 'Diana McSpadden'
testEmail = '*****@*****.**'
testGenre = 'Historical Fiction'
testBookNum = 2
testBookLst = [('Black Hills: A Novel',4),('The Red Tent',5)]
# create initial bookLvr
bookLvr1 = BOOKLOVER(testName, testEmail, testGenre, testBookNum, testBookLst)
# add a book
bookLvr1.addBook('My Name Is Vittoria',3)
# retrieve last item in book list
bookLvrLastBook = bookLvr1.bookLst[-1]
# test whether the last item in the list is the book added
self.assertEqual(bookLvrLastBook, ('My Name Is Vittoria',3))