def test_filter_books(self):
slash_book = slash_to_book(["1993", "Steve", "McConnell",
"Code Complete"])
csv_book = csv_to_book(["Clean Code", "Martin", "Robert", "2008"])
self.assertEquals(filter_books([slash_book, csv_book], "20"),
[csv_book])
self.assertEquals(filter_books([slash_book, csv_book], "ode"),
[slash_book, csv_book])
self.assertEquals(filter_books([slash_book, csv_book], None),
[slash_book, csv_book])
def test_sort_books(self):
slash_book = slash_to_book(["1993", "Steve", "McConnell",
"Code Complete"])
csv_book = csv_to_book(["Clean Code", "Martin", "Robert", "2008"])
kent_book_1 = pipe_to_book(["Kent", "Beck", "Test-Driven Development",
"2002"])
kent_book_2 = pipe_to_book(["Kent", "Beck", "Implementation Patterns",
"2007"])
books = [slash_book, kent_book_1, kent_book_2, csv_book]
random.shuffle(books)
self.assertEquals(sort_books(books), [kent_book_2, kent_book_1,
csv_book, slash_book])
self.assertEquals(sort_books(books, True), [slash_book, kent_book_1,
kent_book_2,csv_book])
self.assertEquals(sort_books(books, True, True), [csv_book,
kent_book_2,
kent_book_1,
slash_book])
def test_book_repr(self):
slash_book = slash_to_book(["2002", "Martin", "Fowler",
"Patterns of Enterprise Application Architecture"])
self.assertEquals(str(slash_book), "Fowler, Martin, Patterns of Enterprise Application Architecture, 2002")
def test_slash_conversion(self):
slash_book = slash_to_book(["1993", "Steve", "McConnell",
"Code Complete"])
self._assert_book_conversion(slash_book, ["Steve", "McConnell",
"Code Complete", "1993"])