def test_read_file_year_reverse(self):
book_reader = BookReader(file_name='pipe', order_by_year=True, reverse=True)
book_reader._read_file()
sorted_list = book_reader._get_sorted_lines_list()
self.assertEqual(len(sorted_list), 4)
for index, last_name in enumerate(['Beck', 'Beck', 'Fowler', 'Brooks']):
self.assertEqual(last_name, book_reader.data_hash[sorted_list[index]].last_name)
def setUp(self):
self.book_reader = BookReader(file_name='pipe', order_by_year=False, reverse=True)
class TestBookReader(unittest.TestCase):
def setUp(self):
self.book_reader = BookReader(file_name='pipe', order_by_year=False, reverse=True)
def test_line_process_pipe(self):
pipe_data = " F |L|T|D\n"
parsed_data = self.book_reader._line_process(pipe_data)
self.__test_parsed_data(parsed_data)
def test_line_process_unknown_format(self):
pipe_data = " F |L|T|D|D\n"
with self.assertRaises(Exception):
self.book_reader._line_process(pipe_data)
pipe_data = " F |L|T"
with self.assertRaises(Exception):
self.book_reader._line_process(pipe_data)
def test_line_process_slash(self):
slash_data = "D/F/L/T"
parsed_data = self.book_reader._line_process(slash_data)
self.__test_parsed_data(parsed_data)
def test_line_process_csv(self):
csv_data = "T,L,F,D"
parsed_data = self.book_reader._line_process(csv_data)
self.__test_parsed_data(parsed_data)
def __test_parsed_data(self, parsed_data):
self.assertEqual(parsed_data.first_name, 'F')
self.assertEqual(parsed_data.last_name, 'L')
self.assertEqual(parsed_data.title, 'T')
self.assertEqual(parsed_data.date, 'D')
def test_get_delimiter(self):
self.assertEqual('|', self.book_reader._get_delimiter('F|L'))
self.book_reader.delimiter = None
self.assertEqual('/', self.book_reader._get_delimiter('F/L'))
self.book_reader.delimiter = None
self.assertEqual(',', self.book_reader._get_delimiter('F,L'))
self.book_reader.delimiter = None
with self.assertRaises(Exception):
self.book_reader._get_delimiter("F:L")
def test_read_file(self):
book_reader = BookReader(file_name='pipe')
book_reader._read_file()
sorted_list = book_reader._get_sorted_lines_list()
self.assertEqual(len(sorted_list), 4)
for index, last_name in enumerate(['Beck', 'Beck', 'Brooks', 'Fowler']):
self.assertEqual(last_name, book_reader.data_hash[sorted_list[index]].last_name)
def test_read_file_reverse(self):
book_reader = BookReader(file_name='pipe', reverse=True)
book_reader._read_file()
sorted_list = book_reader._get_sorted_lines_list()
self.assertEqual(len(sorted_list), 4)
for index, last_name in enumerate(['Fowler', 'Brooks', 'Beck', 'Beck']):
self.assertEqual(last_name, book_reader.data_hash[sorted_list[index]].last_name)
def test_read_file_year(self):
book_reader = BookReader(file_name='pipe', order_by_year=True)
book_reader._read_file()
sorted_list = book_reader._get_sorted_lines_list()
self.assertEqual(len(sorted_list), 4)
for index, last_name in enumerate(['Brooks', 'Fowler', 'Beck', 'Beck']):
self.assertEqual(last_name, book_reader.data_hash[sorted_list[index]].last_name)
def test_read_file_year_reverse(self):
book_reader = BookReader(file_name='pipe', order_by_year=True, reverse=True)
book_reader._read_file()
sorted_list = book_reader._get_sorted_lines_list()
self.assertEqual(len(sorted_list), 4)
for index, last_name in enumerate(['Beck', 'Beck', 'Fowler', 'Brooks']):
self.assertEqual(last_name, book_reader.data_hash[sorted_list[index]].last_name)