def test_groupByRacer_does_not_add_to_groups_if_groups_is_already_in_memory(self):
reader = FileReader('tests/repository/base.txt')
logs = LogEntriesRepository(reader)
stats = StatisticsRepository(logs)
stats._calculateResult(list(logs.get_logs()))
stats._calculateResult(list(logs.get_logs()))
stats._calculateResult(list(logs.get_logs()))
self.assertEqual(6, len(stats.groups))
def test_parseLine_returns_valid_LogEntry_object(self):
reader = FileReader('tests/repository/one_entry.txt')
repository = LogEntriesRepository(reader)
line = '23:49:08.277\t038 – F.MASSA\t1\t1:02.852\t44,275'
logEntry = repository._parseLine(0, line)
self.assertIsNotNone(logEntry.time)
self.assertIsNotNone(logEntry.code)
self.assertIsNotNone(logEntry.pilot)
self.assertIsNotNone(logEntry.lap)
self.assertIsNotNone(logEntry.lapTime)
self.assertIsNotNone(logEntry.avgSpeed)
def test_calculateResult_returns_list_with_expected_classification(self):
reader = FileReader('tests/repository/base.txt')
logs = LogEntriesRepository(reader)
stats = StatisticsRepository(logs)
result = stats._calculateResult(list(logs.get_logs()))
self.assertEqual(result[0].code, '038')
self.assertEqual(result[1].code, '002')
self.assertEqual(result[2].code, '033')
self.assertEqual(result[3].code, '023')
self.assertEqual(result[4].code, '015')
self.assertEqual(result[5].code, '011')
def test_get_result_returns_tuple_with_expected_calculations(self):
reader = FileReader('tests/repository/base.txt')
logs = LogEntriesRepository(reader)
stats = StatisticsRepository(logs)
position, code, name, completedLaps, timeTotal = list(stats.get_result())[0]
self.assertEqual(position, 1)
self.assertEqual(code, '038')
self.assertEqual(name, 'F.MASS')
self.assertEqual(completedLaps, '4')
self.assertEqual(timeTotal, '4:11.578')
position, code, name, completedLaps, timeTotal = list(stats.get_result())[-1]
self.assertEqual(position, 6)
self.assertEqual(code, '011')
self.assertEqual(name, 'S.VETTEL')
self.assertEqual(completedLaps, '3')
self.assertEqual(timeTotal, '6:27.276')
def test_get_logs_skips_first_line(self):
reader = FileReader('tests/repository/one_entry.txt')
repository = LogEntriesRepository(reader)
logs = list(repository.get_logs())
self.assertTrue(len(logs) == 1)
def test_parseLine_returns_None_if_line_has_invalid_format(self):
reader = FileReader('tests/repository/one_entry.txt')
repository = LogEntriesRepository(reader)
line = '23:49:08.277\t038 – F.MASSA\t1\t1:02.852\t44?275'
logEntry = repository._parseLine(0, line)
self.assertIsNone(logEntry)
def test_isLineParseable_returns_true_if_line_in_expected_format(self):
reader = FileReader('tests/repository/one_entry.txt')
repository = LogEntriesRepository(reader)
line = '23:49:08.277\t038 – F.MASSA\t1\t1:02.852\t44,275'
isParseable = repository._isLineParseable(0, line)
self.assertTrue(isParseable)
def test_get_logs_processes_all_lines(self):
reader = FileReader('tests/repository/base.txt')
repository = LogEntriesRepository(reader)
logs = list(repository.get_logs())
self.assertTrue(len(logs) == 23)
def test_get_logs_ignores_empty_lines(self):
reader = FileReader('tests/repository/one_entry_empty_lines.txt')
repository = LogEntriesRepository(reader)
logs = list(repository.get_logs())
self.assertTrue(len(logs) == 1)