val_tp: type, msg: str):
"""Check if result is a dict with keys of type key_tp and values
of type list that are non-empty and with elements of type val_tp.
"""
self.assertTrue(isinstance(result, dict), msg)
for (key, val) in result.items():
self.assertTrue(isinstance(key, key_tp), msg)
self.assertTrue(isinstance(val, list), msg)
# self.assertTrue(val != [],
# msg + ' and the values should be non-empty lists')
for item in val:
self.assertTrue(isinstance(item, val_tp), msg)
checker_generic.ensure_no_io('club_functions')
TARGET_LEN = 79
print(''.center(TARGET_LEN, "="))
print(' Start: checking coding style '.center(TARGET_LEN, "="))
checker_generic.run_pyta('club_functions.py', 'pyta/a3_pyta.txt')
print(' End checking coding style '.center(TARGET_LEN, "="))
print(' Start: checking type contracts '.center(TARGET_LEN, "="))
unittest.main(exit=False)
print(' End checking type contracts '.center(TARGET_LEN, "="))
print('\nScroll up to see ALL RESULTS:')
print(' - checking coding style')
print(' - checking type contract\n')
self.assertTrue(isinstance(result[1][i], int), msg)
print(' check complete')
def _check_simple_type(self, func: callable, args: list,
expected: type) -> None:
"""Check that func called with arguments args returns a value of type
expected. Display the progress and the result of the check.
"""
print('\nChecking {}...'.format(func.__name__))
result = checker_generic.type_check_simple(func, args, expected)
self.assertTrue(result[0], result[1])
print(' check complete')
checker_generic.ensure_no_io('elevation')
TARGET_LEN = 79
print(''.center(TARGET_LEN, "="))
print(' Start: checking coding style '.center(TARGET_LEN, "="))
checker_generic.run_pyta('elevation.py', 'pyta/a2_pyta.txt')
print(' End checking coding style '.center(TARGET_LEN, "="))
print(' Start: checking type contracts '.center(TARGET_LEN, "="))
unittest.main(exit=False)
print(' End checking type contracts '.center(TARGET_LEN, "="))
print('\nScroll up to see ALL RESULTS:')
print(' - checking coding style')
print(' - checking type contract\n')