def test_parse(self):
configs = []
for project, _ in ALL_FILES_DICT.items():
configs.append((project, 'xxxxx', 'yyyyy'))
names = []
for config in configs:
names.append(Runner.name(*config))
# get dicts
which_names, which_project = Comparator.parse_names(names)
# test
for name in names:
project = Runner.dename(name)['project']
assert name in which_names[project]
assert which_project[name] == project
def parse_names(
names: List[str]) -> Tuple[Dict[str, List[str]], Dict[str, str]]:
# prepare project order and name order dict
which_names = dict()
which_project = dict()
# parse
for name in names:
project_name = Runner.dename(name)['project']
if project_name in which_names:
which_names[project_name].append(name)
else:
which_names[project_name] = [name]
which_project[name] = project_name
return which_names, which_project
def test_name(self):
for _ in range(1000): # loop for 1000 times
project_name = list(ALL_FILES_DICT.keys())[random.randint(
0,
len(ALL_FILES_DICT) - 1)]
form = self.random_string()
method = self.random_string()
# prepare a dummy option
option = dict()
size = random.randint(0, 3)
for _ in range(size):
option[self.random_string()] = self.random_string()
# name encode
name = Runner.name(project_name, form, method, option)
# decode name
config = Runner.dename(name)
# check
assert project_name == config['project']
assert form == config['form']
assert method == config['method']
