def load_config(file_path, overrides=[]):
if not _is_valid(file_path):
_fail_and_exit()
with open(file_path) as file:
config = ConfigDict()
# Helps keep track of the "group" that we want to set settings to.
current_group = None
for line in file.read().splitlines():
line = _clean(line)
if not line:
continue
# Begin parse by looking for any "group" to init config obj with.
# -- If not found, proceed with the last detected "group".
current_group = _is_a_group(line) or current_group
if current_group and _set_group(config, current_group):
continue
elif not current_group:
# At this point, if we don't have a "group" to assign "settings" to, we assume that the config is malformed.
_fail_and_exit()
override_setting = _is_override_setting(line)
if override_setting and _set_override_setting(
config, current_group, override_setting, overrides):
continue
standard_setting = _is_standard_setting(line)
if standard_setting and _set_standard_setting(
config, current_group, standard_setting):
continue
# At this point, if we can't recognize the line format, we assume that the config is malformed.
_fail_and_exit()
return config
def file_dict(tmpdir_factory):
f = tmpdir_factory.mktemp('test').join('config.txt')
filepath = str(f)
content = '''one=unu\ntwo=doi\nthree=trei\nfour=patru\n'''
f.write(content)
file_dict = ConfigDict(filepath)
return file_dict
def test_set_setting(self):
config = ConfigDict()
group = 'group'
key = 'basic_size_limit'
value = 26214400
_set_group(config, group)
_set_setting(config, group, key, value)
self.assertEqual(config.group[key], value)
def test_set_override_setting(self):
config = ConfigDict()
group = 'group'
key = 'path'
override = 'production'
value = '/srv/var/tmp/'
_set_group(config, group)
_set_override_setting(config, group, [key, override, value],
['production'])
self.assertEqual(config.group[key], value)
def test_set_group(self):
config = ConfigDict()
group = 'group'
result = _set_group(config, group)
self.assertTrue(result)
self.assertTrue(group in config)
