def test_messages_fetch_exists():
""" Utils.Messages fetch exising word/fallback word. """
# Word in primary and fallback
assert Utils.Messages(text={'foo': {'no': 'bar_no', 'en': 'bar_en'}},
lang='no', fallback='en')['foo'] == 'bar_no'
# Word only in primary
assert Utils.Messages(text={'foo': {'no': 'bar_no', }},
lang='no', fallback='en')['foo'] == 'bar_no'
# Word only in fallback
assert Utils.Messages(text={'foo': {'en': 'bar_en', }},
lang='no', fallback='en')['foo'] == 'bar_en'
def test_messages_set_invalid():
""" Utils.Messages set key to invalid value. """
m = Utils.Messages(text={}, lang='foo', fallback='bar')
m['key'] = 'value'
def test_messages_set_key():
""" Utils.Messages set key. """
m = Utils.Messages(text={}, lang='no', fallback='en')
m['foo'] = {'no': 'bar_no'}
assert m['foo'] == 'bar_no'
def test_messages_missing_lang():
""" Utils.Messages fetch non-exising lang. """
Utils.Messages(text={'foo': {
'se': 'bar_se'
}}, lang='en', fallback='no')['foo']
def test_messages_missing_key():
""" Utils.Messages fetch non-exising key. """
Utils.Messages(text={}, lang='no', fallback='en')['foo']
def test_messages_type():
""" Utils.messages correct class. """
m = Utils.Messages(text={})
assert isinstance(m, Utils.Messages)
assert isinstance(m, dict)