def test_convert_phrase_complains_about_missing_translation():
randomPhrase = str(random.randint(0, 1000))
expected_error = 'Phrase "{}" needs to have a "Translation".'.format(
randomPhrase)
with pytest.raises(RuntimeError, match=expected_error):
_convert_phrase({"Phrase": randomPhrase})
def test_includes_alternative_translations(self):
result = _convert_phrase(self.fakePhrase).in_source_language
assert self.fakePhrase["Alternative translations"][0] in result
assert self.fakePhrase["Alternative translations"][1] in result
def test_alternative_translations_are_optional(self):
del self.fakePhrase["Alternative translations"]
assert len(_convert_phrase(self.fakePhrase).in_source_language) == 1
def test_includes_translation(self):
assert _convert_phrase(
self.fakePhrase
).in_source_language[0] == self.fakePhrase["Translation"]
def test_alternative_versions_are_optional(self):
del self.fakePhrase["Alternative versions"]
assert len(_convert_phrase(self.fakePhrase).in_target_language) == 1
def test_includes_alternative_versions(self):
result = _convert_phrase(self.fakePhrase).in_target_language
assert self.fakePhrase["Alternative versions"][0] in result
assert self.fakePhrase["Alternative versions"][1] in result
def test_includes_main_version(self):
assert _convert_phrase(
self.fakePhrase).in_target_language[0] == self.fakePhrase["Phrase"]
def test_returns_a_phrase_object(self):
assert type(_convert_phrase(self.fakePhrase)) == Phrase
