def test_load_dictionary_handles_multiple_modules(module_with_word):
new_module = Module("", [
Skill("", "", [
get_fake_word()[0]
], [], [])
])
assert len(load_dictionary([module_with_word[0], new_module])) == 4
def test_load_dictionary_includes_duplicate_words_only_once(module_with_word):
new_module = Module("", [
Skill("", "", [
module_with_word[0].skills[0].words[0]
], [], [])
])
assert len(load_dictionary([module_with_word[0], new_module])) == 2
def module_with_word():
word, in_source_language, in_target_language = get_fake_word()
my_module = Module("", skills=[
Skill("", "", [
word
], [], [])
])
return my_module, in_source_language, in_target_language
def test_load_course_output_matches_value(fs):
fixture_path = os.path.join(os.path.dirname(
__file__), 'fixtures', "fake_course")
fs.add_real_directory(fixture_path)
result = load_course(fixture_path)
assert result.target_language == Language(
name="French",
code="fr"
)
assert result.source_language == Language(
name="English",
code="en")
assert result.license == License(name='CC BY 3.0', full_name='CC BY 3.0',
link='https://www.example.com/license')
assert result.dictionary == [
DictionaryItem("the man", ["l'homme"], False),
DictionaryItem("l'homme", ["the man"], True),
DictionaryItem("the woman", ["la femme"], False),
DictionaryItem("la femme", ["the woman"], True),
]
assert len(result.modules) == 1
assert result.modules[0].title == "Basics"
assert len(result.modules[0].skills) == 1
assert result.modules[0].skills[0] == Skill(
name="Hello",
id=4,
image_set=["people1", "woman1", "man1"],
phrases=result.modules[0].skills[0].phrases,
words=result.modules[0].skills[0].words,
)
assert result.modules[0].skills[0].phrases == [
Phrase(
in_target_language=['La femme dit bonjour',
'la femme dit salut'],
in_source_language=['The woman says hello',
'The woman says hi']),
Phrase(
in_target_language=["L'homme dit bonjour",
"L'homme dit salut"],
in_source_language=['The man says hello',
'The man says hi'])]
assert result.modules[0].skills[0].words == [
Word(
in_target_language=["l'homme"],
in_source_language=['the man'],
pictures=['man1', 'man2', 'man3']
),
Word(
in_target_language=['la femme', 'la dame'],
in_source_language=['the woman', 'the female'],
pictures=None
)
]
assert result.special_characters == [
'Ç', 'é', 'â', 'ê', 'î', 'ô', 'û', 'à', 'è', 'ù', 'ë', 'ï', 'ü'
]
def test_load_dictionary_includes_word_from_mini_dictionary(module_with_word):
module, _, __ = module_with_word
module.skills[0] = Skill(
**{
**module.skills[0]._asdict(), "dictionary": [("foo", ("bar",
"baz"),
False)]
})
assert DictionaryItem("foo", "bar\nbaz",
False) in load_dictionary([module_with_word[0]])
def load_skill(path):
data = load_yaml(path)
skill = data["Skill"]
words = data["New words"]
phrases = data["Phrases"]
return Skill(name=skill["Name"],
id=skill["Id"],
words=convert_words(words),
phrases=convert_phrases(phrases),
image_set=skill["Thumbnails"])
def test_load_dictionary_includes_duplicate_words_includes_multiple_definitions(
module_with_word):
random_new_word = get_fake_word()[0]
existing_word = module_with_word[0].skills[0].words[0]
duplicate_word = Word(
in_source_language=existing_word.in_source_language,
in_target_language=random_new_word.in_target_language,
pictures=[])
new_module = Module("", [Skill("", "", [duplicate_word], [], [], None)])
definition = load_dictionary([module_with_word[0],
new_module])[0].definition
assert random_new_word.in_target_language[0] in definition and \
existing_word.in_target_language[0] in definition
def load_skill(path, course):
try:
data = load_yaml(path)
skill = data["Skill"]
words = data["New words"]
phrases = data["Phrases"]
except TypeError:
raise RuntimeError(
'Skill file "{}" is empty or does not exist'.format(path))
except KeyError as error:
raise RuntimeError('Skill file "{}" needs to have a "{}" key'.format(
path, error.args[0]))
try:
name = skill["Name"]
except Exception:
raise RuntimeError(
'Skill file "{}" needs to have skill name'.format(path))
try:
skill_id = skill["Id"]
except Exception:
raise RuntimeError(
'Skill file "{}" needs to have skill id'.format(path))
try:
phrases = convert_phrases(phrases)
except TypeError:
raise RuntimeError(
'Skill file "{}" has an invalid phrase'.format(path))
try:
words = convert_words(words)
except TypeError:
raise RuntimeError('Skill file "{}" has an invalid word'.format(path))
return Skill(
name=name,
id=skill_id,
words=words,
phrases=phrases,
image_set=skill["Thumbnails"] if "Thumbnails" in skill else [],
dictionary=list(
convert_mini_dictionary(data["Mini-dictionary"], course))
if "Mini-dictionary" in data else [],
)
in_source_language=["foo"],
pictures=['foo', 'bar', 'baz'])
license1 = License(name="foo", full_name="foo bar license", link=None)
license2 = License(name="lorem",
full_name="ipsum lorem license",
link="https://example.com/lipsum_license")
word2 = Word(in_target_language=["apfel"],
in_source_language=["apple"],
pictures=['1', '2', '3'])
emptySkill = Skill(name="Neuter",
id=3,
words=[],
phrases=[],
image_set=["foo1", "bar1", "bar2"])
skillWithPhrase = Skill(name="Masculine",
id=3,
phrases=[phrase2],
words=[],
image_set=["man1", "man2", "boy1"])
skillWithWord = Skill(name="Masculine",
id=3,
phrases=[],
words=[word1],
image_set=["man1", "man2", "boy1"])
def test_load_dictionary_handles_multiple_skills_per_module(module_with_word):
module_with_word[0].skills.append(Skill("", "", [
get_fake_word()[0]
], [], []))
assert len(load_dictionary([module_with_word[0]])) == 4