def mastery_from_desc() -> Question:
mastery: Mastery = random.choice(riotapi.get_masteries())
desc: str = censor_name(util.SANITIZER.handle(mastery.descriptions[-1]),
*mastery.name.split())
return Question("What's the name of this mastery?",
desc,
mastery.name,
extra=f" ({mastery.tree.value} Tree)")
def _init_masteries(all_masteries):
if not all_masteries:
riotapi_masteries = {mastery.id: mastery for mastery in riotapi.get_masteries()}
all_masteries = json.load(open(os.path.join(buildcalculator_director, 'masteries.json')))
all_masteries = {int(id_): data for id_, data in all_masteries.items()}
for id_, m in all_masteries.items():
for key, values in m.items():
if key != 'tree' and key != 'name':
m[key] = {int(i): data for i, data in values.items()}
else:
MasteryPage._masteries_by_id = all_masteries
MasteryPage._masteries_by_id = {id_: _Mastery(riotapi_masteries[id_], data) for id_, data in all_masteries.items()}
MasteryPage._masteries_by_name = {mastery.name: mastery for _, mastery in MasteryPage._masteries_by_id.items()}
def test_masteries():
int_test_handler.test_result(riotapi.get_masteries())
def tree_from_mastery() -> Question:
mastery: Mastery = random.choice(riotapi.get_masteries())
return Question(f"What tree is {mastery.name} from?", None,
mastery.tree.value)
def test_masteries():
int_test_handler.test_result(riotapi.get_masteries())