def find_user(users: List[User], name_part: str) -> [User, None]:
"""Slow search, iterate over all users list, except if username == name_part
But smarter cause it checks pertinence.
"""
name_part = unidecode(name_part.lower())
""" Ordre d'importance :
* Est le display name
* Pseudo démarre avec la recherche
* % de match
"""
sort_rule = (("is_account_name", False), ("starts_with", True),
("match", True))
matches = []
for user in users:
if user.bot:
continue
display_name = unidecode(user.display_name.lower())
username = unidecode(user.name.lower())
match = None
names_comparaison = []
if name_part in display_name:
names_comparaison.append(
UserSearchResult(user,
len(name_part) / len(display_name),
display_name.startswith(name_part),
False))
if name_part in username:
names_comparaison.append(
UserSearchResult(user,
len(name_part) / len(username),
username.startswith(name_part), True))
if names_comparaison:
if len(names_comparaison) == 1:
match = names_comparaison[0]
else:
match = Utils.multisort(names_comparaison, sort_rule)[0]
if match:
if match.match == 1:
return match.user
matches.append(match)
if matches:
Utils.multisort(matches, sort_rule)
return matches[0].user
return None
def _get_sorted_syntaxes(cls) -> List[CommandSyntax]:
if cls._sorted_syntaxes is None:
cls._sorted_syntaxes = cls.get_syntaxes().copy()
Utils.multisort(cls._sorted_syntaxes, (("always_validate_input_format", False), ("param_count", True)))
return cls._sorted_syntaxes