# Path: jarr/controllers/abstract.py
# class AbstractController:
#     _db_cls = Base  # reference to the database class, to redefine in child cls
#     _user_id_key = 'user_id'
# 
#     def __init__(self, user_id=None, ignore_context=False):
#         """
#         Base methods for controllers accross JARR.
#         User id is a right management mechanism that should be used to
#         filter objects in database on their denormalized "user_id" field
#         (or "id" field for users).
#         Should no user_id be provided, the Controller won't apply any filter
#         allowing for a kind of "super user" mode.
#         """
#         if self._db_cls is None:
#             raise NotImplementedError(f"{self!r} _db_cls isn't overridden")
#         try:
#             self.user_id = int(user_id)
#         except TypeError:
#             self.user_id = user_id
# 
#     @staticmethod
#     def _to_comparison(key, model):
#         """Extract from the key the method used by sqla for comparison."""
#         if '__' not in key:
#             return getattr(model, key).__eq__
#         attr, ope = key.rsplit('__', 1)
#         if ope == 'nin':
#             return getattr(model, attr).notin_
#         if ope == 'in':
#             return getattr(model, attr).in_
#         if ope not in {'like', 'ilike'}:
#             ope = f"__{ope}__"
#         return getattr(getattr(model, attr), ope)
# 
#     @classmethod
#     def _to_filters(cls, **filters):
#         """
#         Will translate filters to sqlalchemy filter.
#         This method will also apply user_id restriction if available.
# 
#         each parameters of the function is treated as an equality unless the
#         name of the parameter ends with either "__gt", "__lt", "__ge", "__le",
#         "__ne", "__in", "__like" or "__ilike".
#         """
#         db_filters = set()
#         for key, value in filters.items():
#             if key == '__or__':
#                 db_filters.add(or_(*[and_(*cls._to_filters(**sub_filter))
#                                      for sub_filter in value]))
#             elif key == '__and__':
#                 for sub_filter in value:
#                     for k, v in sub_filter.items():
#                         db_filters.add(cls._to_comparison(k, cls._db_cls)(v))
#             else:
#                 db_filters.add(cls._to_comparison(key, cls._db_cls)(value))
#         return db_filters
# 
#     def _get(self, **filters):
#         """
#         Abstract get.
#         Will add the current user id if that one is not none (in which case
#         the decision has been made in the code that the query shouldn't be user
#         dependant) and the user is not an admin and the filters doesn't already
#         contains a filter for that user.
#         """
#         if self._user_id_key is not None and self.user_id \
#                 and filters.get(self._user_id_key) != self.user_id:
#             filters[self._user_id_key] = self.user_id
#         return session.query(self._db_cls).filter(*self._to_filters(**filters))
# 
#     def get(self, **filters):
#         """Will return one single objects corresponding to filters"""
#         obj = self._get(**filters).first()
# 
#         if obj and not self._has_right_on(obj):
#             raise Forbidden("No authorized to access "
#                             f"{self._db_cls.__class__.__name__} {filters!r}")
#         if not obj:
#             raise NotFound(f"No {self._db_cls.__class__.__name__} w {filters}")
#         return obj
# 
#     def create(self, **attrs):
#         if not attrs:
#             raise ValueError("attributes to update must not be empty")
#         if self._user_id_key is not None and self._user_id_key not in attrs:
#             attrs[self._user_id_key] = self.user_id
#         if not (self._user_id_key is None or self._user_id_key in attrs
#                 or self.user_id is None):
#             raise Unauthorized("You must provide user_id one way or another")
# 
#         obj = self._db_cls(**attrs)
#         session.add(obj)
#         session.flush()
#         session.commit()
#         return obj
# 
#     def read(self, **filters):
#         return self._get(**filters)
# 
#     def update(self, filters, attrs, return_objs=False, commit=True):
#         if not attrs:
#             logger.error("nothing to update, doing nothing")
#             result, commit = {}, False
#         else:
#             result = self._get(**filters).update(attrs,
#                                                  synchronize_session=False)
#         if commit:
#             session.flush()
#             session.commit()
#         if return_objs:
#             return self._get(**filters)
#         return result
# 
#     def delete(self, obj_id, commit=True):
#         obj = self.get(id=obj_id)
#         session.delete(obj)
#         if commit:
#             session.flush()
#             session.commit()
#         return obj
# 
#     def _has_right_on(self, obj):
#         # user_id == None is like being admin
#         if self._user_id_key is None:
#             return True
#         return self.user_id is None \
#             or getattr(obj, self._user_id_key, None) == self.user_id
# 
#     def assert_right_ok(self, obj_id):
#         if not self.user_id:
#             raise ValueError(f"{self!r} user_id can't be None")
#         rows = self.__class__().read(id=obj_id).with_entities(
#                 getattr(self._db_cls, self._user_id_key)).first()
#         if not rows:
#             raise NotFound()
#         if not rows[0] == self.user_id:
#             raise Forbidden()


import logging
from jarr.controllers.abstract import AbstractController
from jarr.models import User
from werkzeug.security import check_password_hash, generate_password_hash
        from jarr.controllers import ArticleController, ClusterController


logger = logging.getLogger(__name__)


class UserController(AbstractController):
    _db_cls = User
    _user_id_key = "id"

    @staticmethod
    def _handle_password(attrs):
        if attrs.get("password"):
            attrs["password"] = generate_password_hash(attrs["password"])
        elif "password" in attrs:

# Path: jarr/controllers/abstract.py
# class AbstractController:
#     _db_cls = Base  # reference to the database class, to redefine in child cls
#     _user_id_key = 'user_id'
# 
#     def __init__(self, user_id=None, ignore_context=False):
#         """
#         Base methods for controllers accross JARR.
#         User id is a right management mechanism that should be used to
#         filter objects in database on their denormalized "user_id" field
#         (or "id" field for users).
#         Should no user_id be provided, the Controller won't apply any filter
#         allowing for a kind of "super user" mode.
#         """
#         if self._db_cls is None:
#             raise NotImplementedError(f"{self!r} _db_cls isn't overridden")
#         try:
#             self.user_id = int(user_id)
#         except TypeError:
#             self.user_id = user_id
# 
#     @staticmethod
#     def _to_comparison(key, model):
#         """Extract from the key the method used by sqla for comparison."""
#         if '__' not in key:
#             return getattr(model, key).__eq__
#         attr, ope = key.rsplit('__', 1)
#         if ope == 'nin':
#             return getattr(model, attr).notin_
#         if ope == 'in':
#             return getattr(model, attr).in_
#         if ope not in {'like', 'ilike'}:
#             ope = f"__{ope}__"
#         return getattr(getattr(model, attr), ope)
# 
#     @classmethod
#     def _to_filters(cls, **filters):
#         """
#         Will translate filters to sqlalchemy filter.
#         This method will also apply user_id restriction if available.
# 
#         each parameters of the function is treated as an equality unless the
#         name of the parameter ends with either "__gt", "__lt", "__ge", "__le",
#         "__ne", "__in", "__like" or "__ilike".
#         """
#         db_filters = set()
#         for key, value in filters.items():
#             if key == '__or__':
#                 db_filters.add(or_(*[and_(*cls._to_filters(**sub_filter))
#                                      for sub_filter in value]))
#             elif key == '__and__':
#                 for sub_filter in value:
#                     for k, v in sub_filter.items():
#                         db_filters.add(cls._to_comparison(k, cls._db_cls)(v))
#             else:
#                 db_filters.add(cls._to_comparison(key, cls._db_cls)(value))
#         return db_filters
# 
#     def _get(self, **filters):
#         """
#         Abstract get.
#         Will add the current user id if that one is not none (in which case
#         the decision has been made in the code that the query shouldn't be user
#         dependant) and the user is not an admin and the filters doesn't already
#         contains a filter for that user.
#         """
#         if self._user_id_key is not None and self.user_id \
#                 and filters.get(self._user_id_key) != self.user_id:
#             filters[self._user_id_key] = self.user_id
#         return session.query(self._db_cls).filter(*self._to_filters(**filters))
# 
#     def get(self, **filters):
#         """Will return one single objects corresponding to filters"""
#         obj = self._get(**filters).first()
# 
#         if obj and not self._has_right_on(obj):
#             raise Forbidden("No authorized to access "
#                             f"{self._db_cls.__class__.__name__} {filters!r}")
#         if not obj:
#             raise NotFound(f"No {self._db_cls.__class__.__name__} w {filters}")
#         return obj
# 
#     def create(self, **attrs):
#         if not attrs:
#             raise ValueError("attributes to update must not be empty")
#         if self._user_id_key is not None and self._user_id_key not in attrs:
#             attrs[self._user_id_key] = self.user_id
#         if not (self._user_id_key is None or self._user_id_key in attrs
#                 or self.user_id is None):
#             raise Unauthorized("You must provide user_id one way or another")
# 
#         obj = self._db_cls(**attrs)
#         session.add(obj)
#         session.flush()
#         session.commit()
#         return obj
# 
#     def read(self, **filters):
#         return self._get(**filters)
# 
#     def update(self, filters, attrs, return_objs=False, commit=True):
#         if not attrs:
#             logger.error("nothing to update, doing nothing")
#             result, commit = {}, False
#         else:
#             result = self._get(**filters).update(attrs,
#                                                  synchronize_session=False)
#         if commit:
#             session.flush()
#             session.commit()
#         if return_objs:
#             return self._get(**filters)
#         return result
# 
#     def delete(self, obj_id, commit=True):
#         obj = self.get(id=obj_id)
#         session.delete(obj)
#         if commit:
#             session.flush()
#             session.commit()
#         return obj
# 
#     def _has_right_on(self, obj):
#         # user_id == None is like being admin
#         if self._user_id_key is None:
#             return True
#         return self.user_id is None \
#             or getattr(obj, self._user_id_key, None) == self.user_id
# 
#     def assert_right_ok(self, obj_id):
#         if not self.user_id:
#             raise ValueError(f"{self!r} user_id can't be None")
#         rows = self.__class__().read(id=obj_id).with_entities(
#                 getattr(self._db_cls, self._user_id_key)).first()
#         if not rows:
#             raise NotFound()
#         if not rows[0] == self.user_id:
#             raise Forbidden()


# Path: jarr/controllers/user.py
import logging
from jarr.controllers.abstract import AbstractController
from jarr.models import User
from werkzeug.security import check_password_hash, generate_password_hash
        from jarr.controllers import ArticleController, ClusterController



logger = logging.getLogger(__name__)


class UserController(AbstractController):
    _db_cls = User
    _user_id_key = "id"

    @staticmethod
    def _handle_password(attrs):
        if attrs.get("password"):
            attrs["password"] = generate_password_hash(attrs["password"])
        elif "password" in attrs:

            del attrs["password"]