def _get(self, model, id, *extra_filters):
model = model.lower()
cls = None
if _config.DEFINED_MODELS:
cls = users if model == "users" else _config.DEFINED_MODELS.get(
model)
if not cls and _config.RESTRICT_TO_DEFINED_MODELS:
raise RestrictedModelError
if cls:
model = cls.__name__
if not cls:
validate_modelname(model)
cls = users if model == "users" else type(model,
(ScopedExpando, ), {})
if id:
me = False
if model == "users":
if id == "me":
me = True
id = current_user(required=True)
key = parse_id(id, model)
m = key.get()
if not m:
if model == "users" and me:
m = users()
m.key = key
setattr(m, "$unsaved", True)
u = config.get_current_user()
if hasattr(u, "email"):
m.email = u.email()
else:
raise AppError("No {} with id {}.".format(model, id))
return m.to_dict()
else:
return query(self, cls, *extra_filters)
def current_user(required=False):
u = config.get_current_user()
if u:
return ndb.Key("users", u.user_id()).urlsafe()
if required:
raise LoginError("User must be logged in.")
return None
def current_user(required=False):
u = config.get_current_user()
if u:
return ndb.Key("users", u.user_id()).urlsafe()
if required:
raise LoginError("User must be logged in.")
return None
def _get(self, model, id, *extra_filters):
model = model.lower()
cls = None
if _config.DEFINED_MODELS:
cls = users if model == "users" else _config.DEFINED_MODELS.get(model)
if not cls and _config.RESTRICT_TO_DEFINED_MODELS:
raise RestrictedModelError
if cls:
model = cls.__name__
if not cls:
validate_modelname(model)
cls = users if model == "users" else type(model, (ScopedExpando,), {})
if id:
me = False
if model == "users":
if id == "me":
me = True
id = current_user(required=True)
key = parse_id(id, model)
m = key.get()
if not m:
if model == "users" and me:
m = users()
m.key = key
setattr(m, "$unsaved", True)
u = config.get_current_user()
if hasattr(u, "email"):
m.email = u.email()
else:
raise AppError("No {} with id {}.".format(model, id))
return m.to_dict()
else:
return query(self, cls, *extra_filters)
def _get(self, model, id, *extra_filters):
model = model.lower()
cls = None
if _config.DEFINED_MODELS:
cls = users if model == "users" else _config.DEFINED_MODELS.get(
model)
if not cls and _config.RESTRICT_TO_DEFINED_MODELS:
raise RestrictedModelError
if cls:
model = cls.__name__
if not cls:
validate_modelname(model)
cls = users if model == "users" else type(model,
(ScopedExpando, ), {})
logging.info("ID %s" % id)
if id:
me = False
if model == "users":
if id == "me":
me = True
id = current_user(required=True).urlsafe()
logging.info("users me %s" % current_user(required=True))
if "," in id:
ids = id.split(",")
keys = [parse_id(i, model) for i in ids]
results = ndb.get_multi(keys)
return [m.to_dict() if m else m for m in results]
key = parse_id(id, model)
m = key.get()
if not m:
if model == "users" and me:
m = users()
m.key = key
else:
raise AppError("No {} with id {}.".format(model, id))
if model == "users" and me:
u = config.get_current_user()
if u:
for k, v in getAttributes(u).items():
if k.startswith("_"):
k = "$" + k[1:]
setattr(m, k, v)
return m.to_dict()
else:
return query(self, cls, *extra_filters)
def _get(self, model, id, *extra_filters):
model = model.lower()
cls = None
if _config.DEFINED_MODELS:
cls = users if model == "users" else _config.DEFINED_MODELS.get(model)
if not cls and _config.RESTRICT_TO_DEFINED_MODELS:
raise RestrictedModelError
if cls:
model = cls.__name__
if not cls:
validate_modelname(model)
cls = users if model == "users" else type(model, (ScopedExpando,), {})
logging.info("ID %s" % id)
if id:
me = False
if model == "users":
if id == "me":
me = True
id = current_user(required=True).urlsafe()
logging.info("users me %s" % current_user(required=True))
if "," in id:
ids = id.split(",")
keys = [parse_id(i, model) for i in ids]
results = ndb.get_multi(keys)
return [m.to_dict() if m else m for m in results]
key = parse_id(id, model)
m = key.get()
if not m:
if model == "users" and me:
m = users()
m.key = key
else:
raise AppError("No {} with id {}.".format(model, id))
if model == "users" and me:
u = config.get_current_user()
if u:
for k, v in getAttributes(u).items():
if k.startswith("_"):
k = "$" + k[1:]
setattr(m, k, v)
return m.to_dict()
else:
return query(self, cls, *extra_filters)
