def signup(self, require_activation=True, **kwargs):
"""
Create a new user.
If *require_activation* is ``True``, the user will be flagged as
requiring activation and an activation email will be sent.
:param require_activation: The name to use.
:type require_activation: bool.
:param identities: A list of dictionaries representing identities to
add to the new user. Each dictionary will be passed as keyword args
to :py:class:`h.models.UserIdentity`.
Remaining keyword arguments are used to construct a new
:py:class:`h.models.User` object.
:returns: the newly-created user object.
:rtype: h.models.User
"""
kwargs.setdefault('authority', self.default_authority)
# We extract any passed password as we use that separately to set the
# user's password.
password = kwargs.pop('password', None)
# Extract any passed identities for this new user
identities = kwargs.pop('identities', [])
user = User(**kwargs)
# Add identity relations to this new user, if provided
user.identities = [
UserIdentity(user=user, **i_args) for i_args in identities
]
self.session.add(user)
if password is not None:
self.password_service.update_password(user, password)
# Create a new activation for the user
if require_activation:
self._require_activation(user)
# FIXME: this is horrible, but is needed until the
# notification/subscription system is made opt-out rather than opt-in
# (at least from the perspective of the database).
sub = Subscriptions(uri=user.userid, type='reply', active=True)
self.session.add(sub)
# Record a registration with the stats service
if self.stats is not None:
self.stats.incr('auth.local.register')
return user
def signup(self, require_activation=True, **kwargs):
"""
Create a new user.
If *require_activation* is ``True``, the user will be flagged as
requiring activation and an activation email will be sent.
:param require_activation: The name to use.
:type require_activation: bool.
:param identities: A list of dictionaries representing identities to
add to the new user. Each dictionary will be passed as keyword args
to :py:class:`h.models.UserIdentity`.
Remaining keyword arguments are used to construct a new
:py:class:`h.models.User` object.
:returns: the newly-created user object.
:rtype: h.models.User
"""
kwargs.setdefault('authority', self.default_authority)
# We extract any passed password as we use that separately to set the
# user's password.
password = kwargs.pop('password', None)
# Extract any passed identities for this new user
identities = kwargs.pop('identities', [])
user = User(**kwargs)
# Add identity relations to this new user, if provided
user.identities = [UserIdentity(user=user, **i_args) for i_args in identities]
self.session.add(user)
if password is not None:
self.password_service.update_password(user, password)
# Create a new activation for the user
if require_activation:
self._require_activation(user)
# FIXME: this is horrible, but is needed until the
# notification/subscription system is made opt-out rather than opt-in
# (at least from the perspective of the database).
sub = Subscriptions(uri=user.userid, type='reply', active=True)
self.session.add(sub)
# Record a registration with the stats service
if self.stats is not None:
self.stats.incr('auth.local.register')
return user
def signup(self, require_activation=True, **kwargs):
"""
Create a new user.
If *require_activation* is ``True``, the user will be flagged as
requiring activation and an activation email will be sent.
:param require_activation: The name to use.
:type require_activation: bool.
Remaining keyword arguments are used to construct a new
:py:class:`h.models.User` object.
* *identities* A list of dictionaries representing identities to
add to the new user. Each dictionary will be passed as keyword args
to `h.models.UserIdentity`.
:returns: the newly-created user object.
:rtype: h.models.User
"""
kwargs.setdefault("authority", self.default_authority)
# We extract any passed password as we use that separately to set the
# user's password.
password = kwargs.pop("password", None)
# Extract any passed identities for this new user
identities = kwargs.pop("identities", [])
user = User(**kwargs)
# Add identity relations to this new user, if provided
user.identities = [
UserIdentity(user=user, **i_args) for i_args in identities
]
self.session.add(user)
if password is not None:
self.password_service.update_password(user, password)
# Create a new activation for the user
if require_activation:
try:
self._require_activation(user)
except IntegrityError as err:
# When identical signup requests get issued at nearly the same time, they
# race each other to the database and result in unique contraint integrity
# errors on the user's email or username within the authority.
if ('duplicate key value violates unique constraint "uq__user__email"'
in err.args[0] or
'duplicate key value violates unique constraint "ix__user__userid"'
in err.args[0]):
log.warning(
"concurrent account signup conflict error occurred during user signup %s",
err.args[0],
)
raise ConflictError(
"The email address {} has already been registered.".
format(user.email)) from err
# If the exception is not related to the email or username, re-raise it.
raise
# FIXME: this is horrible, but is needed until the
# notification/subscription system is made opt-out rather than opt-in
# (at least from the perspective of the database).
sub = Subscriptions(uri=user.userid, type="reply", active=True)
self.session.add(sub)
return user
def signup(self, require_activation=True, **kwargs):
"""
Create a new user.
If *require_activation* is ``True``, the user will be flagged as
requiring activation and an activation email will be sent.
:param require_activation: The name to use.
:type require_activation: bool.
:param identities: A list of dictionaries representing identities to
add to the new user. Each dictionary will be passed as keyword args
to :py:class:`h.models.UserIdentity`.
Remaining keyword arguments are used to construct a new
:py:class:`h.models.User` object.
:returns: the newly-created user object.
:rtype: h.models.User
"""
kwargs.setdefault("authority", self.default_authority)
# We extract any passed password as we use that separately to set the
# user's password.
password = kwargs.pop("password", None)
# Extract any passed identities for this new user
identities = kwargs.pop("identities", [])
user = User(**kwargs)
# Add identity relations to this new user, if provided
user.identities = [UserIdentity(user=user, **i_args) for i_args in identities]
self.session.add(user)
if password is not None:
self.password_service.update_password(user, password)
# Create a new activation for the user
if require_activation:
try:
self._require_activation(user)
except IntegrityError as e:
# When identical signup requests get issued at nearly the same time, they
# race each other to the database and result in unique contraint integrity
# errors on the user's email or username within the authority.
if (
'duplicate key value violates unique constraint "uq__user__email"'
in e.args[0]
or 'duplicate key value violates unique constraint "ix__user__userid"'
in e.args[0]
):
log.warning(
"concurrent account signup conflict error occured during user signup {}".format(
e.args[0]
)
)
raise ConflictError(
"The email address {} has already been registered.".format(
user.email
)
)
# If the exception is not related to the email or username, re-raise it.
raise
# FIXME: this is horrible, but is needed until the
# notification/subscription system is made opt-out rather than opt-in
# (at least from the perspective of the database).
sub = Subscriptions(uri=user.userid, type="reply", active=True)
self.session.add(sub)
# Record a registration with the stats service
if self.stats is not None:
self.stats.incr("auth.local.register")
return user
