def testMessage(self):
"""
This simulates the 'test' application that keeps its own data in the 'user' collection in the 'test' DB
and sends a message notifying the attribute manager instance (am) about a new entry in its dataset thereby
calling the plugin (above) which is registered with the am in the test setup below.
"""
test_context = AmTestUserDb(db_uri=self.tmp_db.uri, db_name='eduid_am_test')
# register fake AMP plugin named 'test'
self.am.registry.attribute_fetcher['test'] = plugin_attribute_fetcher
self.am.registry.context['test'] = test_context
_id = ObjectId()
userdoc = {'_id': _id,
'eduPersonPrincipalName': 'foo-bar',
'uid': 'vlindeman',
'passwords': [{'id': ObjectId('112345678901234567890123'),
'salt': '$NDNv1H1$9c81...545$32$32$',
}],
}
test_user = AmTestUser(userdoc)
# Save the user in the eduid_am_test database
test_context.save(test_user)
# It is important to not import eduid_am.tasks before the Celery config has been
# set up (done in MongoTestCase.setUp()). Since Celery uses decorators, it will
# have instantiated AttributeManagers without the right config if the import is
# done prior to the Celery app configuration.
from eduid_am.tasks import update_attributes
update_attributes.delay(app_name='test', obj_id=str(_id))
# verify the user has been propagated to the amdb
am_user = self.amdb.get_user_by_id(_id)
self.assertEqual(am_user.eppn, '*****@*****.**')
def testMessage(self):
"""
This simulates the 'test' application that keeps its own data in the 'user' collection in the 'test' DB
and sends a message notifying the attribute manager instance (am) about a new entry in its dataset thereby
calling the plugin (above) which is registered with the am in the test setup below.
"""
test_context = AmTestUserDb(db_uri = self.tmp_db.get_uri(''), db_name='eduid_am_test')
# register fake AMP plugin named 'test'
self.am.registry.attribute_fetcher['test'] = plugin_attribute_fetcher
self.am.registry.context['test'] = test_context
_id = ObjectId()
userdoc = {'_id': _id,
'eduPersonPrincipalName': 'foo-bar',
'uid': 'vlindeman',
'passwords': [{'id': ObjectId('112345678901234567890123'),
'salt': '$NDNv1H1$9c81...545$32$32$',
}],
}
test_user = AmTestUser(userdoc)
# Save the user in the eduid_am_test database
test_context.save(test_user)
# It is important to not import eduid_am.tasks before the Celery config has been
# set up (done in MongoTestCase.setUp()). Since Celery uses decorators, it will
# have instantiated AttributeManagers without the right config if the import is
# done prior to the Celery app configuration.
from eduid_am.tasks import update_attributes
update_attributes.delay(app_name='test', obj_id = _id)
# verify the user has been propagated to the amdb
am_user = self.amdb.get_user_by_id(_id)
self.assertEqual(am_user.eppn, '*****@*****.**')
def testMessage(self):
"""
This simulates the 'test' application that keeps its own data in the 'user' collection in the 'test' DB
and sends a message notifying the attribute manager instance (am) about a new entry in its dataset thereby
calling the plugin (above) which is registered with the am in the test setup below.
"""
settings = {
'BROKER_TRANSPORT': 'memory',
'BROKER_URL': 'memory://',
'CELERY_EAGER_PROPAGATES_EXCEPTIONS': True,
'CELERY_ALWAYS_EAGER': True,
'CELERY_RESULT_BACKEND': "cache",
'CELERY_CACHE_BACKEND': 'memory',
'MONGO_URI': 'mongodb://*****:*****@eduid.se')
user = am.get_user_by_field('eppn', '*****@*****.**')
assert (user['_id'] == attrs['_id'])
def testMessage(self):
"""
This simulates the 'test' application that keeps its own data in the 'user' collection in the 'test' DB
and sends a message notifying the attribute manager instance (am) about a new entry in its dataset thereby
calling the plugin (above) which is registered with the am in the test setup below.
"""
settings = {
'BROKER_TRANSPORT': 'memory',
'BROKER_URL': 'memory://',
'CELERY_EAGER_PROPAGATES_EXCEPTIONS': True,
'CELERY_ALWAYS_EAGER': True,
'CELERY_RESULT_BACKEND': "cache",
'CELERY_CACHE_BACKEND': 'memory',
'MONGO_URI': 'mongodb://*****:*****@eduid.se')
user = am.get_user_by_field('eppn', '*****@*****.**')
assert(user['_id'] == attrs['_id'])
def propagate_user_changes(self, newuser):
if self.workmode == 'personal':
# Only update session if user is the same as currently in session
user = self.request.session.get('user')
newuser = User(newuser)
if user.get_id() == newuser.get_id():
self.request.session['user'] = newuser
else:
user_session = self.request.session['user'].get(self.main_attribute)
if user_session == newuser[self.main_attribute]:
self.request.session['user'] = User(newuser)
update_attributes.delay('eduid_dashboard', str(newuser['_id']))
def update_am(self, app_name):
update_attributes.delay(app_name, str(self._mongo_doc['_id']))
def propagate_user_changes(self, user):
update_attributes.delay('eduid_dashboard', str(user['_id']))
def update_am(self, app_name):
update_attributes.delay(app_name, str(self._mongo_doc['_id']))
