def _test_resource_ops(self, resource, test_identity_attributes,
test_required_attributes, test_search_attributes,
test_update_attributes, test_default_values,
test_dn, res_command):
"""Test basic operations for resources
:param resource: resource type, eg: BridgeDomain
:param test_identity_attributes: dictionary with test identity values
eg: {'tenant_rn': 'foo', 'rn': 'bar'}
:param test_required_attributes: dictionary with attributes required
by the DB for successful object creation.
:param test_search_attributes: dictionary with test search attributes,
needs to be one/more of the resource's other_attributes suitable for
search. eg: {'vrf_rn': 'shared'}
:param test_update_attributes: some attributes already present in
one of the previously specified ones that hold a different value.
:param test_default_values: dictionary of default values to verify
after object has been created
:param test_dn: expected DN of created resource, if any.
:return:
"""
# Run the following only if ID attributes are also required
if not (set(test_identity_attributes.keys()) -
set(test_required_attributes.keys())):
self.run_command('manager ' + res_command + '-create', raises=True)
self.run_command('manager ' + res_command + '-update', raises=True)
self.run_command('manager ' + res_command + '-delete', raises=True)
self.run_command('manager ' + res_command + '-get', raises=True)
creation_attributes = {}
creation_attributes.update(test_required_attributes),
creation_attributes.update(test_identity_attributes)
# Verify successful creation
r1 = self.create(res_command, creation_attributes)
for k, v in creation_attributes.iteritems():
self.assertEqual(v, test_aim_manager.getattr_canonical(r1, k))
id_attr_val = {
k: v
for k, v in test_identity_attributes.iteritems()
if k in r1.identity_attributes
}
# Verify get
r1 = self.get(res_command, id_attr_val)
for k, v in creation_attributes.iteritems():
self.assertEqual(v, test_aim_manager.getattr_canonical(r1, k))
# Test update
updates = {}
updates.update(id_attr_val)
updates.update(test_update_attributes)
r1 = self.update(res_command, updates)
for k, v in test_update_attributes.iteritems():
self.assertEqual(v, test_aim_manager.getattr_canonical(r1, k))
# Test delete
self.delete(res_command, id_attr_val)
self.assertIsNone(self.get(res_command, id_attr_val))
def _test_resource_ops(self, resource, test_identity_attributes,
test_required_attributes, test_search_attributes,
test_update_attributes,
test_default_values,
test_dn, res_command):
"""Test basic operations for resources
:param resource: resource type, eg: BridgeDomain
:param test_identity_attributes: dictionary with test identity values
eg: {'tenant_rn': 'foo', 'rn': 'bar'}
:param test_required_attributes: dictionary with attributes required
by the DB for successful object creation.
:param test_search_attributes: dictionary with test search attributes,
needs to be one/more of the resource's other_attributes suitable for
search. eg: {'vrf_rn': 'shared'}
:param test_update_attributes: some attributes already present in
one of the previously specified ones that hold a different value.
:param test_default_values: dictionary of default values to verify
after object has been created
:param test_dn: expected DN of created resource, if any.
:return:
"""
# Run the following only if ID attributes are also required
if not (set(test_identity_attributes.keys()) -
set(test_required_attributes.keys())):
self.run_command('manager ' + res_command + '-create', raises=True)
self.run_command('manager ' + res_command + '-update', raises=True)
self.run_command('manager ' + res_command + '-delete', raises=True)
self.run_command('manager ' + res_command + '-get', raises=True)
self.run_command('manager ' + res_command + '-show', raises=True)
creation_attributes = {}
creation_attributes.update(test_required_attributes),
creation_attributes.update(test_identity_attributes)
# Verify successful creation
r1 = self.create(res_command, creation_attributes)
for k, v in creation_attributes.iteritems():
self.assertEqual(v, test_aim_manager.getattr_canonical(r1, k))
id_attr_val = {k: v for k, v in test_identity_attributes.iteritems()
if k in r1.identity_attributes}
# Verify get
r1 = self.get(res_command, id_attr_val)
for k, v in creation_attributes.iteritems():
self.assertEqual(v, test_aim_manager.getattr_canonical(r1, k))
# Verify show
r1 = self.show(res_command, id_attr_val)
for k, v in creation_attributes.iteritems():
self.assertEqual(v, test_aim_manager.getattr_canonical(r1, k))
# Test update
updates = {}
updates.update(id_attr_val)
updates.update(test_update_attributes)
r1 = self.update(res_command, updates)
for k, v in test_update_attributes.iteritems():
self.assertEqual(v, test_aim_manager.getattr_canonical(r1, k))
# Test delete
self.delete(res_command, id_attr_val)
self.assertIsNone(self.get(res_command, id_attr_val))
self.assertIsNone(self.show(res_command, id_attr_val))