def test_find_interop_namespace(testcase, deflt, nss, exp_ns):
# pylint: disable=unused-argument
"""
Test the method
"""
conn = FakedWBEMConnection(default_namespace=deflt)
if nss:
if isinstance(nss, six.string_types):
nss = [nss]
for name in nss:
conn.add_namespace(name)
rtnd_ns = conn.find_interop_namespace()
assert rtnd_ns == exp_ns
def create_registered_conn(providers):
"""
Create and return a FakedWBEMConnection object that has the specified
providers registered.
providers: Providers to be registered.
providers are specified as tuple(prov_class, cim_class, namespace):
- prov_class: Python class of provider
- cim_class: Name of CIM class for the provider
- namespace: CIM namespace for the provider
"""
# Build a FakedWBEMConnection that has the required namespaces, classes
# and registered providers in its provider registry.
conn = FakedWBEMConnection()
for item in providers:
prov_class, cim_class, namespace = item
# Make sure the namespace exists in the CIM repository
if namespace not in conn.namespaces:
conn.add_namespace(namespace)
# Make sure the CIM class exists in the CIM repository
class_store = conn.cimrepository.get_class_store(namespace)
if not class_store.object_exists(cim_class):
# An empty class is sufficient for this purpose:
class_obj = CIMClass(cim_class)
conn.add_cimobjects(class_obj, namespace=namespace)
# Create the provider object, setting up its provider classes
prov_class.provider_classnames = cim_class
prov_obj = prov_class(conn.cimrepository)
# Register the provider
conn.register_provider(prov_obj, namespaces=namespace)
return conn