def setUpClass(cls, extra_config_knobs=None): super(VncPodTest, cls).setUpClass( extra_config_knobs=extra_config_knobs) DBBaseKM.set_nested(False) cls.domain = 'default-domain' cls.cluster_project = 'test-project' cls.vn_name = cls.cluster_name() + '-test-pod-network' cls.service_vn_name = cls.cluster_name() + '-test-service-network' cls.ns_name = 'test-namespace' cls.pod_name = 'test-pod' cls.pod_status = { 'hostIP': cls.get_kubernetes_node_ip(), 'phase': 'created' } cn_dict = { 'domain': cls.domain, 'project': cls.cluster_project, 'name': cls.vn_name } service_cn_dict = { 'domain': cls.domain, 'project': cls.cluster_project, 'name': cls.service_vn_name } cp_dict = {'project': cls.cluster_project} kube_config.VncKubernetesConfig.args(). \ cluster_project = repr(cp_dict) kube_config.VncKubernetesConfig.args(). \ cluster_pod_network = repr(cn_dict) kube_config.VncKubernetesConfig.args(). \ cluster_service_network = repr(service_cn_dict) kube_config.VncKubernetesConfig.vnc_kubernetes_config[ 'cluster_pod_ipam_fq_name'] = \ ['default-domain', cls.cluster_project, 'pod-ipam'] # Create Vrouter Object. cls.vrouter_name = 'test-VncPodTest-vrouter' cls.vrouter_obj = cls.create_virtual_router(cls.vrouter_name)
def test_nested_mode(self): old_nested_mode = DBBaseKM.is_nested() self.args.nested_mode = "1" vnc_kubernetes.VncKubernetes(self.args, Mock()) self.assertTrue(DBBaseKM.is_nested()) DBBaseKM.set_nested(old_nested_mode)
def test_nested_mode(self): old_nested_mode = DBBaseKM.is_nested() self.args.nested_mode = "1" vnc_kubernetes.VncKubernetes(self.args, Mock()) self.assertTrue(DBBaseKM.is_nested()) DBBaseKM.set_nested(old_nested_mode)
def tearDownClass(cls): super(VncEndpointsNestedTest, cls).tearDownClass() DBBaseKM.set_nested(False)
def tearDownClass(cls): super(VncEndpointsNestedTest, cls).tearDownClass() DBBaseKM.set_nested(False)