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How to use delete_namespace method in tempest

Best Python code snippet using tempest_python

test_k8s.py

Source:test_k8s.py

...32                    assert pod.get_phase() == PodPhase.RUNNING33                finally:34                    pod.delete()35                    assert pod.get_phase() == PodPhase.TERMINATING36                    k8s_backend.delete_namespace(namespace)37    def test_pod_from_template(self):38        template = {39          "apiVersion": "v1",40          "kind": "Pod",41          "metadata": {42            "name": "myapp-pod",43            "labels": {44              "app": "myapp"45            }46          },47          "spec": {48            "containers": [49              {50                "name": "myapp-container",51                "image": "busybox",52                "command": [53                  "sh",54                  "-c",55                  "echo Hello Kubernetes! && sleep 3600"56                ]57              }58            ]59          }60        }61        api_key = get_oc_api_token()62        with K8sBackend(api_key=api_key) as k8s_backend:63            namespace = k8s_backend.create_namespace()64            pod = Pod(namespace=namespace, from_template=template)65            try:66                pod.wait(200)67                assert pod.is_ready()68                assert pod.get_phase() == PodPhase.RUNNING69            finally:70                pod.delete()71                assert pod.get_phase() == PodPhase.TERMINATING72                k8s_backend.delete_namespace(namespace)73    def test_database_deployment(self):74        api_key = get_oc_api_token()75        with K8sBackend(api_key=api_key) as k8s_backend:76            namespace = k8s_backend.create_namespace()77            with DockerBackend() as backend:78                postgres_image = backend.ImageClass("centos/postgresql-10-centos7")79                postgres_image_metadata = postgres_image.get_metadata()80                # set up env variables81                db_env_variables = {"POSTGRESQL_USER": "user",82                                    "POSTGRESQL_PASSWORD": "pass",83                                    "POSTGRESQL_DATABASE": "db"}84                postgres_image_metadata.env_variables.update(db_env_variables)85                db_labels = {"app": "postgres"}86                db_service = Service(name="database", ports=["5432"], selector=db_labels,87                                     namespace=namespace,88                                     create_in_cluster=True)89                db_deployment = Deployment(name="database", selector=db_labels, labels=db_labels,90                                           image_metadata=postgres_image_metadata,91                                           namespace=namespace,92                                           create_in_cluster=True)93                try:94                    db_deployment.wait(200)95                    assert db_deployment.all_pods_ready()96                finally:97                    db_deployment.delete()98                    db_service.delete()99                    k8s_backend.delete_namespace(namespace)100    def test_list_pods(self):101        api_key = get_oc_api_token()102        with K8sBackend(api_key=api_key) as k8s_backend:103            namespace = k8s_backend.create_namespace()104            with DockerBackend() as backend:105                image = backend.ImageClass("openshift/hello-openshift")106                pod = image.run_in_pod(namespace=namespace)107                try:108                    pod.wait(200)109                    assert any(pod.name == p.name for p in k8s_backend.list_pods())110                finally:111                    pod.delete()112                    k8s_backend.delete_namespace(namespace)113    def test_list_services(self):114        api_key = get_oc_api_token()115        with K8sBackend(api_key=api_key) as k8s_backend:116            namespace = k8s_backend.create_namespace()117            labels = {"app": "postgres"}118            service = Service(name="database", ports=["5432"], selector=labels, namespace=namespace,119                              create_in_cluster=True)120            try:121                assert any(service.name == s.name for s in k8s_backend.list_services())122            finally:123                service.delete()124                k8s_backend.delete_namespace(namespace)125    def test_list_deployments(self):126        api_key = get_oc_api_token()127        with K8sBackend(api_key=api_key) as k8s_backend:128            namespace = k8s_backend.create_namespace()129            with DockerBackend() as backend:130                postgres_image = backend.ImageClass("centos/postgresql-10-centos7")131                postgres_image_metadata = postgres_image.get_metadata()132                # set up env variables133                db_env_variables = {"POSTGRESQL_USER": "user",134                                    "POSTGRESQL_PASSWORD": "pass",135                                    "POSTGRESQL_DATABASE": "db"}136                postgres_image_metadata.env_variables.update(db_env_variables)137                db_labels = {"app": "postgres"}138                db_deployment = Deployment(name="database", selector=db_labels, labels=db_labels,139                                           image_metadata=postgres_image_metadata,140                                           namespace=namespace,141                                           create_in_cluster=True)142                try:143                    db_deployment.wait(200)144                    assert db_deployment.all_pods_ready()145                    assert any(db_deployment.name == d.name for d in k8s_backend.list_deployments())146                finally:147                    db_deployment.delete()148                    k8s_backend.delete_namespace(namespace)149    def test_list_pod_for_namespace(self):150        api_key = get_oc_api_token()151        with K8sBackend(api_key=api_key) as k8s_backend:152            namespace1 = k8s_backend.create_namespace()153            namespace2 = k8s_backend.create_namespace()154            with DockerBackend() as backend:155                image = backend.ImageClass("openshift/hello-openshift")156                pod1 = image.run_in_pod(namespace=namespace1)157                try:158                    pod1.wait(200)159                    assert any(pod1.name == p.name for p in k8s_backend.list_pods(namespace1))160                    assert not any(pod1.name == p.name for p in k8s_backend.list_pods(namespace2))161                finally:162                    pod1.delete()163                    k8s_backend.delete_namespace(namespace1)164                    k8s_backend.delete_namespace(namespace2)165    def test_deployment_from_template(self):166        api_key = get_oc_api_token()167        with K8sBackend(api_key=api_key) as k8s_backend:168            namespace = k8s_backend.create_namespace()169            template = """170            apiVersion: apps/v1171            kind: Deployment172            metadata:173              name: hello-world174              labels:175                app: hello-world176            spec:177              replicas: 3178              selector:179                matchLabels:180                  app: hello-world181              template:182                metadata:183                  labels:184                    app: hello-world185                spec:186                  containers:187                  - name: hello-openshift188                    image: openshift/hello-openshift189            """190            test_deployment = Deployment(namespace=namespace, from_template=template,191                                         create_in_cluster=True)192            try:193                test_deployment.wait(200)194                assert test_deployment.all_pods_ready()195            finally:196                test_deployment.delete()197                k8s_backend.delete_namespace(namespace)198    def test_cleanup(self):199        api = get_core_api()200        # take just namespaces that are not in terminating state201        number_of_namespaces = len(202            [item for item in api.list_namespace().items if item.status.phase != "Terminating"])203        api_key = get_oc_api_token()204        with K8sBackend(api_key=api_key, cleanup=[K8sCleanupPolicy.NAMESPACES]) as k8s_backend:205            # create two namespaces206            k8s_backend.create_namespace()207            k8s_backend.create_namespace()208        # cleanup should delete two namespaces created with k8s backend209        assert len(210            [item for item in api.list_namespace().items211             if item.status.phase != "Terminating"]) == number_of_namespaces...

environment.py

Source:environment.py

1"""2before_step(context, step), after_step(context, step)3    These run before and after every step.4    The step passed in is an instance of Step.5before_scenario(context, scenario), after_scenario(context, scenario)6    These run before and after each scenario is run.7    The scenario passed in is an instance of Scenario.8before_feature(context, feature), after_feature(context, feature)9    These run before and after each feature file is exercised.10    The feature passed in is an instance of Feature.11before_all(context), after_all(context)12    These run before and after the whole shooting match.13"""14from steps.command import Command15from steps.environment import ctx16from behave.model_core import Status17import os18import semver19cmd = Command()20if os.getenv("DELETE_NAMESPACE") in ["always", "never", "keepwhenfailed"]:21    delete_namespace = os.getenv("DELETE_NAMESPACE")22else:23    delete_namespace = "keepwhenfailed"24def before_all(_context):25    if ctx.cli == "oc":26        output, code = cmd.run("oc version --client | grep Client")27        assert code == 0, f"Checking oc version failed: {output}"28        oc_ver = output.split()[2]29        assert semver.compare(oc_ver, "4.5.0") > 0, f"oc version is required 4.5+, but is {oc_ver}."30        namespace = os.getenv("TEST_NAMESPACE")31        output, code = cmd.run(f"oc project {namespace}")32        assert code == 0, f"Cannot set default namespace to {namespace}, reason: {output}"33    start_sbo = os.getenv("TEST_ACCEPTANCE_START_SBO")34    assert start_sbo is not None, "TEST_ACCEPTANCE_START_SBO is not set. It should be one of local, remote or operator-hub"35    assert start_sbo in {"local", "remote", "operator-hub"}, "TEST_ACCEPTANCE_START_SBO should be one of local, remote or operator-hub"36    if start_sbo == "local":37        assert not str(os.getenv("TEST_ACCEPTANCE_SBO_STARTED")).startswith("FAILED"), "TEST_ACCEPTANCE_SBO_STARTED shoud not be FAILED."38    elif start_sbo == "remote":39        output, code = cmd.run(40            f"{ctx.cli} get deployment --all-namespaces -o json"41            + " | jq -rc '.items[] | select(.metadata.name == \"service-binding-operator\").metadata.namespace'")42        assert code == 0, f"Non-zero return code while trying to detect namespace for SBO: {output}"43        output = str(output).strip()44        assert output != "", "Unable to find SBO's deployment in any namespace."45        _context.sbo_namespace = output46    else:47        assert False, f"TEST_ACCEPTANCE_START_SBO={start_sbo} is currently unsupported."48    ctx.no_scenarios_failed = True49def before_scenario(_context, _scenario):50    _context.bindings = dict()51    output, code = cmd.run(f'{ctx.cli} get ns default -o jsonpath="{{.metadata.name}}"')52    assert code == 0, f"Checking connection to OS cluster by getting the 'default' project failed: {output}"53def after_scenario(_context, scenario):54    if "namespace" in _context:55        namespace = _context.namespace.name56    elif os.getenv("TEST_NAMESPACE"):57        namespace = os.getenv("TEST_NAMESPACE")58    else:59        print("No namespace set in context nor TEST_NAMESPACE env variable is set, skipping deletion")60        return61    if delete_namespace == "always":62        delete_current_namespace(namespace)63    elif (delete_namespace == "keepwhenfailed"):64        if scenario.status == Status.passed and (ctx.no_scenarios_failed):65            delete_current_namespace(namespace)66        else:67            ctx.no_scenarios_failed = False68            print(f"Deleting namespace {namespace} skipped, since one of the scenarios failed.")69    elif delete_namespace == "never":70        print(f"Namespace {namespace} deletion skipped.")71def delete_current_namespace(name):72    output, code = cmd.run(f"{ctx.cli} delete namespace {name} --ignore-not-found --timeout=1800s")73    assert code == 0, f"Deletion of namespace failed: {output}"...

fixtures.py

Source:fixtures.py

...16@pytest.fixture(scope='function')17async def kubernetes(k8s_config):18    async with K8SContextManager(k8s_config) as context:19        cm = ClusterManager(context)20        await cm.delete_namespace('aiocluster-test')21        await cm.create_namespace('aiocluster-test')22        yield cm23        await cm.delete_namespace('aiocluster-test')24@pytest.fixture(scope='function')25async def nomad(nomad_config):26    async with NomadContextManager(nomad_config) as context:27        cm = ClusterManager(context)28        await cm.delete_namespace('aiocluster-test')29        await cm.create_namespace('aiocluster-test')30        yield cm...

mds_parse.py

Source:mds_parse.py

2import sys3import re4import xml.etree.ElementTree as ET5ns_regex = re.compile( '^(\{[^}]*\})(.*)$' )6def delete_namespace( name ):7    m = ns_regex.match( name )8    return m.group( 2 )9def resolve_URL( URL ):10    URL = URL.replace( 'http://id.loc.gov/authorities/subjects/', '' )11    URL = URL.replace( 'http://id.loc.gov/authorities/names/', '' )12    return URL13parser = ET.iterparse( sys.argv[ 1 ], events = ( 'start', 'end' ) );14parser = iter( parser );15ev, root = parser.next();16for ev, elt in parser:17    tag = delete_namespace( elt.tag )18    19    if ev == 'start':20        if tag == 'Description':21            for k in elt.attrib:22                val = elt.attrib[ k ]23                if delete_namespace( k ) == 'about':24                    this = resolve_URL( val )25    if ev == 'end':26        if tag == 'Description':27            this = ''28        if tag == 'authoritativeLabel':29            print elt.text.encode( 'utf-8', 'ignore' )30    31    root.clear();32    ...

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