def test_create_np(cluster):
test_id = "np1"
org = create_org_object(api=cluster.api,
organization_name=test_id + ORG_NAME)
org.obj["spec"]["resources"]["cpu"] = "10"
org.obj["spec"]["resources"]["memory"] = "10G"
org.create()
time.sleep(TIMEOUT)
tenant = create_tenant_object(api=cluster.api,
organization_name=test_id + ORG_NAME,
tenant_name=test_id + TENANT_NAME)
tenant.obj["spec"]["resources"]["cpu"] = "5"
tenant.obj["spec"]["resources"]["memory"] = "5G"
tenant.create()
time.sleep(TIMEOUT)
space = create_space_object(api=cluster.api,
organization_name=test_id + ORG_NAME,
tenant_name=test_id + TENANT_NAME,
space_name=test_id + SPACE_NAME)
space.obj["spec"]["resources"]["cpu"] = "1"
space.obj["spec"]["resources"]["memory"] = "1G"
space.create()
time.sleep(TIMEOUT)
namespace = Namespace.objects(cluster.api).get(
name=space_namespacename_generator(organization_name=test_id +
ORG_NAME,
tenant_name=test_id + TENANT_NAME,
space_name=test_id + SPACE_NAME))
networkPolicies = NetworkPolicy.objects(cluster.api,
namespace.name).filter()
assert len(networkPolicies) == 1
def test_create_space_np(cluster):
test_id = "np2"
org = create_org_object(api=cluster.api,
organization_name=test_id + ORG_NAME)
org.obj["spec"]["resources"]["cpu"] = "10"
org.obj["spec"]["resources"]["memory"] = "10G"
org.create()
time.sleep(TIMEOUT)
tenant = create_tenant_object(api=cluster.api,
organization_name=test_id + ORG_NAME,
tenant_name=test_id + TENANT_NAME)
tenant.obj["spec"]["resources"]["cpu"] = "5"
tenant.obj["spec"]["resources"]["memory"] = "5G"
tenant.create()
time.sleep(TIMEOUT)
space = create_space_object(api=cluster.api,
organization_name=test_id + ORG_NAME,
tenant_name=test_id + TENANT_NAME,
space_name=test_id + SPACE_NAME)
space.obj["spec"]["resources"]["cpu"] = "1"
space.obj["spec"]["resources"]["memory"] = "1G"
space.obj["spec"]["allowIncomingNetwork"] = {
"organizations": [{
"organization_name": "example"
}],
"tenants": [
{
"organization_name": "example",
"tenant_name": "crm"
},
{
"organization_name": "example",
"tenant_name": "crm2"
},
],
"spaces": [{
"organization_name": "example",
"tenant_name": "crm",
"space_name": "test"
}]
}
space.create()
time.sleep(TIMEOUT)
namespace = Namespace.objects(cluster.api).get(
name=space_namespacename_generator(organization_name=test_id +
ORG_NAME,
tenant_name=test_id + TENANT_NAME,
space_name=test_id + SPACE_NAME))
networkPolicies = list(
NetworkPolicy.objects(cluster.api, namespace.name).iterator())
assert len(networkPolicies) == 1
print(networkPolicies[0])
assert len(networkPolicies[0].ingress) == 5
def test_create_spaces(cluster):
test_id = "t3"
org = create_org_object(api=cluster.api,
organization_name=test_id + ORG_NAME)
org.create()
time.sleep(TIMEOUT)
tenant = create_tenant_object(api=cluster.api,
organization_name=test_id + ORG_NAME,
tenant_name=test_id + TENANT_NAME)
tenant.create()
time.sleep(TIMEOUT)
space = create_space_object(api=cluster.api,
organization_name=test_id + ORG_NAME,
tenant_name=test_id + TENANT_NAME,
space_name=test_id + SPACE_NAME)
space.create()
time.sleep(TIMEOUT)
namespace_name = space_namespacename_generator(
organization_name=test_id + ORG_NAME,
tenant_name=test_id + TENANT_NAME,
space_name=test_id + SPACE_NAME)
namespace = Namespace.objects(cluster.api).get(name=namespace_name)
assert namespace.labels["k8spin.cloud/type"] == "space"
assert namespace.labels["k8spin.cloud/org"] == test_id + ORG_NAME
assert namespace.labels["k8spin.cloud/tenant"] == test_id + TENANT_NAME
assert namespace.labels["k8spin.cloud/space"] == test_id + SPACE_NAME
assert namespace.labels["k8spin.cloud/name"] == namespace_name
resourceQuotas = pykube.ResourceQuota.objects(
cluster.api,
namespace.name).filter(selector={"k8spin.cloud/type": "quotas"})
assert len(resourceQuotas) == 1
limitRanges = pykube.LimitRange.objects(
cluster.api,
namespace.name).filter(selector={"k8spin.cloud/type": "defaults"})
assert len(limitRanges) == 1
def test_check_np(cluster):
test_id = "np3"
org = create_org_object(api=cluster.api,
organization_name=test_id + ORG_NAME +
"1").create()
time.sleep(TIMEOUT)
tenant = create_tenant_object(api=cluster.api,
organization_name=test_id + ORG_NAME + "1",
tenant_name=test_id + TENANT_NAME +
"1").create()
time.sleep(TIMEOUT)
space = create_space_object(api=cluster.api,
organization_name=test_id + ORG_NAME + "1",
tenant_name=test_id + TENANT_NAME + "1",
space_name=test_id + SPACE_NAME + "1")
space.obj["spec"]["allowIncomingNetwork"] = {
"organizations": [
{
"organization_name": test_id + ORG_NAME + "2"
},
]
}
space.create()
time.sleep(TIMEOUT)
deployment = create_helloworld_deployment(
api=cluster.api,
organization_name=test_id + ORG_NAME + "1",
tenant_name=test_id + TENANT_NAME + "1",
space_name=test_id + SPACE_NAME + "1",
deployment_name="helloworld")
deployment.create()
service = create_helloworld_service(
api=cluster.api,
organization_name=test_id + ORG_NAME + "1",
tenant_name=test_id + TENANT_NAME + "1",
space_name=test_id + SPACE_NAME + "1",
service_name="helloworld")
service.create()
time.sleep(TIMEOUT)
org2 = create_org_object(api=cluster.api,
organization_name=test_id + ORG_NAME +
"2").create()
time.sleep(TIMEOUT)
tenant2 = create_tenant_object(api=cluster.api,
organization_name=test_id + ORG_NAME + "2",
tenant_name=test_id + TENANT_NAME +
"2").create()
time.sleep(TIMEOUT)
space2 = create_space_object(api=cluster.api,
organization_name=test_id + ORG_NAME + "2",
tenant_name=test_id + TENANT_NAME + "2",
space_name=test_id + SPACE_NAME +
"2").create()
time.sleep(TIMEOUT)
deployment2 = create_helloworld_deployment(
api=cluster.api,
organization_name=test_id + ORG_NAME + "2",
tenant_name=test_id + TENANT_NAME + "2",
space_name=test_id + SPACE_NAME + "2",
deployment_name="helloworld")
deployment2.create()
service2 = create_helloworld_service(
api=cluster.api,
organization_name=test_id + ORG_NAME + "2",
tenant_name=test_id + TENANT_NAME + "2",
space_name=test_id + SPACE_NAME + "2",
service_name="helloworld")
service2.create()
time.sleep(TIMEOUT)
kubectl = cluster.kubectl
namespace1 = space_namespacename_generator(
organization_name=test_id + ORG_NAME + "1",
tenant_name=test_id + TENANT_NAME + "1",
space_name=test_id + SPACE_NAME + "1")
namespace2 = space_namespacename_generator(
organization_name=test_id + ORG_NAME + "2",
tenant_name=test_id + TENANT_NAME + "2",
space_name=test_id + SPACE_NAME + "2")
kubectl("wait", "--for=condition=Available", "deployment", "--timeout=2m",
"-n", namespace1, "helloworld")
pod1_list = pykube.Pod.objects(cluster.api).filter(
namespace=namespace1,
selector={
"app": "helloworld"
},
).iterator()
pod1_name = str(next(pod1_list))
print(pod1_name)
kubectl("wait", "--for=condition=Available", "deployment", "--timeout=2m",
"-n", namespace2, "helloworld")
pod2_list = pykube.Pod.objects(cluster.api).filter(
namespace=namespace2,
selector={
"app": "helloworld"
},
).iterator()
pod2_name = str(next(pod2_list))
print(pod2_name)
#Raising error means that network is not enabled
with pytest.raises(subprocess.CalledProcessError):
result1 = kubectl("exec", pod1_name, "-n", namespace1, "--", "curl",
"--max-time", "5",
f"http://helloworld.{namespace2}.svc")
print(result1)
result2 = kubectl("exec", pod2_name, "-n", namespace2, "--", "curl",
"--max-time", "5", f"http://helloworld.{namespace1}.svc")
