def step8_pod_use_default_pool_burstable():
memory_request = "500Mi"
cpu_request = "250m"
try:
common_utils.helm_install(
chart_name="default/cpu-pooling-default1",
release_name="cpu-pooling",
values=
"registry_url={reg_url},nodename={node_name},mem_request={mem},"
"cpu_request={cpu}".format(reg_url=reg,
node_name=nodename,
mem=memory_request,
cpu=cpu_request))
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod7,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
allowed_cpu_for_pod = common_utils.get_cpu_allowed_list_from_pod(
cpu_pooling_pod7['obj_name'])
default_pool = cpupools[nodename]['default']
if not common_utils.allowed_cpus_is_in_cpu_pool(
allowed_cpu_for_pod, default_pool):
raise Exception('{pod} not allocate CPU from default pool!'.format(
pod=cpu_pooling_pod7['obj_name']))
check_qos_of_pod(cpu_pooling_pod7['obj_name'], "Burstable")
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod7,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=60)
def step2_exclusive_and_shared():
try:
common_utils.helm_install(
chart_name="default/cpu-pooling-mix2",
release_name="cpu-pooling",
values="registry_url={reg_url}".format(reg_url=reg))
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod6,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
allowed_cpu_for_pod = common_utils.get_cpu_allowed_list_from_pod(
cpu_pooling_pod6['obj_name'])
requested_cpupool = cpupools[nodename]['exclusive_caas'] + cpupools[
nodename]['shared_caas']
if not common_utils.allowed_cpus_is_in_cpu_pool(
allowed_cpu_for_pod, requested_cpupool):
raise Exception(
'{pod} not allocate CPUs from {req_pool} pool!'.format(
pod=cpu_pooling_pod6['obj_name'],
req_pool=requested_cpupool))
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod6,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
def step5_annotation_without_cpus():
try:
common_utils.helm_install(
chart_name="default/cpu-pooling-annotation3",
release_name="cpu-pooling",
values="registry_url={reg_url}".format(reg_url=reg))
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod11,
tester_function=common_utils.test_kubernetes_object_available,
timeout=30,
delay=3)
result = ex.execute_unix_command(
'kubectl describe replicasets {0}'.format(
cpu_pooling_pod11['obj_name']))
error = "'cpus' field is mandatory in annotation"
if error not in result:
raise Exception(
'Replicaset description does not contain expected error! -' +
result)
else:
logger.info(error)
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod11,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=60)
def step6_request_for_default_pool():
try:
common_utils.helm_install(
chart_name="default/cpu-pooling-default2",
release_name="cpu-pooling",
values="registry_url={reg_url}".format(reg_url=reg))
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod8,
expected_result="1",
filter=r'(Pending)\s*[0]',
timeout=30,
delay=3)
error = "Insufficient nokia.k8s.io/default"
result = ex.execute_unix_command(
'kubectl describe pod {podname}'.format(
podname=cpu_pooling_pod8['obj_name']))
if error not in result:
raise Exception(
'Replicaset description does not contain expected error! -' +
result)
else:
logger.info(error)
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod8,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=60)
def step3_more_replicas_than_cpus():
num_of_replicas = len(cpupools[nodename]['exclusive_caas'])
try:
common_utils.helm_install(chart_name="default/cpu-pooling-exclusive2", release_name="cpu-pooling",
values="registry_url={reg_url},nodename={node_name},replicas={cpus}"
.format(reg_url=reg, cpus=num_of_replicas+1, node_name=nodename))
cpu_pooling_pod2['obj_count'] = str(num_of_replicas)
common_utils.test_kubernetes_object_quality(kube_object=cpu_pooling_pod2,
expected_result="1",
filter=r'(Pending)\s*[0]',
timeout=90,
delay=3)
result = ex.execute_unix_command('kubectl describe pod {podname}'.format(podname=cpu_pooling_pod2['obj_name']))
error = 'Insufficient nokia.k8s.io/exclusive_caas'
if error not in result:
raise Exception('Replicaset description does not contain expected error! -' + result)
else:
logger.info(error)
finally:
cpu_pooling_pod2['obj_count'] = "1"
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(kube_object=cpu_pooling_pod2,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
def step14():
# Static ip, dynamic ip allocation and none ip in the same pod
# Check if the same ips can be allocated, which were failing in step 13
install_chart(danmnet_pods12)
install_chart(danmnet_pods14)
common_utils.test_kubernetes_object_quality(
kube_object=danmnet_pods12,
expected_result=danmnet_pods12['obj_count'],
filter=r'(Running)\s*[0]',
timeout=90)
pod_list = get_pod_list(danmnet_pods12)
alloc_pool = get_alloc_pool('cnet_pod6', network_attach_properties,
'clusternetwork')
danmnet_pods12['ip_list'] = get_pod_ips(pod_list, if_name='eth1')
check_dynamic_ips(alloc_pool, danmnet_pods12['ip_list'])
danmnet_pods12['ip_list'] = get_pod_ips(pod_list, if_name='eth0')
if IPAddress(danmnet_pods12['ip_list'][0]) != IPAddress('10.10.0.250'):
raise Exception("static ip in pod danmnet-pods12 is not as expected")
common_utils.test_kubernetes_object_quality(
kube_object=danmnet_pods14,
expected_result=danmnet_pods14['obj_count'],
filter=r'(Running)\s*[0]',
timeout=90)
pod_list = get_pod_list(danmnet_pods14)
danmnet_pods14['ip_list'] = get_pod_ips(pod_list, if_name='eth2')
if IPAddress(danmnet_pods14['ip_list'][0]) != IPAddress('10.10.0.254'):
raise Exception("static ip in pod danmnet-pods14 is not as expected")
common_utils.helm_delete("danmnet-pods12")
common_utils.helm_delete("danmnet-pods14")
common_utils.check_kubernetes_object(
kube_object=danmnet_pods14,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=20)
check_dep_count(danmnet_pods12["namespace"], exp_count=0)
def step6_more_cpu_annotation_than_request():
annotation_cpu = 2
request_cpu = 1
cpu_pooling_pod2['obj_type'] = 'replicaset'
try:
common_utils.helm_install(chart_name="default/cpu-pooling-exclusive2", release_name="cpu-pooling",
values="registry_url={url},nodename={node_name},proc_req={proc},pool_req={req}"
.format(url=reg, proc=annotation_cpu, req=request_cpu, node_name=nodename))
common_utils.check_kubernetes_object(kube_object=cpu_pooling_pod2,
tester_function=common_utils.test_kubernetes_object_available,
timeout=10,
delay=3)
result = ex.execute_unix_command('kubectl describe replicaset {0}'.format(cpu_pooling_pod2['obj_name']))
error = 'Exclusive CPU requests {req} do not match to annotation {proc}'.format(req=request_cpu,
proc=annotation_cpu)
if error not in result:
raise Exception('Replicaset description does not contain expected error! -' + result)
else:
logger.info(error)
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(kube_object=cpu_pooling_pod2,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
cpu_pooling_pod2['obj_type'] = 'pod'
def step1_with_two_process():
try:
common_utils.helm_install(chart_name="default/cpu-pooling-exclusive3",
release_name="cpu-pooling",
values="registry_url=" + reg + ",nodename=" +
nodename)
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod3,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=10)
exclusive_cpus = cpupools[nodename]['exclusive_caas']
proc1_cpu, proc2_cpu = get_cpu_core_of_processes(
cpu_pooling_pod3['obj_name'], "dumb-init -c sleep 1000")
if proc1_cpu not in exclusive_cpus:
raise Exception(
'{pod}: Proc1 running on non exclusive cpu core {cpu}!'.format(
pod=cpu_pooling_pod3['obj_name'], cpu=proc1_cpu))
if proc2_cpu not in exclusive_cpus:
raise Exception(
'{pod}: Proc2 running on non exclusive cpu core {cpu}!'.format(
pod=cpu_pooling_pod3['obj_name'], cpu=proc2_cpu))
if proc1_cpu == proc2_cpu:
raise Exception(
'{pod}: Two processes use same cpu core: {cpu}!'.format(
pod=cpu_pooling_pod3['obj_name'], cpu=proc2_cpu))
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod3,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=60)
def step2_check_pv_retaining():
common_utils.helm_delete("storage-test")
common_utils.check_kubernetes_object(
kube_object=pv_test_pod,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
_install_storage_test_helm_chart()
pabot.release_lock("pv_test_ip")
def step14_check_realloc_ips_of_prev_step_with_dynamic_and_none_ip_alloc():
common_utils.helm_install(chart_name="default/tenantnetwork-attach-pod12",
release_name="tenantnetwork-attach-pod12")
common_utils.helm_install(chart_name="default/tenantnetwork-attach-pod14",
release_name="tenantnetwork-attach-pod14")
common_utils.test_kubernetes_object_quality(
kube_object=tennet_pod12,
expected_result=tennet_pod12['obj_count'],
filter=r'(Running)\s*[0]',
timeout=90)
pod_list = danm_utils.get_pod_list(tennet_pod12)
alloc_pool = danm_utils.get_alloc_pool("tennet_attach_01",
tenantnetwork_attach_properties,
"tenantnetwork")
danm_utils.check_dynamic_ips(
alloc_pool, danm_utils.get_pod_ips(pod_list, if_name='tnet_1'))
alloc_pool = danm_utils.get_alloc_pool("tennet_attach_05",
tenantnetwork_attach_properties,
"tenantnetwork")
danm_utils.check_dynamic_ips(
alloc_pool, danm_utils.get_pod_ips(pod_list, if_name='eth0'))
common_utils.test_kubernetes_object_quality(
kube_object=tennet_pod14,
expected_result=tennet_pod14['obj_count'],
filter=r'(Running)\s*[0]',
timeout=90)
pod_list = danm_utils.get_pod_list(tennet_pod14)
# danm_utils.check_dynamic_ips(alloc_pool, [tennet_pod14['ip_list'][2]])
danm_utils.check_dynamic_ips(
alloc_pool, danm_utils.get_pod_ips(pod_list, if_name='tnet5'))
alloc_pool = danm_utils.get_alloc_pool("tennet_attach_06",
tenantnetwork_attach_properties,
"tenantnetwork")
danm_utils.check_dynamic_ips(
alloc_pool, danm_utils.get_pod_ips(pod_list, if_name='eth0'))
alloc_pool = danm_utils.get_alloc_pool("tennet_attach_01",
tenantnetwork_attach_properties,
"tenantnetwork")
danm_utils.check_dynamic_ips(
alloc_pool, danm_utils.get_pod_ips(pod_list, if_name='tnet_2'))
common_utils.helm_delete("tenantnetwork-attach-pod12")
common_utils.helm_delete("tenantnetwork-attach-pod14")
common_utils.check_kubernetes_object(
kube_object=tennet_pod12,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=20)
common_utils.check_kubernetes_object(
kube_object=tennet_pod14,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=20)
danm_utils.check_dep_count(tennet_pod12["namespace"], exp_count=0)
def step3_check_static_ip_shortage():
common_utils.helm_install(chart_name="default/tenantnetwork-attach-pod3",
release_name="tenantnetwork-attach-pod3")
common_utils.test_kubernetes_object_quality(
kube_object=tennet_pod3,
expected_result=tennet_pod3['obj_count'],
filter=r'(ContainerCreating)\s*[0]',
timeout=30)
common_utils.helm_delete("tenantnetwork-attach-pod2")
common_utils.check_kubernetes_object(
kube_object=tennet_pod2,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=60)
common_utils.helm_delete("tenantnetwork-attach-pod1")
def step4_check_attach_in_kubesystem_namespace():
common_utils.helm_install(chart_name="default/tenantnetwork-attach-pod4",
release_name="tenantnetwork-attach-pod4")
common_utils.test_kubernetes_object_quality(
kube_object=tennet_pod4,
expected_result=tennet_pod4['obj_count'],
filter=r'(Running)\s*[0]',
timeout=60,
delay=10)
alloc_pool = danm_utils.get_alloc_pool("tennet_attach_02",
tenantnetwork_attach_properties,
'tenantnetwork')
danm_utils.check_dynamic_ips(alloc_pool, tennet_pod4['ip_list'])
common_utils.helm_delete(release_name="tenantnetwork-attach-pod4")
def step3():
# Danmnet_pods3 pods are not running because static ips are already allocated
common_utils.test_kubernetes_object_quality(
kube_object=danmnet_pods3,
expected_result=danmnet_pods3['obj_count'],
filter=r'(ContainerCreating)\s*[0]',
timeout=90)
# Delete danmnet_pods1, danmnet_pods2
common_utils.helm_delete("danmnet-pods2")
common_utils.check_kubernetes_object(
kube_object=danmnet_pods2,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
common_utils.helm_delete("danmnet-pods1")
def step1_check_default_pool_cpu_node_capacity():
node_cpu_capacity = get_node_cpu_capacity(nodename)
cpu_request = "{0}m".format(node_cpu_capacity)
try:
common_utils.helm_install(
chart_name="default/cpu-pooling-default1",
release_name="cpu-pooling",
values=
"registry_url={reg_url},nodename={node_name},cpu_request={cpu},cpu_limit={cpu}"
.format(reg_url=reg, node_name=nodename, cpu=cpu_request))
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod7,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
logger.info(
"Default pool allocation successfull with maximum allocatable cpus!"
)
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod7,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=60)
cpu_request = "{0}m".format(node_cpu_capacity + 10)
common_utils.helm_install(
chart_name="default/cpu-pooling-default1",
release_name="cpu-pooling",
values=
"registry_url={reg_url},nodename={node_name},cpu_request={cpu},cpu_limit={cpu}"
.format(reg_url=reg, node_name=nodename, cpu=cpu_request))
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod7,
expected_result="1",
filter=r'(Pending)\s*[0]',
timeout=90,
delay=3)
logger.info(
"Default pool allocation failed with more cpu than allocatable as expected!"
)
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod7,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=60)
def step9_1_exclusive_1_shared():
try:
common_utils.helm_install(
chart_name="default/cpu-pooling-mix1",
release_name="cpu-pooling",
values="registry_url={reg_url},nodename={node_name}".format(
reg_url=reg, node_name=nodename))
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod5,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod5,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
def step2_with_annotation():
try:
common_utils.helm_install(chart_name="default/cpu-pooling-exclusive2", release_name="cpu-pooling",
values="registry_url={reg_url},nodename={node_name}".format(reg_url=reg,
node_name=nodename))
common_utils.test_kubernetes_object_quality(kube_object=cpu_pooling_pod2,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
allowed_cpu_for_pod = common_utils.get_cpu_allowed_list_from_pod(cpu_pooling_pod2['obj_name'])
exclusive_cpus = cpupools[nodename]['exclusive_caas']
if not common_utils.allowed_cpus_is_in_cpu_pool(allowed_cpu_for_pod, exclusive_cpus):
raise Exception('{pod} not allocate CPU from exclusive pool!'.format(pod=cpu_pooling_pod2['obj_name']))
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(kube_object=cpu_pooling_pod2,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
def step_7_allocate_all_exclusive_and_new_one_start_running_after_needed_resource_is_freed_up():
max_exclusive_pool_size = len(cpupools[nodename]['exclusive_caas'])
try:
common_utils.helm_install(chart_name="default/cpu-pooling-exclusive2", release_name="cpu-pooling1",
values="registry_url={reg_url},nodename={node_name},proc_req={cpus},pool_req={cpus}"
.format(reg_url=reg, cpus=max_exclusive_pool_size, node_name=nodename))
common_utils.test_kubernetes_object_quality(kube_object=cpu_pooling_pod2,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
logger.info("Allocation of all exclusive CPU successfull!")
common_utils.helm_install(chart_name="default/cpu-pooling-exclusive1", release_name="cpu-pooling2",
values="registry_url={reg_url},nodename={node_name}".format(reg_url=reg,
node_name=nodename))
common_utils.test_kubernetes_object_quality(kube_object=cpu_pooling_pod1,
expected_result="1",
filter=r'(Pending)\s*[0]',
timeout=90,
delay=3)
logger.info("Try to allocate more exclusive CPU -> Pod in Pending!")
common_utils.helm_delete("cpu-pooling1")
common_utils.check_kubernetes_object(kube_object=cpu_pooling_pod2,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
common_utils.test_kubernetes_object_quality(kube_object=cpu_pooling_pod1,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
finally:
if common_utils.helm_list("cpu-pooling1") != "0":
common_utils.helm_delete("cpu-pooling1")
common_utils.helm_delete("cpu-pooling2")
common_utils.check_kubernetes_object(kube_object=cpu_pooling_pod1,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
common_utils.check_kubernetes_object(kube_object=cpu_pooling_pod2,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
def step12_none_ip_pod_restart_loop():
common_utils.helm_install(chart_name="default/tenantnetwork-attach-pod10",
release_name="tenantnetwork-attach-pod10")
common_utils.test_kubernetes_object_quality(
kube_object=tennet_pod10,
expected_result=tennet_pod10['obj_count'],
filter=r'(ContainerCreating)\s*[0]',
timeout=90)
common_utils.helm_delete("tenantnetwork-attach-pod3")
common_utils.helm_delete("tenantnetwork-attach-pod5")
common_utils.helm_delete("tenantnetwork-attach-pod6")
common_utils.helm_delete("tenantnetwork-attach-pod7")
common_utils.helm_delete("tenantnetwork-attach-pod8")
common_utils.helm_delete("tenantnetwork-attach-pod9")
common_utils.helm_delete("tenantnetwork-attach-pod10")
def step12():
# None ip, pod is restarting
common_utils.test_kubernetes_object_quality(
kube_object=danmnet_pods10,
expected_result=danmnet_pods10['obj_count'],
filter=r'(ContainerCreating)\s*[0]',
timeout=90)
common_utils.helm_delete("danmnet-pods3")
common_utils.helm_delete("danmnet-pods4")
common_utils.helm_delete("danmnet-pods5")
common_utils.helm_delete("danmnet-pods6")
common_utils.helm_delete("danmnet-pods7")
common_utils.helm_delete("danmnet-pods8")
common_utils.helm_delete("danmnet-pods9")
common_utils.helm_delete("danmnet-pods10")
common_utils.check_kubernetes_object(
kube_object=danmnet_pods_all,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=20)
check_dep_count(danmnet_pods1["namespace"], exp_count=0)
def Teardown():
common_utils.helm_delete("danmnet-pods12")
common_utils.helm_delete("danmnet-pods14")
danm_utils.delete_resources_by_manifest_path(
"/tmp/network-attach-test/templates/")
def step10_cpu_allowed_list_set_after_test_pod_deployed():
cpu_setter_deleted = False
try:
cpu_pooling_setter["obj_count"] = ex.execute_unix_command(
"kubectl get pod --all-namespaces | "
"grep setter | wc -l")
ex.execute_unix_command(
"kubectl get ds -n kube-system cpu-setter -o yaml")
ex.execute_unix_command(
"kubectl get ds -n kube-system cpu-setter -o yaml > setter.yaml")
ex.execute_unix_command("kubectl delete ds -n kube-system cpu-setter")
cpu_setter_deleted = True
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_setter,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
common_utils.helm_install(chart_name="default/cpu-pooling-exclusive1",
release_name="cpu-pooling",
values="registry_url=" + reg + ",nodename=" +
nodename)
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_pod1,
expected_result="1",
filter=r'(Running)\s*[0]',
timeout=90)
allowed_cpus_for_pod_before = common_utils.get_cpu_allowed_list_from_pod(
cpu_pooling_pod1['obj_name'])
ex.execute_unix_command("kubectl create -f setter.yaml")
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_setter,
expected_result=cpu_pooling_setter["obj_count"],
filter=r'(Running)\s*[0]',
timeout=90)
cpu_setter_deleted = False
allowed_cpus_for_pod_after = common_utils.get_cpu_allowed_list_from_pod(
cpu_pooling_pod1['obj_name'])
exclusive_cpus = cpupools[nodename]['exclusive_caas']
if not common_utils.allowed_cpus_is_in_cpu_pool(
allowed_cpus_for_pod_after, exclusive_cpus):
raise Exception(
'{pod} not allocate CPU from exclusive pool!'.format(
pod=cpu_pooling_pod1['obj_name']))
if set(allowed_cpus_for_pod_before) == set(allowed_cpus_for_pod_after):
raise Exception(
'Allocated CPUs before setter deployed is equal with CPU set after deploy!'
)
finally:
common_utils.helm_delete("cpu-pooling")
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_pod1,
tester_function=common_utils.test_kubernetes_object_not_available,
timeout=90)
setter_count = ex.execute_unix_command(
"kubectl get pod --all-namespaces | grep setter | wc -l")
if cpu_setter_deleted:
if setter_count != "0":
search_cmd = "kubectl get pod -n kube-system |grep setter | awk '{print $1}'"
del_cmd = "kubectl -n kube-system delete pod --grace-period=0 --force --wait=false"
ex.execute_unix_command(
"for i in `{search}`; do {delete} $i; done".format(
search=search_cmd, delete=del_cmd))
common_utils.check_kubernetes_object(
kube_object=cpu_pooling_setter,
tester_function=common_utils.
test_kubernetes_object_not_available,
timeout=90)
ex.execute_unix_command("kubectl create -f setter.yaml")
common_utils.test_kubernetes_object_quality(
kube_object=cpu_pooling_setter,
expected_result=cpu_pooling_setter["obj_count"],
filter=r'(Running)\s*[0]',
timeout=90)
