def test_workload_capacity_and_utilization(request, scenario, appliance):
"""Runs through provider based scenarios enabling C&U and running for a set period of time.
Memory Monitor creates graphs and summary at the end of each scenario.
Polarion:
assignee: rhcf3_machine
initialEstimate: 1/4h
"""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {'appliance_ip': appliance.hostname,
'appliance_name': conf.cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-cap-and-util',
'test_name': 'Capacity and Utilization',
'appliance_roles': ','.join(roles_cap_and_util),
'scenario': scenario}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client, scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info('Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts, quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_cap_and_util})
for provider in scenario['providers']:
get_crud(provider).create_rest()
logger.info('Sleeping for Refresh: {}s'.format(scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
appliance.set_cap_and_util_all_via_rails()
# Variable amount of time for C&U collections/processing
total_time = scenario['total_time']
starttime = time.time()
elapsed_time = 0
while (elapsed_time < total_time):
elapsed_time = time.time() - starttime
time_left = total_time - elapsed_time
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2), total_time))
if (time_left > 0 and time_left < 300):
time.sleep(time_left)
elif time_left > 0:
time.sleep(300)
quantifiers['Elapsed_Time'] = round(elapsed_time, 2)
logger.info('Test Ending...')
def test_workload_capacity_and_utilization(request, scenario, appliance):
"""Runs through provider based scenarios enabling C&U and running for a set period of time.
Memory Monitor creates graphs and summary at the end of each scenario."""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {'appliance_ip': appliance.hostname,
'appliance_name': conf.cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-cap-and-util',
'test_name': 'Capacity and Utilization',
'appliance_roles': ','.join(roles_cap_and_util),
'scenario': scenario}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client, scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info('Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts, quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_cap_and_util})
for provider in scenario['providers']:
get_crud(provider).create_rest()
logger.info('Sleeping for Refresh: {}s'.format(scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
appliance.set_cap_and_util_all_via_rails()
# Variable amount of time for C&U collections/processing
total_time = scenario['total_time']
starttime = time.time()
elapsed_time = 0
while (elapsed_time < total_time):
elapsed_time = time.time() - starttime
time_left = total_time - elapsed_time
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2), total_time))
if (time_left > 0 and time_left < 300):
time.sleep(time_left)
elif time_left > 0:
time.sleep(300)
quantifiers['Elapsed_Time'] = round(elapsed_time, 2)
logger.info('Test Ending...')
def from_config(cls, prov_config, prov_key):
endpoints = {}
endpoints[RHOSEndpoint.name] = RHOSEndpoint(
**prov_config['endpoints'][RHOSEndpoint.name])
endp_name = EventsEndpoint.name
if prov_config['endpoints'].get(endp_name):
endpoints[endp_name] = EventsEndpoint(
**prov_config['endpoints'][endp_name])
from cfme.utils.providers import get_crud
infra_prov_key = prov_config.get('infra_provider_key')
infra_provider = get_crud(infra_prov_key) if infra_prov_key else None
return cls.appliance.collections.cloud_providers.instantiate(
prov_class=cls,
name=prov_config['name'],
api_port=prov_config['port'],
api_version=prov_config.get('api_version', 'Keystone v2'),
endpoints=endpoints,
zone=prov_config['server_zone'],
key=prov_key,
keystone_v3_domain_id=prov_config.get('domain_id'),
sec_protocol=prov_config.get('sec_protocol', "Non-SSL"),
tenant_mapping=prov_config.get('tenant_mapping', False),
infra_provider=infra_provider)
def from_config(cls, prov_config, prov_key):
endpoints = {
RHOSEndpoint.name:
RHOSEndpoint(**prov_config['endpoints'][RHOSEndpoint.name])
}
event_endpoint_config = prov_config['endpoints'].get(
EventsEndpoint.name, {})
if event_endpoint_config:
if (event_endpoint_config.get('event_stream') == 'AMQP'
and BZ(1618700, forced_streams=["5.9", "5.10", "upstream"
]).blocks):
logger.warning('Skipping AMQP event config due to BZ 1618700')
else:
endpoints[EventsEndpoint.name] = EventsEndpoint(
**event_endpoint_config)
from cfme.utils.providers import get_crud
infra_prov_key = prov_config.get('infra_provider_key')
infra_provider = get_crud(infra_prov_key) if infra_prov_key else None
return cls.appliance.collections.cloud_providers.instantiate(
prov_class=cls,
name=prov_config['name'],
api_port=prov_config['port'],
api_version=prov_config.get('api_version', 'Keystone v2'),
endpoints=endpoints,
zone=prov_config['server_zone'],
key=prov_key,
keystone_v3_domain_id=prov_config.get('domain_id'),
sec_protocol=prov_config.get('sec_protocol', "Non-SSL"),
tenant_mapping=prov_config.get('tenant_mapping', False),
infra_provider=infra_provider)
def from_config(cls, prov_config, prov_key):
endpoints = {
RHOSEndpoint.name: RHOSEndpoint(**prov_config['endpoints'][RHOSEndpoint.name])
}
event_endpoint_config = prov_config['endpoints'].get(EventsEndpoint.name, {})
if event_endpoint_config:
endpoints[EventsEndpoint.name] = EventsEndpoint(**event_endpoint_config)
rsa_endpoint_config = prov_config['endpoints'].get(SSHEndpoint.name, {})
if rsa_endpoint_config:
endpoints[SSHEndpoint.name] = SSHEndpoint(**rsa_endpoint_config)
from cfme.utils.providers import get_crud
infra_prov_key = prov_config.get('infra_provider_key')
infra_provider = get_crud(infra_prov_key) if infra_prov_key else None
return cls.appliance.collections.cloud_providers.instantiate(
prov_class=cls,
name=prov_config['name'],
api_port=prov_config['port'],
api_version=prov_config.get('api_version', 'Keystone v2'),
endpoints=endpoints,
zone=prov_config['server_zone'],
key=prov_key,
keystone_v3_domain_id=prov_config.get('domain_id'),
sec_protocol=prov_config.get('sec_protocol', "Non-SSL"),
tenant_mapping=prov_config.get('tenant_mapping', False),
infra_provider=infra_provider)
def from_config(cls, prov_config, prov_key, appliance=None):
appliance = appliance or cls.appliance
endpoints = {
RHOSEndpoint.name: RHOSEndpoint(**prov_config['endpoints'][RHOSEndpoint.name])
}
event_endpoint_config = prov_config['endpoints'].get(EventsEndpoint.name, {})
if event_endpoint_config:
endpoints[EventsEndpoint.name] = EventsEndpoint(**event_endpoint_config)
rsa_endpoint_config = prov_config['endpoints'].get(SSHEndpoint.name, {})
if rsa_endpoint_config:
endpoints[SSHEndpoint.name] = SSHEndpoint(**rsa_endpoint_config)
from cfme.utils.providers import get_crud
infra_prov_key = prov_config.get('infra_provider_key')
infra_provider = get_crud(infra_prov_key) if infra_prov_key else None
return appliance.collections.cloud_providers.instantiate(
prov_class=cls,
name=prov_config['name'],
api_port=prov_config['port'],
api_version=prov_config.get('api_version', 'Keystone v2'),
endpoints=endpoints,
zone=prov_config['server_zone'],
key=prov_key,
keystone_v3_domain_id=prov_config.get('domain_id'),
sec_protocol=prov_config.get('sec_protocol', "Non-SSL"),
tenant_mapping=prov_config.get('tenant_mapping', False),
infra_provider=infra_provider)
def pytest_fixture_setup(fixturedef, request):
# since we use DataProvider at collection time and BaseProvider in fixtures and tests,
# we need to instantiate BaseProvider and replace DataProvider obj with it right before first
# provider fixture request.
# There were several other ways to do that. However, those bumped into different
# scope mismatch issues.
if fixturedef.argname == 'provider':
kwargs = {}
for argname in fixturedef.argnames:
fixdef = request._get_active_fixturedef(argname)
result, arg_cache_key, exc = fixdef.cached_result
request._check_scope(argname, request.scope, fixdef.scope)
kwargs[argname] = result
fixturefunc = fixturedef.func
if request.instance is not None:
fixturefunc = getimfunc(fixturedef.func)
if fixturefunc != fixturedef.func:
fixturefunc = fixturefunc.__get__(request.instance)
my_cache_key = request.param_index
try:
provider_data = call_fixture_func(fixturefunc, request, kwargs)
except TEST_OUTCOME:
fixturedef.cached_result = (None, my_cache_key, sys.exc_info())
raise
from cfme.utils.providers import get_crud
provider = get_crud(provider_data.key)
fixturedef.cached_result = (provider, my_cache_key, None)
request.param = provider
yield provider
else:
yield
def from_config(cls, prov_config, prov_key, appliance=None):
endpoints = {}
endpoints[RHOSEndpoint.name] = RHOSEndpoint(**prov_config['endpoints'][RHOSEndpoint.name])
endp_name = EventsEndpoint.name
if prov_config['endpoints'].get(endp_name):
endpoints[endp_name] = EventsEndpoint(**prov_config['endpoints'][endp_name])
from cfme.utils.providers import get_crud
infra_prov_key = prov_config.get('infra_provider_key')
infra_provider = get_crud(infra_prov_key, appliance=appliance) if infra_prov_key else None
api_version = prov_config.get('api_version', None)
if not api_version:
api_version = 'Keystone v2'
return cls(name=prov_config['name'],
hostname=prov_config['hostname'],
ip_address=prov_config['ipaddress'],
api_port=prov_config['port'],
api_version=api_version,
endpoints=endpoints,
zone=prov_config['server_zone'],
key=prov_key,
keystone_v3_domain_id=prov_config.get('domain_id', None),
sec_protocol=prov_config.get('sec_protocol', "Non-SSL"),
tenant_mapping=prov_config.get('tenant_mapping', False),
infra_provider=infra_provider,
appliance=appliance)
def pytest_generate_tests(metafunc):
types = [VMwareProvider, RHEVMProvider, SCVMMProvider]
argnames, argvalues, idlist = testgen.providers_by_class(
metafunc, types)
argnames = ['providers_for_discover', 'start_ip', 'max_range']
new_id_list = []
providers_complete = []
providers_final = []
for x in idlist:
providers_complete.append(get_crud(x))
provider_combinations = sorted(
find_neighbour_provider_combinations(providers_complete, len(types)), key=len)
signatures_seen = set()
for prov_comb in provider_combinations:
sig = generate_signature(prov_comb)
if sig in signatures_seen:
continue
signatures_seen.add(sig)
start_ip, max_range = minmax_ip(prov_comb)
providers_final.append([prov_comb, start_ip, max_range])
new_id_list.append(sig)
testgen.parametrize(metafunc, argnames, providers_final, ids=new_id_list, scope="module")
def from_config(cls, prov_config, prov_key):
endpoints = {
RHOSEndpoint.name: RHOSEndpoint(**prov_config['endpoints'][RHOSEndpoint.name])
}
event_endpoint_config = prov_config['endpoints'].get(EventsEndpoint.name, {})
if event_endpoint_config:
if (event_endpoint_config.get('event_stream') == 'AMQP' and
BZ(1618700, forced_streams=["5.9", "5.10", "upstream"]).blocks):
logger.warning('Skipping AMQP event config due to BZ 1618700')
else:
endpoints[EventsEndpoint.name] = EventsEndpoint(**event_endpoint_config)
from cfme.utils.providers import get_crud
infra_prov_key = prov_config.get('infra_provider_key')
infra_provider = get_crud(infra_prov_key) if infra_prov_key else None
return cls.appliance.collections.cloud_providers.instantiate(
prov_class=cls,
name=prov_config['name'],
api_port=prov_config['port'],
api_version=prov_config.get('api_version', 'Keystone v2'),
endpoints=endpoints,
zone=prov_config['server_zone'],
key=prov_key,
keystone_v3_domain_id=prov_config.get('domain_id'),
sec_protocol=prov_config.get('sec_protocol', "Non-SSL"),
tenant_mapping=prov_config.get('tenant_mapping', False),
infra_provider=infra_provider)
def pytest_generate_tests(metafunc):
types = [VMwareProvider, RHEVMProvider, SCVMMProvider]
argnames, argvalues, idlist = testgen.providers_by_class(metafunc, types)
argnames = ['providers_for_discover', 'start_ip', 'max_range']
new_id_list = []
providers_complete = []
providers_final = []
for x in idlist:
providers_complete.append(get_crud(x))
provider_combinations = sorted(find_neighbour_provider_combinations(
providers_complete, len(types)),
key=len)
signatures_seen = set()
for prov_comb in provider_combinations:
sig = generate_signature(prov_comb)
if sig in signatures_seen:
continue
signatures_seen.add(sig)
start_ip, max_range = minmax_ip(prov_comb)
providers_final.append([prov_comb, start_ip, max_range])
new_id_list.append(sig)
testgen.parametrize(metafunc,
argnames,
providers_final,
ids=new_id_list,
scope="module")
def __init__(self, name=None, provider_key=None, appliance=None):
Navigatable.__init__(self, appliance=appliance)
self.quad_name = 'resource_pool'
self.name = name
if provider_key:
self.provider = get_crud(provider_key, appliance=appliance)
else:
self.provider = None
def deploy_template(provider_key, vm_name, template_name=None, timeout=900, **deploy_args):
"""
Args:
provider_key: Provider key on which the VM is to be created
vm_name: Name of the VM to be deployed
template_name: Name of the template that the VM is deployed from
timeout: the timeout for template deploy
"""
allow_skip = deploy_args.pop("allow_skip", ())
if isinstance(allow_skip, dict):
skip_exceptions = allow_skip.keys()
callable_mapping = allow_skip
elif isinstance(allow_skip, six.string_types) and allow_skip.lower() == "default":
skip_exceptions = DEFAULT_SKIP
callable_mapping = {}
else:
skip_exceptions = allow_skip
callable_mapping = {}
provider_crud = get_crud(provider_key)
deploy_args.update(vm_name=vm_name)
if template_name is None:
try:
deploy_args.update(template=provider_crud.data['templates']['small_template']['name'])
except KeyError:
raise KeyError('small_template not defined for Provider {} in cfme_data.yaml'
.format(provider_key))
else:
deploy_args.update(template=template_name)
deploy_args.update(provider_crud.deployment_helper(deploy_args))
logger.info("Getting ready to deploy VM/instance %s from template %s on provider %s",
vm_name, deploy_args['template'], provider_crud.data['name'])
try:
try:
logger.debug("Deploy args: %s", deploy_args)
vm_name = provider_crud.mgmt.deploy_template(timeout=timeout, **deploy_args)
logger.info("Provisioned VM/instance %s", vm_name) # instance ID in case of EC2
except Exception as e:
logger.exception('Could not provisioning VM/instance %s (%s: %s)',
vm_name, type(e).__name__, str(e))
try:
provider_crud.mgmt.delete_vm(vm_name)
except Exception:
logger.exception("Unable to clean up vm:", vm_name)
raise
except skip_exceptions as e:
e_c = type(e)
if e_c in callable_mapping and not callable_mapping[e_c](e):
raise
# Make it visible also in the log.
store.write_line(
"Skipping due to a provider error: {}: {}\n".format(e_c.__name__, str(e)), purple=True)
logger.exception(e)
pytest.skip("{}: {}".format(e_c.__name__, str(e)))
return vm_name
def aws_provider(temp_pod_appliance):
from cfme.utils.providers import get_crud
prov = get_crud('ec2west')
registry_data = prov.mgmt.get_registry_data()
prov.endpoints['smartstate'].credentials.principal = registry_data['username']
prov.endpoints['smartstate'].credentials.secret = registry_data['password']
prov.create()
yield prov
prov.delete_if_exists()
def aws_provider(temp_pod_appliance):
from cfme.utils.providers import get_crud
prov = get_crud('ec2west')
registry_data = prov.mgmt.get_registry_data()
prov.endpoints['smartstate'].credentials.principal = registry_data['username']
prov.endpoints['smartstate'].credentials.secret = registry_data['password']
prov.create()
yield prov
prov.delete_if_exists()
def depot_machine_ip():
""" Deploy vm for depot test
This fixture uses for deploy vm on provider from yaml and then receive it's ip
After test run vm deletes from provider
"""
depot_machine_name = "test_long_log_depot_{}".format(fauxfactory.gen_alphanumeric())
data = conf.cfme_data.get("log_db_operations", {})
depot_provider_key = data["log_db_depot_template"]["provider"]
depot_template_name = data["log_db_depot_template"]["template_name"]
prov_crud = get_crud(depot_provider_key)
deploy_template(depot_provider_key,
depot_machine_name,
template_name=depot_template_name)
yield prov_crud.mgmt.get_ip_address(depot_machine_name)
VM.factory(depot_machine_name, prov_crud).cleanup_on_provider()
def depot_machine_ip():
""" Deploy vm for depot test
This fixture uses for deploy vm on provider from yaml and then receive it's ip
After test run vm deletes from provider
"""
depot_machine_name = "test_long_log_depot_{}".format(
fauxfactory.gen_alphanumeric())
data = conf.cfme_data.get("log_db_operations", {})
depot_provider_key = data["log_db_depot_template"]["provider"]
depot_template_name = data["log_db_depot_template"]["template_name"]
prov_crud = get_crud(depot_provider_key)
deploy_template(depot_provider_key,
depot_machine_name,
template_name=depot_template_name)
yield prov_crud.mgmt.get_ip_address(depot_machine_name)
VM.factory(depot_machine_name, prov_crud).cleanup_on_provider()
def pytest_fixture_setup(fixturedef, request):
# since we use DataProvider at collection time and BaseProvider in fixtures and tests,
# we need to instantiate BaseProvider and replace DataProvider obj with it right before first
# provider fixture request.
# There were several other ways to do that. However, those bumped into different
# scope mismatch issues.
# As the object may not be the root object and may have a parent, we need to walk to that
# the object to see if we can find the attribute on it or any of its parents
if hasattr(_walk_to_obj_parent(request).function, 'provider'):
marks = _walk_to_obj_parent(request).function.provider._marks
for mark in marks:
if mark.kwargs.get('fixture_name',
'provider') == fixturedef.argname:
kwargs = {}
for argname in fixturedef.argnames:
fixdef = request._get_active_fixturedef(argname)
result, arg_cache_key, exc = fixdef.cached_result
request._check_scope(argname, request.scope, fixdef.scope)
kwargs[argname] = result
fixturefunc = fixturedef.func
if request.instance is not None:
fixturefunc = getimfunc(fixturedef.func)
if fixturefunc != fixturedef.func:
fixturefunc = fixturefunc.__get__(request.instance)
my_cache_key = request.param_index
try:
provider_data = call_fixture_func(fixturefunc, request,
kwargs)
except TEST_OUTCOME:
fixturedef.cached_result = (None, my_cache_key,
sys.exc_info())
raise
from cfme.utils.providers import get_crud
provider = get_crud(provider_data.key)
fixturedef.cached_result = (provider, my_cache_key, None)
request.param = provider
yield provider
break
else:
yield
else:
yield
def pytest_fixture_setup(fixturedef, request):
# since we use DataProvider at collection time and BaseProvider in fixtures and tests,
# we need to instantiate BaseProvider and replace DataProvider obj with it right before first
# provider fixture request.
# There were several other ways to do that. However, those bumped into different
# scope mismatch issues.
# As the object may not be the root object and may have a parent, we need to walk to that
# the object to see if we can find the attribute on it or any of its parents
parent = _walk_to_obj_parent(request)
# node has all the markers from full scope
# default it to empty dict so loop below shorts and yields at the end
item_marks = ProviderEnvironmentMarker.get_closest_kwarg_markers(parent.node) or {}
for fixture_name, mark in item_marks.items():
if fixture_name == fixturedef.argname:
kwargs = {}
for argname in fixturedef.argnames:
fixdef = request._get_active_fixturedef(argname)
result, arg_cache_key, exc = fixdef.cached_result
request._check_scope(argname, request.scope, fixdef.scope)
kwargs[argname] = result
fixturefunc = fixturedef.func
if request.instance is not None:
fixturefunc = getimfunc(fixturedef.func)
if fixturefunc != fixturedef.func:
fixturefunc = fixturefunc.__get__(request.instance)
# Use the DataProvider instance as the cache key.
my_cache_key = request.param
try:
provider_data = call_fixture_func(fixturefunc, request, kwargs)
except TEST_OUTCOME:
fixturedef.cached_result = (None, my_cache_key, sys.exc_info())
raise
from cfme.utils.providers import get_crud
provider = get_crud(provider_data.key)
request.param = provider
yield provider
# Store the cached_result after we have yielded to other pytest_fixture_setup methods.
fixturedef.cached_result = (provider, my_cache_key, None)
break
else:
yield
def pytest_fixture_setup(fixturedef, request):
"""Use DataProvider instances at collection time, and BaseProvider subclass instances in
fixture / test execution. This method instantiates the BaseProvider object from the provider
information stored in the DataProvider instance."""
# As the object may have a parent, walk to that object to see if we can find the attribute.
parent = _walk_to_obj_parent(request)
# parent.node has all the markers from the full scope.
item_marks = ProviderEnvironmentMarker.get_closest_kwarg_markers(
parent.node) or {}
for fixture_name in item_marks:
if fixture_name == fixturedef.argname:
kwargs = {}
for argname in fixturedef.argnames:
fixdef = request._get_active_fixturedef(argname)
assert fixdef.cached_result is not None
result, arg_cache_key, exc = fixdef.cached_result
request._check_scope(argname, request.scope, fixdef.scope)
kwargs[argname] = result
fixturefunc = resolve_fixture_function(fixturedef, request)
# Use the DataProvider instance as the cache key.
my_cache_key = fixturedef.cache_key(request)
try:
provider_data = call_fixture_func(fixturefunc, request, kwargs)
except TEST_OUTCOME:
fixturedef.cached_result = (None, my_cache_key, sys.exc_info())
raise
# Instantiate BaseProvider subclass here, and store as the fixture result.
from cfme.utils.providers import get_crud
result = get_crud(provider_data.key)
request.param = result
yield result
# Store the cached_result after we have yielded to other pytest_fixture_setup methods.
fixturedef.cached_result = (result, my_cache_key, None)
break
else:
yield
def pytest_fixture_setup(fixturedef, request):
# since we use DataProvider at collection time and BaseProvider in fixtures and tests,
# we need to instantiate BaseProvider and replace DataProvider obj with it right before first
# provider fixture request.
# There were several other ways to do that. However, those bumped into different
# scope mismatch issues.
# As the object may not be the root object and may have a parent, we need to walk to that
# the object to see if we can find the attribute on it or any of its parents
if hasattr(_walk_to_obj_parent(request).function, 'provider'):
marks = _walk_to_obj_parent(request).function.provider._marks
for mark in marks:
if mark.kwargs.get('fixture_name', 'provider') == fixturedef.argname:
kwargs = {}
for argname in fixturedef.argnames:
fixdef = request._get_active_fixturedef(argname)
result, arg_cache_key, exc = fixdef.cached_result
request._check_scope(argname, request.scope, fixdef.scope)
kwargs[argname] = result
fixturefunc = fixturedef.func
if request.instance is not None:
fixturefunc = getimfunc(fixturedef.func)
if fixturefunc != fixturedef.func:
fixturefunc = fixturefunc.__get__(request.instance)
my_cache_key = request.param_index
try:
provider_data = call_fixture_func(fixturefunc, request, kwargs)
except TEST_OUTCOME:
fixturedef.cached_result = (None, my_cache_key, sys.exc_info())
raise
from cfme.utils.providers import get_crud
provider = get_crud(provider_data.key)
fixturedef.cached_result = (provider, my_cache_key, None)
request.param = provider
yield provider
break
else:
yield
else:
yield
def db_depot_machine_ip(request, appliance):
""" Deploy vm for depot test
This fixture uses for deploy vm on provider from yaml and then receive it's ip
After test run vm deletes from provider
"""
depot_machine_name = "test_db_backup_depot_{}".format(
fauxfactory.gen_alphanumeric())
data = conf.cfme_data.get("log_db_operations", {})
depot_provider_key = data["log_db_depot_template"]["provider"]
depot_template_name = data["log_db_depot_template"]["template_name"]
prov_crud = get_crud(depot_provider_key)
deploy_template(depot_provider_key,
depot_machine_name,
template_name=depot_template_name)
yield prov_crud.mgmt.get_ip_address(depot_machine_name)
collection = appliance.provider_based_collection(prov_crud)
collection.instantiate(depot_machine_name,
prov_crud).delete_from_provider()
def from_config(cls, prov_config, prov_key):
endpoints = {}
token_creds = cls.process_credential_yaml_key(prov_config['credentials'], cred_type='token')
for endp in prov_config['endpoints']:
if VirtualizationEndpoint.name == endp:
prov_config['endpoints'][endp]['token'] = token_creds.token
endpoints[endp] = VirtualizationEndpoint(**prov_config['endpoints'][endp])
parent_provider = get_crud(prov_config['parent_provider'])
parent_provider.endpoints.update(endpoints)
# passing virtualization of KubeVirt provider explicitly to ocp provider
parent_provider.virt_type = prov_config['virt_type']
return cls.appliance.collections.infra_providers.instantiate(
prov_class=cls,
name=prov_config.get('name'),
key=prov_key,
endpoints=endpoints,
provider_data=prov_config,
parent_provider=parent_provider)
def from_config(cls, prov_config, prov_key):
endpoints = {}
token_creds = cls.process_credential_yaml_key(prov_config['credentials'], cred_type='token')
for endp in prov_config['endpoints']:
if VirtualizationEndpoint.name == endp:
prov_config['endpoints'][endp]['token'] = token_creds.token
endpoints[endp] = VirtualizationEndpoint(**prov_config['endpoints'][endp])
parent_provider = get_crud(prov_config['parent_provider'])
parent_provider.endpoints.update(endpoints)
# passing virtualization of KubeVirt provider explicitly to ocp provider
parent_provider.virt_type = prov_config['virt_type']
return cls.appliance.collections.infra_providers.instantiate(
prov_class=cls,
name=prov_config.get('name'),
key=prov_key,
endpoints=endpoints,
provider_data=prov_config,
parent_provider=parent_provider)
def test_refresh_vms(appliance, request, scenario):
"""Refreshes all vm's then waits for a specific amount of time. Memory Monitor creates
graphs and summary at the end of the scenario.
Polarion:
assignee: rhcf3_machine
casecomponent: Appliance
initialEstimate: 1/4h
"""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-refresh-vm',
'test_name': 'Refresh VMs',
'appliance_roles': ', '.join(roles_refresh_vms),
'scenario': scenario}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info('Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts, quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_refresh_vms})
for prov in scenario['providers']:
get_crud(prov).create_rest()
logger.info('Sleeping for refresh: {}s'.format(scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
full_refresh_threshold_set = False
if 'full_refresh_threshold' in scenario:
if scenario['full_refresh_threshold'] != FULL_REFRESH_THRESHOLD_DEFAULT:
appliance.set_full_refresh_threshold(scenario['full_refresh_threshold'])
full_refresh_threshold_set = True
if not full_refresh_threshold_set:
logger.debug('Keeping full_refresh_threshold at default ({}).'.format(
FULL_REFRESH_THRESHOLD_DEFAULT))
refresh_size = scenario['refresh_size']
vms = appliance.rest_api.collections.vms.all
vms_iter = cycle(vms)
logger.debug('Number of VM IDs: {}'.format(len(vms)))
# Variable amount of time for refresh workload
total_time = scenario['total_time']
starttime = time.time()
time_between_refresh = scenario['time_between_refresh']
total_refreshed_vms = 0
while ((time.time() - starttime) < total_time):
start_refresh_time = time.time()
refresh_list = [next(vms_iter) for x in range(refresh_size)]
for vm in refresh_list:
vm.action.reload()
total_refreshed_vms += len(refresh_list)
iteration_time = time.time()
refresh_time = round(iteration_time - start_refresh_time, 2)
elapsed_time = iteration_time - starttime
logger.debug('Time to Queue VM Refreshes: {}'.format(refresh_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2), total_time))
if refresh_time < time_between_refresh:
wait_diff = time_between_refresh - refresh_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0 and time_remaining < time_between_refresh):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warn('Time to Queue VM Refreshes ({}) exceeded time between '
'({})'.format(refresh_time, time_between_refresh))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_VM_Refreshes'] = total_refreshed_vms
logger.info('Test Ending...')
def setup_multiregion_env(cfme_version, provider_type, provider, lease,
sprout_poolid, desc, remote_nodes, add_prov):
lease_time = tot_time(lease)
provider_type = None if provider else provider_type
"""Multi appliance setup with multi region and replication from remote to global"""
sprout_client = SproutClient.from_config()
required_app_count = 1 # global app
required_app_count += remote_nodes
if sprout_poolid:
if sprout_client.call_method('pool_exists', sprout_poolid):
sprout_pool = sprout_client.call_method('request_check',
sprout_poolid)
if len(sprout_pool['appliances']) >= required_app_count:
print("Processing pool...")
apps = []
for app in sprout_pool['appliances']:
apps.append(IPAppliance(app['ip_address']))
sprout_client.set_pool_description(sprout_poolid, desc)
else:
sys.exit("Pool does not meet the minimum size requirements!")
else:
sys.exit("Pool not found!")
else:
print("Provisioning appliances")
apps, request_id = provision_appliances(count=required_app_count,
cfme_version=cfme_version,
provider_type=provider_type,
provider=provider,
lease_time=lease_time)
print("Appliance pool lease time is {}".format(lease))
sprout_client.set_pool_description(request_id, desc)
print("Appliances Provisioned")
print("Configuring Replicated Environment")
global_app = apps[0]
gip = global_app.hostname
remote_apps = apps[1:]
print("Global Appliance Configuration")
app_creds = {
"username": credentials["database"]["username"],
"password": credentials["database"]["password"],
"sshlogin": credentials["ssh"]["username"],
"sshpass": credentials["ssh"]["password"],
}
app_params = dict(region=99,
dbhostname='localhost',
username=app_creds['username'],
password=app_creds['password'],
dbname='vmdb_production',
dbdisk=global_app.unpartitioned_disks[0])
global_app.appliance_console_cli.configure_appliance_internal(**app_params)
global_app.evmserverd.wait_for_running()
global_app.wait_for_web_ui()
print("Done: Global @ {}".format(gip))
for num, app in enumerate(remote_apps):
region_n = str((num + 1) * 10)
print("Remote Appliance Configuration")
app_params = dict(region=region_n,
dbhostname='localhost',
username=app_creds['username'],
password=app_creds['password'],
dbname='vmdb_production',
dbdisk=app.unpartitioned_disks[0],
fetch_key=gip,
sshlogin=app_creds['sshlogin'],
sshpass=app_creds['sshpass'])
app.appliance_console_cli.configure_appliance_internal_fetch_key(
**app_params)
app.evmserverd.wait_for_running()
app.wait_for_web_ui()
print("Done: Remote @ {}, region: {}".format(app.hostname, region_n))
print("Configuring Replication")
print("Setup - Replication on remote appliance")
app.set_pglogical_replication(replication_type=':remote')
print("Setup - Replication on global appliance")
global_app.set_pglogical_replication(replication_type=':global')
for app in remote_apps:
global_app.add_pglogical_replication_subscription(app.hostname)
random.shuffle(remote_apps)
if add_prov:
for app, prov_id in zip(cycle(remote_apps), add_prov):
stack.push(app)
prov = get_crud(prov_id)
print("Adding provider {} to appliance {}".format(
prov_id, app.hostname))
prov.create_rest()
stack.pop()
print("Done!")
def deploy_template(provider_key,
vm_name,
template_name=None,
timeout=900,
**deploy_args):
"""
Args:
provider_key: Provider key on which the VM is to be created
vm_name: Name of the VM to be deployed
template_name: Name of the template that the VM is deployed from
timeout: the timeout for template deploy
"""
allow_skip = deploy_args.pop("allow_skip", ())
if isinstance(allow_skip, dict):
skip_exceptions = allow_skip.keys()
callable_mapping = allow_skip
elif isinstance(allow_skip,
six.string_types) and allow_skip.lower() == "default":
skip_exceptions = DEFAULT_SKIP
callable_mapping = {}
else:
skip_exceptions = allow_skip
callable_mapping = {}
provider_crud = get_crud(provider_key)
deploy_args.update(vm_name=vm_name)
if template_name is None:
try:
deploy_args.update(template=provider_crud.data['templates']
['small_template']['name'])
except KeyError:
raise KeyError(
'small_template not defined for Provider {} in cfme_data.yaml'.
format(provider_key))
else:
deploy_args.update(template=template_name)
deploy_args.update(provider_crud.deployment_helper(deploy_args))
logger.info(
"Getting ready to deploy VM/instance %s from template %s on provider %s",
vm_name, deploy_args['template'], provider_crud.data['name'])
try:
try:
logger.debug("Deploy args: %s", deploy_args)
vm_name = provider_crud.mgmt.deploy_template(timeout=timeout,
**deploy_args)
logger.info("Provisioned VM/instance %s",
vm_name) # instance ID in case of EC2
except Exception as e:
logger.exception('Could not provisioning VM/instance %s (%s: %s)',
vm_name,
type(e).__name__, str(e))
try:
provider_crud.mgmt.delete_vm(vm_name)
except Exception:
logger.exception("Unable to clean up vm:", vm_name)
raise
except skip_exceptions as e:
e_c = type(e)
if e_c in callable_mapping and not callable_mapping[e_c](e):
raise
# Make it visible also in the log.
store.write_line("Skipping due to a provider error: {}: {}\n".format(
e_c.__name__, str(e)),
purple=True)
logger.exception(e)
pytest.skip("{}: {}".format(e_c.__name__, str(e)))
return vm_name
def test_provisioning(appliance, request, scenario):
"""Runs through provisioning scenarios using the REST API to
continously provision a VM for a specified period of time.
Memory Monitor creates graphs and summary at the end of each scenario."""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-provisioning',
'test_name': 'Provisioning',
'appliance_roles': ', '.join(roles_provisioning),
'scenario': scenario}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
provision_order = []
def cleanup_workload(scenario, from_ts, vms_to_cleanup, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
appliance.update_server_roles({role: True for role in roles_provisioning_cleanup})
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
final_vm_size = len(vms_to_cleanup)
appliance.rest_api.collections.vms.action.delete(vms_to_cleanup)
monitor_thread.join()
logger.info('{} VMs were left over, and {} VMs were deleted in the finalizer.'
.format(final_vm_size, final_vm_size - len(vms_to_cleanup)))
logger.info('The following VMs were left over after the test: {}'
.format(vms_to_cleanup))
quantifiers['VMs_To_Delete_In_Finalizer'] = final_vm_size
quantifiers['VMs_Deleted_In_Finalizer'] = final_vm_size - len(vms_to_cleanup)
quantifiers['Leftover_VMs'] = vms_to_cleanup
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info('Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts, vm_name, quantifiers,
scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_provisioning})
prov = get_crud(scenario['providers'][0])
prov.create_rest()
logger.info('Sleeping for Refresh: {}s'.format(scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
guid_list = prov.get_template_guids(scenario['templates'])
guid_cycle = cycle(guid_list)
cleanup_size = scenario['cleanup_size']
number_of_vms = scenario['number_of_vms']
total_time = scenario['total_time']
time_between_provision = scenario['time_between_provision']
total_provisioned_vms = 0
total_deleted_vms = 0
provisioned_vms = 0
starttime = time.time()
while ((time.time() - starttime) < total_time):
start_iteration_time = time.time()
provision_list = []
for i in range(number_of_vms):
total_provisioned_vms += 1
provisioned_vms += 1
vm_to_provision = '{}-provision-{}'.format(
test_ts, str(total_provisioned_vms).zfill(4))
guid_to_provision, provider_name = next(guid_cycle)
provision_order.append((vm_to_provision, provider_name))
provision_list.append((vm_to_provision, guid_to_provision,
prov.data['provisioning']['vlan']))
template = prov.data.templates.get('small_template')
provision_data = get_provision_data(appliance.rest_api, prov, template.name)
vm_name = provision_data["vm_fields"]["vm_name"]
response = appliance.rest_api.collections.provision_requests.action.create(**provision_data)
assert appliance.rest_api.response.status_code == 200
provision_request = response[0]
def _finished():
provision_request.reload()
if "error" in provision_request.status.lower():
pytest.fail("Error when provisioning: `{}`".format(provision_request.message))
return provision_request.request_state.lower() in ("finished", "provisioned")
wait_for(_finished, num_sec=800, delay=5, message="REST provisioning finishes")
vm = appliance.rest_api.collections.vms.get(name=vm_name)
creation_time = time.time()
provision_time = round(creation_time - start_iteration_time, 2)
logger.debug('Time to initiate provisioning: {}'.format(provision_time))
logger.info('{} VMs provisioned so far'.format(total_provisioned_vms))
if provisioned_vms > cleanup_size * len(scenario['providers']):
start_remove_time = time.time()
if appliance.rest_api.collections.vms.action.delete(vm):
provision_order.pop(0)
provisioned_vms -= 1
total_deleted_vms += 1
deletion_time = round(time.time() - start_remove_time, 2)
logger.debug('Time to initate deleting: {}'.format(deletion_time))
logger.info('{} VMs deleted so far'.format(total_deleted_vms))
end_iteration_time = time.time()
iteration_time = round(end_iteration_time - start_iteration_time, 2)
elapsed_time = end_iteration_time - starttime
logger.debug('Time to initiate provisioning and deletion: {}'.format(iteration_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2), total_time))
if iteration_time < time_between_provision:
wait_diff = time_between_provision - iteration_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0 and time_remaining < time_between_provision):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warn('Time to initiate provisioning ({}) exceeded time between '
'({})'.format(iteration_time, time_between_provision))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_VM_Provisionings'] = total_provisioned_vms
quantifiers['Deleted_VMs'] = total_deleted_vms
logger.info('Provisioned {} VMs and deleted {} VMs during the scenario.'
.format(total_provisioned_vms, total_deleted_vms))
logger.info('Test Ending...')
def setup_multiregion_env(cfme_version, provider_type, provider, lease,
sprout_poolid, desc, remote_nodes, add_prov):
lease_time = tot_time(lease)
provider_type = None if provider else provider_type
"""Multi appliance setup with multi region and replication from remote to global"""
sprout_client = SproutClient.from_config()
required_app_count = 1 # global app
required_app_count += remote_nodes
if sprout_poolid:
if sprout_client.call_method('pool_exists', sprout_poolid):
sprout_pool = sprout_client.call_method('request_check',
sprout_poolid)
if len(sprout_pool['appliances']) >= required_app_count:
print("Processing pool...")
apps = []
for app in sprout_pool['appliances']:
apps.append(IPAppliance(app['ip_address']))
sprout_client.set_pool_description(sprout_poolid, desc)
else:
sys.exit("Pool does not meet the minimum size requirements!")
else:
sys.exit("Pool not found!")
else:
print("Provisioning appliances")
apps, request_id = provision_appliances(count=required_app_count,
cfme_version=cfme_version,
provider_type=provider_type,
provider=provider,
lease_time=lease_time)
print("Appliance pool lease time is {}".format(lease))
sprout_client.set_pool_description(request_id, desc)
print("Appliances Provisioned")
print("Configuring Replicated Environment")
global_app = apps[0]
gip = global_app.hostname
remote_apps = apps[1:]
print("Global Appliance Configuration")
command_set0 = ('ap', '', '7', '1', '1', '2', 'n', '99', pwd,
TimedCommand(pwd, 360), '')
global_app.appliance_console.run_commands(command_set0)
global_app.evmserverd.wait_for_running()
global_app.wait_for_web_ui()
print("Done: Global @ {}".format(gip))
for num, app in enumerate(remote_apps):
region_n = str(num + 1 * 10)
print("Remote Appliance Configuration")
command_set1 = ('ap', '', '7', '2', gip, '', pwd, '', '1', '2', 'n',
region_n, pwd, TimedCommand(pwd, 360), '')
app.appliance_console.run_commands(command_set1)
app.evmserverd.wait_for_running()
app.wait_for_web_ui()
print("Done: Remote @ {}, region: {}".format(app.hostname, region_n))
print("Configuring Replication")
print("Setup - Replication on remote appliance")
app.set_pglogical_replication(replication_type=':remote')
print("Setup - Replication on global appliance")
global_app.set_pglogical_replication(replication_type=':global')
for app in remote_apps:
global_app.add_pglogical_replication_subscription(app.hostname)
random.shuffle(remote_apps)
if add_prov:
for app, prov_id in zip(cycle(remote_apps), add_prov):
stack.push(app)
prov = get_crud(prov_id)
print("Adding provider {} to appliance {}".format(
prov_id, app.hostname))
prov.create()
stack.pop()
print("Done!")
def deploy_template(provider_key, vm_name, template_name=None, timeout=900, **deploy_args):
"""
Args:
provider_key: Provider key on which the VM is to be created
vm_name: Name of the VM to be deployed
template_name: Name of the template that the VM is deployed from
timeout: the timeout for template deploy
Returns:
wrapanapi.entities.Vm or wrapanapi.entities.Instance object
"""
allow_skip = deploy_args.pop("allow_skip", ())
if isinstance(allow_skip, dict):
skip_exceptions = list(allow_skip.keys())
callable_mapping = allow_skip
elif isinstance(allow_skip, str) and allow_skip.lower() == "default":
skip_exceptions = DEFAULT_SKIP
callable_mapping = {}
else:
skip_exceptions = allow_skip
callable_mapping = {}
provider_crud = get_crud(provider_key)
deploy_args.update(vm_name=vm_name)
if template_name is None:
try:
template_name = provider_crud.data['templates']['small_template']['name']
except KeyError:
raise KeyError('small_template not defined for Provider {} in cfme_data.yaml'
.format(provider_key))
deploy_args.update(template=template_name)
deploy_args.update(provider_crud.deployment_helper(deploy_args))
logger.info("Getting ready to deploy VM/instance %s from template %s on provider %s",
vm_name, deploy_args['template'], provider_crud.data['name'])
try:
try:
logger.debug("Deploy args: %s", deploy_args)
if isinstance(provider_crud.mgmt, AzureSystem):
template = provider_crud.mgmt.get_template(
template_name, container=deploy_args['template_container'])
else:
template = provider_crud.mgmt.get_template(template_name)
vm = template.deploy(timeout=timeout, **deploy_args)
logger.info("Provisioned VM/instance %r", vm)
except Exception:
logger.exception('Could not provisioning VM/instance %s', vm_name)
for vm_to_cleanup in provider_crud.mgmt.find_vms(vm_name):
try:
vm_to_cleanup.cleanup()
except Exception:
logger.exception("Unable to clean up vm: %r", vm_to_cleanup.name)
raise
except skip_exceptions as e:
e_c = type(e)
if e_c in callable_mapping and not callable_mapping[e_c](e):
raise
# Make it visible also in the log.
store.write_line(
"Skipping due to a provider error: {}: {}\n".format(e_c.__name__, str(e)), purple=True)
logger.exception(e)
pytest.skip("{}: {}".format(e_c.__name__, str(e)))
return vm
def test_workload_smartstate_analysis(appliance, request, scenario):
"""Runs through provider based scenarios initiating smart state analysis against VMs, Hosts,
and Datastores
Polarion:
assignee: rhcf3_machine
initialEstimate: 1/4h
"""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.install_vddk()
appliance.clean_appliance()
quantifiers = {}
scenario_data = {
'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-ssa',
'test_name': 'SmartState Analysis',
'appliance_roles': ', '.join(roles_smartstate),
'scenario': scenario
}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info(
'Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts,
quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_smartstate})
for provider in scenario['providers']:
get_crud(provider).create_rest()
logger.info('Sleeping for Refresh: {}s'.format(
scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
# Add host credentials and set CFME relationship for RHEVM SSA
for provider in scenario['providers']:
for api_host in appliance.rest_api.collections.hosts.all:
host_collection = appliance.collections.hosts
test_host = host_collection.instantiate(name=api_host.name,
provider=provider)
host_data = get_host_data_by_name(get_crud(provider),
api_host.name)
credentials = host.get_credentials_from_config(
host_data['credentials'])
test_host.update_credentials_rest(credentials)
appliance.set_cfme_server_relationship(
cfme_performance['appliance']['appliance_name'])
# Variable amount of time for SmartState Analysis workload
total_time = scenario['total_time']
starttime = time.time()
time_between_analyses = scenario['time_between_analyses']
total_scanned_vms = 0
while ((time.time() - starttime) < total_time):
start_ssa_time = time.time()
for vm in scenario['vms_to_scan'].values()[0]:
vm_api = appliance.rest_api.collections.vms.get(name=vm)
vm_api.action.scan()
total_scanned_vms += 1
iteration_time = time.time()
ssa_time = round(iteration_time - start_ssa_time, 2)
elapsed_time = iteration_time - starttime
logger.debug('Time to Queue SmartState Analyses: {}'.format(ssa_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2),
total_time))
if ssa_time < time_between_analyses:
wait_diff = time_between_analyses - ssa_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0 and time_remaining < time_between_analyses):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warn(
'Time to Queue SmartState Analyses ({}) exceeded time between '
'({})'.format(ssa_time, time_between_analyses))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_VM_Scans'] = total_scanned_vms
logger.info('Test Ending...')
def test_workload_capacity_and_utilization_rep(appliance, request, scenario,
setup_perf_provider):
"""Runs through provider based scenarios enabling C&U and replication, run for a set period of
time. Memory Monitor creates graphs and summary at the end of each scenario.
Polarion:
assignee: rhcf3_machine
casecomponent: CandU
initialEstimate: 1/4h
"""
from_ts = int(time.time() * 1000)
ssh_client = appliance.ssh_client()
ssh_master_args = {
'hostname': scenario['replication_master']['ip_address'],
'username': scenario['replication_master']['ssh']['username'],
'password': scenario['replication_master']['ssh']['password']
}
master_appliance = IPAppliance(
hostname=scenario['replication_master']['ip_address'],
openshift_creds=ssh_master_args)
ssh_client_master = SSHClient(**ssh_master_args)
logger.debug('Scenario: {}'.format(scenario['name']))
is_pglogical = True if scenario['replication'] == 'pglogical' else False
# Turn off master pglogical replication incase rubyrep scenario follows a pglogical scenario
appliance.set_pglogical_replication(replication_type=':none')
# Spawn tail before hand to prevent unncessary waiting on MiqServer starting since applinace
# under test is cleaned first, followed by master appliance
sshtail_evm = SSHTail('/var/www/miq/vmdb/log/evm.log')
sshtail_evm.set_initial_file_end()
logger.info(f'Clean appliance under test ({ssh_client})')
appliance.clean_appliance()
logger.info(f'Clean master appliance ({ssh_client_master})')
master_appliance.clean_appliance() # Clean Replication master appliance
if is_pglogical:
scenario_data = {
'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-cap-and-util-rep',
'test_name': 'Capacity and Utilization Replication (pgLogical)',
'appliance_roles': ', '.join(roles_cap_and_util_rep),
'scenario': scenario
}
else:
scenario_data = {
'appliance_ip': cfme_performance['appliance']['ip_address'],
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-cap-and-util-rep',
'test_name': 'Capacity and Utilization Replication (RubyRep)',
'appliance_roles': ', '.join(roles_cap_and_util_rep),
'scenario': scenario
}
quantifiers = {}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info(f'Finished cleaning up monitoring thread in {timediff}')
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts,
quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(evm_tail=sshtail_evm,
poll_interval=2)
appliance.update_server_roles(
{role: True
for role in roles_cap_and_util_rep})
for provider in scenario['providers']:
get_crud(provider).create_rest()
logger.info('Sleeping for Refresh: {}s'.format(
scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
appliance.set_cap_and_util_all_via_rails()
# Configure Replication
if is_pglogical:
# Setup appliance under test to :remote
appliance.set_pglogical_replication(replication_type=':remote')
# Setup master appliance to :global
master_appliance.set_pglogical_replication(replication_type=':global')
# Setup master to subscribe:
master_appliance.add_pglogical_replication_subscription(
ssh_client_master, appliance.hostname)
else:
# Setup local towards Master
appliance.set_rubyrep_replication(
scenario['replication_master']['ip_address'])
# Force uninstall rubyrep for this region from master (Unsure if still needed)
# ssh_client.run_rake_command('evm:dbsync:uninstall')
# time.sleep(30) # Wait to quiecse
# Turn on DB Sync role
appliance.update_server_roles(
{role: True
for role in roles_cap_and_util_rep})
# Variable amount of time for C&U collections/processing
total_time = scenario['total_time']
starttime = time.time()
elapsed_time = 0
while (elapsed_time < total_time):
elapsed_time = time.time() - starttime
time_left = total_time - elapsed_time
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2),
total_time))
if (time_left > 0 and time_left < 300):
time.sleep(time_left)
elif time_left > 0:
time.sleep(300)
# Turn off replication:
if is_pglogical:
appliance.set_pglogical_replication(replication_type=':none')
else:
appliance.update_server_roles(
{role: True
for role in roles_cap_and_util_rep})
quantifiers['Elapsed_Time'] = round(elapsed_time, 2)
logger.info('Test Ending...')
def test_refresh_providers(appliance, request, scenario):
"""
Refreshes providers then waits for a specific amount of time.
Memory Monitor creates graphs and summary at the end of the scenario.
Polarion:
assignee: rhcf3_machine
initialEstimate: 1/4h
"""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {
'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-refresh-providers',
'test_name': 'Refresh Providers',
'appliance_roles': ', '.join(roles_refresh_providers),
'scenario': scenario
}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info('Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts,
quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_refresh_providers})
for prov in scenario['providers']:
get_crud(prov).create_rest()
# Variable amount of time for refresh workload
total_time = scenario['total_time']
starttime = time.time()
time_between_refresh = scenario['time_between_refresh']
total_refreshed_providers = 0
while ((time.time() - starttime) < total_time):
start_refresh_time = time.time()
appliance.rest_api.collections.providers.reload()
for prov in appliance.rest_api.collections.providers.all:
prov.action.reload()
total_refreshed_providers += 1
iteration_time = time.time()
refresh_time = round(iteration_time - start_refresh_time, 2)
elapsed_time = iteration_time - starttime
logger.debug('Time to Queue Refreshes: {}'.format(refresh_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2), total_time))
if refresh_time < time_between_refresh:
wait_diff = time_between_refresh - refresh_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0 and time_remaining < time_between_refresh):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warn('Time to Queue Refreshes ({}) exceeded time between '
'({})'.format(refresh_time, time_between_refresh))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_Provider_Refreshes'] = total_refreshed_providers
logger.info('Test Ending...')
def test_workload_capacity_and_utilization_rep(appliance, request, scenario, setup_perf_provider):
"""Runs through provider based scenarios enabling C&U and replication, run for a set period of
time. Memory Monitor creates graphs and summary at the end of each scenario.
Polarion:
assignee: rhcf3_machine
casecomponent: CandU
initialEstimate: 1/4h
"""
from_ts = int(time.time() * 1000)
ssh_client = appliance.ssh_client()
ssh_master_args = {
'hostname': scenario['replication_master']['ip_address'],
'username': scenario['replication_master']['ssh']['username'],
'password': scenario['replication_master']['ssh']['password']}
master_appliance = IPAppliance(hostname=scenario['replication_master']['ip_address'],
openshift_creds=ssh_master_args)
ssh_client_master = SSHClient(**ssh_master_args)
logger.debug('Scenario: {}'.format(scenario['name']))
is_pglogical = True if scenario['replication'] == 'pglogical' else False
# Turn off master pglogical replication incase rubyrep scenario follows a pglogical scenario
appliance.set_pglogical_replication(replication_type=':none')
# Spawn tail before hand to prevent unncessary waiting on MiqServer starting since applinace
# under test is cleaned first, followed by master appliance
sshtail_evm = SSHTail('/var/www/miq/vmdb/log/evm.log')
sshtail_evm.set_initial_file_end()
logger.info('Clean appliance under test ({})'.format(ssh_client))
appliance.clean_appliance()
logger.info('Clean master appliance ({})'.format(ssh_client_master))
master_appliance.clean_appliance() # Clean Replication master appliance
if is_pglogical:
scenario_data = {'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-cap-and-util-rep',
'test_name': 'Capacity and Utilization Replication (pgLogical)',
'appliance_roles': ', '.join(roles_cap_and_util_rep),
'scenario': scenario}
else:
scenario_data = {'appliance_ip': cfme_performance['appliance']['ip_address'],
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-cap-and-util-rep',
'test_name': 'Capacity and Utilization Replication (RubyRep)',
'appliance_roles': ', '.join(roles_cap_and_util_rep),
'scenario': scenario}
quantifiers = {}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info('Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts, quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(evm_tail=sshtail_evm, poll_interval=2)
appliance.update_server_roles({role: True for role in roles_cap_and_util_rep})
for provider in scenario['providers']:
get_crud(provider).create_rest()
logger.info('Sleeping for Refresh: {}s'.format(scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
appliance.set_cap_and_util_all_via_rails()
# Configure Replication
if is_pglogical:
# Setup appliance under test to :remote
appliance.set_pglogical_replication(replication_type=':remote')
# Setup master appliance to :global
master_appliance.set_pglogical_replication(replication_type=':global')
# Setup master to subscribe:
master_appliance.add_pglogical_replication_subscription(ssh_client_master,
appliance.hostname)
else:
# Setup local towards Master
appliance.set_rubyrep_replication(scenario['replication_master']['ip_address'])
# Force uninstall rubyrep for this region from master (Unsure if still needed)
# ssh_client.run_rake_command('evm:dbsync:uninstall')
# time.sleep(30) # Wait to quiecse
# Turn on DB Sync role
appliance.update_server_roles({role: True for role in roles_cap_and_util_rep})
# Variable amount of time for C&U collections/processing
total_time = scenario['total_time']
starttime = time.time()
elapsed_time = 0
while (elapsed_time < total_time):
elapsed_time = time.time() - starttime
time_left = total_time - elapsed_time
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2), total_time))
if (time_left > 0 and time_left < 300):
time.sleep(time_left)
elif time_left > 0:
time.sleep(300)
# Turn off replication:
if is_pglogical:
appliance.set_pglogical_replication(replication_type=':none')
else:
appliance.update_server_roles({role: True for role in roles_cap_and_util_rep})
quantifiers['Elapsed_Time'] = round(elapsed_time, 2)
logger.info('Test Ending...')
def test_refresh_vms(appliance, request, scenario):
"""Refreshes all vm's then waits for a specific amount of time. Memory Monitor creates
graphs and summary at the end of the scenario."""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {
'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-refresh-vm',
'test_name': 'Refresh VMs',
'appliance_roles': ', '.join(roles_refresh_vms),
'scenario': scenario
}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info(
'Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts,
quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_refresh_vms})
for prov in scenario['providers']:
get_crud(prov).create_rest()
logger.info('Sleeping for refresh: {}s'.format(
scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
full_refresh_threshold_set = False
if 'full_refresh_threshold' in scenario:
if scenario['full_refresh_threshold'] != FULL_REFRESH_THRESHOLD_DEFAULT:
appliance.set_full_refresh_threshold(
scenario['full_refresh_threshold'])
full_refresh_threshold_set = True
if not full_refresh_threshold_set:
logger.debug('Keeping full_refresh_threshold at default ({}).'.format(
FULL_REFRESH_THRESHOLD_DEFAULT))
refresh_size = scenario['refresh_size']
vms = appliance.rest_api.collections.vms.all
vms_iter = cycle(vms)
logger.debug('Number of VM IDs: {}'.format(len(vms)))
# Variable amount of time for refresh workload
total_time = scenario['total_time']
starttime = time.time()
time_between_refresh = scenario['time_between_refresh']
total_refreshed_vms = 0
while ((time.time() - starttime) < total_time):
start_refresh_time = time.time()
refresh_list = [next(vms_iter) for x in range(refresh_size)]
for vm in refresh_list:
vm.action.reload()
total_refreshed_vms += len(refresh_list)
iteration_time = time.time()
refresh_time = round(iteration_time - start_refresh_time, 2)
elapsed_time = iteration_time - starttime
logger.debug('Time to Queue VM Refreshes: {}'.format(refresh_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2),
total_time))
if refresh_time < time_between_refresh:
wait_diff = time_between_refresh - refresh_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0 and time_remaining < time_between_refresh):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warn(
'Time to Queue VM Refreshes ({}) exceeded time between '
'({})'.format(refresh_time, time_between_refresh))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_VM_Refreshes'] = total_refreshed_vms
logger.info('Test Ending...')
def test_refresh_providers(appliance, request, scenario):
"""
Refreshes providers then waits for a specific amount of time.
Memory Monitor creates graphs and summary at the end of the scenario.
"""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {
'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-refresh-providers',
'test_name': 'Refresh Providers',
'appliance_roles': ', '.join(roles_refresh_providers),
'scenario': scenario
}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info(
'Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts,
quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles(
{role: True
for role in roles_refresh_providers})
for prov in scenario['providers']:
get_crud(prov).create_rest()
# Variable amount of time for refresh workload
total_time = scenario['total_time']
starttime = time.time()
time_between_refresh = scenario['time_between_refresh']
total_refreshed_providers = 0
while ((time.time() - starttime) < total_time):
start_refresh_time = time.time()
appliance.rest_api.collections.providers.reload()
for prov in appliance.rest_api.collections.providers.all:
prov.action.reload()
total_refreshed_providers += 1
iteration_time = time.time()
refresh_time = round(iteration_time - start_refresh_time, 2)
elapsed_time = iteration_time - starttime
logger.debug('Time to Queue Refreshes: {}'.format(refresh_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2),
total_time))
if refresh_time < time_between_refresh:
wait_diff = time_between_refresh - refresh_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0 and time_remaining < time_between_refresh):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warn('Time to Queue Refreshes ({}) exceeded time between '
'({})'.format(refresh_time, time_between_refresh))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_Provider_Refreshes'] = total_refreshed_providers
logger.info('Test Ending...')
def test_provisioning(appliance, request, scenario):
"""Runs through provisioning scenarios using the REST API to
continously provision a VM for a specified period of time.
Memory Monitor creates graphs and summary at the end of each scenario.
Polarion:
assignee: rhcf3_machine
casecomponent: Provisioning
initialEstimate: 1/4h
"""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.clean_appliance()
quantifiers = {}
scenario_data = {
'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-provisioning',
'test_name': 'Provisioning',
'appliance_roles': ', '.join(roles_provisioning),
'scenario': scenario
}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
provision_order = []
def cleanup_workload(scenario, from_ts, vms_to_cleanup, quantifiers,
scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
appliance.update_server_roles(
{role: True
for role in roles_provisioning_cleanup})
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
final_vm_size = len(vms_to_cleanup)
appliance.rest_api.collections.vms.action.delete(vms_to_cleanup)
monitor_thread.join()
logger.info(
'{} VMs were left over, and {} VMs were deleted in the finalizer.'.
format(final_vm_size, final_vm_size - len(vms_to_cleanup)))
logger.info(
'The following VMs were left over after the test: {}'.format(
vms_to_cleanup))
quantifiers['VMs_To_Delete_In_Finalizer'] = final_vm_size
quantifiers['VMs_Deleted_In_Finalizer'] = final_vm_size - len(
vms_to_cleanup)
quantifiers['Leftover_VMs'] = vms_to_cleanup
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info(
'Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts, vm_name,
quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_provisioning})
prov = get_crud(scenario['providers'][0])
prov.create_rest()
logger.info('Sleeping for Refresh: {}s'.format(
scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
guid_list = prov.get_template_guids(scenario['templates'])
guid_cycle = cycle(guid_list)
cleanup_size = scenario['cleanup_size']
number_of_vms = scenario['number_of_vms']
total_time = scenario['total_time']
time_between_provision = scenario['time_between_provision']
total_provisioned_vms = 0
total_deleted_vms = 0
provisioned_vms = 0
starttime = time.time()
while ((time.time() - starttime) < total_time):
start_iteration_time = time.time()
provision_list = []
for i in range(number_of_vms):
total_provisioned_vms += 1
provisioned_vms += 1
vm_to_provision = 'test-{}-prov-{}'.format(
test_ts,
str(total_provisioned_vms).zfill(4))
guid_to_provision, provider_name = next(guid_cycle)
provision_order.append((vm_to_provision, provider_name))
provision_list.append((vm_to_provision, guid_to_provision,
prov.data['provisioning']['vlan']))
template = prov.data.templates.get('small_template')
provision_data = get_provision_data(appliance.rest_api, prov,
template.name)
vm_name = provision_data["vm_fields"]["vm_name"]
response = appliance.rest_api.collections.provision_requests.action.create(
**provision_data)
assert_response(appliance)
provision_request = response[0]
def _finished():
provision_request.reload()
if "error" in provision_request.status.lower():
pytest.fail("Error when provisioning: `{}`".format(
provision_request.message))
return provision_request.request_state.lower() in ("finished",
"provisioned")
wait_for(_finished,
num_sec=800,
delay=5,
message="REST provisioning finishes")
vm = appliance.rest_api.collections.vms.get(name=vm_name)
creation_time = time.time()
provision_time = round(creation_time - start_iteration_time, 2)
logger.debug(
'Time to initiate provisioning: {}'.format(provision_time))
logger.info('{} VMs provisioned so far'.format(total_provisioned_vms))
if provisioned_vms > cleanup_size * len(scenario['providers']):
start_remove_time = time.time()
if appliance.rest_api.collections.vms.action.delete(vm):
provision_order.pop(0)
provisioned_vms -= 1
total_deleted_vms += 1
deletion_time = round(time.time() - start_remove_time, 2)
logger.debug('Time to initate deleting: {}'.format(deletion_time))
logger.info('{} VMs deleted so far'.format(total_deleted_vms))
end_iteration_time = time.time()
iteration_time = round(end_iteration_time - start_iteration_time, 2)
elapsed_time = end_iteration_time - starttime
logger.debug('Time to initiate provisioning and deletion: {}'.format(
iteration_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2),
total_time))
if iteration_time < time_between_provision:
wait_diff = time_between_provision - iteration_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0
and time_remaining < time_between_provision):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warning(
'Time to initiate provisioning ({}) exceeded time between '
'({})'.format(iteration_time, time_between_provision))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_VM_Provisionings'] = total_provisioned_vms
quantifiers['Deleted_VMs'] = total_deleted_vms
logger.info(
'Provisioned {} VMs and deleted {} VMs during the scenario.'.format(
total_provisioned_vms, total_deleted_vms))
logger.info('Test Ending...')
def test_workload_smartstate_analysis(appliance, request, scenario):
"""Runs through provider based scenarios initiating smart state analysis against VMs, Hosts,
and Datastores"""
from_ts = int(time.time() * 1000)
logger.debug('Scenario: {}'.format(scenario['name']))
appliance.install_vddk()
appliance.clean_appliance()
quantifiers = {}
scenario_data = {'appliance_ip': appliance.hostname,
'appliance_name': cfme_performance['appliance']['appliance_name'],
'test_dir': 'workload-ssa',
'test_name': 'SmartState Analysis',
'appliance_roles': ', '.join(roles_smartstate),
'scenario': scenario}
monitor_thread = SmemMemoryMonitor(appliance.ssh_client(), scenario_data)
def cleanup_workload(scenario, from_ts, quantifiers, scenario_data):
starttime = time.time()
to_ts = int(starttime * 1000)
g_urls = get_scenario_dashboard_urls(scenario, from_ts, to_ts)
logger.debug('Started cleaning up monitoring thread.')
monitor_thread.grafana_urls = g_urls
monitor_thread.signal = False
monitor_thread.join()
add_workload_quantifiers(quantifiers, scenario_data)
timediff = time.time() - starttime
logger.info('Finished cleaning up monitoring thread in {}'.format(timediff))
request.addfinalizer(lambda: cleanup_workload(scenario, from_ts, quantifiers, scenario_data))
monitor_thread.start()
appliance.wait_for_miq_server_workers_started(poll_interval=2)
appliance.update_server_roles({role: True for role in roles_smartstate})
for provider in scenario['providers']:
get_crud(provider).create_rest()
logger.info('Sleeping for Refresh: {}s'.format(scenario['refresh_sleep_time']))
time.sleep(scenario['refresh_sleep_time'])
# Add host credentials and set CFME relationship for RHEVM SSA
for provider in scenario['providers']:
for api_host in appliance.rest_api.collections.hosts.all:
host_collection = appliance.collections.hosts
test_host = host_collection.instantiate(name=api_host.name, provider=provider)
host_data = get_host_data_by_name(get_crud(provider), api_host.name)
credentials = host.get_credentials_from_config(host_data['credentials'])
test_host.update_credentials_rest(credentials)
appliance.set_cfme_server_relationship(cfme_performance['appliance']['appliance_name'])
# Variable amount of time for SmartState Analysis workload
total_time = scenario['total_time']
starttime = time.time()
time_between_analyses = scenario['time_between_analyses']
total_scanned_vms = 0
while ((time.time() - starttime) < total_time):
start_ssa_time = time.time()
for vm in scenario['vms_to_scan'].values()[0]:
vm_api = appliance.rest_api.collections.vms.get(name=vm)
vm_api.action.scan()
total_scanned_vms += 1
iteration_time = time.time()
ssa_time = round(iteration_time - start_ssa_time, 2)
elapsed_time = iteration_time - starttime
logger.debug('Time to Queue SmartState Analyses: {}'.format(ssa_time))
logger.info('Time elapsed: {}/{}'.format(round(elapsed_time, 2), total_time))
if ssa_time < time_between_analyses:
wait_diff = time_between_analyses - ssa_time
time_remaining = total_time - elapsed_time
if (time_remaining > 0 and time_remaining < time_between_analyses):
time.sleep(time_remaining)
elif time_remaining > 0:
time.sleep(wait_diff)
else:
logger.warn('Time to Queue SmartState Analyses ({}) exceeded time between '
'({})'.format(ssa_time, time_between_analyses))
quantifiers['Elapsed_Time'] = round(time.time() - starttime, 2)
quantifiers['Queued_VM_Scans'] = total_scanned_vms
logger.info('Test Ending...')
