def from_config(cls, **kwargs):
host = cfme_performance.get("sprout", {}).get("hostname", "localhost")
port = cfme_performance.get("sprout", {}).get("port", 8000)
user = cfme_performance.get("sprout", {}).get("username", None)
password = cfme_performance.get("sprout", {}).get("password", None)
if user and password:
auth = user, password
else:
auth = None
return cls(host=host, port=port, auth=auth, **kwargs)
def from_config(cls, **kwargs):
host = cfme_performance.get("sprout", {}).get("hostname", "localhost")
port = cfme_performance.get("sprout", {}).get("port", 8000)
user = cfme_performance.get("sprout", {}).get("username", None)
password = cfme_performance.get("sprout", {}).get("password", None)
if user and password:
auth = user, password
else:
auth = None
return cls(host=host, port=port, auth=auth, **kwargs)
def get_refresh_providers_scenarios():
if 'test_refresh_providers' in cfme_performance.get('tests', {}).get('workloads', []):
if (cfme_performance['tests']['workloads']['test_refresh_providers']['scenarios'] and
len(
cfme_performance['tests']['workloads']['test_refresh_providers']['scenarios']) > 0):
return cfme_performance['tests']['workloads']['test_refresh_providers']['scenarios']
return []
def get_idle_scenarios():
if 'test_idle' in cfme_performance.get('tests', {}).get('workloads', []):
if (cfme_performance['tests']['workloads']['test_idle']['scenarios']
and len(cfme_performance['tests']['workloads']['test_idle']
['scenarios']) > 0):
return cfme_performance['tests']['workloads']['test_idle'][
'scenarios']
return []
def get_smartstate_analysis_scenarios():
if 'test_smartstate' in cfme_performance.get('tests',
{}).get('workloads', []):
if (cfme_performance['tests']['workloads']['test_smartstate']
['scenarios'] and len(cfme_performance['tests']['workloads']
['test_smartstate']['scenarios']) > 0):
return cfme_performance['tests']['workloads']['test_smartstate'][
'scenarios']
return []
def get_capacity_and_utilization_scenarios():
if 'test_cap_and_util' in cfme_performance.get('tests',
{}).get('workloads', []):
if (cfme_performance['tests']['workloads']['test_cap_and_util']
['scenarios'] and len(cfme_performance['tests']['workloads']
['test_cap_and_util']['scenarios']) > 0):
return cfme_performance['tests']['workloads']['test_cap_and_util'][
'scenarios']
return []
def get_refresh_providers_scenarios():
if 'test_refresh_providers' in cfme_performance.get('tests', {}).get(
'workloads', []):
if (cfme_performance['tests']['workloads']['test_refresh_providers']
['scenarios']
and len(cfme_performance['tests']['workloads']
['test_refresh_providers']['scenarios']) > 0):
return cfme_performance['tests']['workloads'][
'test_refresh_providers']['scenarios']
return []
def get_capacity_and_utilization_replication_scenarios():
if 'test_cap_and_util_rep' in cfme_performance.get('tests', {}).get('workloads', []):
if (cfme_performance['tests']['workloads']['test_cap_and_util_rep']['scenarios'] and
len(
cfme_performance['tests']['workloads']['test_cap_and_util_rep']['scenarios']) > 0):
# Add Replication Master into Scenario(s):
for scn in cfme_performance['tests']['workloads']['test_cap_and_util_rep']['scenarios']:
scn['replication_master'] = cfme_performance['replication_master']
return cfme_performance['tests']['workloads']['test_cap_and_util_rep']['scenarios']
return []
def get_capacity_and_utilization_replication_scenarios():
if 'test_cap_and_util_rep' in cfme_performance.get('tests', {}).get(
'workloads', []):
if (cfme_performance['tests']['workloads']['test_cap_and_util_rep']
['scenarios'] and len(cfme_performance['tests']['workloads']
['test_cap_and_util_rep']['scenarios']) > 0):
# Add Replication Master into Scenario(s):
for scn in cfme_performance['tests']['workloads'][
'test_cap_and_util_rep']['scenarios']:
scn['replication_master'] = cfme_performance[
'replication_master']
return cfme_performance['tests']['workloads'][
'test_cap_and_util_rep']['scenarios']
return []
def get_ui_single_page_scenarios():
if 'test_ui_single_page' in cfme_performance.get('tests', {}).get('ui_workloads', []):
if(cfme_performance['tests']['ui_workloads']['test_ui_single_page']['scenarios'] and
len(cfme_performance['tests']['ui_workloads']['test_ui_single_page']['scenarios']) > 0):
return cfme_performance['tests']['ui_workloads']['test_ui_single_page']['scenarios']
return []
def get_smartstate_analysis_scenarios():
if 'test_smartstate' in cfme_performance.get('tests', {}).get('workloads', []):
if(cfme_performance['tests']['workloads']['test_smartstate']['scenarios'] and
len(cfme_performance['tests']['workloads']['test_smartstate']['scenarios']) > 0):
return cfme_performance['tests']['workloads']['test_smartstate']['scenarios']
return []
def get_provisioning_scenarios():
if 'test_provisioning' in cfme_performance.get('tests', {}).get('workloads', []):
if(cfme_performance['tests']['workloads']['test_provisioning']['scenarios'] and
len(cfme_performance['tests']['workloads']['test_provisioning']['scenarios']) > 0):
return cfme_performance['tests']['workloads']['test_provisioning']['scenarios']
return []
def get_capacity_and_utilization_scenarios():
if 'test_cap_and_util' in cfme_performance.get('tests', {}).get('workloads', []):
if (cfme_performance['tests']['workloads']['test_cap_and_util']['scenarios'] and
len(cfme_performance['tests']['workloads']['test_cap_and_util']['scenarios']) > 0):
return cfme_performance['tests']['workloads']['test_cap_and_util']['scenarios']
return []