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#!/usr/bin/python
#
# This program and the accompanying materials
# are made available under the terms of the Apache License, Version 2.0
# which accompanies this distribution, and is available at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
import re
class TestCase(object):
def __init__(self, name, project, constraints,
criteria=-1, isRunnable=True, tier=-1):
self.name = name
self.project = project
self.constraints = constraints
self.criteria = criteria
self.isRunnable = isRunnable
self.tier = tier
display_name_matrix = {'healthcheck': 'healthcheck',
'vping_ssh': 'vPing (ssh)',
'vping_userdata': 'vPing (userdata)',
'odl': 'ODL',
'onos': 'ONOS',
'ocl': 'OCL',
'tempest_smoke_serial': 'Tempest (smoke)',
'tempest_full_parallel': 'Tempest (full)',
'tempest_defcore': 'Tempest (Defcore)',
'refstack_defcore': 'Refstack',
'rally_sanity': 'Rally (smoke)',
'bgpvpn': 'bgpvpn',
'rally_full': 'Rally (full)',
'vims': 'vIMS',
'doctor-notification': 'Doctor',
'promise': 'Promise',
'moon': 'Moon',
'copper': 'Copper',
'security_scan': 'Security',
'multisite': 'Multisite',
'domino-multinode': 'Domino',
'functest-odl-sfc': 'SFC',
'onos_sfc': 'SFC',
'parser-basics': 'Parser',
'connection_check': 'connectivity',
'api_check': 'api',
'snaps_smoke': 'SNAPS',
'snaps_health_check': 'dhcp',
'gluon_vping': 'Netready',
'fds': 'FDS',
'cloudify_ims': 'vIMS (Cloudify)',
'orchestra_openims': 'OpenIMS (OpenBaton)',
'orchestra_clearwaterims': 'vIMS (OpenBaton)',
'opera_ims': 'vIMS (Open-O)',
'vyos_vrouter': 'vyos (Cloudify)',
'barometercollectd': 'Barometer',
'odl_netvirt': 'Netvirt',
'security_scan': 'Security',
'patrole': 'Patrole',
'tenantnetwork1': 'tenant network 1',
'tenantnetwork2': 'tenant network 2',
'vmready1': 'vm ready 1',
'vmready2': 'vm ready 2',
'singlevm1': 'single vm 1',
'singlevm2': 'single vm 2',
'cinder_test': 'cinder tests',
'barbican': 'barbican',
'juju_epc': 'vEPC (Juju)',
'shaker': 'shaker',
'neutron_trunk': 'Neutron trunk',
'tempest_scenario': 'tempest_scenario',
'networking-bgpvpn': 'networking-bgpvpn',
'networking-sfc': 'networking-sfc',
'tempest_full': 'Tempest (full)',
'cloudify': 'cloudify',
'heat_ims': 'vIMS (Heat)',
'vmtp': 'vmtp',
'tempest_smoke': 'Tempest (smoke)',
'neutron-tempest-plugin-api': 'Neutron API',
'vgpu': 'vgpu',
'stor4nfv_os': 'stor4nfv_os'}
try:
self.displayName = display_name_matrix[self.name]
except:
self.displayName = "unknown"
def getName(self):
return self.name
def getProject(self):
return self.project
def getCriteria(self):
return self.criteria
def getTier(self):
return self.tier
def getConstraints(self):
return self.constraints
def setCriteria(self, criteria):
self.criteria = criteria
def setIsRunnable(self, isRunnable):
self.isRunnable = isRunnable
def checkRunnable(self, installer, scenario, arch, config):
# Re-use Functest declaration
# Retrieve Functest configuration file functest_config.yaml
is_runnable = True
config_test = config
# print " *********************** "
# print TEST_ENV
# print " ---------------------- "
# print "case = " + self.name
# print "installer = " + installer
# print "scenario = " + scenario
# print "project = " + self.project
# Retrieve test constraints
# Retrieve test execution param
test_execution_context = {"INSTALLER_TYPE": installer,
"DEPLOY_SCENARIO": scenario,
"POD_ARCH": arch}
# 3 types of constraints
# INSTALLER_TYPE
# DEPLOY_SCENARIO
# POD_ARCH
# By default we assume that all the tests are always runnable...
# if test_env not empty => dependencies to be checked
try:
if config_test is not None and len(config_test) > 0:
# possible criteria = ["installer", "scenario"]
# consider test criteria from config file
# compare towards CI env through CI en variable
for criterias in config_test:
for criteria_key, criteria_value in criterias.iteritems():
if re.search(
criteria_value,
test_execution_context[criteria_key]) is None:
is_runnable = False
except AttributeError:
is_runnable = False
# print is_runnable
self.isRunnable = is_runnable
def toString(self):
testcase = ("Name=" + self.name + ";Criteria=" +
str(self.criteria) + ";Project=" + self.project +
";IsRunnable" + str(self.isRunnable))
return testcase
def getDisplayName(self):
return self.displayName
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