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contrail_test_init.py
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contrail_test_init.py
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import os
import re
import sys
import json
import time
import socket
import getpass
import ConfigParser
import ast
from netaddr import *
import fixtures
from fabric.api import env, run, local
from fabric.operations import get, put, reboot
from fabric.context_managers import settings, hide
from fabric.exceptions import NetworkError
from fabric.contrib.files import exists
from tcutils.util import *
from tcutils.custom_filehandler import *
import subprocess
import ast
from collections import namedtuple
# monkey patch subprocess.check_output cos its not supported in 2.6
if "check_output" not in dir(subprocess): # duck punch it in!
def f(*popenargs, **kwargs):
if 'stdout' in kwargs:
raise ValueError(
'stdout argument not allowed, it will be overridden.')
process = subprocess.Popen(
stdout=subprocess.PIPE,
*popenargs,
**kwargs)
output, unused_err = process.communicate()
retcode = process.poll()
if retcode:
cmd = kwargs.get("args")
if cmd is None:
cmd = popenargs[0]
raise subprocess.CalledProcessError(retcode, cmd)
return output
subprocess.check_output = f
class ContrailTestInit(fixtures.Fixture):
def __init__(
self,
ini_file,
stack_user=None,
stack_password=None,
project_fq_name=None,
logger=None):
self.username = 'root'
self.password = 'c0ntrail123'
self.api_server_port = '8082'
self.bgp_port = '8083'
self.ds_port = '5998'
self.logger = logger
self.build_id = None
self.contrail_version = None
self.single_node = self.get_os_env('SINGLE_NODE_IP')
self.jenkins_trigger = self.get_os_env('JENKINS_TRIGGERED')
self.os_type = {}
self.report_details_file = 'report_details.ini'
self.config = ConfigParser.ConfigParser()
self.config.read(ini_file)
self.orchestrator = read_config_option(self.config,
'Basic', 'orchestrator', 'openstack')
self.prov_file = read_config_option(self.config,
'Basic', 'provFile', None)
self.key = read_config_option(self.config,
'Basic', 'key', 'key1')
self.stack_user = stack_user or read_config_option(
self.config,
'Basic',
'stackUser',
'admin')
self.stack_password = stack_password or read_config_option(
self.config,
'Basic',
'stackPassword',
'contrail123')
self.stack_tenant = read_config_option(self.config,
'Basic', 'stackTenant', 'admin')
self.stack_domain = read_config_option(
self.config,
'Basic',
'stackDomain',
'default-domain')
self.project_fq_name = project_fq_name or \
[self.stack_domain, self.stack_tenant]
self.project_name = self.project_fq_name[1]
self.domain_name = self.project_fq_name[0]
self.endpoint_type = read_config_option(
self.config,
'Basic',
'endpoint_type',
'publicURL')
self.auth_ip = read_config_option(self.config,
'Basic', 'auth_ip', None)
self.auth_port = read_config_option(self.config,
'Basic', 'auth_port', None)
self.multi_tenancy = read_config_option(self.config,
'Basic', 'multiTenancy', False)
# Possible af values 'v4', 'v6' or 'dual'
# address_family = read_config_option(self.config,
# 'Basic', 'AddressFamily', 'dual')
address_family = 'v4'
self.set_af(address_family)
self.log_scenario = read_config_option(
self.config,
'Basic',
'logScenario',
'Sanity')
if 'EMAIL_SUBJECT' in os.environ and os.environ['EMAIL_SUBJECT'] != '':
self.log_scenario = os.environ.get('EMAIL_SUBJECT')
self.generate_html_report = read_config_option(
self.config,
'Basic',
'generate_html_report',
True)
self.fixture_cleanup = read_config_option(
self.config,
'Basic',
'fixtureCleanup',
'yes')
# Web Server related details
self.web_server = read_config_option(self.config,
'WebServer', 'host', None)
self.web_server_user = read_config_option(
self.config,
'WebServer',
'username',
None)
self.web_server_password = read_config_option(
self.config,
'WebServer',
'password',
None)
self.web_server_report_path = read_config_option(
self.config,
'WebServer',
'reportPath',
None)
self.web_server_log_path = read_config_option(
self.config,
'WebServer',
'logPath',
None)
# Mail Setup
self.smtpServer = read_config_option(self.config,
'Mail', 'server', None)
self.smtpPort = read_config_option(self.config,
'Mail', 'port', None)
self.mailTo = read_config_option(self.config,
'Mail', 'mailTo', None)
self.mailSender = read_config_option(self.config,
'Mail', 'mailSender', None)
self.http_proxy = read_config_option(self.config,
'proxy', 'proxy_url', None)
self.ui_config = read_config_option(self.config,
'ui', 'ui_config', None)
self.ui_browser = read_config_option(self.config,
'ui', 'ui_browser', None)
self.verify_webui = read_config_option(self.config,
'ui', 'webui', False)
self.verify_horizon = read_config_option(self.config,
'ui', 'horizon', False)
if not self.ui_browser and self.verify_webui or self.verify_horizon:
raise ValueError(
"Verification via GUI needs 'browser' details. Please set the same.")
self.devstack = read_config_option(self.config,
'devstack', 'devstack', None)
# router options
self.mx_rt = read_config_option(self.config,
'router', 'route_target', '10003')
self.router_asn = read_config_option(self.config,
'router', 'asn', '64512')
router_info_tuples_string = read_config_option(
self.config,
'router',
'router_info',
'[]')
self.ext_routers = ast.literal_eval(router_info_tuples_string)
self.fip_pool_name = read_config_option(
self.config,
'router',
'fip_pool_name',
'public-pool')
self.fip_pool = read_config_option(self.config,
'router', 'fip_pool', None)
if self.fip_pool:
update_reserve_cidr(self.fip_pool)
self.public_vn = read_config_option(
self.config,
'router',
'public_virtual_network',
'public-network')
self.public_tenant = read_config_option(
self.config,
'router',
'public_tenant_name',
'public-tenant')
self.test_revision = read_config_option(self.config,
'repos', 'test_revision', None)
self.fab_revision = read_config_option(self.config,
'repos', 'fab_revision', None)
# HA setup IPMI username/password
self.ha_setup = self.read_config_option('HA', 'ha_setup', None)
if self.ha_setup == 'True':
self.ipmi_username = self.read_config_option(
'HA',
'ipmi_username',
'ADMIN')
self.ipmi_password = self.read_config_option(
'HA',
'ipmi_password',
'ADMIN')
# debug option
self.verify_on_setup = read_config_option(
self.config,
'debug',
'verify_on_setup',
False)
self.stop_on_fail = bool(
read_config_option(
self.config,
'debug',
'stop_on_fail',
None))
self.vcenter_dc = None
if self.orchestrator == 'vcenter':
self.vcenter_dc = self.read_config_option('vcenter', 'vcenter_dc', None)
self.check_juniper_intranet()
self.ha_tmp_list = []
# end __init__
def setUp(self):
super(ContrailTestInit, self).setUp()
if self.single_node != '':
self.prov_data = self._create_prov_data()
else:
self.prov_data = self._read_prov_file()
self.os_type = self.get_os_version()
self.build_id = self.get_build_id()
self.username = self.host_data[self.cfgm_ip]['username']
self.password = self.host_data[self.cfgm_ip]['password']
# List of service correspond to each module
self.compute_services = [
'contrail-vrouter-agent',
'supervisor-vrouter',
'contrail-vrouter-nodemgr']
self.control_services = ['contrail-control', 'supervisor-control',
'contrail-control-nodemgr', 'contrail-dns',
'contrail-named']
self.cfgm_services = [
'contrail-api',
'contrail-schema',
'contrail-discovery',
'supervisor-config',
'contrail-config-nodemgr',
'contrail-device-manager']
self.webui_services = ['contrail-webui', 'contrail-webui-middleware',
'supervisor-webui']
self.openstack_services = [
'openstack-cinder-api', 'openstack-cinder-scheduler',
'openstack-cinder-scheduler', 'openstack-glance-api',
'openstack-glance-registry', 'openstack-keystone',
'openstack-nova-api', 'openstack-nova-scheduler',
'openstack-nova-cert']
self.collector_services = [
'contrail-collector', 'contrail-analytics-api',
'contrail-query-engine', 'contrail-analytics-nodemgr',
'supervisor-analytics', 'contrail-alarm-gen',
'contrail-snmp-collector', 'contrail-topology']
self.correct_states = ['active', 'backup']
self.mysql_token = self.get_mysql_token()
self.copy_fabfile_to_agents()
# end setUp
def verify_thru_gui(self):
'''
Check if GUI based verification is enabled
'''
if self.ui_browser:
return True
return False
def is_gui_based_config(self):
'''
Check if objects have to configured via GUI
'''
if self.ui_config:
return self.ui_config
return False
def set_af(self, af):
self.address_family = af
def get_af(self):
return self.address_family
def get_os_env(self, var):
if var in os.environ:
return os.environ.get(var)
else:
return ''
# end get_os_env
def get_os_version(self):
'''
Figure out the os type on each node in the cluster
'''
if self.os_type:
return self.os_type
for host_ip in self.host_ips:
username = self.host_data[host_ip]['username']
password = self.host_data[host_ip]['password']
with settings(
host_string='%s@%s' % (username, host_ip), password=password,
warn_only=True, abort_on_prompts=False):
output = run('uname -a')
if 'el6' in output:
self.os_type[host_ip] = 'centos_el6'
if 'fc17' in output:
self.os_type[host_ip] = 'fc17'
if 'xen' in output:
self.os_type[host_ip] = 'xenserver'
if 'Ubuntu' in output:
self.os_type[host_ip] = 'ubuntu'
if 'el7' in output:
self.os_type[host_ip] = 'redhat'
return self.os_type
# end get_os_version
def read_config_option(self, section, option, default_option):
''' Read the config file. If the option/section is not present, return the default_option
'''
try:
val = self.config.get(section, option)
return val
except (ConfigParser.NoOptionError, ConfigParser.NoSectionError):
return default_option
# end read_config_option
def _read_prov_file(self):
prov_file = open(self.prov_file, 'r')
prov_data = prov_file.read()
#json_data = json.loads(prov_data)
json_data = ast.literal_eval(prov_data)
self.host_names = []
self.cfgm_ip = ''
self.cfgm_ips = []
self.cfgm_control_ips = []
self.cfgm_names = []
self.collector_ips = []
self.collector_control_ips = []
self.collector_names = []
self.database_ips = []
self.database_names = []
self.database_control_ips = []
self.compute_ips = []
self.compute_names = []
self.compute_control_ips = []
self.compute_info = {}
self.bgp_ips = []
self.bgp_control_ips = []
self.bgp_names = []
self.ds_server_ip = []
self.ds_server_name = []
self.host_ips = []
self.webui_ips = []
self.host_data = {}
self.vgw_data = {}
self.vip = {}
for host in json_data['hosts']:
self.host_names.append(host['name'])
host_ip = str(IPNetwork(host['ip']).ip)
host_data_ip = str(IPNetwork(host['data-ip']).ip)
host_control_ip = str(IPNetwork(host['control-ip']).ip)
self.host_ips.append(host_ip)
self.host_data[host_ip] = host
self.host_data[host_data_ip] = host
self.host_data[host_control_ip] = host
self.host_data[host['name']] = host
self.host_data[host['name']]['host_ip'] = host_ip
self.host_data[host['name']]['host_data_ip'] = host_data_ip
self.host_data[host['name']]['host_control_ip'] = host_control_ip
roles = host["roles"]
for role in roles:
if role['type'] == 'openstack':
if self.auth_ip:
if self.ha_setup == 'True':
self.openstack_ip = host_ip
else:
self.openstack_ip = self.auth_ip
else:
self.openstack_ip = host_ip
self.auth_ip = host_ip
if role['type'] == 'cfgm':
self.cfgm_ip = host_ip
self.cfgm_ips.append(host_ip)
self.cfgm_control_ips.append(host_control_ip)
self.cfgm_control_ip = host_control_ip
self.cfgm_names.append(host['name'])
self.ds_server_ip.append(host_ip)
self.ds_server_name.append(host['name'])
self.masterhost = self.cfgm_ip
self.hostname = host['name']
if role['type'] == 'compute':
self.compute_ips.append(host_ip)
self.compute_names.append(host['name'])
self.compute_info[host['name']] = host_ip
self.compute_control_ips.append(host_control_ip)
if role['type'] == 'bgp':
self.bgp_ips.append(host_ip)
self.bgp_control_ips.append(host_control_ip)
self.bgp_names.append(host['name'])
# if role['type'] == 'collector' :
# self.collector_ip= host_ip
if role['type'] == 'webui':
self.webui_ip = host_ip
self.webui_ips.append(host_ip)
if role['type'] == 'collector':
self.collector_ip = host_ip
self.collector_ips.append(host_ip)
self.collector_control_ips.append(host_control_ip)
self.collector_names.append(host['name'])
if role['type'] == 'database':
self.database_ip = host_ip
self.database_ips.append(host_ip)
self.database_names.append(host['name'])
self.database_control_ips.append(host_control_ip)
# end for
# end for
if self.ha_setup == 'True':
# vip_keystone_ip = json_data['vip']['keystone']
# vip_contrail_ip = json_data['vip']['contrail']
# self.vip['keystone'] = vip_keystone_ip
# self.vip['contrail'] = vip_contrail_ip
self.vip['keystone'] = self.auth_ip
self.vip['contrail'] = self.auth_ip
self.update_etc_hosts_for_vip()
if 'vgw' in json_data:
self.vgw_data = json_data['vgw']
if 'hosts_ipmi' in json_data:
self.hosts_ipmi = json_data['hosts_ipmi']
json_data = ast.literal_eval(prov_data)
return json.loads(prov_data)
# end _read_prov_file
def get_host_ip(self, name):
ip = self.host_data[name]['host_ip']
if ip in self.ha_tmp_list:
ip = self.vip['contrail']
return ip
def update_etc_hosts_for_vip(self):
contrail_vip_name = "contrail-vip"
for host in self.host_ips:
cmd = 'if ! grep -Rq "contrail-vip" /etc/hosts; then echo "%s %s" >> /etc/hosts; fi' % (
self.vip['contrail'], contrail_vip_name)
self.run_cmd_on_server(host, cmd)
if self.vip['contrail'] != self.vip['keystone']:
keystone_vip_name = "keystone-vip"
cmd = 'echo "%s %s" >> /etc/hosts' % (
self.vip['keystone'], keystone_vip_name)
self.run_cmd_on_server(host, cmd)
def _create_prov_data(self):
''' Creates json data for a single node only.
'''
single_node = self.single_node
self.cfgm_ip = single_node
self.cfgm_ips = [single_node]
self.bgp_ips = [single_node]
self.compute_ips = [single_node]
self.host_ips = [single_node]
self.collector_ip = single_node
self.collector_ips = [single_node]
self.database_ip = single_node
self.database_ips = [single_node]
self.webui_ip = single_node
self.openstack_ip = single_node
json_data = {}
self.host_data = {}
hostname = socket.gethostbyaddr(single_node)[0]
self.hostname = hostname
self.compute_names = [self.hostname]
self.compute_info = {hostname: single_node}
json_data['hosts'] = [{
'ip': single_node,
'name': hostname,
'username': self.username,
'password': self.password,
'roles': [
{"params": {"collector": hostname, "cfgm": hostname},
"type": "bgp"},
{"params": {"bgp": [hostname, hostname], "cfgm":
hostname, "collector": hostname}, "type": "compute"},
{"params": {"collector": hostname}, "type": "cfgm"},
{"params": {"cfgm": hostname}, "type": "webui"},
{"type": "collector"}
]
}]
self.host_data[single_node] = json_data['hosts'][0]
return json_data
# end _create_prov_data
def get_pwd(self):
if 'EMAIL_PWD' in os.environ:
self.p = os.environ.get('EMAIL_PWD')
else:
self.p = getpass.getpass(
prompt='Enter password for ' + self.mailSender + ' : ')
# end get_pwd
def verify_state(self):
result = True
for host in self.host_ips:
username = self.host_data[host]['username']
password = self.host_data[host]['password']
if host in self.compute_ips:
for service in self.compute_services:
result = result and self.verify_service_state(
host,
service,
username,
password)
if host in self.bgp_ips:
for service in self.control_services:
result = result and self.verify_service_state(
host,
service,
username,
password)
if host in self.cfgm_ips:
for service in self.cfgm_services:
result = result and self.verify_service_state(
host,
service,
username,
password)
if host in self.collector_ips:
for service in self.collector_services:
result = result and self.verify_service_state(
host,
service,
username,
password)
if host == self.webui_ip:
for service in self.webui_services:
result = result and self.verify_service_state(
host,
service,
username,
password)
if host == self.openstack_ip:
for service in self.openstack_services:
result = result and self.verify_service_state(
host,
service,
username,
password)
return result
# end verify_state
def get_service_status(self, m, service):
Service = namedtuple('Service', 'name state')
for keys, values in m.items():
values = values[0].rstrip().split()
if service in str(values):
cls = Service(values[0], values[1])
self.logger.info("\n%s:%s" % (cls.name, cls.state))
return cls
return None
def verify_service_state(self, host, service, username, password):
m = None
cls = None
try:
m = self.get_contrail_status(host)
cls = self.get_service_status(m, service)
if (cls.state in self.correct_states):
return True
except Exception as e:
self.logger.exception("Got exception as %s" % (e))
self.logger.exception(
"Service %s not in correct state - its in %s state" %
(cls.name, cls.state))
return False
self.logger.exception(
"Service %s not in correct state - its in %s state" %
(cls.name, cls.state))
return False
def verify_control_connection(self, connections):
self.connections = connections
self.discovery = self.connections.ds_verification_obj
return self.discovery.verify_bgp_connection()
# end verify_control_connection
def build_compute_to_control_xmpp_connection_dict(self, connections):
self.connections = connections
agent_to_control_dct = {}
for ip in self.compute_ips:
actual_bgp_peer = []
inspect_h = self.connections.agent_inspect[ip]
agent_xmpp_status = inspect_h.get_vna_xmpp_connection_status()
for i in xrange(len(agent_xmpp_status)):
actual_bgp_peer.append(agent_xmpp_status[i]['controller_ip'])
agent_to_control_dct[ip] = actual_bgp_peer
return agent_to_control_dct
# end build_compute_to_control_xmpp_connection_dict
def reboot(self, server_ip):
i = socket.gethostbyaddr(server_ip)[0]
print "rebooting %s" % i
if server_ip in self.host_data.keys():
username = self.host_data[server_ip]['username']
password = self.host_data[server_ip]['password']
with hide('everything'):
with settings(
host_string='%s@%s' % (username, server_ip), password=password,
warn_only=True, abort_on_prompts=False):
reboot(wait=300)
run('date')
# end reboot
@retry(delay=10, tries=10)
def confirm_service_restart(self, service_name, host):
cmd = 'contrail-status | grep %s | grep " active "' % (service_name)
output = self.run_cmd_on_server(
host, cmd, self.host_data[host]['username'],
self.host_data[host]['password'])
if output is not None:
return True
else:
return False
# end confirm_service_restart
def restart_service(
self,
service_name,
host_ips=[],
contrail_service=True):
result = True
if len(host_ips) == 0:
host_ips = self.host_ips
for host in host_ips:
username = self.host_data[host]['username']
password = self.host_data[host]['password']
self.logger.info('Restarting %s.service in %s' %
(service_name, self.host_data[host]['name']))
if contrail_service:
issue_cmd = 'service %s restart' % (service_name)
else:
issue_cmd = 'service %s restart' % (service_name)
self.run_cmd_on_server(
host, issue_cmd, username, password, pty=False)
assert self.confirm_service_restart(service_name, host), \
"Service Restart failed for %s" % (service_name)
# end restart_service
def stop_service(self, service_name, host_ips=[], contrail_service=True):
result = True
if len(host_ips) == 0:
host_ips = self.host_ips
for host in host_ips:
username = self.host_data[host]['username']
password = self.host_data[host]['password']
self.logger.info('Stoping %s.service in %s' %
(service_name, self.host_data[host]['name']))
if contrail_service:
issue_cmd = 'service %s stop' % (service_name)
else:
issue_cmd = 'service %s stop' % (service_name)
self.run_cmd_on_server(
host, issue_cmd, username, password, pty=False)
# end stop_service
def start_service(self, service_name, host_ips=[], contrail_service=True):
result = True
if len(host_ips) == 0:
host_ips = self.host_ips
for host in host_ips:
username = self.host_data[host]['username']
password = self.host_data[host]['password']
self.logger.info('Starting %s.service in %s' %
(service_name, self.host_data[host]['name']))
if contrail_service:
issue_cmd = 'service %s start' % (service_name)
else:
issue_cmd = 'service %s start' % (service_name)
self.run_cmd_on_server(
host, issue_cmd, username, password, pty=False)
# end start_service
def _compare_service_state(
self, host, service, state, state_val, active_str1, active_str1_val,
active_str2, active_str2_val):
result = False
if 'xen' in self.os_type[host] or 'centos' in self.os_type[host]:
if active_str2 != active_str2_val:
result = False
self.logger.warn(
'On host %s,Service %s state is (%s) .. NOT Expected !!' %
(host, service, active_str2))
elif 'fc' in self.os_type[host]:
if (state,
active_str1,
active_str2) != (state_val,
active_str1_val,
active_str2_val):
result = False
self.logger.warn(
'On host %s,Service %s states are %s, %s, %s .. NOT Expected !!' %
(host, service, state, active_str1, active_str2))
return result
# end _compare_service_state
def get_contrail_status(self, server_ip, username='root',
password='contrail123'):
cache = self.run_cmd_on_server(server_ip, 'contrail-status')
m = dict([(n, tuple(l.split(';')))
for n, l in enumerate(cache.split('\n'))])
return m
def run_provision_control(
self,
router_asn,
api_server_ip,
api_server_port,
oper):
username = self.host_data[self.cfgm_ip]['username']
password = self.host_data[self.cfgm_ip]['password']
bgp_ips = set(self.bgp_ips)
for host in bgp_ips:
host_name = self.host_data[host]['name']
issue_cmd = "python /opt/contrail/utils/provision_control.py \
--host_name '%s' --host_ip '%s' --router_asn '%s' \
--api_server_ip '%s' --api_server_port '%s' --oper '%s'" % (host_name,
host,
router_asn,
api_server_ip,
api_server_port,
oper)
output = self.run_cmd_on_server(
self.cfgm_ip, issue_cmd, username, password)
if output.return_code != 0:
self.logger.exception('Fail to execute provision_control.py')
return output
# end run_provision_control
def get_mysql_token(self):
if self.orchestrator == 'vcenter':
return None
if self.devstack:
return 'contrail123'
username = self.host_data[self.openstack_ip]['username']
password = self.host_data[self.openstack_ip]['password']
cmd = 'cat /etc/contrail/mysql.token'
with hide('everything'):
with settings(
host_string='%s@%s' % (username, self.openstack_ip),
password=password, warn_only=True, abort_on_prompts=False):
if not exists('/etc/contrail/mysql.token'):
return None
return self.run_cmd_on_server(
self.openstack_ip,
cmd,
username,
password)
# end get_mysql_token
def run_provision_mx(
self,
api_server_ip,
api_server_port,
router_name,
router_ip,
router_asn,
oper):
username = self.host_data[self.cfgm_ip]['username']
password = self.host_data[self.cfgm_ip]['password']
issue_cmd = "python /opt/contrail/utils/provision_mx.py \
--api_server_ip '%s' --api_server_port '%s' \
--router_name '%s' --router_ip '%s' \
--router_asn '%s' --oper '%s'" % (
api_server_ip, api_server_port,
router_name, router_ip, router_asn, oper)
output = self.run_cmd_on_server(
self.cfgm_ip, issue_cmd, username, password)
if output.return_code != 0:
self.logger.exception('Fail to execute provision_mx.py')
return output
# end run_provision_mx
def config_route_target(
self,
routing_instance_name,
route_target_number,
router_asn,
api_server_ip,
api_server_port):
username = self.host_data[self.cfgm_ip]['username']
password = self.host_data[self.cfgm_ip]['password']
issue_cmd = "python /opt/contrail/utils/add_route_target.py \
--routing_instance_name '%s' --route_target_number '%s' \
--router_asn '%s' --api_server_ip '%s' --api_server_port '%s'" % (
routing_instance_name, route_target_number,
router_asn, api_server_ip, api_server_port)
output = self.run_cmd_on_server(
self.cfgm_ip, issue_cmd, username, password)
if output.return_code != 0:
self.logger.exception('Fail to execute add_route_target.py')
return output
# end config_route_target
def configure_mx(
self,
tunnel_name,
bgp_group,
cn_ip,
mx_ip,
mx_rt,
mx_as,
mx_user,
mx_password,
ri_name,
intf,
vrf_target,
ri_gateway):
host_ip_with_subnet = "%s/32" % (cn_ip)
# Initializing list of command need to be configured in MX
command_to_push = ['configure']
# Populating the required command
##command_to_push.append("set routing-options dynamic-tunnels tunnel_name source-address %s" %(mx_ip.split('/')[0]))
#command_to_push.append("set routing-options dynamic-tunnels %s source-address %s" %(tunnel_name,mx_ip))
#command_to_push.append("set routing-options dynamic-tunnels %s gre" % (tunnel_name ) )
#command_to_push.append("set routing-options dynamic-tunnels %s destination-networks %s" % (tunnel_name,host_ip_with_subnet))
#command_to_push.append("set protocols bgp group %s type internal" % (bgp_group))
##command_to_push.append("set protocols bgp group %s local-address %s" %(bgp_group,mx_ip.split('/')[0]))
#command_to_push.append("set protocols bgp group %s local-address %s" %(bgp_group,mx_ip))
#command_to_push.append("set protocols bgp group %s family inet-vpn unicast" % (bgp_group))
#command_to_push.append("set protocols bgp group %s neighbor %s" % (bgp_group,cn_ip))
#command_to_push.append("set routing-instances %s instance-type vrf" % (ri_name))
#command_to_push.append("set routing-instances %s interface %s" %(ri_name, intf))
#command_to_push.append("set routing-instances %s vrf-target %s:%s:%s" %(ri_name, vrf_target,mx_as,mx_rt))
#command_to_push.append("set routing-instances %s vrf-table-label" %(ri_name))
#command_to_push.append("set routing-instances %s routing-options static route 0.0.0.0/0 next-hop %s" %(ri_name, ri_gateway))
# command_to_push.append("commit")
print "Final commad will be pushed to MX"
print "%s" % command_to_push
# for command in command_to_push:
# output = self.run_cmd_on_server(mx_ip,command,mx_user,mx_password)
# if output.return_code != 0:
# self.logger.exception('Fail to configure MX')
# return output
command_to_push_string = ";".join(command_to_push)
output = self.run_cmd_on_server(
mx_ip, command_to_push_string, mx_user, mx_password)
# end configure_mx
def unconfigure_mx(self, tunnel_name, bgp_group):
# Initializing list of command need to be configured in MX
command_to_push = ['configure']
# Populating the required command
command_to_push.append(
"delete routing-options dynamic-tunnels %s gre" % (tunnel_name))
command_to_push.append("delete protocols bgp group %s" % (bgp_group))
command_to_push.append("commit")
print "Final commad will be pushed to MX"
print "%s" % command_to_push
for command in command_to_push:
output = self.run_cmd_on_server(
mx_ip, command, mx_user, mx_password)
if output.return_code != 0:
self.logger.exception('Fail to unconfigure MX')
return output
# end unconfigure_mx
def run_cmd_on_server(self, server_ip, issue_cmd, username=None,
password=None, pty=True):
self.logger.debug("COMMAND: (%s)" % issue_cmd)
if server_ip in self.host_data.keys():
if not username:
username = self.host_data[server_ip]['username']
if not password:
password = self.host_data[server_ip]['password']
with hide('everything'):
with settings(
host_string='%s@%s' % (username, server_ip), password=password,
warn_only=True, abort_on_prompts=False):
output = run('%s' % (issue_cmd), pty=pty)
self.logger.debug(output)
return output
# end run_cmd_on_server
def cleanUp(self):
super(ContrailTestInit, self).cleanUp()
def log_any_issues(self, test_result):
''' Log any issues as seen in test_result (TestResult) object
'''
self.logger.info('\n TEST ERRORS AND FAILURES : \n')
if sys.version_info >= (2, 7):
self.logger.info(str(test_result.printErrors()))
print test_result.printErrors()
for failure_tuple in test_result.failures:
for item in failure_tuple:
self.logger.info(item)
print item
# end log_any_issues
def get_node_name(self, ip):
return self.host_data[ip]['name']
def _get_phy_topology_detail(self):
detail = ''
compute_nodes = [self.get_node_name(x) for x in self.compute_ips]
bgp_nodes = [self.get_node_name(x) for x in self.bgp_ips]
collector_nodes = [self.get_node_name(x) for x in self.collector_ips]
cfgm_nodes = [self.get_node_name(x) for x in self.cfgm_ips]
webui_node = self.get_node_name(self.webui_ip)
openstack_node = self.get_node_name(self.openstack_ip)
database_nodes = [self.get_node_name(x) for x in self.database_ips]
newline = '<br/>'
detail = newline
detail += 'Config Nodes : %s %s' % (cfgm_nodes, newline)
detail += 'Control Nodes : %s %s' % (bgp_nodes, newline)
detail += 'Compute Nodes : %s %s' % (compute_nodes, newline)
detail += 'Openstack Node : %s %s' % (openstack_node, newline)
detail += 'WebUI Node : %s %s' % (webui_node, newline)
detail += 'Analytics Nodes : %s %s' % (collector_nodes, newline)
return detail
# end _get_phy_topology_detail
def write_report_details(self):
phy_topology = self._get_phy_topology_detail()
details_h = open(self.report_details_file, 'w')
config = ConfigParser.ConfigParser()
config.add_section('Test')
config.set('Test', 'Build', self.build_id)
config.set('Test', 'timestamp', self.ts)
config.set('Test', 'Report', self.html_log_link)
config.set('Test', 'LogsLocation', self.log_link)
config.set('Test', 'Topology', phy_topology)
# config.write(details_h)
log_location = ''
if self.jenkins_trigger:
log_location = "nodeb10.englab.juniper.net:/cs-shared/test_runs" \
"/%s/%s" % (self.host_data[self.cfgm_ips[0]]['name'], self.ts)
config.set('Test', 'CoreLocation', log_location)
config.write(details_h)
details_h.close()
# end
def check_juniper_intranet(self):
cmd = 'ping -c 5 ntp.juniper.net'