def delete_transitive_peering(self):
logger.info('Begin deleting transitive peering from gateway1 to vpc3 through gateway2...')
response = delete_transitive_peering(logger, self.base_url, self.cid,
self.gateway1_name, self.gateway2_name, self.vpc3_cidr)
logger.info('End deleting transitive peering from gateway1 to vpc3 through gateway2')
self.handle_api_error(response, raise_except=True)
time.sleep(10)
logger.info('Pings from user instance from VPC1 to user instance in VPC3 without Transitive Peering')
logger.info('SSH into the user instance at VPC1')
vpc1_cfg = read_config_file(file_path=self.cfg_file_vpc1)
vpc3_cfg = read_config_file(file_path=self.cfg_file_vpc3)
ssh = SSHSession(vpc1_cfg['inst_public_ip'], 'ubuntu', ssh_key=self.private_key)
ping_result = ping_from_instance(ssh, vpc3_cfg['inst_private_ip'])
if not ping_result:
logger.error('Test passed - Ping failed WITHOUT transitive peering')
ssh.close()
return True
else:
logger.info('Test failed - Ping succeeded WITHOUT transitive peering')
ssh.close()
return False
def __init__(self, argv):
config_file = './' + argv[1]
logger.info('config_file: {}'.format(config_file))
cfg = read_config_file(file_path=config_file)
self.account_name = cfg['account_name']
self.account_password = cfg['account_password']
self.account_email = cfg['account_email']
self.cloud_type = cfg['cloud_type']
self.aws_account_number = cfg['aws_account_number']
self.aws_access_key_id = cfg['aws_access_key_id']
self.aws_secret_access_key = cfg['aws_secret_access_key']
self.ucc_public_ip = cfg['ucc_public_ip']
self.controller_username = cfg['controller_username']
self.controller_password = cfg['controller_password']
self.region_vpc1 = cfg['region_vpc1']
self.region_vpc2 = cfg['region_vpc2']
self.region_vpc3 = cfg['region_vpc3']
self.vpc1_cidr = cfg['vpc1_cidr']
self.vpc2_cidr = cfg['vpc2_cidr']
self.vpc3_cidr = cfg['vpc3_cidr']
self.vpc1_subnet_cidr = cfg['vpc1_subnet_cidr']
self.vpc2_subnet_cidr = cfg['vpc2_subnet_cidr']
self.vpc3_subnet_cidr = cfg['vpc3_subnet_cidr']
self.vpc1_tag = cfg['vpc1_tag']
self.vpc2_tag = cfg['vpc2_tag']
self.vpc3_tag = cfg['vpc3_tag']
self.gateway1_size = cfg['gateway1_size']
self.gateway2_size = cfg['gateway2_size']
self.gateway3_size = cfg['gateway3_size']
self.gateway1_name = cfg['gateway1_name']
self.gateway2_name = cfg['gateway2_name']
self.gateway3_name = cfg['gateway3_name']
self.base_url = "https://" + self.ucc_public_ip + "/v1/api"
self.cfg_file_vpc1 = CONFIG_PATH + self.vpc1_tag + CFG_EXT
self.cfg_file_vpc2 = CONFIG_PATH + self.vpc2_tag + CFG_EXT
self.cfg_file_vpc3 = CONFIG_PATH + self.vpc3_tag + CFG_EXT
self.private_key = CONFIG_PATH + self.vpc1_tag + SSHKEY_EXT
self.aws_cfg_vpc1 = []
self.aws_cfg_vpc2 = []
self.aws_cfg_vpc3 = []
self.cid = ''
# Login controller to retrieve CID
logger.info('Begin login controller...')
response = login_GET_method(
url=self.base_url,
username=self.controller_username,
password=self.controller_password)
resp_json = response.json()
if resp_json["return"]:
self.cid = resp_json["CID"]
logger.info(msg="CID: " + self.cid)
logger.info('End login controller.')
self.handle_api_error(response, raise_except=True)
def create_gateway2(self):
logger.info('Begin launching Aviatrix gateway2 with NAT enabled in VPC2...')
self.aws_cfg_vpc2 = read_config_file(file_path=self.cfg_file_vpc2)
vpc_server_id = self.aws_cfg_vpc2['vpc_id']
subnet_name = self.vpc2_subnet_cidr + '~~' + \
self.region_vpc2 + '~~' + self.vpc2_tag + '-public'
response = create_gateway(
url=self.base_url,
CID=self.cid,
avx_cloud_account_name=self.account_name,
cloud_type=self.cloud_type,
vpc_region=self.region_vpc2,
vpc_id=vpc_server_id,
subnet_name=subnet_name,
gateway_size=self.gateway2_size,
gateway_name=self.gateway2_name,
allocate_new_eip="on",
enable_nat="yes",
vpn_access="no")
logger.info('End launching Aviatrix gateway2 in VPC2.')
self.handle_api_error(response, raise_except=True)
logger.info('Begin getting Aviatrix gateway2 info...')
response = get_gateway_info(
url=self.base_url,
CID=self.cid,
gateway_name=self.gateway2_name)
logger.info('End getting Aviatrix gateway2 info.')
self.handle_api_error(response, raise_except=True)
resp = response.json()
cfg_gw = resp['results']
logger.info('cfg_gw: {}'.format(cfg_gw))
return cfg_gw