#! /usr/bin/python import time from vcpeutils.csar_parser import * from robot.api import logger from datetime import datetime import sys from ONAPLibrary.PreloadSDNCKeywords import PreloadSDNCKeywords from ONAPLibrary.RequestSOKeywords import RequestSOKeywords from ONAPLibrary.BaseAAIKeywords import BaseAAIKeywords from ONAPLibrary.UUIDKeywords import UUIDKeywords class SoUtils: def __init__(self): # SO urls, note: do NOT add a '/' at the end of the url self.so_nbi_port = '8080' self.so_host = 'so.onap' self.so_si_path = '/onap/so/infra/serviceInstantiation/v7/serviceInstances' self.so_orch_path = '/onap/so/infra/orchestrationRequests/v6' self.service_req_api_url = 'http://' + self.so_host + ':' + self.so_nbi_port self.so_check_progress_api_url = 'http://' + self.so_host + ':' + self.so_nbi_port + self.so_orch_path + '/' self.so_userpass = 'InfraPortalClient', 'password1$' self.so_headers = {'Content-Type': 'application/json', 'Accept': 'application/json'} # mr utls self.mr_ip_addr = 'mr.onap' self.mr_ip_port = '3904' # sdnc urls self.sdnc_ip_addr = 'sdnc.onap' self.sdnc_preloading_port = '8282' self.sdnc_endpoint = 'http://' + self.sdnc_ip_addr + ':' + self.sdnc_preloading_port self.sdnc_preload_vnf_url = '/restconf/operations/VNF-API:preload-vnf-topology-operation' # properties self.homing_solution = 'sniro' # value is either 'sniro' or 'oof' self.customer_location_used_by_oof = { "customerLatitude": "32.897480", "customerLongitude": "-97.040443", "customerName": "some_company" } self.product_family_id = 'f9457e8c-4afd-45da-9389-46acd9bf5116' self.custom_product_family_id = 'a9a77d5a-123e-4ca2-9eb9-0b015d2ee0fb' self.instance_name_prefix = { 'service': 'svc', 'network': 'net', 'vnf': 'vnf', 'vfmodule': 'vf' } # set the openstack cloud access credentials here self.cloud = { '--os-auth-url': 'http://10.12.25.2:5000', '--os-username': 'kxi', '--os-user-domain-id': 'default', '--os-project-domain-id': 'default', '--os-tenant-id': '09d8566ea45e43aa974cf447ed591d77', '--os-region-name': 'RegionOne', '--os-password': 'n3JhGMGuDzD8', '--os-project-domain-name': 'Integration-SB-03', '--os-identity-api-version': '3' } self.template_path = 'robot/assets/templates' self.owning_entity_name = 'OE-Demonstration1' self.project_name = 'Project-Demonstration' self.owning_entity_id = '520cc603-a3c4-4ec2-9ef4-ca70facd79c0' self.global_subscriber_id = 'Demonstration' self.vgw_VfModuleModelInvariantUuid = '26d6a718-17b2-4ba8-8691-c44343b2ecd2' self.so = RequestSOKeywords() self.aai = BaseAAIKeywords() self.uuid = UUIDKeywords() @staticmethod def add_req_info(req_details, instance_name, product_family_id=None): req_details['requestInfo'] = { 'instanceName': instance_name, 'source': 'VID', 'suppressRollback': 'true', 'requestorId': 'vCPE-Robot' } if product_family_id: req_details['requestInfo']['productFamilyId'] = product_family_id @staticmethod def add_related_instance(req_details, instance_id, instance_model): instance = {"instanceId": instance_id, "modelInfo": instance_model} if 'relatedInstanceList' not in req_details: req_details['relatedInstanceList'] = [{"relatedInstance": instance}] else: req_details['relatedInstanceList'].append({"relatedInstance": instance}) def generate_vnf_or_network_request(self, instance_name, vnf_or_network_model, service_instance_id, service_model, tenant_id, region_name): req_details = { 'modelInfo': vnf_or_network_model, 'cloudConfiguration': {"lcpCloudRegionId": region_name, "tenantId": tenant_id}, 'requestParameters': {"userParams": []}, 'platform': {"platformName": "Platform-Demonstration"} } self.add_req_info(req_details, instance_name, self.product_family_id) self.add_related_instance(req_details, service_instance_id, service_model) return {'requestDetails': req_details} def generate_vfmodule_request(self, instance_name, vfmodule_model, service_instance_id, service_model, vnf_instance_id, vnf_model, tenant_id, region_name): req_details = { 'modelInfo': vfmodule_model, 'cloudConfiguration': {"lcpCloudRegionId": region_name, "tenantId": tenant_id}, 'requestParameters': {"usePreload": 'true'} } self.add_req_info(req_details, instance_name, self.product_family_id) self.add_related_instance(req_details, service_instance_id, service_model) self.add_related_instance(req_details, vnf_instance_id, vnf_model) return {'requestDetails': req_details} def generate_service_request(self, instance_name, model): req_details = { 'modelInfo': model, 'subscriberInfo': {'globalSubscriberId': self.global_subscriber_id}, 'requestParameters': { "userParams": [], "subscriptionServiceType": "vCPE", "aLaCarte": 'true' } } self.add_req_info(req_details, instance_name) self.add_project_info(req_details) self.add_owning_entity(req_details) return {'requestDetails': req_details} def add_project_info(self, req_details): req_details['project'] = {'projectName': self.project_name} def add_owning_entity(self, req_details): req_details['owningEntity'] = {'owningEntityId': self.owning_entity_id, 'owningEntityName': self.owning_entity_name} def generate_custom_service_request(self, instance_name, model, brg_mac, tenant_id, region_name): brg_mac_enc = brg_mac.replace(':', '-') req_details = { 'modelInfo': model, 'subscriberInfo': {'subscriberName': 'Kaneohe', 'globalSubscriberId': self.global_subscriber_id}, 'cloudConfiguration': {"lcpCloudRegionId": region_name, "tenantId": tenant_id}, 'requestParameters': { "userParams": [ { 'name': 'BRG_WAN_MAC_Address', 'value': brg_mac }, { 'name': 'VfModuleNames', 'value': [ { 'VfModuleModelInvariantUuid': self.vgw_VfModuleModelInvariantUuid, 'VfModuleName': 'VGW2BRG-{0}'.format(brg_mac_enc) } ] }, { "name": "Customer_Location", "value": self.customer_location_used_by_oof }, { "name": "Homing_Solution", "value": self.homing_solution } ], "subscriptionServiceType": "vCPE", 'aLaCarte': 'false' } } self.add_req_info(req_details, instance_name, self.custom_product_family_id) self.add_project_info(req_details) self.add_owning_entity(req_details) return {'requestDetails': req_details} def create_custom_service(self, csar_file, brg_mac, tenant_id, region_name, name_suffix=None): parser = CsarParser() if not parser.parse_csar(csar_file): return False # yyyymmdd_hhmm if not name_suffix: name_suffix = '_' + datetime.now().strftime('%Y%m%d%H%M') # create service instance_name = '_'.join([self.instance_name_prefix['service'], parser.svc_model['modelName'][0:10], name_suffix]) instance_name = instance_name.lower() req = self.generate_custom_service_request(instance_name, parser.svc_model, brg_mac, tenant_id, region_name) logger.info(json.dumps(req, indent=2, sort_keys=True)) logger.info('Creating custom service {0}.'.format(instance_name)) req_id, svc_instance_id = self.so.run_create_request(self.service_req_api_url, self.so_si_path, json.dumps(req), auth=self.so_userpass) done, resp = self.so.run_polling_get_request(self.so_check_progress_api_url, req_id, tries=50, interval=5, auth=self.so_userpass) return done def create_entire_service(self, csar_file, vnf_template_file, preload_dict, region_name, tenant_id, ssh_key): """ :param csar_file: :param vnf_template_file: :param preload_dict: :param region_name: :param tenant_id :param ssh_key :return: service instance UUID """ name_suffix = str(self.uuid.generate_timestamp()) logger.info('\n----------------------------------------------------------------------------------') logger.info('Start to create entire service defined in csar: {0}'.format(csar_file)) parser = CsarParser() logger.info('Parsing csar ...') if not parser.parse_csar(csar_file): logger.error('Cannot parse csar: {0}'.format(csar_file)) return None # Set Global timestamp for instancenames global_timestamp = datetime.now().strftime("%Y%m%d%H%M%S") # create service instance_name = '_'.join([self.instance_name_prefix['service'], parser.svc_model['modelName'], global_timestamp, name_suffix]) instance_name = instance_name.lower() instance_name = instance_name.replace(' ', '') instance_name = instance_name.replace(':', '') logger.info('Creating service instance: {0}.'.format(instance_name)) req = self.generate_service_request(instance_name, parser.svc_model) logger.debug(json.dumps(req, indent=2, sort_keys=True)) req_id, svc_instance_id = self.so.run_create_request(self.service_req_api_url, self.so_si_path, json.dumps(req), auth=self.so_userpass) done, resp = self.so.run_polling_get_request(self.so_check_progress_api_url, req_id, tries=50, interval=5, auth=self.so_userpass) if not done: return None # wait for AAI to complete traversal self.aai.wait_for_node_to_exist('service-instance', 'service-instance-id', svc_instance_id) # create networks for model in parser.net_models: base_name = model['modelCustomizationName'].lower().replace('mux_vg', 'mux_gw') network_name = '_'.join([self.instance_name_prefix['network'], base_name, name_suffix]) network_name = network_name.lower() logger.info('Creating network: ' + network_name) req = self.generate_vnf_or_network_request(network_name, model, svc_instance_id, parser.svc_model, tenant_id, region_name) logger.debug(json.dumps(req, indent=2, sort_keys=True)) url = '/'.join([self.so_si_path, svc_instance_id, 'networks']) req_id, net_instance_id = self.so.run_create_request(self.service_req_api_url, url, json.dumps(req), auth=self.so_userpass) done, resp = self.so.run_polling_get_request(self.so_check_progress_api_url, req_id, tries=50, interval=5, auth=self.so_userpass) if not done: return None logger.info('Changing subnet name to ' + self.network_name_to_subnet_name(network_name)) self.set_network_name(network_name) subnet_name_changed = False for i in range(20): time.sleep(3) if self.set_subnet_name(network_name): subnet_name_changed = True break if not subnet_name_changed: logger.error('Failed to change subnet name for ' + network_name) return None vnf_model = None vnf_instance_id = None # create VNF if len(parser.vnf_models) == 1: vnf_model = parser.vnf_models[0] vnf_instance_name = '_'.join([self.instance_name_prefix['vnf'], vnf_model['modelCustomizationName'].split(' ')[0], name_suffix]) vnf_instance_name = vnf_instance_name.lower() vnf_instance_name = vnf_instance_name.replace(' ', '') vnf_instance_name = vnf_instance_name.replace(':', '') logger.info('Creating VNF: ' + vnf_instance_name) req = self.generate_vnf_or_network_request(vnf_instance_name, vnf_model, svc_instance_id, parser.svc_model, tenant_id, region_name) logger.debug(json.dumps(req, indent=2, sort_keys=True)) url = '/'.join([self.so_si_path, svc_instance_id, 'vnfs']) req_id, vnf_instance_id = self.so.run_create_request(self.service_req_api_url, url, json.dumps(req), auth=self.so_userpass) done, resp = self.so.run_polling_get_request(self.so_check_progress_api_url, req_id, tries=50, interval=5, auth=self.so_userpass) if not done: logger.error('Failed to create VNF {0}.'.format(vnf_instance_name)) return False # wait for AAI to complete traversal if not vnf_instance_id: logger.error('No VNF instance ID returned!') sys.exit() self.aai.wait_for_node_to_exist('generic-vnf', 'vnf-id', vnf_instance_id) # SDNC Preload preloader = PreloadSDNCKeywords() vfmodule_name = '_'.join(['vf', parser.vfmodule_models[0]['modelCustomizationName'].split('..')[0].lower(), name_suffix]) extra_preload = { 'pub_key': ssh_key, 'vnf_type': parser.vfmodule_models[0]['modelCustomizationName'], 'generic_vnf_type': parser.vfmodule_models[0]['modelCustomizationName'], 'service_type': svc_instance_id, 'generic_vnf_name': vnf_model['modelCustomizationName'], 'vnf_name': vfmodule_name, 'mr_ip_addr': self.mr_ip_addr, 'mr_ip_port': self.mr_ip_port, 'sdnc_oam_ip': self.sdnc_ip_addr, 'suffix': name_suffix, 'oam_onap_net': 'oam_network_2No2', 'oam_onap_subnet': 'oam_network_2No2', 'public_net': 'external', 'public_net_id': '971040b2-7059-49dc-b220-4fab50cb2ad4' } preload_dict.update(extra_preload) preloader.preload_vfmodule(self.sdnc_endpoint, self.sdnc_preload_vnf_url, self.template_path, vnf_template_file, preload_dict) # create VF Module if len(parser.vfmodule_models) == 1: if not vnf_instance_id or not vnf_model: logger.error('Invalid VNF instance ID or VNF model!') sys.exit() model = parser.vfmodule_models[0] vfmodule_instance_name = '_'.join([self.instance_name_prefix['vfmodule'], model['modelCustomizationName'].split('..')[0], name_suffix]) vfmodule_instance_name = vfmodule_instance_name.lower() vfmodule_instance_name = vfmodule_instance_name.replace(' ', '') vfmodule_instance_name = vfmodule_instance_name.replace(':', '') logger.info('Creating VF Module: ' + vfmodule_instance_name) req = self.generate_vfmodule_request(vfmodule_instance_name, model, svc_instance_id, parser.svc_model, vnf_instance_id, vnf_model, tenant_id, region_name) logger.debug(json.dumps(req, indent=2, sort_keys=True)) url = '/'.join([self.so_si_path, svc_instance_id, 'vnfs', vnf_instance_id, 'vfModules']) req_id, vfmodule_instance_id = self.so.run_create_request(self.service_req_api_url, url, json.dumps(req), auth=self.so_userpass) done, resp = self.so.run_polling_get_request(self.so_check_progress_api_url, req_id, tries=50, interval=50, auth=self.so_userpass) if not done: logger.error('Failed to create VF Module {0}.'.format(vfmodule_instance_name)) return None return svc_instance_id @staticmethod def network_name_to_subnet_name(network_name): """ :param network_name: example: vcpe_net_cpe_signal_201711281221 :return: vcpe_net_cpe_signal_subnet_201711281221 """ fields = network_name.split('_') fields.insert(-1, 'subnet') return '_'.join(fields) def set_network_name(self, network_name): param = ' '.join([k + ' ' + v for k, v in list(self.cloud.items())]) openstackcmd = 'openstack ' + param cmd = ' '.join([openstackcmd, 'network set --name', network_name, 'ONAP-NW1']) os.popen(cmd) def set_subnet_name(self, network_name): """ Example: network_name = vcpe_net_cpe_signal_201711281221 set subnet name to vcpe_net_cpe_signal_subnet_201711281221 :return: """ param = ' '.join([k + ' ' + v for k, v in list(self.cloud.items())]) openstackcmd = 'openstack ' + param # expected results: | subnets | subnet_id | subnet_info = os.popen(openstackcmd + ' network show ' + network_name + ' |grep subnets').read().split('|') if len(subnet_info) > 2 and subnet_info[1].strip() == 'subnets': subnet_id = subnet_info[2].strip() subnet_name = self.network_name_to_subnet_name(network_name) cmd = ' '.join([openstackcmd, 'subnet set --name', subnet_name, subnet_id]) os.popen(cmd) logger.info("Subnet name set to: " + subnet_name) return True else: logger.error("Can't get subnet info from network name: " + network_name) return False