-#
# Copyright 2016 RIFT.IO Inc
#
# Licensed under the Apache License, Version 2.0 (the "License");
import asyncio
import collections
import enum
+import gi
import logging
-import uuid
-import time
import os.path
import re
import shutil
import sys
+import time
+import uuid
+import yaml
-import gi
gi.require_version('RwDts', '1.0')
gi.require_version('RwVnfrYang', '1.0')
+gi.require_version('VnfrYang', '1.0')
gi.require_version('RwVnfmYang', '1.0')
+gi.require_version('RwVnfdYang', '1.0')
gi.require_version('RwVlrYang', '1.0')
gi.require_version('RwManifestYang', '1.0')
gi.require_version('RwBaseYang', '1.0')
from gi.repository import (
RwDts as rwdts,
RwVnfrYang,
+ RwVnfdYang,
+ VnfdYang,
RwVnfmYang,
RwVlrYang,
VnfrYang,
RwBaseYang,
RwResourceMgrYang,
ProtobufC,
+ RwTypes
)
+gi.require_version('RwKeyspec', '1.0')
+from gi.repository.RwKeyspec import quoted_key
import rift.tasklets
import rift.package.store
import rift.package.cloud_init
import rift.package.script
import rift.mano.dts as mano_dts
+from rift.mano.utils.project import (
+ ManoProject,
+ ProjectHandler,
+ )
import rift.mano.utils.short_name as mano_short_name
+from . import subscriber
+VCP_FIELDS = ['name', 'id', 'connection_point_id', 'type_yang', 'ip_address', 'mac_address']
class VMResourceError(Exception):
""" VM resource Error"""
class VNFMPlacementGroupError(Exception):
+ """ VNF placement group Error """
pass
+
+class VlrError(Exception):
+ """ Virtual Link Record Error """
+ pass
+
+
class VirtualNetworkFunctionRecordState(enum.Enum):
""" VNFR state """
+ PRE_INIT = 0
INIT = 1
VL_INIT_PHASE = 2
VM_INIT_PHASE = 3
TERMINATED = 6
FAILED = 10
-
-class VcsComponent(object):
- """ VCS Component within the VNF descriptor """
- def __init__(self, dts, log, loop, cluster_name, vcs_handler, component, mangled_name):
- self._dts = dts
- self._log = log
- self._loop = loop
- self._component = component
- self._cluster_name = cluster_name
- self._vcs_handler = vcs_handler
- self._mangled_name = mangled_name
-
- @staticmethod
- def mangle_name(component_name, vnf_name, vnfd_id):
- """ mangled component name """
- return vnf_name + ":" + component_name + ":" + vnfd_id
-
- @property
- def name(self):
- """ name of this component"""
- return self._mangled_name
-
- @property
- def path(self):
- """ The path for this object """
- return("D,/rw-manifest:manifest" +
- "/rw-manifest:operational-inventory" +
- "/rw-manifest:component" +
- "[rw-manifest:component-name = '{}']").format(self.name)
-
- @property
- def instance_xpath(self):
- """ The path for this object """
- return("D,/rw-base:vcs" +
- "/instances" +
- "/instance" +
- "[instance-name = '{}']".format(self._cluster_name))
-
- @property
- def start_comp_xpath(self):
- """ start component xpath """
- return (self.instance_xpath +
- "/child-n[instance-name = 'START-REQ']")
-
- def get_start_comp_msg(self, ip_address):
- """ start this component """
- start_msg = RwBaseYang.VcsInstance_Instance_ChildN()
- start_msg.instance_name = 'START-REQ'
- start_msg.component_name = self.name
- start_msg.admin_command = "START"
- start_msg.ip_address = ip_address
-
- return start_msg
-
- @property
- def msg(self):
- """ Returns the message for this vcs component"""
-
- vcs_comp_dict = self._component.as_dict()
-
- def mangle_comp_names(comp_dict):
- """ mangle component name with VNF name, id"""
- for key, val in comp_dict.items():
- if isinstance(val, dict):
- comp_dict[key] = mangle_comp_names(val)
- elif isinstance(val, list):
- i = 0
- for ent in val:
- if isinstance(ent, dict):
- val[i] = mangle_comp_names(ent)
- else:
- val[i] = ent
- i += 1
- elif key == "component_name":
- comp_dict[key] = VcsComponent.mangle_name(val,
- self._vnfd_name,
- self._vnfd_id)
- return comp_dict
-
- mangled_dict = mangle_comp_names(vcs_comp_dict)
- msg = RwManifestYang.OpInventory_Component.from_dict(mangled_dict)
- return msg
-
- @asyncio.coroutine
- def publish(self, xact):
- """ Publishes the VCS component """
- self._log.debug("Publishing the VcsComponent %s, path = %s comp = %s",
- self.name, self.path, self.msg)
- yield from self._vcs_handler.publish(xact, self.path, self.msg)
-
- @asyncio.coroutine
- def start(self, xact, parent, ip_addr=None):
- """ Starts this VCS component """
- # ATTN RV - replace with block add
- start_msg = self.get_start_comp_msg(ip_addr)
- self._log.debug("starting component %s %s",
- self.start_comp_xpath, start_msg)
- yield from self._dts.query_create(self.start_comp_xpath,
- 0,
- start_msg)
- self._log.debug("started component %s, %s",
- self.start_comp_xpath, start_msg)
-
-
class VirtualDeploymentUnitRecord(object):
""" Virtual Deployment Unit Record """
def __init__(self,
dts,
log,
loop,
+ project,
vdud,
vnfr,
nsr_config,
mgmt_intf,
mgmt_network,
- cloud_account_name,
+ datacenter_name,
vnfd_package_store,
vdur_id=None,
placement_groups=[]):
self._dts = dts
self._log = log
self._loop = loop
+ self._project = project
self._vdud = vdud
self._vnfr = vnfr
self._nsr_config = nsr_config
self._mgmt_intf = mgmt_intf
- self._cloud_account_name = cloud_account_name
+ self._datacenter_name = datacenter_name
self._vnfd_package_store = vnfd_package_store
self._mgmt_network = mgmt_network
self._rm_regh = None
self._vm_resp = None
self._vdud_cloud_init = None
- self._vdur_console_handler = VnfrConsoleOperdataDtsHandler(dts, log, loop, self._vnfr._vnfm, self._vnfr.vnfr_id, self._vdur_id,self.vdu_id)
+ self._vdur_console_handler = VnfrConsoleOperdataDtsHandler(
+ dts, log, loop, self._vnfr._vnfm, self._vnfr.vnfr_id, self._vdur_id,self.vdu_id)
+
@asyncio.coroutine
def vdu_opdata_register(self):
yield from self._vdur_console_handler.register()
- def cp_ip_addr(self, cp_name):
- """ Find ip address by connection point name """
+ def vm_cp_info(self, cp_name):
+ """ Find the VM Connection info by connection point name """
if self._vm_resp is not None:
for conn_point in self._vm_resp.connection_points:
if conn_point.name == cp_name:
- return conn_point.ip_address
- return "0.0.0.0"
+ return conn_point
+ return None
+
+ def cp_ip_addr(self, cp_name):
+ """ Find ip address by connection point name """
+ vm_cp_info = self.vm_cp_info(cp_name)
+ if vm_cp_info:
+ return vm_cp_info.ip_address
+ else:
+ return "0.0.0.0"
def cp_mac_addr(self, cp_name):
""" Find mac address by connection point name """
- if self._vm_resp is not None:
- for conn_point in self._vm_resp.connection_points:
- if conn_point.name == cp_name:
- return conn_point.mac_addr
- return "00:00:00:00:00:00"
+ vm_cp_info = self.vm_cp_info(cp_name)
+ if vm_cp_info:
+ return vm_cp_info.mac_addr
+ else:
+ return "00:00:00:00:00:00"
def cp_id(self, cp_name):
""" Find connection point id by connection point name """
- if self._vm_resp is not None:
- for conn_point in self._vm_resp.connection_points:
- if conn_point.name == cp_name:
- return conn_point.connection_point_id
- return ''
+ vm_cp_info = self.vm_cp_info(cp_name)
+ if vm_cp_info:
+ return vm_cp_info.connection_point_id
+ else:
+ return str()
+
@property
def vdu_id(self):
""" Return this VDUR's unique short name """
# Impose these restrictions on Unique name
# Max 64
- # - Max 10 of NSR name (remove all specialcharacters, only numbers and alphabets)
- # - 6 chars of shortened name
- # - Max 10 of VDU name (remove all specialcharacters, only numbers and alphabets)
+ # - Max trailing 10 chars of NSR name (remove all specialcharacters, only numbers and alphabets)
+ # - 9 chars of shortened name
+ # - Max trailing 10 of VDU name (remove all specialcharacters, only numbers and alphabets)
#
def _restrict_tag(input_str):
# Exclude all characters except a-zA-Z0-9
return shortstr
@property
- def cloud_account_name(self):
+ def datacenter_name(self):
""" Cloud account this VDU should be created in """
- return self._cloud_account_name
+ return self._datacenter_name
@property
def image_name(self):
"vswitch_epa",
"hypervisor_epa",
"host_epa",
- "volumes",
+ "volumes"
]
+
vdu_copy_dict = {k: v for k, v in
self._vdud.as_dict().items() if k in vdu_fields}
vdur_dict = {"id": self._vdur_id,
"unique_short_name": self.unique_short_name
}
+
if self.vm_resp is not None:
vdur_dict.update({"vim_id": self.vm_resp.vdu_id,
"flavor_id": self.vm_resp.flavor_id
if self._vm_resp.has_field('image_id'):
vdur_dict.update({ "image_id": self.vm_resp.image_id })
- if self.management_ip is not None:
+ if self.management_ip:
vdur_dict["management_ip"] = self.management_ip
- if self.vm_management_ip is not None:
+ if self.vm_management_ip:
vdur_dict["vm_management_ip"] = self.vm_management_ip
vdur_dict.update(vdu_copy_dict)
+
if self.vm_resp is not None:
if self._vm_resp.has_field('volumes'):
for opvolume in self._vm_resp.volumes:
vdur_dict['supplemental_boot_data']['boot_data_drive'] = self._vm_resp.supplemental_boot_data.boot_data_drive
if self._vm_resp.supplemental_boot_data.has_field('custom_meta_data'):
metadata_list = list()
+
+ # supplemental_boot_data below is returned by Openstack.
+ # The self._vm_resp version of supplemental data is defaulting to CLOUD_METADATA
+ # as Openstack does not repond with 'destination' attribute of custom meta data elements.
+ # Therefore the vdur when published does not specify the destination of the custom-meta-data.
+ # Should we add this field (destination) explicitly here by comparig the keys with the already obtained
+ # details in self._vdud ?
+
for metadata_item in self._vm_resp.supplemental_boot_data.custom_meta_data:
- metadata_list.append(metadata_item.as_dict())
+ metadata_list.append(metadata_item.as_dict())
vdur_dict['supplemental_boot_data']['custom_meta_data'] = metadata_list
+
if self._vm_resp.supplemental_boot_data.has_field('config_file'):
file_list = list()
for file_item in self._vm_resp.supplemental_boot_data.config_file:
for intf, cp_id, vlr in self._int_intf:
cp = self.find_internal_cp_by_cp_id(cp_id)
- icp_list.append({"name": cp.name,
- "id": cp.id,
- "type_yang": "VPORT",
- "ip_address": self.cp_ip_addr(cp.id),
- "mac_address": self.cp_mac_addr(cp.id)})
+ cp_info = dict(name=cp.name,
+ id=cp.id,
+ type_yang='VPORT',
+ ip_address=self.cp_ip_addr(cp.name),
+ mac_address=self.cp_mac_addr(cp.name),
+ connection_point_id=self.cp_id(cp.name))
+
+ virtual_cps = [ vcp for vcp in vlr._vlr.virtual_connection_points
+ if [ True for cp_ref in vcp.associated_cps if cp.name == cp_ref ]]
+
+ if virtual_cps:
+ for vcp in virtual_cps:
+ cp_info['virtual_cps'] = [ {k:v for k,v in vcp.as_dict().items() if k in VCP_FIELDS}
+ for vcp in virtual_cps ]
+
+ icp_list.append(cp_info)
+
+ ii_dict = {"name": intf.name,
+ "internal_connection_point_ref": cp.id,
+ "virtual_interface": {}}
- ii_list.append({"name": intf.name,
- "vdur_internal_connection_point_ref": cp.id,
- "virtual_interface": {}})
+ if "position" in intf.as_dict():
+ ii_dict["position"] = intf.position
+
+ ii_list.append(ii_dict)
vdur_dict["internal_connection_point"] = icp_list
self._log.debug("internal_connection_point:%s", vdur_dict["internal_connection_point"])
- vdur_dict["internal_interface"] = ii_list
+
ei_list = []
for intf, cp, vlr in self._ext_intf:
- ei_list.append({"name": cp.name,
- "vnfd_connection_point_ref": cp.name,
- "virtual_interface": {}})
+ ei_dict = {"name": intf.name,
+ "external_connection_point_ref": cp.name,
+ "virtual_interface": {}}
+ if "position" in intf.as_dict():
+ ei_dict["position"] = intf.position
+
+ ei_list.append(ei_dict)
+
+ virtual_cps = [ vcp for vcp in vlr.virtual_connection_points
+ if [ True for cp_ref in vcp.associated_cps if cp.name == cp_ref ]]
+
+ if virtual_cps:
+ for vcp in virtual_cps:
+ virtual_cp_info = [ {k:v for k,v in vcp.as_dict().items() if k in VCP_FIELDS}
+ for vcp in virtual_cps ]
+ else:
+ virtual_cp_info = []
+
self._vnfr.update_cp(cp.name,
self.cp_ip_addr(cp.name),
self.cp_mac_addr(cp.name),
- self.cp_id(cp.name))
+ self.cp_id(cp.name),
+ virtual_cp_info)
- vdur_dict["external_interface"] = ei_list
+ vdur_dict["interface"] = ei_list + ii_list
- placement_groups = []
- for group in self._placement_groups:
- placement_groups.append(group.as_dict())
- vdur_dict['placement_groups_info'] = placement_groups
- return RwVnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_Vdur.from_dict(vdur_dict)
+ vdur_dict['placement_groups_info'] = [group.as_dict()
+ for group in self._placement_groups]
+
+ return RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_Vdur.from_dict(vdur_dict)
@property
def resmgr_path(self):
""" path for resource-mgr"""
- return ("D,/rw-resource-mgr:resource-mgmt" +
- "/vdu-event" +
- "/vdu-event-data[event-id='{}']".format(self._request_id))
+ xpath = self._project.add_project("D,/rw-resource-mgr:resource-mgmt" +
+ "/vdu-event" +
+ "/vdu-event-data[event-id={}]".format(quoted_key(self._request_id)))
+ return xpath
@property
def vm_flavor_msg(self):
def vdud_cloud_init(self):
""" Return the cloud-init contents for the VDU """
if self._vdud_cloud_init is None:
- self._vdud_cloud_init = self.cloud_init()
+ ci = self.cloud_init()
+
+ # VNFR ssh public key, if available
+ if self._vnfr.public_key:
+ if not ci:
+ ci = "#cloud-config"
+ self._vdud_cloud_init = """{}
+ssh_authorized_keys:
+ - {}""". \
+ format(ci, self._vnfr.public_key)
+ else:
+ self._vdud_cloud_init = ci
+
+ self._log.debug("Cloud init: {}".format(self._vdud_cloud_init))
return self._vdud_cloud_init
""" Populate cloud_init with cloud-config script from
either the inline contents or from the file provided
"""
+ cloud_init_msg = None
if self._vdud.cloud_init is not None:
self._log.debug("cloud_init script provided inline %s", self._vdud.cloud_init)
- return self._vdud.cloud_init
+ cloud_init_msg = self._vdud.cloud_init
elif self._vdud.cloud_init_file is not None:
# Get cloud-init script contents from the file provided in the cloud_init_file param
self._log.debug("cloud_init script provided in file %s", self._vdud.cloud_init_file)
stored_package = self._vnfd_package_store.get_package(self._vnfr.vnfd_id)
cloud_init_extractor = rift.package.cloud_init.PackageCloudInitExtractor(self._log)
try:
- return cloud_init_extractor.read_script(stored_package, filename)
+ cloud_init_msg = cloud_init_extractor.read_script(stored_package, filename)
except rift.package.cloud_init.CloudInitExtractionError as e:
self.instantiation_failed(str(e))
raise VirtualDeploymentUnitRecordError(e)
else:
- self._log.debug("VDU Instantiation: cloud-init script not provided")
+ if not self._vnfr._vnfr_msg.cloud_config.key_pair and not self._vnfr._vnfr_msg.cloud_config.user:
+ self._log.debug("VDU Instantiation: cloud-init script not provided")
+ return
+
+ self._log.debug("Current cloud init msg is {}".format(cloud_init_msg))
+ if not self._vnfr._vnfr_msg.cloud_config.key_pair and not self._vnfr._vnfr_msg.cloud_config.user:
+ return cloud_init_msg
+
+ cloud_init_dict = {}
+ if cloud_init_msg:
+ try:
+ cloud_init_dict = yaml.load(cloud_init_msg)
+ except Exception as e:
+ self._log.exception(e)
+ self._log.error("Error loading cloud init Yaml file with exception %s", str(e))
+ return cloud_init_msg
+
+ self._log.debug("Current cloud init dict is {}".format(cloud_init_dict))
+
+ for key_pair in self._vnfr._vnfr_msg.cloud_config.key_pair:
+ if "ssh_authorized_keys" not in cloud_init_dict:
+ cloud_init_dict["ssh_authorized_keys"] = list()
+ cloud_init_dict["ssh_authorized_keys"].append(key_pair.key)
+
+ users = list()
+ for user_entry in self._vnfr._vnfr_msg.cloud_config.user:
+ if "users" not in cloud_init_dict:
+ cloud_init_dict["users"] = list()
+ user = {}
+ user["name"] = user_entry.name
+ user["gecos"] = user_entry.user_info
+ user["sudo"] = "ALL=(ALL) NOPASSWD:ALL"
+ user["ssh-authorized-keys"] = list()
+ for ssh_key in user_entry.key_pair:
+ user["ssh-authorized-keys"].append(ssh_key.key)
+ cloud_init_dict["users"].append(user)
+
+ cloud_msg = yaml.safe_dump(cloud_init_dict,width=1000,default_flow_style=False)
+ cloud_init = "#cloud-config\n"+cloud_msg
+ self._log.debug("Cloud init msg is {}".format(cloud_init))
+ return cloud_init
def process_openstack_placement_group_construct(self, vm_create_msg_dict):
host_aggregates = []
if availability_zones:
if len(availability_zones) > 1:
- self._log.error("Can not launch VDU: %s in multiple availability zones. Requested Zones: %s", self.name, availability_zones)
- raise VNFMPlacementGroupError("Can not launch VDU: {} in multiple availability zones. Requsted Zones".format(self.name, availability_zones))
+ self._log.error("Can not launch VDU: %s in multiple availability zones. " +
+ "Requested Zones: %s", self.name, availability_zones)
+ raise VNFMPlacementGroupError("Can not launch VDU: {} in multiple availability" +
+ " zones. Requsted Zones".format(self.name, availability_zones))
else:
vm_create_msg_dict['availability_zone'] = availability_zones[0]
if server_groups:
if len(server_groups) > 1:
- self._log.error("Can not launch VDU: %s in multiple Server Group. Requested Groups: %s", self.name, server_groups)
- raise VNFMPlacementGroupError("Can not launch VDU: {} in multiple Server Groups. Requsted Groups".format(self.name, server_groups))
+ self._log.error("Can not launch VDU: %s in multiple Server Group. " +
+ "Requested Groups: %s", self.name, server_groups)
+ raise VNFMPlacementGroupError("Can not launch VDU: {} in multiple " +
+ "Server Groups. Requsted Groups".format(self.name, server_groups))
else:
vm_create_msg_dict['server_group'] = server_groups[0]
# Find source file in scripts dir of VNFD
self._log.debug("Checking for source config file at %s", source)
try:
- source_file_str = cloud_init_extractor.read_script(stored_package, source)
+ try:
+ source_file_str = cloud_init_extractor.read_script(stored_package, source)
+ file_item['source'] = source_file_str
+ except rift.package.package.PackageError as e:
+ self._log.info("Invalid package with Package descriptor id")
+
except rift.package.cloud_init.CloudInitExtractionError as e:
raise VirtualDeploymentUnitRecordError(e)
# Update source file location with file contents
- file_item['source'] = source_file_str
return
"volumes",
"supplemental_boot_data"]
+ def make_resmgr_cp_args(intf, cp, vlr):
+ cp_info = dict(name = cp.name,
+ virtual_link_id = vlr.network_id,
+ type_yang = intf.virtual_interface.type_yang)
+
+ if vlr.network_id is None:
+ raise VlrError("Unresolved virtual link id for vlr id:%s, name:%s",
+ (vlr.id, vlr.name))
+
+ if cp.has_field('port_security_enabled'):
+ cp_info["port_security_enabled"] = cp.port_security_enabled
+
+ try:
+ if intf.static_ip_address:
+ cp_info["static_ip_address"] = intf.static_ip_address
+ except AttributeError as e:
+ ### This can happen because of model difference between OSM and RIFT. Ignore exception
+ self._log.debug(str(e))
+
+ if (intf.virtual_interface.has_field('vpci') and
+ intf.virtual_interface.vpci is not None):
+ cp_info["vpci"] = intf.virtual_interface.vpci
+
+ if (vlr.has_field('ip_profile_params')) and (vlr.ip_profile_params.has_field('security_group')):
+ cp_info['security_group'] = vlr.ip_profile_params.security_group
+
+ if vlr.has_field('virtual_connection_points'):
+ virtual_cps = [ vcp for vcp in vlr.virtual_connection_points
+ if [ True for cp_ref in vcp.associated_cps if cp.name == cp_ref ]]
+ if virtual_cps:
+ fields = ['connection_point_id', 'name', 'ip_address', 'mac_address']
+ cp_info['virtual_cps'] = [ {k:v for k,v in vcp.as_dict().items() if k in fields}
+ for vcp in virtual_cps ]
+
+ # Adding Port Sequence Information to cp_info
+ intf_dict = intf.as_dict()
+ if "position" in intf_dict:
+ cp_info["port_order"] = intf.position
+
+ self._log.debug("CP info {}".format(cp_info))
+ return cp_info
+
self._log.debug("Creating params based on VDUD: %s", self._vdud)
vdu_copy_dict = {k: v for k, v in self._vdud.as_dict().items() if k in vdu_fields}
if self._mgmt_network:
vm_create_msg_dict['mgmt_network'] = self._mgmt_network
- cp_list = []
+ cp_list = list()
for intf, cp, vlr in self._ext_intf:
- cp_info = { "name": cp.name,
- "virtual_link_id": vlr.network_id,
- "type_yang": intf.virtual_interface.type_yang }
-
- if cp.has_field('port_security_enabled'):
- cp_info["port_security_enabled"] = cp.port_security_enabled
-
- if (intf.virtual_interface.has_field('vpci') and
- intf.virtual_interface.vpci is not None):
- cp_info["vpci"] = intf.virtual_interface.vpci
-
- if (vlr.has_field('ip_profile_params')) and (vlr.ip_profile_params.has_field('security_group')):
- cp_info['security_group'] = vlr.ip_profile_params.security_group
+ cp_list.append(make_resmgr_cp_args(intf, cp, vlr))
- cp_list.append(cp_info)
-
- for intf, cp, vlr in self._int_intf:
- if (intf.virtual_interface.has_field('vpci') and
- intf.virtual_interface.vpci is not None):
- cp_list.append({"name": cp,
- "virtual_link_id": vlr.network_id,
- "type_yang": intf.virtual_interface.type_yang,
- "vpci": intf.virtual_interface.vpci})
- else:
- if cp.has_field('port_security_enabled'):
- cp_list.append({"name": cp,
- "virtual_link_id": vlr.network_id,
- "type_yang": intf.virtual_interface.type_yang,
- "port_security_enabled": cp.port_security_enabled})
- else:
- cp_list.append({"name": cp,
- "virtual_link_id": vlr.network_id,
- "type_yang": intf.virtual_interface.type_yang})
+ for intf, cp_id, vlr in self._int_intf:
+ cp = self.find_internal_cp_by_cp_id(cp_id)
+ cp_list.append(make_resmgr_cp_args(intf, cp, vlr.msg()))
vm_create_msg_dict["connection_points"] = cp_list
self.process_placement_groups(vm_create_msg_dict)
if 'supplemental_boot_data' in vm_create_msg_dict:
- self.process_custom_bootdata(vm_create_msg_dict)
+ self.process_custom_bootdata(vm_create_msg_dict)
- msg = RwResourceMgrYang.VDUEventData()
+ msg = RwResourceMgrYang.YangData_RwProject_Project_ResourceMgmt_VduEvent_VduEventData()
msg.event_id = self._request_id
- msg.cloud_account = self.cloud_account_name
+ msg.cloud_account = self.datacenter_name
+
msg.request_info.from_dict(vm_create_msg_dict)
+ for volume in self._vdud.volumes:
+ v = msg.request_info.volumes.add()
+ v.from_dict(volume.as_dict())
+
return msg
@asyncio.coroutine
self._rm_regh = None
if self._vdur_console_handler is not None:
- self._log.error("Deregistering vnfr vdur registration handle")
+ self._log.debug("Deregistering vnfr vdur console registration handle")
self._vdur_console_handler._regh.deregister()
self._vdur_console_handler._regh = None
cp_name)
return cp
- def find_internal_vlr_by_cp_name(cp_name):
- """ Find the VLR corresponding to the connection point name"""
- cp = None
-
- self._log.debug("find_internal_vlr_by_cp_name(%s) called",
- cp_name)
-
- for int_cp in self._vdud.internal_connection_point:
- self._log.debug("Checking for int cp %s in internal connection points",
- int_cp.id)
- if int_cp.id == cp_name:
- cp = int_cp
- break
+ def find_internal_vlr_by_cp_id(cp_id):
+ self._log.debug("find_internal_vlr_by_cp_id(%s) called",
+ cp_id)
- if cp is None:
- self._log.debug("Failed to find cp %s in internal connection points",
- cp_name)
- msg = "Failed to find cp %s in internal connection points" % cp_name
- raise VduRecordError(msg)
+ # Validate the cp
+ cp = self.find_internal_cp_by_cp_id(cp_id)
# return the VLR associated with the connection point
- return vnfr.find_vlr_by_cp(cp_name)
+ return vnfr.find_vlr_by_cp(cp_id)
- block = xact.block_create()
- self._log.debug("Executing vm request id: %s, action: create",
- self._request_id)
-
- # Resolve the networks associated external interfaces
- for ext_intf in self._vdud.external_interface:
- self._log.debug("Resolving external interface name [%s], cp[%s]",
- ext_intf.name, ext_intf.vnfd_connection_point_ref)
- cp = find_cp_by_name(ext_intf.vnfd_connection_point_ref)
+ def add_external_interface(interface):
+ # Add an external interface from vdu interface list
+ cp = find_cp_by_name(interface.external_connection_point_ref)
if cp is None:
self._log.debug("Failed to find connection point - %s",
- ext_intf.vnfd_connection_point_ref)
- continue
+ interface.external_connection_point_ref)
+ return
+
self._log.debug("Connection point name [%s], type[%s]",
cp.name, cp.type_yang)
vlr = vnfr.ext_vlr_by_id(cp.vlr_ref)
- etuple = (ext_intf, cp, vlr)
+ etuple = (interface, cp, vlr)
self._ext_intf.append(etuple)
self._log.debug("Created external interface tuple : %s", etuple)
- # Resolve the networks associated internal interfaces
- for intf in self._vdud.internal_interface:
- cp_id = intf.vdu_internal_connection_point_ref
+ @asyncio.coroutine
+ def add_internal_interface(interface):
+ # Add an internal interface from vdu interface list
+ cp_id = interface.internal_connection_point_ref
self._log.debug("Resolving internal interface name [%s], cp[%s]",
- intf.name, cp_id)
-
+ interface.name, cp_id)
+
+ if cp_id is None:
+ msg = "The Internal Interface : %s is not mapped to an internal connection point." % (interface.name)
+ self._log.error(msg)
+ raise VduRecordError(msg)
+
try:
- vlr = find_internal_vlr_by_cp_name(cp_id)
+ vlr = find_internal_vlr_by_cp_id(cp_id)
+ iter = yield from self._dts.query_read(vlr.vlr_path())
+ for itr in iter:
+ vlr._vlr = (yield from itr).result
except Exception as e:
self._log.debug("Failed to find cp %s in internal VLR list", cp_id)
msg = "Failed to find cp %s in internal VLR list, e = %s" % (cp_id, e)
raise VduRecordError(msg)
- ituple = (intf, cp_id, vlr)
+ ituple = (interface, cp_id, vlr)
self._int_intf.append(ituple)
self._log.debug("Created internal interface tuple : %s", ituple)
+
+ block = xact.block_create()
+
+ self._log.debug("Executing vm request id: %s, action: create",
+ self._request_id)
+
+ # Resolve the networks associated with interfaces ( both internal and external)
+
+ for intf in self._vdud.interface:
+ if intf.type_yang == 'EXTERNAL':
+ self._log.debug("Resolving external interface name [%s], cp[%s]",
+ intf.name, intf.external_connection_point_ref)
+ try:
+ add_external_interface(intf)
+ except Exception as e:
+ msg = "Failed to add external interface %s from vdu interface list, e = %s" % (intf.name, e)
+ self._log.error(msg)
+ raise VduRecordError(msg)
+ elif intf.type_yang == 'INTERNAL':
+ self._log.debug("Resolving internal interface name [%s], cp[%s]",
+ intf.name, intf.internal_connection_point_ref)
+ try:
+ yield from add_internal_interface(intf)
+ except Exception as e:
+ msg = "Failed to add internal interface %s from vdu interface list, e = %s" % (intf.name, e)
+ self._log.error(msg)
+ raise VduRecordError(msg)
+
+
+
resmgr_path = self.resmgr_path
resmgr_msg = self.resmgr_msg(config)
#self._vm_resp = resp.resource_info
return resp.resource_info
-
- @asyncio.coroutine
- def start_component(self):
- """ This VDUR is active """
- self._log.debug("Starting component %s for vdud %s vdur %s",
- self._vdud.vcs_component_ref,
- self._vdud,
- self._vdur_id)
- yield from self._vnfr.start_component(self._vdud.vcs_component_ref,
- self.vm_resp.management_ip)
-
@property
def active(self):
""" Is this VDU active """
self._log.debug("VDUR id %s in VNFR %s is active", self._vdur_id, self._vnfr.vnfr_id)
- if self._vdud.vcs_component_ref is not None:
- yield from self.start_component()
-
self._state = VDURecordState.READY
if self._vnfr.all_vdus_active():
xact_info.respond_xpath(rwdts.XactRspCode.ACK)
try:
+ #Check if resource orchestrator is not rift so that resource manager tasklet is not invoked
+ if self._nsr_config.resource_orchestrator is not None:
+ return
+
reg_event = asyncio.Event(loop=self._loop)
@asyncio.coroutine
class InternalVirtualLinkRecord(object):
""" Internal Virtual Link record """
- def __init__(self, dts, log, loop, ivld_msg, vnfr_name, cloud_account_name, ip_profile=None):
+ def __init__(self, dts, log, loop, project, vnfm,
+ ivld_msg, vnfr_name, datacenter_name, ip_profile=None):
self._dts = dts
self._log = log
self._loop = loop
+ self._project = project
+ self._vnfm = vnfm
self._ivld_msg = ivld_msg
self._vnfr_name = vnfr_name
- self._cloud_account_name = cloud_account_name
+ self._datacenter_name = datacenter_name
self._ip_profile = ip_profile
self._vlr_req = self.create_vlr()
self._vlr = None
+ self._network_id = None
self._state = VlRecordState.INIT
+ self._state_details = ""
@property
def vlr_id(self):
@property
def network_id(self):
""" Find VLR by id """
- return self._vlr.network_id if self._vlr else None
+ return self._network_id
+
+ @network_id.setter
+ def network_id(self, network_id):
+ """ network id setter"""
+ self._network_id = network_id
+
+ @property
+ def active(self):
+ """ """
+ return self._state == VlRecordState.ACTIVE
+
+ @property
+ def state(self):
+ """ state for this VLR """
+ return self._state
+
+ @property
+ def state_details(self):
+ """ state details for this VLR """
+ return self._state_details
def vlr_path(self):
""" VLR path for this VLR instance"""
- return "D,/vlr:vlr-catalog/vlr:vlr[vlr:id = '{}']".format(self.vlr_id)
+ return self._project.add_project("D,/vlr:vlr-catalog/vlr:vlr[vlr:id={}]".
+ format(quoted_key(self.vlr_id)))
def create_vlr(self):
""" Create the VLR record which will be instantiated """
vlr_dict = {"id": str(uuid.uuid4()),
"name": self.name,
- "cloud_account": self._cloud_account_name,
+ "datacenter": self._datacenter_name,
}
if self._ip_profile and self._ip_profile.has_field('ip_profile_params'):
vlr_dict.update(vld_copy_dict)
- vlr = RwVlrYang.YangData_Vlr_VlrCatalog_Vlr.from_dict(vlr_dict)
+ vlr = RwVlrYang.YangData_RwProject_Project_VlrCatalog_Vlr.from_dict(vlr_dict)
+
+ if self._ivld_msg.has_field('virtual_connection_points'):
+ for cp in self._ivld_msg.virtual_connection_points:
+ vcp = vlr.virtual_connection_points.add()
+ vcp.from_dict(cp.as_dict())
+
return vlr
@asyncio.coroutine
self._log.debug("Create VL with xpath %s and vlr %s",
self.vlr_path(), self._vlr_req)
- with self._dts.transaction(flags=0) as xact:
- block = xact.block_create()
- block.add_query_create(xpath=self.vlr_path(), msg=self._vlr_req)
- self._log.debug("Executing VL create path:%s msg:%s",
- self.vlr_path(), self._vlr_req)
-
- res_iter = None
- try:
- res_iter = yield from block.execute()
- except Exception:
+ try:
+ with self._dts.transaction(flags=0) as xact:
+ block = xact.block_create()
+ block.add_query_create(xpath=self.vlr_path(), msg=self._vlr_req)
+ self._log.debug("Executing VL create path:%s msg:%s",
+ self.vlr_path(), self._vlr_req)
+
+ self._state = VlRecordState.INSTANTIATION_PENDING
+ self._state_details = "Oustanding VL create request:%s".format(self.vlr_path())
+ res_iter = None
+ try:
+ res_iter = yield from block.execute()
+ except Exception as e:
+ self._state = VlRecordState.FAILED
+ self._state_details = str(e)
+ self._log.exception("Caught exception while instantial VL")
+ raise
+
+ for ent in res_iter:
+ res = yield from ent
+ self._vlr = res.result
+
+ if self._vlr.operational_status == 'failed':
+ self._log.debug("VL creation failed for vlr id %s", self._vlr.id)
self._state = VlRecordState.FAILED
- self._log.exception("Caught exception while instantial VL")
- raise
+ self._state_details = self._vlr.operational_status_details
+ raise VnfrInstantiationFailed("instantiation due to VL failure %s" % (self._vlr.id))
- for ent in res_iter:
- res = yield from ent
- self._vlr = res.result
-
- if self._vlr.operational_status == 'failed':
- self._log.debug("VL creation failed for vlr id %s", self._vlr.id)
- self._state = VlRecordState.FAILED
- raise VnfrInstantiationFailed("instantiation due to VL failure %s" % (self._vlr.id))
+ except Exception as e:
+ self._log.error("Caught exception while instantiating VL:%s:%s, e:%s",
+ self.vlr_id, self._vlr.name, e)
+ self._state_details = str(e)
+ raise
self._log.info("Created VL with xpath %s and vlr %s",
self.vlr_path(), self._vlr)
else:
yield from instantiate_vlr()
- self._state = VlRecordState.ACTIVE
def vlr_in_vns(self):
""" Is there a VLR record in VNS """
if (self._state == VlRecordState.ACTIVE or
- self._state == VlRecordState.INSTANTIATION_PENDING or
- self._state == VlRecordState.FAILED):
+ self._state == VlRecordState.INSTANTIATION_PENDING or
+ self._state == VlRecordState.FAILED):
return True
return False
self._log.debug("Terminating VL with path %s", self.vlr_path())
self._state = VlRecordState.TERMINATE_PENDING
+ self._state_details = "VL Terminate pending"
block = xact.block_create()
block.add_query_delete(self.vlr_path())
yield from block.execute(flags=0, now=True)
self._state = VlRecordState.TERMINATED
+ self._state_details = "VL Terminated"
self._log.debug("Terminated VL with path %s", self.vlr_path())
+ def set_state_from_op_status(self, operational_status, operational_status_details):
+ """ Set the state of this VL based on operational_status"""
+
+ self._state_details = operational_status_details
+
+ if operational_status == 'running':
+ self._log.info("VL %s moved to active state", self.vlr_id)
+ self._state = VlRecordState.ACTIVE
+ elif operational_status == 'failed':
+ self._log.info("VL %s moved to failed state", self.vlr_id)
+ self._state = VlRecordState.FAILED
+ elif operational_status == 'vl_alloc_pending':
+ self._log.debug("VL %s is in alloc pending state", self.vlr_id)
+ self._state = VlRecordState.INSTANTIATION_PENDING
+ else:
+ raise VirtualLinkRecordError("Unknown operational_status %s" % (operational_status))
+
+ def msg(self):
+ """ Get a proto corresponding to this VLR """
+ msg = self._vlr
+ return msg
+
class VirtualNetworkFunctionRecord(object):
""" Virtual Network Function Record """
- def __init__(self, dts, log, loop, cluster_name, vnfm, vcs_handler, vnfr_msg, mgmt_network=None):
+ def __init__(self, dts, log, loop, cluster_name, vnfm, vnfr_msg,
+ mgmt_network=None, external_ro=False):
self._dts = dts
self._log = log
- self._loop = loop
+ self._loop = loop###
+ self._project = vnfm._project
self._cluster_name = cluster_name
self._vnfr_msg = vnfr_msg
self._vnfr_id = vnfr_msg.id
self._vnfd_id = vnfr_msg.vnfd.id
self._vnfm = vnfm
- self._vcs_handler = vcs_handler
self._vnfr = vnfr_msg
self._mgmt_network = mgmt_network
self._state = VirtualNetworkFunctionRecordState.INIT
self._state_failed_reason = None
self._ext_vlrs = {} # The list of external virtual links
- self._vlrs = [] # The list of internal virtual links
+ self._vlrs = {} # The list of internal virtual links
self._vdus = [] # The list of vdu
self._vlr_by_cp = {}
self._cprs = []
self._create_time = int(time.time())
self._vnf_mon = None
self._config_status = vnfr_msg.config_status
- self._vnfd_package_store = rift.package.store.VnfdPackageFilesystemStore(self._log)
+ self._vnfd_package_store = rift.package.store.VnfdPackageFilesystemStore(self._log, project=self._project.name)
self._rw_vnfd = None
self._vnfd_ref_count = 0
+ self._ssh_pub_key = None
+ self._ssh_key_file = None
+ self._task = None
+ # Create an asyncio loop to know when the virtual links are ready
+ self._vls_ready = asyncio.Event(loop=self._loop)
+
+ # Counter for pre-init VNFR State Update DTS Query
+ self._init = False
+ self._external_ro = external_ro
+
def _get_vdur_from_vdu_id(self, vdu_id):
self._log.debug("Finding vdur for vdu_id %s", vdu_id)
self._log.debug("Searching through vdus: %s", self._vdus)
@property
def operational_status(self):
""" Operational status of this VNFR """
- op_status_map = {"INIT": "init",
+ op_status_map = {"PRE_INIT": "pre_init",
+ "INIT": "init",
"VL_INIT_PHASE": "vl_init_phase",
"VM_INIT_PHASE": "vm_init_phase",
"READY": "running",
@staticmethod
def vnfd_xpath(vnfd_id):
""" VNFD xpath associated with this VNFR """
- return "C,/vnfd:vnfd-catalog/vnfd:vnfd[vnfd:id = '{}']".format(vnfd_id)
+ return ("C,/project-vnfd:vnfd-catalog/project-vnfd:vnfd[project-vnfd:id={}]".
+ format(quoted_key(vnfd_id)))
+
+ @property
+ def external_ro(self):
+ return self._external_ro
+
+ @property
+ def task(self):
+ return self._task
+
+ @task.setter
+ def task(self, task):
+ self._task = task
@property
def vnfd_ref_count(self):
return self._vnfr.name
@property
- def cloud_account_name(self):
+ def datacenter_name(self):
""" Name of the cloud account this VNFR is instantiated in """
- return self._vnfr.cloud_account
+ return self._vnfr.datacenter
@property
def vnfd_id(self):
""" Config agent status for this VNFR """
return self._config_status
- def component_by_name(self, component_name):
- """ Find a component by name in the inventory list"""
- mangled_name = VcsComponent.mangle_name(component_name,
- self.vnf_name,
- self.vnfd_id)
- return self._inventory[mangled_name]
-
-
+ @property
+ def public_key(self):
+ return self._ssh_pub_key
@asyncio.coroutine
def get_nsr_config(self):
### Need access to NS instance configuration for runtime resolution.
### This shall be replaced when deployment flavors are implemented
- xpath = "C,/nsr:ns-instance-config"
+ xpath = self._project.add_project("C,/nsr:ns-instance-config")
results = yield from self._dts.query_read(xpath, rwdts.XactFlag.MERGE)
for result in results:
return None
@asyncio.coroutine
- def start_component(self, component_name, ip_addr):
- """ Start a component in the VNFR by name """
- comp = self.component_by_name(component_name)
- yield from comp.start(None, None, ip_addr)
+ def get_nsr_opdata(self):
+ """ NSR opdata associated with this VNFR """
+ xpath = self._project.add_project(
+ "D,/nsr:ns-instance-opdata/nsr:nsr" \
+ "[nsr:ns-instance-config-ref={}]". \
+ format(quoted_key(self._vnfr_msg.nsr_id_ref)))
+
+ results = yield from self._dts.query_read(xpath, rwdts.XactFlag.MERGE)
+
+ for result in results:
+ entry = yield from result
+ nsr_op = entry.result
+ return nsr_op
+
+ return None
+
def cp_ip_addr(self, cp_name):
""" Get ip address for connection point """
vnfd_fields = ["short_name", "vendor", "description", "version"]
vnfd_copy_dict = {k: v for k, v in self.vnfd.as_dict().items() if k in vnfd_fields}
- mgmt_intf = VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_MgmtInterface()
+ mgmt_intf = VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_MgmtInterface()
ip_address, port = self.mgmt_intf_info()
- if ip_address is not None:
+ if ip_address:
mgmt_intf.ip_address = ip_address
if port is not None:
mgmt_intf.port = port
+ if self._ssh_pub_key:
+ mgmt_intf.ssh_key.public_key = self._ssh_pub_key
+ mgmt_intf.ssh_key.private_key_file = self._ssh_key_file
+
vnfr_dict = {"id": self._vnfr_id,
"nsr_id_ref": self._vnfr_msg.nsr_id_ref,
"name": self.name,
"member_vnf_index_ref": self.member_vnf_index,
"operational_status": self.operational_status,
"operational_status_details": self._state_failed_reason,
- "cloud_account": self.cloud_account_name,
+ "datacenter": self.datacenter_name,
"config_status": self._config_status
}
vnfr_dict.update(vnfd_copy_dict)
- vnfr_msg = RwVnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr.from_dict(vnfr_dict)
- vnfr_msg.vnfd = VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_Vnfd.from_dict(self.vnfd.as_dict())
+ vnfr_msg = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr.from_dict(vnfr_dict)
+ vnfr_msg.vnfd = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_Vnfd.from_dict(self.vnfd.as_dict())
vnfr_msg.create_time = self._create_time
vnfr_msg.uptime = int(time.time()) - self._create_time
vnfr_msg.mgmt_interface = mgmt_intf
# Add all the VLRs to VNFR
- for vlr in self._vlrs:
+ for vlr_id, vlr in self._vlrs.items():
ivlr = vnfr_msg.internal_vlr.add()
ivlr.vlr_ref = vlr.vlr_id
- # Add all the VDURs to VDUR
+ # Add all the VDUs to VDUR
if self._vdus is not None:
for vdu in self._vdus:
vdur = vnfr_msg.vdur.add()
vnfr_msg.dashboard_url = self.dashboard_url
for cpr in self._cprs:
- new_cp = VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_ConnectionPoint.from_dict(cpr.as_dict())
+ new_cp = VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_ConnectionPoint.from_dict(cpr.as_dict())
vnfr_msg.connection_point.append(new_cp)
if self._vnf_mon is not None:
for monp in self._vnf_mon.msg:
vnfr_msg.monitoring_param.append(
- VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_MonitoringParam.from_dict(monp.as_dict()))
+ VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_MonitoringParam.from_dict(monp.as_dict()))
if self._vnfr.vnf_configuration is not None:
vnfr_msg.vnf_configuration.from_dict(self._vnfr.vnf_configuration.as_dict())
- if (ip_address is not None and
- vnfr_msg.vnf_configuration.config_access.mgmt_ip_address is None):
- vnfr_msg.vnf_configuration.config_access.mgmt_ip_address = ip_address
for group in self._vnfr_msg.placement_groups_info:
- group_info = VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_PlacementGroupsInfo()
+ group_info = VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_PlacementGroupsInfo()
group_info.from_dict(group.as_dict())
vnfr_msg.placement_groups_info.append(group_info)
return vnfr_msg
+ @asyncio.coroutine
+ def update_config(self, msg, xact):
+ self._log.debug("VNFM vnf config: {}".
+ format(msg.vnf_configuration.as_dict()))
+ self._config_status = msg.config_status
+ self._vnfr = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr.from_dict(
+ msg.as_dict())
+ self._log.debug("VNFR msg config: {}".
+ format(self._vnfr.as_dict()))
+
+ yield from self.publish(xact)
+
+ @asyncio.coroutine
+ def update_vnfr_after_substitution(self, msg, xact):
+ self._log.debug("Updating VNFR after Input Param Substitution: {}".
+ format(msg.as_dict()))
+ self._state = VirtualNetworkFunctionRecordState.INIT
+ self._vnfd = msg.vnfd
+ msg.operational_status = 'init'
+ self._vnfr = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr.from_dict(
+ msg.as_dict())
+
+ self._log.debug("VNFR updated: {}".
+ format(self._vnfr.as_dict()))
+ yield from self.publish(xact)
+
@property
def dashboard_url(self):
ip, cfg_port = self.mgmt_intf_info()
@property
def xpath(self):
""" path for this VNFR """
- return("D,/vnfr:vnfr-catalog"
- "/vnfr:vnfr[vnfr:id='{}']".format(self.vnfr_id))
+ return self._project.add_project("D,/vnfr:vnfr-catalog"
+ "/vnfr:vnfr[vnfr:id={}]".format(quoted_key(self.vnfr_id)))
@asyncio.coroutine
def publish(self, xact):
vlr = InternalVirtualLinkRecord(dts=self._dts,
log=self._log,
loop=self._loop,
+ project=self._project,
+ vnfm=self._vnfm,
ivld_msg=ivld_msg,
vnfr_name=self.name,
- cloud_account_name=self.cloud_account_name,
+ datacenter_name=self.datacenter_name,
ip_profile=self.resolve_vld_ip_profile(self.vnfd, ivld_msg)
)
- self._vlrs.append(vlr)
+ self._vlrs[vlr.vlr_id] = vlr
+ self._vnfm.add_vlr_id_vnfr_map(vlr.vlr_id, self)
for int_cp in ivld_msg.internal_connection_point:
if int_cp.id_ref in self._vlr_by_cp:
self._log.debug("Instantiating Internal Virtual Links for vnfd id: %s",
self.vnfd_id)
- for vlr in self._vlrs:
+ for vlr_id, vlr in self._vlrs.items():
self._log.debug("Instantiating VLR %s", vlr)
yield from vlr.instantiate(xact, restart_mode)
+ # Wait for the VLs to be ready before yielding control out
+ if self._vlrs:
+ self._log.debug("VNFR id:%s, name:%s - Waiting for %d VLs to be ready",
+ self.vnfr_id, self.name, len(self._vlrs))
+ yield from self._vls_ready.wait()
+ else:
+ self._log.debug("VNFR id:%s, name:%s, No virtual links found",
+ self.vnfr_id, self.name)
+ self._vls_ready.set()
+
def find_vlr_by_cp(self, cp_name):
""" Find the VLR associated with the cp name """
return self._vlr_by_cp[cp_name]
for group_info in nsr_config.vnfd_placement_group_maps:
if group_info.placement_group_ref == input_group.name and \
group_info.vnfd_id_ref == self.vnfd_id:
- group = VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_Vdur_PlacementGroupsInfo()
+ group = VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_Vdur_PlacementGroupsInfo()
group_dict = {k:v for k,v in
group_info.as_dict().items()
if (k != 'placement_group_ref' and k !='vnfd_id_ref')}
placement_groups = []
### Step-1: Get VNF level placement groups
for group in self._vnfr_msg.placement_groups_info:
- #group_info = VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_Vdur_PlacementGroupsInfo()
+ #group_info = VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_Vdur_PlacementGroupsInfo()
#group_info.from_dict(group.as_dict())
placement_groups.append(group)
group_info = self.resolve_placement_group_cloud_construct(group,
nsr_config)
if group_info is None:
- self._log.info("Could not resolve cloud-construct for placement group: %s", group.name)
- ### raise VNFMPlacementGroupError("Could not resolve cloud-construct for placement group: {}".format(group.name))
+ self._log.info("Could not resolve cloud-construct for " +
+ "placement group: %s", group.name)
else:
- self._log.info("Successfully resolved cloud construct for placement group: %s for VDU: %s in VNF: %s (Member Index: %s)",
+ self._log.info("Successfully resolved cloud construct for " +
+ "placement group: %s for VDU: %s in VNF: %s (Member Index: %s)",
str(group_info),
vdu.name,
self.vnf_name,
return placement_groups
+ @asyncio.coroutine
+ def substitute_vdu_input_parameters(self, vdu):
+ result = vdu
+ for vdu_vnfr in self.vnfd.vdu:
+ if vdu["id"] == vdu_vnfr.id:
+ result = vdu_vnfr.as_dict()
+ break
+
+ return RwVnfdYang.YangData_Vnfd_VnfdCatalog_Vnfd_Vdu.from_dict(result)
+
+
@asyncio.coroutine
def vdu_cloud_init_instantiation(self):
[vdu.vdud_cloud_init for vdu in self._vdus]
[ group.name for group in placement_groups],
vdur_id)
+ # Update VDU Info from VNFR (It contains the input parameter for VDUs as well)
+ vdu_updated = yield from self.substitute_vdu_input_parameters(vdu.as_dict())
+
vdur = VirtualDeploymentUnitRecord(
dts=self._dts,
log=self._log,
loop=self._loop,
- vdud=vdu,
+ project = self._project,
+ vdud=vdu_updated,
vnfr=vnfr,
nsr_config=nsr_config,
mgmt_intf=self.has_mgmt_interface(vdu),
mgmt_network=self._mgmt_network,
- cloud_account_name=self.cloud_account_name,
+ datacenter_name=self.datacenter_name,
vnfd_package_store=self._vnfd_package_store,
vdur_id=vdur_id,
placement_groups = placement_groups,
VirtualDeploymentUnitRecordError is raised.
"""
+
for dependency in dependencies[vdu.vdu_id]:
self._log.debug("{}: waiting for {}".format(vdu.vdu_id, dependency.vdu_id))
# Substitute any variables contained in the cloud config script
config = str(vdu.vdud_cloud_init) if vdu.vdud_cloud_init is not None else ""
-
+
parts = re.split("\{\{ ([^\}]+) \}\}", config)
+
if len(parts) > 1:
# Extract the variable names
# Iterate of the variables and substitute values from the
# datastore.
+
for variable in variables:
# Handle a reference to a VDU by ID
config = config.replace("{{ %s }}" % variable, value)
continue
+ # Handle a reference to Cloud Init Variables: Start with 'CI'
+ if variable.startswith('CI'):
+ custom_meta_data = datastore.get('vdu[{}]'.format(vdu.vdu_id) + ".custom_meta_data")
+ try:
+ for meta_data in custom_meta_data:
+ if meta_data.destination == 'CLOUD_INIT':
+ if meta_data.name == variable:
+ config = config.replace("{{ %s }}" % variable, meta_data.value)
+ except Exception:
+ raise ValueError("Unrecognized Cloud Init Variable")
+
+ continue
+
# Handle unrecognized variables
msg = 'unrecognized cloud-config variable: {}'
raise ValueError(msg.format(variable))
def vlr_xpath(self, vlr_id):
""" vlr xpath """
- return(
- "D,/vlr:vlr-catalog/"
- "vlr:vlr[vlr:id = '{}']".format(vlr_id))
+ return self._project.add_project("D,/vlr:vlr-catalog/"
+ "vlr:vlr[vlr:id={}]".format(quoted_key(vlr_id)))
def ext_vlr_by_id(self, vlr_id):
""" find ext vlr by id """
return self._ext_vlrs[vlr_id]
- @asyncio.coroutine
- def publish_inventory(self, xact):
- """ Publish the inventory associated with this VNF """
- self._log.debug("Publishing inventory for VNFR id: %s", self._vnfr_id)
-
- for component in self._rw_vnfd.component:
- self._log.debug("Creating inventory component %s", component)
- mangled_name = VcsComponent.mangle_name(component.component_name,
- self.vnf_name,
- self.vnfd_id
- )
- comp = VcsComponent(dts=self._dts,
- log=self._log,
- loop=self._loop,
- cluster_name=self._cluster_name,
- vcs_handler=self._vcs_handler,
- component=component,
- mangled_name=mangled_name,
- )
- if comp.name in self._inventory:
- self._log.debug("Duplicate entries in inventory %s for vnfr %s",
- component, self._vnfd_id)
- return
- self._log.debug("Adding component %s for vnrf %s",
- comp.name, self._vnfr_id)
- self._inventory[comp.name] = comp
- yield from comp.publish(xact)
-
def all_vdus_active(self):
""" Are all VDUS in this VNFR active? """
for vdu in self._vdus:
# Update the VNFR with the changed status
yield from self.publish(None)
- def update_cp(self, cp_name, ip_address, mac_addr, cp_id):
+ def update_cp(self, cp_name, ip_address, mac_addr, cp_id, virtual_cps = list()):
"""Updated the connection point with ip address"""
for cp in self._cprs:
if cp.name == cp_name:
cp.ip_address = ip_address
cp.mac_address = mac_addr
cp.connection_point_id = cp_id
+ if virtual_cps:
+ cp.virtual_cps = [VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_ConnectionPoint_VirtualCps.from_dict(v) for v in virtual_cps]
return
err = "No connection point %s found in VNFR id %s" % (cp.name, self._vnfr_id)
@asyncio.coroutine
def instantiate(self, xact, restart_mode=False):
""" instantiate this VNF """
+ self._log.info("Instantiate VNF {}: {}".format(self._vnfr_id, self._state))
self.set_state(VirtualNetworkFunctionRecordState.VL_INIT_PHASE)
self._rw_vnfd = yield from self._vnfm.fetch_vnfd(self._vnfd_id)
+ nsr_op = yield from self.get_nsr_opdata()
+ if nsr_op:
+ self._ssh_key_file = nsr_op.ssh_key_generated.private_key_file
+ self._ssh_pub_key = nsr_op.ssh_key_generated.public_key
+
@asyncio.coroutine
def fetch_vlrs():
""" Fetch VLRs """
def cpr_from_cp(cp):
""" Creates a record level connection point from the desciptor cp"""
- cp_fields = ["name", "image", "vm-flavor", "port_security_enabled"]
+ cp_fields = ["name", "image", "vm-flavor", "port_security_enabled", "type_yang"]
cp_copy_dict = {k: v for k, v in cp.as_dict().items() if k in cp_fields}
cpr_dict = {}
cpr_dict.update(cp_copy_dict)
- return VnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr_ConnectionPoint.from_dict(cpr_dict)
+ return VnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr_ConnectionPoint.from_dict(cpr_dict)
self._log.debug("Fetching VLRs for VNFR id = %s, cps = %s",
self._vnfr_id, self._vnfr.connection_point)
vlr_path = self.vlr_xpath(cp.vlr_ref)
self._log.debug("Fetching VLR with path = %s", vlr_path)
- res_iter = yield from self._dts.query_read(self.vlr_xpath(cp.vlr_ref),
+ res_iter = yield from self._dts.query_read(vlr_path,
rwdts.XactFlag.MERGE)
for i in res_iter:
r = yield from i
self._log.debug("VNFR-ID %s: Fetching vlrs", self._vnfr_id)
yield from fetch_vlrs()
- # Publish inventory
- self._log.debug("VNFR-ID %s: Publishing Inventory", self._vnfr_id)
- yield from self.publish_inventory(xact)
-
- # Publish inventory
+ # Publish VLs
self._log.debug("VNFR-ID %s: Creating VLs", self._vnfr_id)
yield from self.create_vls()
# publish the VNFR
- self._log.debug("VNFR-ID %s: Publish VNFR", self._vnfr_id)
+ self._log.debug("Publish VNFR {}: {}".format(self._vnfr_id, self._state))
yield from self.publish(xact)
yield from self.instantiation_failed(str(e))
return
+ vl_state, failed_vl = self.vl_instantiation_state()
+ if vl_state == VlRecordState.FAILED:
+ self._log.error("VL Instantiation failed for one or more of the internal virtual links, vl:%s",failed_vl)
+ yield from self.instantiation_failed(failed_vl.state_details)
+ return
+
self.set_state(VirtualNetworkFunctionRecordState.VM_INIT_PHASE)
# instantiate VDUs
yield from self.publish(xact)
# publish the VNFR
- self._log.debug("VNFR-ID %s: Publish VNFR", self._vnfr_id)
+ self._log.debug("VNFR {}: Publish VNFR with state {}".
+ format(self._vnfr_id, self._state))
yield from self.publish(xact)
# instantiate VDUs
# ToDo: Check if this should be prevented during restart
- self._log.debug("VNFR-ID %s: Instantiate VDUs", self._vnfr_id)
+ self._log.debug("Instantiate VDUs {}: {}".format(self._vnfr_id, self._state))
_ = self._loop.create_task(self.instantiate_vdus(xact, self))
# publish the VNFR
self._log.debug("VNFR-ID %s: Instantiation Done", self._vnfr_id)
- # create task updating uptime for this vnfr
- self._log.debug("VNFR-ID %s: Starting task to update uptime", self._vnfr_id)
- self._loop.create_task(self.vnfr_uptime_update(xact))
-
@asyncio.coroutine
def terminate(self, xact):
""" Terminate this virtual network function """
+ if self._task:
+ self._log.debug("Canceling scheduled tasks for VNFR %s", self._vnfr_id)
+ self._task.cancel()
+
self._log.debug("Terminatng VNF id %s", self.vnfr_id)
self.set_state(VirtualNetworkFunctionRecordState.TERMINATE)
@asyncio.coroutine
def terminate_vls():
""" Terminate VLs in this VNF """
- for vl in self._vlrs:
+ for vlr_id, vl in self._vlrs.items():
+ self._vnfm.remove_vlr_id_vnfr_map(vlr_id)
yield from vl.terminate(xact)
@asyncio.coroutine
self._log.debug("Terminated VNF id %s", self.vnfr_id)
self.set_state(VirtualNetworkFunctionRecordState.TERMINATED)
- @asyncio.coroutine
- def vnfr_uptime_update(self, xact):
- while True:
- # Return when vnfr state is FAILED or TERMINATED etc
- if self._state not in [VirtualNetworkFunctionRecordState.INIT,
- VirtualNetworkFunctionRecordState.VL_INIT_PHASE,
- VirtualNetworkFunctionRecordState.VM_INIT_PHASE,
- VirtualNetworkFunctionRecordState.READY]:
- return
- yield from self.publish(xact)
- yield from asyncio.sleep(2, loop=self._loop)
+ # Unref the VNFD
+ self.vnfd_unref()
+
+ def vl_instantiation_state(self):
+ """ Get the state of VL instantiation of this VNF """
+ failed_vl = None
+ for vl_id, vlr in self._vlrs.items():
+ if vlr.state == VlRecordState.ACTIVE:
+ continue
+ elif vlr.state == VlRecordState.FAILED:
+ failed_vl = vlr
+ return VlRecordState.FAILED, failed_vl
+ elif vlr.state == VlRecordState.INSTANTIATION_PENDING:
+ failed_vl = vlr, failed_vl
+ return VlRecordState.INSTANTIATION_PENDING, failed_vl
+ else:
+ self._log.debug("vlr %s still in state %s", vlr, vlr.state)
+ raise VlRecordError("Invalid state %s", vlr.state)
+ return VlRecordState.ACTIVE, failed_vl
+
+ def vl_instantiation_successful(self):
+ """ Mark that all VLs in this VNF are active """
+ if self._vls_ready.is_set():
+ self._log.debug("VNFR id %s, vls_ready is already set", self.id)
+
+ vl_state, failed_vl = self.vl_instantiation_state()
+
+ if vl_state == VlRecordState.ACTIVE:
+ self._log.info("VNFR id:%s name:%s has all Virtual Links in active state, Ready to orchestrate VDUs",
+ self.vnfr_id, self.name)
+ self._vls_ready.set()
+
+ elif vl_state == VlRecordState.FAILED:
+ self._log.error("VNFR id:%s name:%s One of the Virtual Links failed to reach active state.Failed to orchestrate VNF",
+ self.vnfr_id, self.name)
+ self.instantiation_failed("VNFR id %s: failed since VL %s did not come up".format(self.vnfr_id, failed_vl.name))
+ self._vls_ready.set()
+
+ def find_vlr(self, vlr_id):
+ """ Find VLR matching the passed VLR id """
+ if vlr_id in self._vlrs:
+ return self._vlrs[vlr_id]
+ return None
+
+ def vlr_event(self, vlr, action):
+ self._log.debug("Received VLR %s with action:%s", vlr, action)
+
+ vlr_local = self.find_vlr(vlr.id)
+ if vlr_local is None:
+ self._log.error("VLR %s:%s received for unknown id, state:%s ignoring event",
+ vlr.id, vlr.name, vlr.state)
+ return
+
+ if action == rwdts.QueryAction.CREATE or action == rwdts.QueryAction.UPDATE:
+ if vlr.operational_status == 'running':
+ vlr_local.set_state_from_op_status(vlr.operational_status, vlr.operational_status_details)
+ self._log.info("VLR %s:%s moving to active state",
+ vlr.id, vlr.name)
+ elif vlr.operational_status == 'failed':
+ vlr_local.set_state_from_op_status(vlr.operational_status, vlr.operational_status_details)
+ self._log.info("VLR %s:%s moving to failed state",
+ vlr.id, vlr.name)
+ else:
+ self._log.warning("VLR %s:%s received state:%s",
+ vlr.id, vlr.name, vlr.operational_status)
+
+ if vlr.has_field('network_id'):
+ vlr_local.network_id = vlr.network_id
+
+ # Check if vl instantiation successful for this VNFR
+ self.vl_instantiation_successful()
class VnfdDtsHandler(object):
""" DTS handler for VNFD config changes """
- XPATH = "C,/vnfd:vnfd-catalog/vnfd:vnfd"
+ XPATH = "C,/project-vnfd:vnfd-catalog/project-vnfd:vnfd"
def __init__(self, dts, log, loop, vnfm):
self._dts = dts
self._loop = loop
self._vnfm = vnfm
self._regh = None
+ self._reg_ready = 0
@asyncio.coroutine
def regh(self):
""" DTS registration handle """
return self._regh
+ def deregister(self):
+ '''De-register from DTS'''
+ self._log.debug("De-register VNFD DTS handler for project {}".
+ format(self._vnfm._project.name))
+ if self._regh:
+ self._regh.deregister()
+ self._regh = None
+
@asyncio.coroutine
def register(self):
""" Register for VNFD configuration"""
+ @asyncio.coroutine
def on_apply(dts, acg, xact, action, scratch):
"""Apply the configuration"""
self._log.debug("Got VNFM VNFD apply (xact: %s) (action: %s)(scr: %s)",
xact, action, scratch)
is_recovery = xact.xact is None and action == rwdts.AppconfAction.INSTALL
+ # Create/Update a VNFD record
+ if self._regh:
+ for cfg in self._regh.get_xact_elements(xact):
+ # Only interested in those VNFD cfgs whose ID was received in prepare callback
+ if cfg.id in scratch.get('vnfds', []) or is_recovery:
+ self._vnfm.update_vnfd(cfg)
+ else:
+ self._log.warning("Reg handle none for {} in project {}".
+ format(self.__class__, self._vnfm._project))
+
+ scratch.pop('vnfds', None)
+
+ if is_recovery:
+ #yield from self._vnfm.vnfr_handler.register()
+ #yield from self._vnfm.vnfr_ref_handler.register()
+ self._reg_ready = 1
@asyncio.coroutine
def on_prepare(dts, acg, xact, xact_info, ks_path, msg, scratch):
""" on prepare callback """
- self._log.debug("Got on prepare for VNFD (path: %s) (action: %s)",
- ks_path.to_xpath(RwVnfmYang.get_schema()), msg)
+ xpath = ks_path.to_xpath(RwVnfmYang.get_schema())
+ self._log.debug("Got on prepare for VNFD (path: %s) (action: %s) (msg: %s)",
+ xpath,
+ xact_info.query_action, msg)
fref = ProtobufC.FieldReference.alloc()
fref.goto_whole_message(msg.to_pbcm())
self._log.debug("Deleting VNFD with id %s", msg.id)
if self._vnfm.vnfd_in_use(msg.id):
self._log.debug("Cannot delete VNFD in use - %s", msg)
- err = "Cannot delete a VNFD in use - %s" % msg
- raise VirtualNetworkFunctionDescriptorRefCountExists(err)
+ err_msg = "Cannot delete a VNFD in use - %s" % msg
+ xact_info.send_error_xpath(RwTypes.RwStatus.FAILURE, xpath, err_msg)
+ xact_info.respond_xpath(rwdts.XactRspCode.NACK, xpath)
+ return
# Delete a VNFD record
yield from self._vnfm.delete_vnfd(msg.id)
- xact_info.respond_xpath(rwdts.XactRspCode.ACK)
+ try:
+ xact_info.respond_xpath(rwdts.XactRspCode.ACK)
+ except rift.tasklets.dts.ResponseError as e:
+ self._log.warning(
+ "VnfdDtsHandler in project {} with path {} for action {} failed: {}".
+ format(self._vnfm._project, xpath, xact_info.query_action, e))
+
+ xpath = self._vnfm._project.add_project(VnfdDtsHandler.XPATH)
+ self._log.debug("Registering for VNFD config using xpath: {}".
+ format(xpath))
- self._log.debug(
- "Registering for VNFD config using xpath: %s",
- VnfdDtsHandler.XPATH,
- )
acg_hdl = rift.tasklets.AppConfGroup.Handler(on_apply=on_apply)
with self._dts.appconf_group_create(handler=acg_hdl) as acg:
self._regh = acg.register(
- xpath=VnfdDtsHandler.XPATH,
+ xpath=xpath,
flags=rwdts.Flag.SUBSCRIBER | rwdts.Flag.DELTA_READY,
on_prepare=on_prepare)
-
-class VcsComponentDtsHandler(object):
- """ Vcs Component DTS handler """
- XPATH = ("D,/rw-manifest:manifest" +
- "/rw-manifest:operational-inventory" +
- "/rw-manifest:component")
-
- def __init__(self, dts, log, loop, vnfm):
- self._dts = dts
- self._log = log
- self._loop = loop
- self._regh = None
- self._vnfm = vnfm
-
- @property
- def regh(self):
- """ DTS registration handle """
- return self._regh
-
- @asyncio.coroutine
- def register(self):
- """ Registers VCS component dts publisher registration"""
- self._log.debug("VCS Comp publisher DTS handler registering path %s",
- VcsComponentDtsHandler.XPATH)
-
- hdl = rift.tasklets.DTS.RegistrationHandler()
- handlers = rift.tasklets.Group.Handler()
- with self._dts.group_create(handler=handlers) as group:
- self._regh = group.register(xpath=VcsComponentDtsHandler.XPATH,
- handler=hdl,
- flags=(rwdts.Flag.PUBLISHER |
- rwdts.Flag.NO_PREP_READ |
- rwdts.Flag.DATASTORE),)
-
- @asyncio.coroutine
- def publish(self, xact, path, msg):
- """ Publishes the VCS component """
- self._log.debug("Publishing the VcsComponent xact = %s, %s:%s",
- xact, path, msg)
- self.regh.create_element(path, msg)
- self._log.debug("Published the VcsComponent to %s xact = %s, %s:%s",
- VcsComponentDtsHandler.XPATH, xact, path, msg)
-
class VnfrConsoleOperdataDtsHandler(object):
- """ registers 'D,/vnfr:vnfr-console/vnfr:vnfr[id]/vdur[id]' and handles CRUD from DTS"""
+ """
+ Registers 'D,/rw-project:project/vnfr:vnfr-console/vnfr:vnfr[id]/vdur[id]'
+ and handles CRUD from DTS
+ """
+
@property
def vnfr_vdu_console_xpath(self):
""" path for resource-mgr"""
- return ("D,/rw-vnfr:vnfr-console/rw-vnfr:vnfr[rw-vnfr:id='{}']/rw-vnfr:vdur[vnfr:id='{}']".format(self._vnfr_id,self._vdur_id))
+ return self._project.add_project(
+ "D,/rw-vnfr:vnfr-console/rw-vnfr:vnfr[rw-vnfr:id={}]".format(quoted_key(self._vnfr_id)) +
+ "/rw-vnfr:vdur[vnfr:id={}]".format(quoted_key(self._vdur_id)))
def __init__(self, dts, log, loop, vnfm, vnfr_id, vdur_id, vdu_id):
self._dts = dts
self._vdur_id = vdur_id
self._vdu_id = vdu_id
+ self._project = vnfm._project
+
+ def deregister(self):
+ '''De-register from DTS'''
+ self._log.debug("De-register VNFR console DTS handler for project {}".
+ format(self._project))
+ if self._regh:
+ self._regh.deregister()
+ self._regh = None
+
@asyncio.coroutine
def register(self):
""" Register for VNFR VDU Operational Data read from dts """
)
if action == rwdts.QueryAction.READ:
- schema = RwVnfrYang.YangData_RwVnfr_VnfrConsole_Vnfr_Vdur.schema()
+ schema = RwVnfrYang.YangData_RwProject_Project_VnfrConsole_Vnfr_Vdur.schema()
path_entry = schema.keyspec_to_entry(ks_path)
self._log.debug("VDU Opdata path is {}".format(path_entry.key00.id))
try:
return
with self._dts.transaction() as new_xact:
resp = yield from vdur.read_resource(new_xact)
- vdur_console = RwVnfrYang.YangData_RwVnfr_VnfrConsole_Vnfr_Vdur()
+ vdur_console = RwVnfrYang.YangData_RwProject_Project_VnfrConsole_Vnfr_Vdur()
vdur_console.id = self._vdur_id
if resp.console_url:
vdur_console.console_url = resp.console_url
self._log.debug("Recevied console URL for vdu {} is {}".format(self._vdu_id,vdur_console))
except Exception:
self._log.exception("Caught exception while reading VDU %s", self._vdu_id)
- vdur_console = RwVnfrYang.YangData_RwVnfr_VnfrConsole_Vnfr_Vdur()
+ vdur_console = RwVnfrYang.YangData_RwProject_Project_VnfrConsole_Vnfr_Vdur()
vdur_console.id = self._vdur_id
vdur_console.console_url = 'none'
xact_info.respond_xpath(rsp_code=rwdts.XactRspCode.ACK,
- xpath=self.vnfr_vdu_console_xpath,
- msg=vdur_console)
+ xpath=self.vnfr_vdu_console_xpath,
+ msg=vdur_console)
else:
#raise VnfRecordError("Not supported operation %s" % action)
self._log.error("Not supported operation %s" % action)
class VnfrDtsHandler(object):
- """ registers 'D,/vnfr:vnfr-catalog/vnfr:vnfr' and handles CRUD from DTS"""
+ """ registers 'D,/rw-project:project/vnfr:vnfr-catalog/vnfr:vnfr' and handles CRUD from DTS"""
XPATH = "D,/vnfr:vnfr-catalog/vnfr:vnfr"
def __init__(self, dts, log, loop, vnfm):
self._vnfm = vnfm
self._regh = None
+ self._project = vnfm._project
@property
def regh(self):
""" Return VNF manager instance """
return self._vnfm
+ def deregister(self):
+ '''De-register from DTS'''
+ self._log.debug("De-register VNFR DTS handler for project {}".
+ format(self._project))
+ if self._regh:
+ self._regh.deregister()
+ self._regh = None
+
@asyncio.coroutine
def register(self):
""" Register for vnfr create/update/delete/read requests from dts """
- def on_commit(xact_info):
- """ The transaction has been committed """
- self._log.debug("Got vnfr commit (xact_info: %s)", xact_info)
- return rwdts.MemberRspCode.ACTION_OK
-
- def on_abort(*args):
- """ Abort callback """
- self._log.debug("VNF transaction got aborted")
@asyncio.coroutine
def on_event(dts, g_reg, xact, xact_event, scratch_data):
yield from vnfr.instantiate(None, restart_mode=True)
+ self._log.debug("Got on_event in vnfm: {}".format(xact_event))
+
if xact_event == rwdts.MemberEvent.INSTALL:
curr_cfg = self.regh.elements
for cfg in curr_cfg:
- vnfr = self.vnfm.create_vnfr(cfg)
- self._loop.create_task(instantiate_realloc_vnfr(vnfr))
+ try:
+ vnfr = self.vnfm.create_vnfr(cfg, restart_mode = True)
+ if vnfr is None:
+ self._log.error("Not Creating VNFR {} as corresponding NS is terminated".format(cfg.id))
+ else:
+ self._log.debug("Creating VNFR {}".format(vnfr.vnfr_id))
+ except Exception as e:
+ self._log.exception(e)
+ raise e
- self._log.debug("Got on_event in vnfm")
+ self._loop.create_task(instantiate_realloc_vnfr(vnfr))
return rwdts.MemberRspCode.ACTION_OK
xact_info, action, msg
)
+ @asyncio.coroutine
+ def create_vnf(vnfr):
+
+ xact_info.respond_xpath(rwdts.XactRspCode.ACK)
+
+ if msg.operational_status == 'pre_init':
+ vnfr.set_state(VirtualNetworkFunctionRecordState.PRE_INIT)
+ yield from vnfr.publish(None)
+
+ if vnfr.external_ro:
+ return
+
+ if msg.operational_status == 'init':
+ vnfr._init = True
+ def on_instantiate_done(fut):
+ # If the do_instantiate fails, then publish NSR with failed result
+ e = fut.exception()
+ if e is not None:
+ import traceback, sys
+ print(traceback.format_exception(None,e, e.__traceback__), file=sys.stderr, flush=True)
+ self._log.exception("VNFR instantiation failed for VNFR id %s: %s", vnfr.vnfr_id, str(e))
+ self._loop.create_task(vnfr.instantiation_failed(failed_reason=str(e)))
+
+ try:
+ # RIFT-9105: Unable to add a READ query under an existing transaction
+ # xact = xact_info.xact
+ assert vnfr.task is None
+ vnfr.task = self._loop.create_task(vnfr.instantiate(None))
+ vnfr.task.add_done_callback(on_instantiate_done)
+
+
+ except Exception as e:
+ self._log.exception(e)
+ self._log.error("Error while instantiating vnfr:%s", vnfr.vnfr_id)
+ vnfr.set_state(VirtualNetworkFunctionRecordState.FAILED)
+ yield from vnfr.publish(None)
+
+ return
+
if action == rwdts.QueryAction.CREATE:
if not msg.has_field("vnfd"):
err = "Vnfd not provided"
self._log.error(err)
raise VnfRecordError(err)
-
vnfr = self.vnfm.create_vnfr(msg)
- try:
- # RIFT-9105: Unable to add a READ query under an existing transaction
- # xact = xact_info.xact
- yield from vnfr.instantiate(None)
- except Exception as e:
- self._log.exception(e)
- self._log.error("Error while instantiating vnfr:%s", vnfr.vnfr_id)
- vnfr.set_state(VirtualNetworkFunctionRecordState.FAILED)
- yield from vnfr.publish(None)
+ if vnfr is None:
+ self._log.error("Not Creating VNFR {} as corresponding NS is terminated".format(msg.id))
+ xact_info.respond_xpath(rwdts.XactRspCode.ACK)
+ else:
+ yield from create_vnf(vnfr)
+ return
+
elif action == rwdts.QueryAction.DELETE:
- schema = RwVnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr.schema()
+ schema = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr.schema()
path_entry = schema.keyspec_to_entry(ks_path)
vnfr = self._vnfm.get_vnfr(path_entry.key00.id)
if vnfr is None:
- self._log.debug("VNFR id %s not found for delete", path_entry.key00.id)
- raise VirtualNetworkFunctionRecordNotFound(
- "VNFR id %s", path_entry.key00.id)
+ self._log.error("VNFR id %s not found for delete", path_entry.key00.id)
+ xact_info.respond_xpath(rwdts.XactRspCode.ACK)
+ return
+ # Preventing exception here if VNFR id is not found. This means delete is
+ # invoked before Creation.
+ # raise VirtualNetworkFunctionRecordNotFound(
+ # "VNFR id %s", path_entry.key00.id)
try:
- yield from vnfr.terminate(xact_info.xact)
- # Unref the VNFD
- vnfr.vnfd_unref()
+ if not vnfr.external_ro:
+ yield from vnfr.terminate(xact_info.xact)
yield from self._vnfm.delete_vnfr(xact_info.xact, vnfr)
except Exception as e:
self._log.exception(e)
self._log.error("Caught exception while deleting vnfr %s", path_entry.key00.id)
elif action == rwdts.QueryAction.UPDATE:
- schema = RwVnfrYang.YangData_Vnfr_VnfrCatalog_Vnfr.schema()
+ schema = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_Vnfr.schema()
path_entry = schema.keyspec_to_entry(ks_path)
vnfr = None
try:
vnfr = self._vnfm.get_vnfr(path_entry.key00.id)
+
+ if vnfr is None:
+ # This means one of two things : The VNFR has been deleted or its a Launchpad restart.
+ if msg.id in self._vnfm._deleted_vnfrs:
+ # VNFR is deleted.
+ self._log.error("Not Creating VNFR {} as corresponding NS is terminated".format(msg.id))
+ return
+
+ self._log.debug("Launchpad Restart - Recreating VNFR - %s", msg.id)
+ vnfr = self.vnfm.create_vnfr(msg)
+ if vnfr is None:
+ self._log.error("Not Creating VNFR {} as corresponding NS is terminated".format(msg.id))
+ else:
+ yield from create_vnf(vnfr)
+
+ return
+
except Exception as e:
- self._log.debug("No vnfr found with id %s", path_entry.key00.id)
+ self._log.error("Exception in VNFR Update : %s", str(e))
xact_info.respond_xpath(rwdts.XactRspCode.NA)
return
- if vnfr is None:
- self._log.debug("VNFR id %s not found for update", path_entry.key00.id)
- xact_info.respond_xpath(rwdts.XactRspCode.NA)
+ if vnfr.external_ro:
+ xact_info.respond_xpath(rwdts.XactRspCode.ACK)
+ return
+
+ if (msg.operational_status == 'pre_init' and not vnfr._init):
+ # Creating VNFR INSTANTIATION TASK
+ self._log.debug("VNFR {} update after substitution {} (operational_status {})".
+ format(vnfr.name, msg.vnfd, msg.operational_status))
+ yield from vnfr.update_vnfr_after_substitution(msg, xact_info)
+ yield from create_vnf(vnfr)
return
- self._log.debug("VNFR {} update config status {} (current {})".
- format(vnfr.name, msg.config_status, vnfr.config_status))
- # Update the config status and publish
- vnfr._config_status = msg.config_status
- yield from vnfr.publish(None)
+ else:
+ self._log.debug("VNFR {} update config status {} (current {})".
+ format(vnfr.name, msg.config_status, vnfr.config_status))
+ # Update the config and publish
+ yield from vnfr.update_config(msg, xact_info)
else:
raise NotImplementedError(
xact_info.respond_xpath(rwdts.XactRspCode.ACK)
- self._log.debug("Registering for VNFR using xpath: %s",
- VnfrDtsHandler.XPATH,)
+ xpath = self._project.add_project(VnfrDtsHandler.XPATH)
+ self._log.debug("Registering for VNFR using xpath: {}".
+ format(xpath))
- hdl = rift.tasklets.DTS.RegistrationHandler(on_commit=on_commit,
- on_prepare=on_prepare,)
+ hdl = rift.tasklets.DTS.RegistrationHandler(on_prepare=on_prepare,)
handlers = rift.tasklets.Group.Handler(on_event=on_event,)
with self._dts.group_create(handler=handlers) as group:
- self._regh = group.register(xpath=VnfrDtsHandler.XPATH,
+ self._regh = group.register(xpath=xpath,
handler=hdl,
flags=(rwdts.Flag.PUBLISHER |
+ rwdts.Flag.SHARED |
rwdts.Flag.NO_PREP_READ |
- rwdts.Flag.CACHE |
rwdts.Flag.DATASTORE),)
@asyncio.coroutine
- def create(self, xact, path, msg):
+ def create(self, xact, xpath, msg):
"""
Create a VNFR record in DTS with path and message
"""
+ path = self._project.add_project(xpath)
self._log.debug("Creating VNFR xact = %s, %s:%s",
xact, path, msg)
xact, path, msg)
@asyncio.coroutine
- def update(self, xact, path, msg):
+ def update(self, xact, xpath, msg, flags=rwdts.XactFlag.REPLACE):
"""
Update a VNFR record in DTS with path and message
"""
+ path = self._project.add_project(xpath)
self._log.debug("Updating VNFR xact = %s, %s:%s",
xact, path, msg)
- self.regh.update_element(path, msg)
+ self.regh.update_element(path, msg, flags)
self._log.debug("Updated VNFR xact = %s, %s:%s",
xact, path, msg)
@asyncio.coroutine
- def delete(self, xact, path):
+ def delete(self, xact, xpath):
"""
Delete a VNFR record in DTS with path and message
"""
+ path = self._project.add_project(xpath)
self._log.debug("Deleting VNFR xact = %s, %s", xact, path)
self.regh.delete_element(path)
self._log.debug("Deleted VNFR xact = %s, %s", xact, path)
""" Return the NS manager instance """
return self._vnfm
+ def deregister(self):
+ '''De-register from DTS'''
+ self._log.debug("De-register VNFD Ref DTS handler for project {}".
+ format(self._vnfm._project))
+ if self._regh:
+ self._regh.deregister()
+ self._regh = None
+
@asyncio.coroutine
def register(self):
""" Register for VNFD ref count read from dts """
)
if action == rwdts.QueryAction.READ:
- schema = RwVnfrYang.YangData_Vnfr_VnfrCatalog_VnfdRefCount.schema()
+ schema = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_VnfdRefCount.schema()
path_entry = schema.keyspec_to_entry(ks_path)
vnfd_list = yield from self._vnfm.get_vnfd_refcount(path_entry.key00.vnfd_id_ref)
for xpath, msg in vnfd_list:
hdl = rift.tasklets.DTS.RegistrationHandler(on_prepare=on_prepare,)
with self._dts.group_create() as group:
- self._regh = group.register(xpath=VnfdRefCountDtsHandler.XPATH,
+ self._regh = group.register(xpath=self._vnfm._project.add_project(
+ VnfdRefCountDtsHandler.XPATH),
handler=hdl,
flags=rwdts.Flag.PUBLISHER,
)
set_if_not_none('mgmt.ip', vdur.vm_management_ip)
# The below can be used for hostname
set_if_not_none('vdur_name', vdur.unique_short_name)
-
+ set_if_not_none('custom_meta_data', vdur._vdud.supplemental_boot_data.custom_meta_data)
+
def update(self, vdur):
"""Update the VDUR information in the datastore
set_or_delete('mgmt.ip', vdur.vm_management_ip)
# The below can be used for hostname
set_or_delete('vdur_name', vdur.unique_short_name)
+ set_or_delete('custom_meta_data', vdur._vdud.supplemental_boot_data.custom_meta_data)
def remove(self, vdur_id):
"""Remove all of the data associated with specified VDUR
The requested data or None
"""
+
result = self._pattern.match(expr)
if result is None:
raise ValueError('data expression not recognized ({})'.format(expr))
class VnfManager(object):
""" The virtual network function manager class """
- def __init__(self, dts, log, loop, cluster_name):
+ def __init__(self, dts, log, loop, project, cluster_name):
self._dts = dts
self._log = log
self._loop = loop
+ self._project = project
self._cluster_name = cluster_name
- self._vcs_handler = VcsComponentDtsHandler(dts, log, loop, self)
- self._vnfr_handler = VnfrDtsHandler(dts, log, loop, self)
+ # This list maintains a list of all the deleted vnfrs' ids. This is done to be able to determine
+ # if the vnfr is not found because of restart or simply because it was deleted. In the first case we
+ # recreate the vnfr while in the latter we do not.
+ self._deleted_vnfrs = []
+
+ self._vnfr_handler = VnfrDtsHandler(dts, log, loop, self)
+ self._vnfd_handler = VnfdDtsHandler(dts, log, loop, self)
self._vnfr_ref_handler = VnfdRefCountDtsHandler(dts, log, loop, self)
- self._nsr_handler = mano_dts.NsInstanceConfigSubscriber(log, dts, loop, callback=self.handle_nsr)
+ self._nsr_handler = mano_dts.NsInstanceConfigSubscriber(
+ log, dts, loop, project, callback=self.handle_nsr)
+ self._vlr_handler = subscriber.VlrSubscriberDtsHandler(log, dts, loop, project,
+ callback=self.vlr_event)
- self._dts_handlers = [VnfdDtsHandler(dts, log, loop, self),
+ self._dts_handlers = [self._vnfd_handler,
self._vnfr_handler,
- self._vcs_handler,
self._vnfr_ref_handler,
- self._nsr_handler]
+ self._nsr_handler,
+ self._vlr_handler
+ ]
self._vnfrs = {}
self._vnfds_to_vnfr = {}
self._nsrs = {}
+ self._vnfr_for_vlr = {}
@property
def vnfr_handler(self):
return self._vnfr_handler
@property
- def vcs_handler(self):
- """ VCS dts handler """
- return self._vcs_handler
+ def vnfr_ref_handler(self):
+ """ VNFR dts handler """
+ return self._vnfr_ref_handler
@asyncio.coroutine
def register(self):
for hdl in self._dts_handlers:
yield from hdl.register()
+ def deregister(self):
+ self._log.debug("De-register VNFM project {}".format(self._project.name))
+ for hdl in self._dts_handlers:
+ hdl.deregister()
+
@asyncio.coroutine
def run(self):
""" Run this VNFM instance """
yield from self.register()
def handle_nsr(self, nsr, action):
- if action in [rwdts.QueryAction.CREATE]:
+ if action in [rwdts.QueryAction.CREATE, rwdts.QueryAction.UPDATE]:
self._nsrs[nsr.id] = nsr
elif action == rwdts.QueryAction.DELETE:
if nsr.id in self._nsrs:
del self._nsrs[nsr.id]
- def get_linked_mgmt_network(self, vnfr):
+ def get_nsr_config(self, nsr_id):
+ """
+ Gets the NSR config from the DTS cache.
+ Called in recovery mode only.
+ """
+ if nsr_id in self._nsrs:
+ return self._nsrs[nsr_id]
+
+ if len(self._nsrs):
+ self._log.error("VNFR with id {} not found".format(nsr_id))
+ return None
+
+ curr_cfgs = list(self._nsr_handler.reg.elements)
+ key_map = { getattr(cfg, self._nsr_handler.key_name()): cfg for cfg in curr_cfgs }
+ curr_cfgs = [key_map[key] for key in key_map]
+
+ for cfg in curr_cfgs:
+ self._nsrs[cfg.id] = cfg
+
+ if nsr_id in self._nsrs:
+ return self._nsrs[nsr_id]
+
+ self._log.error("VNFR with id {} not found in DTS cache".format(nsr_id))
+ return None
+
+
+ def get_linked_mgmt_network(self, vnfr, restart_mode=False):
"""For the given VNFR get the related mgmt network from the NSD, if
available.
"""
vnfd_id = vnfr.vnfd.id
nsr_id = vnfr.nsr_id_ref
+ if restart_mode:
+ self._nsrs[nsr_id] = self.get_nsr_config(vnfr.nsr_id_ref)
+
# for the given related VNFR, get the corresponding NSR-config
nsr_obj = None
try:
# network
for vld in nsr_obj.nsd.vld:
if vld.mgmt_network:
- return vld.name
+ for vnfd in vld.vnfd_connection_point_ref:
+ if vnfd.vnfd_id_ref == vnfd_id:
+ if vld.vim_network_name is not None:
+ mgmt_net = vld.vim_network_name
+ else:
+ mgmt_net = self._project.name + "." + nsr_obj.name + "." + vld.name
+ return mgmt_net
return None
""" get VNFR by vnfr id """
if vnfr_id not in self._vnfrs:
- raise VnfRecordError("VNFR id %s not found", vnfr_id)
+ self._log.error("VNFR id {} not found".format(vnfr_id))
+ return None
+ # Returning None to prevent exception here. The caller raises the exception.
+ # raise VnfRecordError("VNFR id %s not found", vnfr_id)
return self._vnfrs[vnfr_id]
- def create_vnfr(self, vnfr):
+ def create_vnfr(self, vnfr, restart_mode=False):
+ # Check if NSR is present. This is a situation where the NS has been deleted before
+ # VNFR Create starts.
+ if vnfr.nsr_id_ref not in self._nsrs:
+ return None
+
""" Create a VNFR instance """
if vnfr.id in self._vnfrs:
msg = "Vnfr id %s already exists" % vnfr.id
vnfr.id,
vnfr.vnfd.id)
- mgmt_network = self.get_linked_mgmt_network(vnfr)
+ try:
+ mgmt_network = self.get_linked_mgmt_network(vnfr, restart_mode)
+ except Exception as e:
+ self._log.exception(e)
+ raise e
+
+ # Identify if we are using Rift RO or external RO
+ external_ro = False
+ nsr = self._nsrs[vnfr.nsr_id_ref]
+ if (nsr.resource_orchestrator and
+ nsr.resource_orchestrator != 'rift'):
+ self._log.debug("VNFR {} using external RO".
+ format(vnfr.name))
+ external_ro = True
self._vnfrs[vnfr.id] = VirtualNetworkFunctionRecord(
- self._dts, self._log, self._loop, self._cluster_name, self, self.vcs_handler, vnfr,
- mgmt_network=mgmt_network
+ self._dts, self._log, self._loop, self._cluster_name, self, vnfr,
+ mgmt_network=mgmt_network, external_ro=external_ro,
)
#Update ref count
self._vnfds_to_vnfr[vnfr.vnfd.id] -= 1
del self._vnfrs[vnfr.vnfr_id]
+ self._deleted_vnfrs.append(vnfr.vnfr_id)
@asyncio.coroutine
def fetch_vnfd(self, vnfd_id):
""" Fetch VNFDs based with the vnfd id"""
- vnfd_path = VirtualNetworkFunctionRecord.vnfd_xpath(vnfd_id)
+ vnfd_path = self._project.add_project(
+ VirtualNetworkFunctionRecord.vnfd_xpath(vnfd_id))
self._log.debug("Fetch vnfd with path %s", vnfd_path)
vnfd = None
- res_iter = yield from self._dts.query_read(vnfd_path, rwdts.XactFlag.MERGE)
+ res_iter = yield from self._dts.query_read(vnfd_path,
+ rwdts.XactFlag.MERGE)
for ent in res_iter:
res = yield from ent
del self._vnfds_to_vnfr[vnfd_id]
- # Remove any files uploaded with VNFD and stored under $RIFT_ARTIFACTS/libs/<id>
- try:
- rift_artifacts_dir = os.environ['RIFT_ARTIFACTS']
- vnfd_dir = os.path.join(rift_artifacts_dir, 'launchpad/libs', vnfd_id)
- if os.path.exists(vnfd_dir):
- shutil.rmtree(vnfd_dir, ignore_errors=True)
- except Exception as e:
- self._log.error("Exception in cleaning up VNFD {}: {}".
- format(self._vnfds_to_vnfr[vnfd_id].vnfd.name, e))
- self._log.exception(e)
-
-
def vnfd_refcount_xpath(self, vnfd_id):
""" xpath for ref count entry """
- return (VnfdRefCountDtsHandler.XPATH +
- "[rw-vnfr:vnfd-id-ref = '{}']").format(vnfd_id)
+ return self._project.add_project(VnfdRefCountDtsHandler.XPATH +
+ "[rw-vnfr:vnfd-id-ref={}]").format(quoted_key(vnfd_id))
@asyncio.coroutine
def get_vnfd_refcount(self, vnfd_id):
vnfd_list = []
if vnfd_id is None or vnfd_id == "":
for vnfd in self._vnfds_to_vnfr.keys():
- vnfd_msg = RwVnfrYang.YangData_Vnfr_VnfrCatalog_VnfdRefCount()
+ vnfd_msg = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_VnfdRefCount()
vnfd_msg.vnfd_id_ref = vnfd
vnfd_msg.instance_ref_count = self._vnfds_to_vnfr[vnfd]
vnfd_list.append((self.vnfd_refcount_xpath(vnfd), vnfd_msg))
elif vnfd_id in self._vnfds_to_vnfr:
- vnfd_msg = RwVnfrYang.YangData_Vnfr_VnfrCatalog_VnfdRefCount()
+ vnfd_msg = RwVnfrYang.YangData_RwProject_Project_VnfrCatalog_VnfdRefCount()
vnfd_msg.vnfd_id_ref = vnfd_id
vnfd_msg.instance_ref_count = self._vnfds_to_vnfr[vnfd_id]
vnfd_list.append((self.vnfd_refcount_xpath(vnfd_id), vnfd_msg))
return vnfd_list
+ def add_vlr_id_vnfr_map(self, vlr_id, vnfr):
+ """ Add a mapping for vlr_id into VNFR """
+ self._vnfr_for_vlr[vlr_id] = vnfr
+
+ def remove_vlr_id_vnfr_map(self, vlr_id):
+ """ Remove a mapping for vlr_id into VNFR """
+ del self._vnfr_for_vlr[vlr_id]
+
+ def find_vnfr_for_vlr_id(self, vlr_id):
+ """ Find VNFR for VLR id """
+ vnfr = None
+ if vlr_id in self._vnfr_for_vlr:
+ vnfr = self._vnfr_for_vlr[vlr_id]
+
+ def vlr_event(self, vlr, action):
+ """ VLR event handler """
+ self._log.debug("VnfManager: Received VLR %s with action:%s", vlr, action)
+
+ if vlr.id not in self._vnfr_for_vlr:
+ self._log.warning("VLR %s:%s received for unknown id; %s",
+ vlr.id, vlr.name, vlr)
+ return
+ vnfr = self._vnfr_for_vlr[vlr.id]
+
+ vnfr.vlr_event(vlr, action)
+
+
+class VnfmProject(ManoProject):
+
+ def __init__(self, name, tasklet, **kw):
+ super(VnfmProject, self).__init__(tasklet.log, name)
+ self.update(tasklet)
+
+ self._vnfm = None
+
+ @asyncio.coroutine
+ def register (self):
+ try:
+ vm_parent_name = self._tasklet.tasklet_info.get_parent_vm_parent_instance_name()
+ assert vm_parent_name is not None
+ self._vnfm = VnfManager(self._dts, self.log, self.loop, self, vm_parent_name)
+ yield from self._vnfm.run()
+ except Exception:
+ print("Caught Exception in VNFM init:", sys.exc_info()[0])
+ raise
+
+ def deregister(self):
+ self._log.debug("De-register project {} for VnfmProject".
+ format(self.name))
+ self._vnfm.deregister()
+
+ @asyncio.coroutine
+ def delete_prepare(self):
+ if self._vnfm and self._vnfm._vnfrs:
+ delete_msg = "Project has VNFR associated with it. Delete all Project NSR and try again."
+ return False, delete_msg
+ return True, "True"
class VnfmTasklet(rift.tasklets.Tasklet):
""" VNF Manager tasklet class """
self.rwlog.set_subcategory("vnfm")
self._dts = None
- self._vnfm = None
+ self._project_handler = None
+ self.projects = {}
+
+ @property
+ def dts(self):
+ return self._dts
def start(self):
try:
self.log.debug("Created DTS Api GI Object: %s", self._dts)
except Exception:
- print("Caught Exception in VNFM start:", sys.exc_info()[0])
+ self._log.error("Caught Exception in VNFM start:", sys.exc_info()[0])
raise
def on_instance_started(self):
try:
self._dts.deinit()
except Exception:
- print("Caught Exception in VNFM stop:", sys.exc_info()[0])
+ self._log.error("Caught Exception in VNFM stop:", sys.exc_info()[0])
raise
@asyncio.coroutine
def init(self):
""" Task init callback """
- try:
- vm_parent_name = self.tasklet_info.get_parent_vm_parent_instance_name()
- assert vm_parent_name is not None
- self._vnfm = VnfManager(self._dts, self.log, self.loop, vm_parent_name)
- yield from self._vnfm.run()
- except Exception:
- print("Caught Exception in VNFM init:", sys.exc_info()[0])
- raise
+ self.log.debug("creating project handler")
+ self.project_handler = ProjectHandler(self, VnfmProject)
+ self.project_handler.register()
@asyncio.coroutine
def run(self):
projects / osm / SO.git / blobdiff