if name not in vim_threads["names"]:
vim_threads["names"].append(name)
return name
- name = datacenter_name[:16] + "." + tenant_name[:16]
- if name not in vim_threads["names"]:
- vim_threads["names"].append(name)
- return name
- name = datacenter_id + "-" + tenant_id
+ if tenant_name:
+ name = datacenter_name[:16] + "." + tenant_name[:16]
+ if name not in vim_threads["names"]:
+ vim_threads["names"].append(name)
+ return name
+ name = datacenter_id
vim_threads["names"].append(name)
return name
def start_service(mydb, persistence=None, wim=None):
global db, global_config
- db = nfvo_db.nfvo_db()
+ db = nfvo_db.nfvo_db(lock=db_lock)
+ mydb.lock = db_lock
db.connect(global_config['db_host'], global_config['db_user'], global_config['db_passwd'], global_config['db_name'])
global ovim
- if persistence:
- persistence.lock = db_lock
- else:
- persistence = WimPersistence(db, lock=db_lock)
+ persistence = persistence or WimPersistence(db)
# Initialize openvim for SDN control
# TODO: Avoid static configuration by adding new parameters to openmanod.cfg
except Exception as e:
raise NfvoException("Error at VIM {}; {}: {}".format(vim["type"], type(e).__name__, e),
httperrors.Internal_Server_Error)
- thread_name = get_non_used_vim_name(vim['datacenter_name'], vim['vim_tenant_id'], vim['vim_tenant_name'],
+ thread_name = get_non_used_vim_name(vim['datacenter_name'], vim['datacenter_id'], vim['vim_tenant_name'],
vim['vim_tenant_id'])
new_thread = vim_thread.vim_thread(task_lock, thread_name, vim['datacenter_name'],
vim['datacenter_tenant_id'], db=db, db_lock=db_lock, ovim=ovim)
nb_deleted += len(actions_to_delete)
if len(actions_to_delete) < 100:
break
+ # clean locks
+ mydb.update_rows("vim_wim_actions", UPDATE={"worker": None}, WHERE={"worker<>": None})
+
if nb_deleted:
logger.debug("Removed {} unused vim_wim_actions".format(nb_deleted))
try:
flavor_vim_id = None
flavor_vim_id=vim.get_flavor_id_from_data(flavor_dict)
- flavor_create="false"
+ flavor_created="false"
except vimconn.vimconnException as e:
pass
try:
db_image["uuid"] = image_uuid
return None
+def get_resource_allocation_params(quota_descriptor):
+ """
+ read the quota_descriptor from vnfd and fetch the resource allocation properties from the descriptor object
+ :param quota_descriptor: cpu/mem/vif/disk-io quota descriptor
+ :return: quota params for limit, reserve, shares from the descriptor object
+ """
+ quota = {}
+ if quota_descriptor.get("limit"):
+ quota["limit"] = int(quota_descriptor["limit"])
+ if quota_descriptor.get("reserve"):
+ quota["reserve"] = int(quota_descriptor["reserve"])
+ if quota_descriptor.get("shares"):
+ quota["shares"] = int(quota_descriptor["shares"])
+ return quota
+
def new_vnfd_v3(mydb, tenant_id, vnf_descriptor):
"""
Parses an OSM IM vnfd_catalog and insert at DB
try:
myvnfd = vnfd_catalog.vnfd()
try:
- pybindJSONDecoder.load_ietf_json(vnf_descriptor, None, None, obj=myvnfd, path_helper=True)
+ pybindJSONDecoder.load_ietf_json(vnf_descriptor, None, None, obj=myvnfd, path_helper=True,
+ skip_unknown=True)
except Exception as e:
raise NfvoException("Error. Invalid VNF descriptor format " + str(e), httperrors.Bad_Request)
db_vnfs = []
numa["cores"] = max(db_flavor["vcpus"], 1)
else:
numa["threads"] = max(db_flavor["vcpus"], 1)
+ epa_vcpu_set = True
+ if vdu["guest-epa"].get("cpu-quota") and not epa_vcpu_set:
+ extended["cpu-quota"] = get_resource_allocation_params(vdu["guest-epa"].get("cpu-quota"))
+ if vdu["guest-epa"].get("mem-quota"):
+ extended["mem-quota"] = get_resource_allocation_params(vdu["guest-epa"].get("mem-quota"))
+ if vdu["guest-epa"].get("disk-io-quota"):
+ extended["disk-io-quota"] = get_resource_allocation_params(vdu["guest-epa"].get("disk-io-quota"))
+ if vdu["guest-epa"].get("vif-quota"):
+ extended["vif-quota"] = get_resource_allocation_params(vdu["guest-epa"].get("vif-quota"))
if numa:
extended["numas"] = [numa]
if extended:
"'member-vdus':'{vdu}'. Reference to a non-existing vdu".format(
vnf=vnfd_id, pg=pg_name, vdu=vdu_id),
httperrors.Bad_Request)
- if vdu_id2db_table_index[vdu_id]:
- db_vms[vdu_id2db_table_index[vdu_id]]["availability_zone"] = pg_name
+ db_vms[vdu_id2db_table_index[vdu_id]]["availability_zone"] = pg_name
# TODO consider the case of isolation and not colocation
# if pg.get("strategy") == "ISOLATION":
try:
mynsd = nsd_catalog.nsd()
try:
- pybindJSONDecoder.load_ietf_json(nsd_descriptor, None, None, obj=mynsd)
+ pybindJSONDecoder.load_ietf_json(nsd_descriptor, None, None, obj=mynsd, skip_unknown=True)
except Exception as e:
raise NfvoException("Error. Invalid NS descriptor format: " + str(e), httperrors.Bad_Request)
db_scenarios = []
str(iface.get("vnfd-id-ref"))[:255]),
httperrors.Bad_Request)
interface_uuid = existing_ifaces[0]["uuid"]
- if existing_ifaces[0]["iface_type"] == "data" and not db_sce_net["type"]:
+ if existing_ifaces[0]["iface_type"] == "data":
db_sce_net["type"] = "data"
sce_interface_uuid = str(uuid4())
uuid_list.append(sce_net_uuid)
db_sce_vnffgs.append(db_sce_vnffg)
# deal with rsps
- db_sce_rsps = []
for rsp in vnffg.get("rsp").itervalues():
sce_rsp_uuid = str(uuid4())
uuid_list.append(sce_rsp_uuid)
"id": get_str(rsp, "id", 255), # only useful to link with classifiers; will be removed later in the code
}
db_sce_rsps.append(db_sce_rsp)
- db_sce_rsp_hops = []
for iface in rsp.get("vnfd-connection-point-ref").itervalues():
vnf_index = str(iface['member-vnf-index-ref'])
if_order = int(iface['order'])
db_sce_rsp_hops.append(db_sce_rsp_hop)
# deal with classifiers
- db_sce_classifiers = []
for classifier in vnffg.get("classifier").itervalues():
sce_classifier_uuid = str(uuid4())
uuid_list.append(sce_classifier_uuid)
db_sce_classifier["sce_rsp_id"] = rsp["uuid"]
db_sce_classifiers.append(db_sce_classifier)
- db_sce_classifier_matches = []
for match in classifier.get("match-attributes").itervalues():
sce_classifier_match_uuid = str(uuid4())
uuid_list.append(sce_classifier_match_uuid)
#We should use the dictionary as input parameter for new_network
#print myNetDict
if not sce_net["external"]:
- network_id = myvim.new_network(myNetName, myNetType, myNetIPProfile)
+ network_id, _ = myvim.new_network(myNetName, myNetType, myNetIPProfile)
#print "New VIM network created for scenario %s. Network id: %s" % (scenarioDict['name'],network_id)
sce_net['vim_id'] = network_id
auxNetDict['scenario'][sce_net['uuid']] = network_id
#print myNetDict
#TODO:
#We should use the dictionary as input parameter for new_network
- network_id = myvim.new_network(myNetName, myNetType, myNetIPProfile)
+ network_id, _ = myvim.new_network(myNetName, myNetType, myNetIPProfile)
#print "VIM network id for scenario %s: %s" % (scenarioDict['name'],network_id)
net['vim_id'] = network_id
if sce_vnf['uuid'] not in auxNetDict:
myvims = {}
myvim_threads_id = {}
datacenter = instance_dict.get("datacenter")
+ default_wim_account = instance_dict.get("wim_account")
default_datacenter_id, vim = get_datacenter_by_name_uuid(mydb, tenant_id, datacenter)
myvims[default_datacenter_id] = vim
myvim_threads_id[default_datacenter_id], _ = get_vim_thread(mydb, tenant_id, default_datacenter_id)
# However, this is not possible yet.
for net_name, net_instance_desc in instance_dict.get("networks", {}).iteritems():
for scenario_net in scenarioDict['nets']:
- if net_name == scenario_net["name"]:
+ if net_name == scenario_net.get("name") or net_name == scenario_net.get("osm_id") or net_name == scenario_net.get("uuid"):
+ if "wim_account" in net_instance_desc and net_instance_desc["wim_account"] is not None:
+ scenario_net["wim_account"] = net_instance_desc["wim_account"]
if 'ip-profile' in net_instance_desc:
ipprofile_db = ip_profile_IM2RO(net_instance_desc['ip-profile'])
if 'ip_profile' not in scenario_net:
break
if not involved_datacenters:
involved_datacenters.append(default_datacenter_id)
+ target_wim_account = sce_net.get("wim_account", default_wim_account)
# --> WIM
# TODO: use this information during network creation
- wim_account_id = None
+ wim_account_id = wim_account_name = None
if len(involved_datacenters) > 1 and 'uuid' in sce_net:
- # OBS: sce_net without uuid are used internally to VNFs
- # and the assumption is that VNFs will not be split among
- # different datacenters
- wim_account_id = wim_engine.find_suitable_wim_account(
- involved_datacenters, tenant_id)
- wim_usage[sce_net['uuid']] = wim_account_id
+ if target_wim_account is None or target_wim_account is True: # automatic selection of WIM
+ # OBS: sce_net without uuid are used internally to VNFs
+ # and the assumption is that VNFs will not be split among
+ # different datacenters
+ wim_account = wim_engine.find_suitable_wim_account(
+ involved_datacenters, tenant_id)
+ wim_account_id = wim_account['uuid']
+ wim_account_name = wim_account['name']
+ wim_usage[sce_net['uuid']] = wim_account_id
+ elif isinstance(target_wim_account, str): # manual selection of WIM
+ wim_account.persist.get_wim_account_by(target_wim_account, tenant_id)
+ wim_account_id = wim_account['uuid']
+ wim_account_name = wim_account['name']
+ wim_usage[sce_net['uuid']] = wim_account_id
+ else: # not WIM usage
+ wim_usage[sce_net['uuid']] = False
# <-- WIM
descriptor_net = {}
- if instance_dict.get("networks") and instance_dict["networks"].get(sce_net["name"]):
- descriptor_net = instance_dict["networks"][sce_net["name"]]
+ if instance_dict.get("networks"):
+ if sce_net.get("uuid") in instance_dict["networks"]:
+ descriptor_net = instance_dict["networks"][sce_net["uuid"]]
+ descriptor_net_name = sce_net["uuid"]
+ elif sce_net.get("osm_id") in instance_dict["networks"]:
+ descriptor_net = instance_dict["networks"][sce_net["osm_id"]]
+ descriptor_net_name = sce_net["osm_id"]
+ elif sce_net["name"] in instance_dict["networks"]:
+ descriptor_net = instance_dict["networks"][sce_net["name"]]
+ descriptor_net_name = sce_net["name"]
net_name = descriptor_net.get("vim-network-name")
# add datacenters from instantiation parameters
if descriptor_net.get("sites"):
sce_net2instance[sce_net_uuid] = {}
net2task_id['scenario'][sce_net_uuid] = {}
+ use_network = None
+ related_network = None
+ if descriptor_net.get("use-network"):
+ target_instance_nets = mydb.get_rows(
+ SELECT="related",
+ FROM="instance_nets",
+ WHERE={"instance_scenario_id": descriptor_net["use-network"]["instance_scenario_id"],
+ "osm_id": descriptor_net["use-network"]["osm_id"]},
+ )
+ if not target_instance_nets:
+ raise NfvoException(
+ "Cannot find the target network at instance:networks[{}]:use-network".format(descriptor_net_name),
+ httperrors.Bad_Request)
+ else:
+ use_network = target_instance_nets[0]["related"]
+
if sce_net["external"]:
number_mgmt_networks += 1
task_extra = {}
if create_network:
task_action = "CREATE"
- task_extra["params"] = (net_vim_name, net_type, sce_net.get('ip_profile', None))
+ task_extra["params"] = (net_vim_name, net_type, sce_net.get('ip_profile', None), wim_account_name)
if lookfor_network:
task_extra["find"] = (lookfor_filter,)
elif lookfor_network:
net_uuid = str(uuid4())
uuid_list.append(net_uuid)
sce_net2instance[sce_net_uuid][datacenter_id] = net_uuid
+ if not related_network: # all db_instance_nets will have same related
+ related_network = use_network or net_uuid
db_net = {
"uuid": net_uuid,
+ "osm_id": sce_net.get("osm_id") or sce_net["name"],
+ "related": related_network,
'vim_net_id': None,
"vim_name": net_vim_name,
"instance_scenario_id": instance_uuid,
"action": task_action,
"item": "instance_nets",
"item_id": net_uuid,
+ "related": related_network,
"extra": yaml.safe_dump(task_extra, default_flow_style=True, width=256)
}
net2task_id['scenario'][sce_net_uuid][datacenter_id] = task_index
uuid_list.append(sfi_uuid)
db_sfi = {
"uuid": sfi_uuid,
+ "related": sfi_uuid,
"instance_scenario_id": instance_uuid,
'sce_rsp_hop_id': cp['uuid'],
'datacenter_id': datacenter_id,
"status": "SCHEDULED",
"item": "instance_sfis",
"item_id": sfi_uuid,
+ "related": sfi_uuid,
"extra": yaml.safe_dump({"params": extra_params, "depends_on": [dependencies[i]]},
default_flow_style=True, width=256)
}
uuid_list.append(sf_uuid)
db_sf = {
"uuid": sf_uuid,
+ "related": sf_uuid,
"instance_scenario_id": instance_uuid,
'sce_rsp_hop_id': cp['uuid'],
'datacenter_id': datacenter_id,
"status": "SCHEDULED",
"item": "instance_sfs",
"item_id": sf_uuid,
+ "related": sf_uuid,
"extra": yaml.safe_dump({"params": "", "depends_on": sfis_created},
default_flow_style=True, width=256)
}
uuid_list.append(classification_uuid)
db_classification = {
"uuid": classification_uuid,
+ "related": classification_uuid,
"instance_scenario_id": instance_uuid,
'sce_classifier_match_id': match['uuid'],
'datacenter_id': datacenter_id,
"status": "SCHEDULED",
"item": "instance_classifications",
"item_id": classification_uuid,
+ "related": classification_uuid,
"extra": yaml.safe_dump({"params": classification_params, "depends_on": [dependencies[i]]},
default_flow_style=True, width=256)
}
uuid_list.append(sfp_uuid)
db_sfp = {
"uuid": sfp_uuid,
+ "related": sfp_uuid,
"instance_scenario_id": instance_uuid,
'sce_rsp_id': rsp['uuid'],
'datacenter_id': datacenter_id,
"status": "SCHEDULED",
"item": "instance_sfps",
"item_id": sfp_uuid,
+ "related": sfp_uuid,
"extra": yaml.safe_dump({"params": "", "depends_on": sfs_created + classifications_created},
default_flow_style=True, width=256)
}
returned_instance = mydb.get_instance_scenario(instance_uuid)
returned_instance["action_id"] = instance_action_id
return returned_instance
- except (NfvoException, vimconn.vimconnException, db_base_Exception) as e:
+ except (NfvoException, vimconn.vimconnException, wimconn.WimConnectorError, db_base_Exception) as e:
message = rollback(mydb, myvims, rollbackList)
if isinstance(e, db_base_Exception):
error_text = "database Exception"
elif isinstance(e, vimconn.vimconnException):
error_text = "VIM Exception"
+ elif isinstance(e, wimconn.WimConnectorError):
+ error_text = "WIM Exception"
else:
error_text = "Exception"
error_text += " {} {}. {}".format(type(e).__name__, str(e), message)
vnf_net2instance[sce_vnf['uuid']][net['uuid']] = net_uuid
db_net = {
"uuid": net_uuid,
+ "related": net_uuid,
'vim_net_id': None,
"vim_name": net_name,
"instance_scenario_id": instance_uuid,
"action": task_action,
"item": "instance_nets",
"item_id": net_uuid,
+ "related": net_uuid,
"extra": yaml.safe_dump(task_extra, default_flow_style=True, width=256)
}
task_index += 1
uuid_list.append(vm_uuid)
db_vm = {
"uuid": vm_uuid,
+ "related": vm_uuid,
'instance_vnf_id': vnf_uuid,
# TODO delete "vim_vm_id": vm_id,
"vm_id": vm["uuid"],
"status": "SCHEDULED",
"item": "instance_vms",
"item_id": vm_uuid,
+ "related": vm_uuid,
"extra": yaml.safe_dump({"params": task_params, "depends_on": task_depends_on},
default_flow_style=True, width=256)
}
"status": "SCHEDULED",
"item": "instance_sfps",
"item_id": sfp["uuid"],
+ "related": sfp["related"],
"extra": yaml.safe_dump(extra, default_flow_style=True, width=256)
}
task_index += 1
"status": "SCHEDULED",
"item": "instance_classifications",
"item_id": classification["uuid"],
+ "related": classification["related"],
"extra": yaml.safe_dump(extra, default_flow_style=True, width=256)
}
task_index += 1
"status": "SCHEDULED",
"item": "instance_sfs",
"item_id": sf["uuid"],
+ "related": sf["related"],
"extra": yaml.safe_dump(extra, default_flow_style=True, width=256)
}
task_index += 1
"status": "SCHEDULED",
"item": "instance_sfis",
"item_id": sfi["uuid"],
+ "related": sfi["related"],
"extra": yaml.safe_dump(extra, default_flow_style=True, width=256)
}
task_index += 1
"status": "SCHEDULED",
"item": "instance_vms",
"item_id": vm["uuid"],
+ "related": vm["related"],
"extra": yaml.safe_dump({"params": vm["interfaces"], "depends_on": sfi_dependencies},
default_flow_style=True, width=256)
}
"status": "SCHEDULED",
"item": "instance_nets",
"item_id": net["uuid"],
+ "related": net["related"],
"extra": yaml.safe_dump(extra, default_flow_style=True, width=256)
}
task_index += 1
for sce_vnf in instanceDict['vnfs']:
for vm in sce_vnf['vms']:
if vm["uuid"] == vdu_id:
+ # TODO revise this should not be vm["uuid"] instance_vms["vm_id"]
vm_interfaces = vm["interfaces"]
break
"status": "SCHEDULED",
"item": "instance_vms",
"item_id": vdu_id,
+ "related": target_vm["related"],
"extra": yaml.safe_dump({"params": vm_interfaces},
default_flow_style=True, width=256)
}
pass
db_instance_vm = {
"uuid": vm_uuid,
+ 'related': vm_uuid,
'instance_vnf_id': target_vm['instance_vnf_id'],
'vm_id': target_vm['vm_id'],
- 'vim_name': vm_name
+ 'vim_name': vm_name,
}
db_instance_vms.append(db_instance_vm)
"status": "SCHEDULED",
"item": "instance_vms",
"item_id": vm_uuid,
+ "related": vm_uuid,
# ALF
# ALF
# TODO examinar parametros, quitar MAC o incrementar. Incrementar IP y colocar las dependencias con ACTION-asdfasd.
net_public = net.pop("shared", False)
net_ipprofile = net.pop("ip_profile", None)
net_vlan = net.pop("vlan", None)
- content = myvim.new_network(net_name, net_type, net_ipprofile, shared=net_public, vlan=net_vlan) #, **net)
+ content, _ = myvim.new_network(net_name, net_type, net_ipprofile, shared=net_public, vlan=net_vlan) #, **net)
#If the datacenter has a SDN controller defined and the network is of dataplane type, then create the sdn network
if get_sdn_controller_id(mydb, datacenter) != None and (net_type == 'data' or net_type == 'ptp'):
sdn_network['type'] = net_type
sdn_network['name'] = net_name
sdn_network['region'] = datacenter_tenant_id
- ovim_content = ovim.new_network(sdn_network)
+ ovim_content = ovim.new_network(sdn_network)
except ovimException as e:
logger.error("ovimException creating SDN network={} ".format(
sdn_network) + str(e), exc_info=True)
pci = port.get("pci")
element["switch_port"] = port.get("switch_port")
element["switch_mac"] = port.get("switch_mac")
- if not pci or not (element["switch_port"] or element["switch_mac"]):
- raise NfvoException ("The mapping must contain the 'pci' and at least one of the elements 'switch_port'"
- " or 'switch_mac'", httperrors.Bad_Request)
+ if not element["switch_port"] and not element["switch_mac"]:
+ raise NfvoException ("The mapping must contain 'switch_port' or 'switch_mac'", httperrors.Bad_Request)
for pci_expanded in utils.expand_brackets(pci):
element["pci"] = pci_expanded
maps.append(dict(element))
projects / osm / RO.git / blobdiff