Coverage for osm_nbi/instance_topics.py: 50%
1314 statements
« prev ^ index » next coverage.py v7.3.1, created at 2024-06-25 09:03 +0000
1# -*- coding: utf-8 -*-
3# Licensed under the Apache License, Version 2.0 (the "License");
4# you may not use this file except in compliance with the License.
5# You may obtain a copy of the License at
6#
7# http://www.apache.org/licenses/LICENSE-2.0
8#
9# Unless required by applicable law or agreed to in writing, software
10# distributed under the License is distributed on an "AS IS" BASIS,
11# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
12# implied.
13# See the License for the specific language governing permissions and
14# limitations under the License.
16# import logging
17import json
18from uuid import uuid4
19from http import HTTPStatus
20from time import time
21from copy import copy, deepcopy
22from osm_nbi.validation import (
23 validate_input,
24 ValidationError,
25 ns_instantiate,
26 ns_terminate,
27 ns_action,
28 ns_scale,
29 ns_update,
30 ns_heal,
31 nsi_instantiate,
32 ns_migrate,
33 ns_verticalscale,
34 nslcmop_cancel,
35)
36from osm_nbi.base_topic import (
37 BaseTopic,
38 EngineException,
39 get_iterable,
40 deep_get,
41 increment_ip_mac,
42 update_descriptor_usage_state,
43)
44from yaml import safe_dump
45from osm_common.dbbase import DbException
46from osm_common.msgbase import MsgException
47from osm_common.fsbase import FsException
48from osm_nbi import utils
49from re import (
50 match,
51) # For checking that additional parameter names are valid Jinja2 identifiers
53__author__ = "Alfonso Tierno <alfonso.tiernosepulveda@telefonica.com>"
56class NsrTopic(BaseTopic):
57 topic = "nsrs"
58 topic_msg = "ns"
59 quota_name = "ns_instances"
60 schema_new = ns_instantiate
62 def __init__(self, db, fs, msg, auth):
63 BaseTopic.__init__(self, db, fs, msg, auth)
65 @staticmethod
66 def format_on_new(content, project_id=None, make_public=False):
67 BaseTopic.format_on_new(content, project_id=project_id, make_public=make_public)
68 content["_admin"]["nsState"] = "NOT_INSTANTIATED"
69 return None
71 def check_conflict_on_del(self, session, _id, db_content):
72 """
73 Check that NSR is not instantiated
74 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
75 :param _id: nsr internal id
76 :param db_content: The database content of the nsr
77 :return: None or raises EngineException with the conflict
78 """
79 if session["force"]:
80 return
81 nsr = db_content
82 if nsr["_admin"].get("nsState") == "INSTANTIATED":
83 raise EngineException(
84 "nsr '{}' cannot be deleted because it is in 'INSTANTIATED' state. "
85 "Launch 'terminate' operation first; or force deletion".format(_id),
86 http_code=HTTPStatus.CONFLICT,
87 )
89 def delete_extra(self, session, _id, db_content, not_send_msg=None):
90 """
91 Deletes associated nslcmops and vnfrs from database. Deletes associated filesystem.
92 Set usageState of pdu, vnfd, nsd
93 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
94 :param _id: server internal id
95 :param db_content: The database content of the descriptor
96 :param not_send_msg: To not send message (False) or store content (list) instead
97 :return: None if ok or raises EngineException with the problem
98 """
99 self.fs.file_delete(_id, ignore_non_exist=True)
100 self.db.del_list("nslcmops", {"nsInstanceId": _id})
101 self.db.del_list("vnfrs", {"nsr-id-ref": _id})
103 # set all used pdus as free
104 self.db.set_list(
105 "pdus",
106 {"_admin.usage.nsr_id": _id},
107 {"_admin.usageState": "NOT_IN_USE", "_admin.usage": None},
108 )
110 # Set NSD usageState
111 nsr = db_content
112 used_nsd_id = nsr.get("nsd-id")
113 if used_nsd_id:
114 # check if used by another NSR
115 nsrs_list = self.db.get_one(
116 "nsrs", {"nsd-id": used_nsd_id}, fail_on_empty=False, fail_on_more=False
117 )
118 if not nsrs_list:
119 self.db.set_one(
120 "nsds", {"_id": used_nsd_id}, {"_admin.usageState": "NOT_IN_USE"}
121 )
123 # Set VNFD usageState
124 used_vnfd_id_list = nsr.get("vnfd-id")
125 if used_vnfd_id_list:
126 for used_vnfd_id in used_vnfd_id_list:
127 # check if used by another NSR
128 nsrs_list = self.db.get_one(
129 "nsrs",
130 {"vnfd-id": used_vnfd_id},
131 fail_on_empty=False,
132 fail_on_more=False,
133 )
134 if not nsrs_list:
135 self.db.set_one(
136 "vnfds",
137 {"_id": used_vnfd_id},
138 {"_admin.usageState": "NOT_IN_USE"},
139 )
141 # delete extra ro_nsrs used for internal RO module
142 self.db.del_one("ro_nsrs", q_filter={"_id": _id}, fail_on_empty=False)
144 @staticmethod
145 def _format_ns_request(ns_request):
146 formated_request = copy(ns_request)
147 formated_request.pop("additionalParamsForNs", None)
148 formated_request.pop("additionalParamsForVnf", None)
149 return formated_request
151 @staticmethod
152 def _format_additional_params(
153 ns_request, member_vnf_index=None, vdu_id=None, kdu_name=None, descriptor=None
154 ):
155 """
156 Get and format user additional params for NS or VNF.
157 The vdu_id and kdu_name params are mutually exclusive! If none of them are given, then the method will
158 exclusively search for the VNF/NS LCM additional params.
160 :param ns_request: User instantiation additional parameters
161 :param member_vnf_index: None for extract NS params, or member_vnf_index to extract VNF params
162 :vdu_id: VDU's ID against which we want to format the additional params
163 :kdu_name: KDU's name against which we want to format the additional params
164 :param descriptor: If not None it check that needed parameters of descriptor are supplied
165 :return: tuple with a formatted copy of additional params or None if not supplied, plus other parameters
166 """
167 additional_params = None
168 other_params = None
169 if not member_vnf_index:
170 additional_params = copy(ns_request.get("additionalParamsForNs"))
171 where_ = "additionalParamsForNs"
172 elif ns_request.get("additionalParamsForVnf"):
173 where_ = "additionalParamsForVnf[member-vnf-index={}]".format(
174 member_vnf_index
175 )
176 item = next(
177 (
178 x
179 for x in ns_request["additionalParamsForVnf"]
180 if x["member-vnf-index"] == member_vnf_index
181 ),
182 None,
183 )
184 if item:
185 if not vdu_id and not kdu_name:
186 other_params = item
187 additional_params = copy(item.get("additionalParams")) or {}
188 if vdu_id and item.get("additionalParamsForVdu"):
189 item_vdu = next(
190 (
191 x
192 for x in item["additionalParamsForVdu"]
193 if x["vdu_id"] == vdu_id
194 ),
195 None,
196 )
197 other_params = item_vdu
198 if item_vdu and item_vdu.get("additionalParams"):
199 where_ += ".additionalParamsForVdu[vdu_id={}]".format(vdu_id)
200 additional_params = item_vdu["additionalParams"]
201 if kdu_name:
202 additional_params = {}
203 if item.get("additionalParamsForKdu"):
204 item_kdu = next(
205 (
206 x
207 for x in item["additionalParamsForKdu"]
208 if x["kdu_name"] == kdu_name
209 ),
210 None,
211 )
212 other_params = item_kdu
213 if item_kdu and item_kdu.get("additionalParams"):
214 where_ += ".additionalParamsForKdu[kdu_name={}]".format(
215 kdu_name
216 )
217 additional_params = item_kdu["additionalParams"]
219 if additional_params:
220 for k, v in additional_params.items():
221 # BEGIN Check that additional parameter names are valid Jinja2 identifiers if target is not Kdu
222 if not kdu_name and not match("^[a-zA-Z_][a-zA-Z0-9_]*$", k):
223 raise EngineException(
224 "Invalid param name at {}:{}. Must contain only alphanumeric characters "
225 "and underscores, and cannot start with a digit".format(
226 where_, k
227 )
228 )
229 # END Check that additional parameter names are valid Jinja2 identifiers
230 if not isinstance(k, str):
231 raise EngineException(
232 "Invalid param at {}:{}. Only string keys are allowed".format(
233 where_, k
234 )
235 )
236 if "$" in k:
237 raise EngineException(
238 "Invalid param at {}:{}. Keys must not contain $ symbol".format(
239 where_, k
240 )
241 )
242 if isinstance(v, (dict, tuple, list)):
243 additional_params[k] = "!!yaml " + safe_dump(v)
244 if kdu_name:
245 additional_params = json.dumps(additional_params)
247 # Select the VDU ID, KDU name or NS/VNF ID, depending on the method's call intent
248 selector = vdu_id if vdu_id else kdu_name if kdu_name else descriptor.get("id")
250 if descriptor:
251 for df in descriptor.get("df", []):
252 # check that enough parameters are supplied for the initial-config-primitive
253 # TODO: check for cloud-init
254 if member_vnf_index:
255 initial_primitives = []
256 if (
257 "lcm-operations-configuration" in df
258 and "operate-vnf-op-config"
259 in df["lcm-operations-configuration"]
260 ):
261 for config in df["lcm-operations-configuration"][
262 "operate-vnf-op-config"
263 ].get("day1-2", []):
264 # Verify the target object (VNF|NS|VDU|KDU) where we need to populate
265 # the params with the additional ones given by the user
266 if config.get("id") == selector:
267 for primitive in get_iterable(
268 config.get("initial-config-primitive")
269 ):
270 initial_primitives.append(primitive)
271 else:
272 initial_primitives = deep_get(
273 descriptor, ("ns-configuration", "initial-config-primitive")
274 )
276 for initial_primitive in get_iterable(initial_primitives):
277 for param in get_iterable(initial_primitive.get("parameter")):
278 if param["value"].startswith("<") and param["value"].endswith(
279 ">"
280 ):
281 if param["value"] in (
282 "<rw_mgmt_ip>",
283 "<VDU_SCALE_INFO>",
284 "<ns_config_info>",
285 "<OSM>",
286 ):
287 continue
288 if (
289 not additional_params
290 or param["value"][1:-1] not in additional_params
291 ):
292 raise EngineException(
293 "Parameter '{}' needed for vnfd[id={}]:day1-2 configuration:"
294 "initial-config-primitive[name={}] not supplied".format(
295 param["value"],
296 descriptor["id"],
297 initial_primitive["name"],
298 )
299 )
301 return additional_params or None, other_params or None
303 def new(self, rollback, session, indata=None, kwargs=None, headers=None):
304 """
305 Creates a new nsr into database. It also creates needed vnfrs
306 :param rollback: list to append the created items at database in case a rollback must be done
307 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
308 :param indata: params to be used for the nsr
309 :param kwargs: used to override the indata descriptor
310 :param headers: http request headers
311 :return: the _id of nsr descriptor created at database. Or an exception of type
312 EngineException, ValidationError, DbException, FsException, MsgException.
313 Note: Exceptions are not captured on purpose. They should be captured at called
314 """
315 step = "checking quotas" # first step must be defined outside try
316 try:
317 self.check_quota(session)
319 step = "validating input parameters"
320 ns_request = self._remove_envelop(indata)
321 self._update_input_with_kwargs(ns_request, kwargs)
322 ns_request = self._validate_input_new(ns_request, session["force"])
324 step = "getting nsd id='{}' from database".format(ns_request.get("nsdId"))
325 nsd = self._get_nsd_from_db(ns_request["nsdId"], session)
326 ns_k8s_namespace = self._get_ns_k8s_namespace(nsd, ns_request, session)
328 step = "checking nsdOperationalState"
329 self._check_nsd_operational_state(nsd, ns_request)
331 step = "filling nsr from input data"
332 nsr_id = str(uuid4())
333 nsr_descriptor = self._create_nsr_descriptor_from_nsd(
334 nsd, ns_request, nsr_id, session
335 )
337 # Create VNFRs
338 needed_vnfds = {}
339 # TODO: Change for multiple df support
340 vnf_profiles = nsd.get("df", [{}])[0].get("vnf-profile", ())
341 for vnfp in vnf_profiles:
342 vnfd_id = vnfp.get("vnfd-id")
343 vnf_index = vnfp.get("id")
344 step = (
345 "getting vnfd id='{}' constituent-vnfd='{}' from database".format(
346 vnfd_id, vnf_index
347 )
348 )
349 if vnfd_id not in needed_vnfds:
350 vnfd = self._get_vnfd_from_db(vnfd_id, session)
351 if "revision" in vnfd["_admin"]:
352 vnfd["revision"] = vnfd["_admin"]["revision"]
353 vnfd.pop("_admin")
354 needed_vnfds[vnfd_id] = vnfd
355 nsr_descriptor["vnfd-id"].append(vnfd["_id"])
356 else:
357 vnfd = needed_vnfds[vnfd_id]
359 step = "filling vnfr vnfd-id='{}' constituent-vnfd='{}'".format(
360 vnfd_id, vnf_index
361 )
362 vnfr_descriptor = self._create_vnfr_descriptor_from_vnfd(
363 nsd,
364 vnfd,
365 vnfd_id,
366 vnf_index,
367 nsr_descriptor,
368 ns_request,
369 ns_k8s_namespace,
370 )
372 step = "creating vnfr vnfd-id='{}' constituent-vnfd='{}' at database".format(
373 vnfd_id, vnf_index
374 )
375 self._add_vnfr_to_db(vnfr_descriptor, rollback, session)
376 nsr_descriptor["constituent-vnfr-ref"].append(vnfr_descriptor["id"])
377 step = "Updating VNFD usageState"
378 update_descriptor_usage_state(vnfd, "vnfds", self.db)
380 step = "creating nsr at database"
381 self._add_nsr_to_db(nsr_descriptor, rollback, session)
382 step = "Updating NSD usageState"
383 update_descriptor_usage_state(nsd, "nsds", self.db)
385 step = "creating nsr temporal folder"
386 self.fs.mkdir(nsr_id)
388 return nsr_id, None
389 except (
390 ValidationError,
391 EngineException,
392 DbException,
393 MsgException,
394 FsException,
395 ) as e:
396 raise type(e)("{} while '{}'".format(e, step), http_code=e.http_code)
398 def _get_nsd_from_db(self, nsd_id, session):
399 _filter = self._get_project_filter(session)
400 _filter["_id"] = nsd_id
401 return self.db.get_one("nsds", _filter)
403 def _get_vnfd_from_db(self, vnfd_id, session):
404 _filter = self._get_project_filter(session)
405 _filter["id"] = vnfd_id
406 vnfd = self.db.get_one("vnfds", _filter, fail_on_empty=True, fail_on_more=True)
407 return vnfd
409 def _add_nsr_to_db(self, nsr_descriptor, rollback, session):
410 self.format_on_new(
411 nsr_descriptor, session["project_id"], make_public=session["public"]
412 )
413 self.db.create("nsrs", nsr_descriptor)
414 rollback.append({"topic": "nsrs", "_id": nsr_descriptor["id"]})
416 def _add_vnfr_to_db(self, vnfr_descriptor, rollback, session):
417 self.format_on_new(
418 vnfr_descriptor, session["project_id"], make_public=session["public"]
419 )
420 self.db.create("vnfrs", vnfr_descriptor)
421 rollback.append({"topic": "vnfrs", "_id": vnfr_descriptor["id"]})
423 def _check_nsd_operational_state(self, nsd, ns_request):
424 if nsd["_admin"]["operationalState"] == "DISABLED":
425 raise EngineException(
426 "nsd with id '{}' is DISABLED, and thus cannot be used to create "
427 "a network service".format(ns_request["nsdId"]),
428 http_code=HTTPStatus.CONFLICT,
429 )
431 def _get_ns_k8s_namespace(self, nsd, ns_request, session):
432 additional_params, _ = self._format_additional_params(
433 ns_request, descriptor=nsd
434 )
435 # use for k8s-namespace from ns_request or additionalParamsForNs. By default, the project_id
436 ns_k8s_namespace = session["project_id"][0] if session["project_id"] else None
437 if ns_request and ns_request.get("k8s-namespace"):
438 ns_k8s_namespace = ns_request["k8s-namespace"]
439 if additional_params and additional_params.get("k8s-namespace"):
440 ns_k8s_namespace = additional_params["k8s-namespace"]
442 return ns_k8s_namespace
444 def _add_shared_volumes_to_nsr(
445 self, vdu, vnfd, nsr_descriptor, member_vnf_index, revision=None
446 ):
447 svsd = []
448 for vsd in vnfd.get("virtual-storage-desc", ()):
449 if vsd.get("vdu-storage-requirements"):
450 if (
451 vsd.get("vdu-storage-requirements")[0].get("key") == "multiattach"
452 and vsd.get("vdu-storage-requirements")[0].get("value") == "True"
453 ):
454 # Avoid setting the volume name multiple times
455 if not match(f"shared-.*-{vnfd['id']}", vsd["id"]):
456 vsd["id"] = f"shared-{vsd['id']}-{vnfd['id']}"
457 svsd.append(vsd)
458 if svsd:
459 nsr_descriptor["shared-volumes"] = svsd
461 def _add_flavor_to_nsr(
462 self, vdu, vnfd, nsr_descriptor, member_vnf_index, revision=None
463 ):
464 flavor_data = {}
465 guest_epa = {}
466 # Find this vdu compute and storage descriptors
467 vdu_virtual_compute = {}
468 vdu_virtual_storage = {}
469 for vcd in vnfd.get("virtual-compute-desc", ()):
470 if vcd.get("id") == vdu.get("virtual-compute-desc"):
471 vdu_virtual_compute = vcd
472 for vsd in vnfd.get("virtual-storage-desc", ()):
473 if vsd.get("id") == vdu.get("virtual-storage-desc", [[]])[0]:
474 vdu_virtual_storage = vsd
475 # Get this vdu vcpus, memory and storage info for flavor_data
476 if vdu_virtual_compute.get("virtual-cpu", {}).get("num-virtual-cpu"):
477 flavor_data["vcpu-count"] = vdu_virtual_compute["virtual-cpu"][
478 "num-virtual-cpu"
479 ]
480 if vdu_virtual_compute.get("virtual-memory", {}).get("size"):
481 flavor_data["memory-mb"] = (
482 float(vdu_virtual_compute["virtual-memory"]["size"]) * 1024.0
483 )
484 if vdu_virtual_storage.get("size-of-storage"):
485 flavor_data["storage-gb"] = vdu_virtual_storage["size-of-storage"]
486 # Get this vdu EPA info for guest_epa
487 if vdu_virtual_compute.get("virtual-cpu", {}).get("cpu-quota"):
488 guest_epa["cpu-quota"] = vdu_virtual_compute["virtual-cpu"]["cpu-quota"]
489 if vdu_virtual_compute.get("virtual-cpu", {}).get("pinning"):
490 vcpu_pinning = vdu_virtual_compute["virtual-cpu"]["pinning"]
491 if vcpu_pinning.get("thread-policy"):
492 guest_epa["cpu-thread-pinning-policy"] = vcpu_pinning["thread-policy"]
493 if vcpu_pinning.get("policy"):
494 cpu_policy = (
495 "SHARED" if vcpu_pinning["policy"] == "dynamic" else "DEDICATED"
496 )
497 guest_epa["cpu-pinning-policy"] = cpu_policy
498 if vdu_virtual_compute.get("virtual-memory", {}).get("mem-quota"):
499 guest_epa["mem-quota"] = vdu_virtual_compute["virtual-memory"]["mem-quota"]
500 if vdu_virtual_compute.get("virtual-memory", {}).get("mempage-size"):
501 guest_epa["mempage-size"] = vdu_virtual_compute["virtual-memory"][
502 "mempage-size"
503 ]
504 if vdu_virtual_compute.get("virtual-memory", {}).get("numa-node-policy"):
505 guest_epa["numa-node-policy"] = vdu_virtual_compute["virtual-memory"][
506 "numa-node-policy"
507 ]
508 if vdu_virtual_storage.get("disk-io-quota"):
509 guest_epa["disk-io-quota"] = vdu_virtual_storage["disk-io-quota"]
511 if guest_epa:
512 flavor_data["guest-epa"] = guest_epa
514 revision = revision if revision is not None else 1
515 flavor_data["name"] = (
516 vdu["id"][:56] + "-" + member_vnf_index + "-" + str(revision) + "-flv"
517 )
518 flavor_data["id"] = str(len(nsr_descriptor["flavor"]))
519 nsr_descriptor["flavor"].append(flavor_data)
521 def _create_nsr_descriptor_from_nsd(self, nsd, ns_request, nsr_id, session):
522 now = time()
523 additional_params, _ = self._format_additional_params(
524 ns_request, descriptor=nsd
525 )
527 nsr_descriptor = {
528 "name": ns_request["nsName"],
529 "name-ref": ns_request["nsName"],
530 "short-name": ns_request["nsName"],
531 "admin-status": "ENABLED",
532 "nsState": "NOT_INSTANTIATED",
533 "currentOperation": "IDLE",
534 "currentOperationID": None,
535 "errorDescription": None,
536 "errorDetail": None,
537 "deploymentStatus": None,
538 "configurationStatus": None,
539 "vcaStatus": None,
540 "nsd": {k: v for k, v in nsd.items()},
541 "datacenter": ns_request["vimAccountId"],
542 "resource-orchestrator": "osmopenmano",
543 "description": ns_request.get("nsDescription", ""),
544 "constituent-vnfr-ref": [],
545 "operational-status": "init", # typedef ns-operational-
546 "config-status": "init", # typedef config-states
547 "detailed-status": "scheduled",
548 "orchestration-progress": {},
549 "create-time": now,
550 "nsd-name-ref": nsd["name"],
551 "operational-events": [], # "id", "timestamp", "description", "event",
552 "nsd-ref": nsd["id"],
553 "nsd-id": nsd["_id"],
554 "vnfd-id": [],
555 "instantiate_params": self._format_ns_request(ns_request),
556 "additionalParamsForNs": additional_params,
557 "ns-instance-config-ref": nsr_id,
558 "id": nsr_id,
559 "_id": nsr_id,
560 "ssh-authorized-key": ns_request.get("ssh_keys"), # TODO remove
561 "flavor": [],
562 "image": [],
563 "affinity-or-anti-affinity-group": [],
564 "shared-volumes": [],
565 "vnffgd": [],
566 }
567 if "revision" in nsd["_admin"]:
568 nsr_descriptor["revision"] = nsd["_admin"]["revision"]
570 ns_request["nsr_id"] = nsr_id
571 if ns_request and ns_request.get("config-units"):
572 nsr_descriptor["config-units"] = ns_request["config-units"]
573 # Create vld
574 if nsd.get("virtual-link-desc"):
575 nsr_vld = deepcopy(nsd.get("virtual-link-desc", []))
576 # Fill each vld with vnfd-connection-point-ref data
577 # TODO: Change for multiple df support
578 all_vld_connection_point_data = {vld.get("id"): [] for vld in nsr_vld}
579 vnf_profiles = nsd.get("df", [[]])[0].get("vnf-profile", ())
580 for vnf_profile in vnf_profiles:
581 for vlc in vnf_profile.get("virtual-link-connectivity", ()):
582 for cpd in vlc.get("constituent-cpd-id", ()):
583 all_vld_connection_point_data[
584 vlc.get("virtual-link-profile-id")
585 ].append(
586 {
587 "member-vnf-index-ref": cpd.get(
588 "constituent-base-element-id"
589 ),
590 "vnfd-connection-point-ref": cpd.get(
591 "constituent-cpd-id"
592 ),
593 "vnfd-id-ref": vnf_profile.get("vnfd-id"),
594 }
595 )
597 vnfd = self._get_vnfd_from_db(vnf_profile.get("vnfd-id"), session)
598 vnfd.pop("_admin")
600 for vdu in vnfd.get("vdu", ()):
601 member_vnf_index = vnf_profile.get("id")
602 self._add_flavor_to_nsr(vdu, vnfd, nsr_descriptor, member_vnf_index)
603 self._add_shared_volumes_to_nsr(
604 vdu, vnfd, nsr_descriptor, member_vnf_index
605 )
606 sw_image_id = vdu.get("sw-image-desc")
607 if sw_image_id:
608 image_data = self._get_image_data_from_vnfd(vnfd, sw_image_id)
609 self._add_image_to_nsr(nsr_descriptor, image_data)
611 # also add alternative images to the list of images
612 for alt_image in vdu.get("alternative-sw-image-desc", ()):
613 image_data = self._get_image_data_from_vnfd(vnfd, alt_image)
614 self._add_image_to_nsr(nsr_descriptor, image_data)
616 # Add Affinity or Anti-affinity group information to NSR
617 vdu_profiles = vnfd.get("df", [[]])[0].get("vdu-profile", ())
618 affinity_group_prefix_name = "{}-{}".format(
619 nsr_descriptor["name"][:16], vnf_profile.get("id")[:16]
620 )
622 for vdu_profile in vdu_profiles:
623 affinity_group_data = {}
624 for affinity_group in vdu_profile.get(
625 "affinity-or-anti-affinity-group", ()
626 ):
627 affinity_group_data = (
628 self._get_affinity_or_anti_affinity_group_data_from_vnfd(
629 vnfd, affinity_group["id"]
630 )
631 )
632 affinity_group_data["member-vnf-index"] = vnf_profile.get("id")
633 self._add_affinity_or_anti_affinity_group_to_nsr(
634 nsr_descriptor,
635 affinity_group_data,
636 affinity_group_prefix_name,
637 )
639 for vld in nsr_vld:
640 vld["vnfd-connection-point-ref"] = all_vld_connection_point_data.get(
641 vld.get("id"), []
642 )
643 vld["name"] = vld["id"]
644 nsr_descriptor["vld"] = nsr_vld
645 if nsd.get("vnffgd"):
646 vnffgd = nsd.get("vnffgd")
647 for vnffg in vnffgd:
648 info = {}
649 for k, v in vnffg.items():
650 if k == "id":
651 info.update({k: v})
652 if k == "nfpd":
653 info.update({k: v})
654 nsr_descriptor["vnffgd"].append(info)
656 return nsr_descriptor
658 def _get_affinity_or_anti_affinity_group_data_from_vnfd(
659 self, vnfd, affinity_group_id
660 ):
661 """
662 Gets affinity-or-anti-affinity-group info from df and returns the desired affinity group
663 """
664 affinity_group = utils.find_in_list(
665 vnfd.get("df", [[]])[0].get("affinity-or-anti-affinity-group", ()),
666 lambda ag: ag["id"] == affinity_group_id,
667 )
668 affinity_group_data = {}
669 if affinity_group:
670 if affinity_group.get("id"):
671 affinity_group_data["ag-id"] = affinity_group["id"]
672 if affinity_group.get("type"):
673 affinity_group_data["type"] = affinity_group["type"]
674 if affinity_group.get("scope"):
675 affinity_group_data["scope"] = affinity_group["scope"]
676 return affinity_group_data
678 def _add_affinity_or_anti_affinity_group_to_nsr(
679 self, nsr_descriptor, affinity_group_data, affinity_group_prefix_name
680 ):
681 """
682 Adds affinity-or-anti-affinity-group to nsr checking first it is not already added
683 """
684 affinity_group = next(
685 (
686 f
687 for f in nsr_descriptor["affinity-or-anti-affinity-group"]
688 if all(f.get(k) == affinity_group_data[k] for k in affinity_group_data)
689 ),
690 None,
691 )
692 if not affinity_group:
693 affinity_group_data["id"] = str(
694 len(nsr_descriptor["affinity-or-anti-affinity-group"])
695 )
696 affinity_group_data["name"] = "{}-{}".format(
697 affinity_group_prefix_name, affinity_group_data["ag-id"][:32]
698 )
699 nsr_descriptor["affinity-or-anti-affinity-group"].append(
700 affinity_group_data
701 )
703 def _get_image_data_from_vnfd(self, vnfd, sw_image_id):
704 sw_image_desc = utils.find_in_list(
705 vnfd.get("sw-image-desc", ()), lambda sw: sw["id"] == sw_image_id
706 )
707 image_data = {}
708 if sw_image_desc.get("image"):
709 image_data["image"] = sw_image_desc["image"]
710 if sw_image_desc.get("checksum"):
711 image_data["image_checksum"] = sw_image_desc["checksum"]["hash"]
712 if sw_image_desc.get("vim-type"):
713 image_data["vim-type"] = sw_image_desc["vim-type"]
714 return image_data
716 def _add_image_to_nsr(self, nsr_descriptor, image_data):
717 """
718 Adds image to nsr checking first it is not already added
719 """
720 img = next(
721 (
722 f
723 for f in nsr_descriptor["image"]
724 if all(f.get(k) == image_data[k] for k in image_data)
725 ),
726 None,
727 )
728 if not img:
729 image_data["id"] = str(len(nsr_descriptor["image"]))
730 nsr_descriptor["image"].append(image_data)
732 def _create_vnfr_descriptor_from_vnfd(
733 self,
734 nsd,
735 vnfd,
736 vnfd_id,
737 vnf_index,
738 nsr_descriptor,
739 ns_request,
740 ns_k8s_namespace,
741 revision=None,
742 ):
743 vnfr_id = str(uuid4())
744 nsr_id = nsr_descriptor["id"]
745 now = time()
746 additional_params, vnf_params = self._format_additional_params(
747 ns_request, vnf_index, descriptor=vnfd
748 )
750 vnfr_descriptor = {
751 "id": vnfr_id,
752 "_id": vnfr_id,
753 "nsr-id-ref": nsr_id,
754 "member-vnf-index-ref": vnf_index,
755 "additionalParamsForVnf": additional_params,
756 "created-time": now,
757 # "vnfd": vnfd, # at OSM model.but removed to avoid data duplication TODO: revise
758 "vnfd-ref": vnfd_id,
759 "vnfd-id": vnfd["_id"], # not at OSM model, but useful
760 "vim-account-id": None,
761 "vca-id": None,
762 "vdur": [],
763 "connection-point": [],
764 "ip-address": None, # mgmt-interface filled by LCM
765 }
767 # Revision backwards compatility. Only specify the revision in the record if
768 # the original VNFD has a revision.
769 if "revision" in vnfd:
770 vnfr_descriptor["revision"] = vnfd["revision"]
772 vnf_k8s_namespace = ns_k8s_namespace
773 if vnf_params:
774 if vnf_params.get("k8s-namespace"):
775 vnf_k8s_namespace = vnf_params["k8s-namespace"]
776 if vnf_params.get("config-units"):
777 vnfr_descriptor["config-units"] = vnf_params["config-units"]
779 # Create vld
780 if vnfd.get("int-virtual-link-desc"):
781 vnfr_descriptor["vld"] = []
782 for vnfd_vld in vnfd.get("int-virtual-link-desc"):
783 vnfr_descriptor["vld"].append({key: vnfd_vld[key] for key in vnfd_vld})
785 for cp in vnfd.get("ext-cpd", ()):
786 vnf_cp = {
787 "name": cp.get("id"),
788 "connection-point-id": cp.get("int-cpd", {}).get("cpd"),
789 "connection-point-vdu-id": cp.get("int-cpd", {}).get("vdu-id"),
790 "id": cp.get("id"),
791 # "ip-address", "mac-address" # filled by LCM
792 # vim-id # TODO it would be nice having a vim port id
793 }
794 vnfr_descriptor["connection-point"].append(vnf_cp)
796 # Create k8s-cluster information
797 # TODO: Validate if a k8s-cluster net can have more than one ext-cpd ?
798 if vnfd.get("k8s-cluster"):
799 vnfr_descriptor["k8s-cluster"] = vnfd["k8s-cluster"]
800 all_k8s_cluster_nets_cpds = {}
801 for cpd in get_iterable(vnfd.get("ext-cpd")):
802 if cpd.get("k8s-cluster-net"):
803 all_k8s_cluster_nets_cpds[cpd.get("k8s-cluster-net")] = cpd.get(
804 "id"
805 )
806 for net in get_iterable(vnfr_descriptor["k8s-cluster"].get("nets")):
807 if net.get("id") in all_k8s_cluster_nets_cpds:
808 net["external-connection-point-ref"] = all_k8s_cluster_nets_cpds[
809 net.get("id")
810 ]
812 # update kdus
813 for kdu in get_iterable(vnfd.get("kdu")):
814 additional_params, kdu_params = self._format_additional_params(
815 ns_request, vnf_index, kdu_name=kdu["name"], descriptor=vnfd
816 )
817 kdu_k8s_namespace = vnf_k8s_namespace
818 kdu_model = kdu_params.get("kdu_model") if kdu_params else None
819 if kdu_params and kdu_params.get("k8s-namespace"):
820 kdu_k8s_namespace = kdu_params["k8s-namespace"]
822 kdu_deployment_name = ""
823 if kdu_params and kdu_params.get("kdu-deployment-name"):
824 kdu_deployment_name = kdu_params.get("kdu-deployment-name")
826 kdur = {
827 "additionalParams": additional_params,
828 "k8s-namespace": kdu_k8s_namespace,
829 "kdu-deployment-name": kdu_deployment_name,
830 "kdu-name": kdu["name"],
831 # TODO "name": "" Name of the VDU in the VIM
832 "ip-address": None, # mgmt-interface filled by LCM
833 "k8s-cluster": {},
834 }
835 if kdu_params and kdu_params.get("config-units"):
836 kdur["config-units"] = kdu_params["config-units"]
837 if kdu.get("helm-version"):
838 kdur["helm-version"] = kdu["helm-version"]
839 for k8s_type in ("helm-chart", "juju-bundle"):
840 if kdu.get(k8s_type):
841 kdur[k8s_type] = kdu_model or kdu[k8s_type]
842 if not vnfr_descriptor.get("kdur"):
843 vnfr_descriptor["kdur"] = []
844 vnfr_descriptor["kdur"].append(kdur)
846 vnfd_mgmt_cp = vnfd.get("mgmt-cp")
848 for vdu in vnfd.get("vdu", ()):
849 vdu_mgmt_cp = []
850 try:
851 configs = vnfd.get("df")[0]["lcm-operations-configuration"][
852 "operate-vnf-op-config"
853 ]["day1-2"]
854 vdu_config = utils.find_in_list(
855 configs, lambda config: config["id"] == vdu["id"]
856 )
857 except Exception:
858 vdu_config = None
860 try:
861 vdu_instantiation_level = utils.find_in_list(
862 vnfd.get("df")[0]["instantiation-level"][0]["vdu-level"],
863 lambda a_vdu_profile: a_vdu_profile["vdu-id"] == vdu["id"],
864 )
865 except Exception:
866 vdu_instantiation_level = None
868 if vdu_config:
869 external_connection_ee = utils.filter_in_list(
870 vdu_config.get("execution-environment-list", []),
871 lambda ee: "external-connection-point-ref" in ee,
872 )
873 for ee in external_connection_ee:
874 vdu_mgmt_cp.append(ee["external-connection-point-ref"])
876 additional_params, vdu_params = self._format_additional_params(
877 ns_request, vnf_index, vdu_id=vdu["id"], descriptor=vnfd
878 )
880 try:
881 vdu_virtual_storage_descriptors = utils.filter_in_list(
882 vnfd.get("virtual-storage-desc", []),
883 lambda stg_desc: stg_desc["id"] in vdu["virtual-storage-desc"],
884 )
885 except Exception:
886 vdu_virtual_storage_descriptors = []
887 vdur = {
888 "vdu-id-ref": vdu["id"],
889 # TODO "name": "" Name of the VDU in the VIM
890 "ip-address": None, # mgmt-interface filled by LCM
891 # "vim-id", "flavor-id", "image-id", "management-ip" # filled by LCM
892 "internal-connection-point": [],
893 "interfaces": [],
894 "additionalParams": additional_params,
895 "vdu-name": vdu["name"],
896 "virtual-storages": vdu_virtual_storage_descriptors,
897 }
898 if vdu_params and vdu_params.get("config-units"):
899 vdur["config-units"] = vdu_params["config-units"]
900 if deep_get(vdu, ("supplemental-boot-data", "boot-data-drive")):
901 vdur["boot-data-drive"] = vdu["supplemental-boot-data"][
902 "boot-data-drive"
903 ]
904 if vdu.get("pdu-type"):
905 vdur["pdu-type"] = vdu["pdu-type"]
906 vdur["name"] = vdu["pdu-type"]
907 # TODO volumes: name, volume-id
908 for icp in vdu.get("int-cpd", ()):
909 vdu_icp = {
910 "id": icp["id"],
911 "connection-point-id": icp["id"],
912 "name": icp.get("id"),
913 }
915 vdur["internal-connection-point"].append(vdu_icp)
917 for iface in icp.get("virtual-network-interface-requirement", ()):
918 # Name, mac-address and interface position is taken from VNFD
919 # and included into VNFR. By this way RO can process this information
920 # while creating the VDU.
921 iface_fields = ("name", "mac-address", "position", "ip-address")
922 vdu_iface = {
923 x: iface[x] for x in iface_fields if iface.get(x) is not None
924 }
926 vdu_iface["internal-connection-point-ref"] = vdu_icp["id"]
927 if "port-security-enabled" in icp:
928 vdu_iface["port-security-enabled"] = icp[
929 "port-security-enabled"
930 ]
932 if "port-security-disable-strategy" in icp:
933 vdu_iface["port-security-disable-strategy"] = icp[
934 "port-security-disable-strategy"
935 ]
937 for ext_cp in vnfd.get("ext-cpd", ()):
938 if not ext_cp.get("int-cpd"):
939 continue
940 if ext_cp["int-cpd"].get("vdu-id") != vdu["id"]:
941 continue
942 if icp["id"] == ext_cp["int-cpd"].get("cpd"):
943 vdu_iface["external-connection-point-ref"] = ext_cp.get(
944 "id"
945 )
947 if "port-security-enabled" in ext_cp:
948 vdu_iface["port-security-enabled"] = ext_cp[
949 "port-security-enabled"
950 ]
952 if "port-security-disable-strategy" in ext_cp:
953 vdu_iface["port-security-disable-strategy"] = ext_cp[
954 "port-security-disable-strategy"
955 ]
957 break
959 if (
960 vnfd_mgmt_cp
961 and vdu_iface.get("external-connection-point-ref")
962 == vnfd_mgmt_cp
963 ):
964 vdu_iface["mgmt-vnf"] = True
965 vdu_iface["mgmt-interface"] = True
967 for ecp in vdu_mgmt_cp:
968 if vdu_iface.get("external-connection-point-ref") == ecp:
969 vdu_iface["mgmt-interface"] = True
971 if iface.get("virtual-interface"):
972 vdu_iface.update(deepcopy(iface["virtual-interface"]))
974 # look for network where this interface is connected
975 iface_ext_cp = vdu_iface.get("external-connection-point-ref")
976 if iface_ext_cp:
977 # TODO: Change for multiple df support
978 for df in get_iterable(nsd.get("df")):
979 for vnf_profile in get_iterable(df.get("vnf-profile")):
980 for vlc_index, vlc in enumerate(
981 get_iterable(
982 vnf_profile.get("virtual-link-connectivity")
983 )
984 ):
985 for cpd in get_iterable(
986 vlc.get("constituent-cpd-id")
987 ):
988 if (
989 cpd.get("constituent-cpd-id")
990 == iface_ext_cp
991 ) and vnf_profile.get("id") == vnf_index:
992 vdu_iface["ns-vld-id"] = vlc.get(
993 "virtual-link-profile-id"
994 )
995 # if iface type is SRIOV or PASSTHROUGH, set pci-interfaces flag to True
996 if vdu_iface.get("type") in (
997 "SR-IOV",
998 "PCI-PASSTHROUGH",
999 ):
1000 nsr_descriptor["vld"][vlc_index][
1001 "pci-interfaces"
1002 ] = True
1003 break
1004 elif vdu_iface.get("internal-connection-point-ref"):
1005 vdu_iface["vnf-vld-id"] = icp.get("int-virtual-link-desc")
1006 # TODO: store fixed IP address in the record (if it exists in the ICP)
1007 # if iface type is SRIOV or PASSTHROUGH, set pci-interfaces flag to True
1008 if vdu_iface.get("type") in ("SR-IOV", "PCI-PASSTHROUGH"):
1009 ivld_index = utils.find_index_in_list(
1010 vnfd.get("int-virtual-link-desc", ()),
1011 lambda ivld: ivld["id"]
1012 == icp.get("int-virtual-link-desc"),
1013 )
1014 vnfr_descriptor["vld"][ivld_index]["pci-interfaces"] = True
1016 vdur["interfaces"].append(vdu_iface)
1018 if vdu.get("sw-image-desc"):
1019 sw_image = utils.find_in_list(
1020 vnfd.get("sw-image-desc", ()),
1021 lambda image: image["id"] == vdu.get("sw-image-desc"),
1022 )
1023 nsr_sw_image_data = utils.find_in_list(
1024 nsr_descriptor["image"],
1025 lambda nsr_image: (nsr_image.get("image") == sw_image.get("image")),
1026 )
1027 vdur["ns-image-id"] = nsr_sw_image_data["id"]
1029 if vdu.get("alternative-sw-image-desc"):
1030 alt_image_ids = []
1031 for alt_image_id in vdu.get("alternative-sw-image-desc", ()):
1032 sw_image = utils.find_in_list(
1033 vnfd.get("sw-image-desc", ()),
1034 lambda image: image["id"] == alt_image_id,
1035 )
1036 nsr_sw_image_data = utils.find_in_list(
1037 nsr_descriptor["image"],
1038 lambda nsr_image: (
1039 nsr_image.get("image") == sw_image.get("image")
1040 ),
1041 )
1042 alt_image_ids.append(nsr_sw_image_data["id"])
1043 vdur["alt-image-ids"] = alt_image_ids
1045 revision = revision if revision is not None else 1
1046 flavor_data_name = (
1047 vdu["id"][:56] + "-" + vnf_index + "-" + str(revision) + "-flv"
1048 )
1049 nsr_flavor_desc = utils.find_in_list(
1050 nsr_descriptor["flavor"],
1051 lambda flavor: flavor["name"] == flavor_data_name,
1052 )
1054 if nsr_flavor_desc:
1055 vdur["ns-flavor-id"] = nsr_flavor_desc["id"]
1057 # Adding Shared Volume information to vdur
1058 if vdur.get("virtual-storages"):
1059 nsr_sv = []
1060 for vsd in vdur["virtual-storages"]:
1061 if vsd.get("vdu-storage-requirements"):
1062 if (
1063 vsd["vdu-storage-requirements"][0].get("key")
1064 == "multiattach"
1065 and vsd["vdu-storage-requirements"][0].get("value")
1066 == "True"
1067 ):
1068 nsr_sv.append(vsd["id"])
1069 if nsr_sv:
1070 vdur["shared-volumes-id"] = nsr_sv
1072 # Adding Affinity groups information to vdur
1073 try:
1074 vdu_profile_affinity_group = utils.find_in_list(
1075 vnfd.get("df")[0]["vdu-profile"],
1076 lambda a_vdu: a_vdu["id"] == vdu["id"],
1077 )
1078 except Exception:
1079 vdu_profile_affinity_group = None
1081 if vdu_profile_affinity_group:
1082 affinity_group_ids = []
1083 for affinity_group in vdu_profile_affinity_group.get(
1084 "affinity-or-anti-affinity-group", ()
1085 ):
1086 vdu_affinity_group = utils.find_in_list(
1087 vdu_profile_affinity_group.get(
1088 "affinity-or-anti-affinity-group", ()
1089 ),
1090 lambda ag_fp: ag_fp["id"] == affinity_group["id"],
1091 )
1092 nsr_affinity_group = utils.find_in_list(
1093 nsr_descriptor["affinity-or-anti-affinity-group"],
1094 lambda nsr_ag: (
1095 nsr_ag.get("ag-id") == vdu_affinity_group.get("id")
1096 and nsr_ag.get("member-vnf-index")
1097 == vnfr_descriptor.get("member-vnf-index-ref")
1098 ),
1099 )
1100 # Update Affinity Group VIM name if VDU instantiation parameter is present
1101 if vnf_params and vnf_params.get("affinity-or-anti-affinity-group"):
1102 vnf_params_affinity_group = utils.find_in_list(
1103 vnf_params["affinity-or-anti-affinity-group"],
1104 lambda vnfp_ag: (
1105 vnfp_ag.get("id") == vdu_affinity_group.get("id")
1106 ),
1107 )
1108 if vnf_params_affinity_group.get("vim-affinity-group-id"):
1109 nsr_affinity_group[
1110 "vim-affinity-group-id"
1111 ] = vnf_params_affinity_group["vim-affinity-group-id"]
1112 affinity_group_ids.append(nsr_affinity_group["id"])
1113 vdur["affinity-or-anti-affinity-group-id"] = affinity_group_ids
1115 if vdu_instantiation_level:
1116 count = vdu_instantiation_level.get("number-of-instances")
1117 else:
1118 count = 1
1120 for index in range(0, count):
1121 vdur = deepcopy(vdur)
1122 for iface in vdur["interfaces"]:
1123 if iface.get("ip-address") and index != 0:
1124 iface["ip-address"] = increment_ip_mac(iface["ip-address"])
1125 if iface.get("mac-address") and index != 0:
1126 iface["mac-address"] = increment_ip_mac(iface["mac-address"])
1128 vdur["_id"] = str(uuid4())
1129 vdur["id"] = vdur["_id"]
1130 vdur["count-index"] = index
1131 vnfr_descriptor["vdur"].append(vdur)
1132 return vnfr_descriptor
1134 def vca_status_refresh(self, session, ns_instance_content, filter_q):
1135 """
1136 vcaStatus in ns_instance_content maybe stale, check if it is stale and create lcm op
1137 to refresh vca status by sending message to LCM when it is stale. Ignore otherwise.
1138 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
1139 :param ns_instance_content: ns instance content
1140 :param filter_q: dict: query parameter containing vcaStatus-refresh as true or false
1141 :return: None
1142 """
1143 time_now, time_delta = (
1144 time(),
1145 time() - ns_instance_content["_admin"]["modified"],
1146 )
1147 force_refresh = (
1148 isinstance(filter_q, dict) and filter_q.get("vcaStatusRefresh") == "true"
1149 )
1150 threshold_reached = time_delta > 120
1151 if force_refresh or threshold_reached:
1152 operation, _id = "vca_status_refresh", ns_instance_content["_id"]
1153 ns_instance_content["_admin"]["modified"] = time_now
1154 self.db.set_one(self.topic, {"_id": _id}, ns_instance_content)
1155 nslcmop_desc = NsLcmOpTopic._create_nslcmop(_id, operation, None)
1156 self.format_on_new(
1157 nslcmop_desc, session["project_id"], make_public=session["public"]
1158 )
1159 nslcmop_desc["_admin"].pop("nsState")
1160 self.msg.write("ns", operation, nslcmop_desc)
1161 return
1163 def show(self, session, _id, filter_q=None, api_req=False):
1164 """
1165 Get complete information on an ns instance.
1166 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
1167 :param _id: string, ns instance id
1168 :param filter_q: dict: query parameter containing vcaStatusRefresh as true or false
1169 :param api_req: True if this call is serving an external API request. False if serving internal request.
1170 :return: dictionary, raise exception if not found.
1171 """
1172 ns_instance_content = super().show(session, _id, api_req)
1173 self.vca_status_refresh(session, ns_instance_content, filter_q)
1174 return ns_instance_content
1176 def edit(self, session, _id, indata=None, kwargs=None, content=None):
1177 raise EngineException(
1178 "Method edit called directly", HTTPStatus.INTERNAL_SERVER_ERROR
1179 )
1182class VnfrTopic(BaseTopic):
1183 topic = "vnfrs"
1184 topic_msg = None
1186 def __init__(self, db, fs, msg, auth):
1187 BaseTopic.__init__(self, db, fs, msg, auth)
1189 def delete(self, session, _id, dry_run=False, not_send_msg=None):
1190 raise EngineException(
1191 "Method delete called directly", HTTPStatus.INTERNAL_SERVER_ERROR
1192 )
1194 def edit(self, session, _id, indata=None, kwargs=None, content=None):
1195 raise EngineException(
1196 "Method edit called directly", HTTPStatus.INTERNAL_SERVER_ERROR
1197 )
1199 def new(self, rollback, session, indata=None, kwargs=None, headers=None):
1200 # Not used because vnfrs are created and deleted by NsrTopic class directly
1201 raise EngineException(
1202 "Method new called directly", HTTPStatus.INTERNAL_SERVER_ERROR
1203 )
1206class NsLcmOpTopic(BaseTopic):
1207 topic = "nslcmops"
1208 topic_msg = "ns"
1209 operation_schema = { # mapping between operation and jsonschema to validate
1210 "instantiate": ns_instantiate,
1211 "action": ns_action,
1212 "update": ns_update,
1213 "scale": ns_scale,
1214 "heal": ns_heal,
1215 "terminate": ns_terminate,
1216 "migrate": ns_migrate,
1217 "verticalscale": ns_verticalscale,
1218 "cancel": nslcmop_cancel,
1219 }
1221 def __init__(self, db, fs, msg, auth):
1222 BaseTopic.__init__(self, db, fs, msg, auth)
1223 self.nsrtopic = NsrTopic(db, fs, msg, auth)
1225 def _check_ns_operation(self, session, nsr, operation, indata):
1226 """
1227 Check that user has enter right parameters for the operation
1228 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
1229 :param operation: it can be: instantiate, terminate, action, update, heal
1230 :param indata: descriptor with the parameters of the operation
1231 :return: None
1232 """
1233 if operation == "action":
1234 self._check_action_ns_operation(indata, nsr)
1235 elif operation == "scale":
1236 self._check_scale_ns_operation(indata, nsr)
1237 elif operation == "update":
1238 self._check_update_ns_operation(indata, nsr)
1239 elif operation == "heal":
1240 self._check_heal_ns_operation(indata, nsr)
1241 elif operation == "instantiate":
1242 self._check_instantiate_ns_operation(indata, nsr, session)
1244 def _check_action_ns_operation(self, indata, nsr):
1245 nsd = nsr["nsd"]
1246 # check vnf_member_index
1247 if indata.get("vnf_member_index"):
1248 indata["member_vnf_index"] = indata.pop(
1249 "vnf_member_index"
1250 ) # for backward compatibility
1251 if indata.get("member_vnf_index"):
1252 vnfd = self._get_vnfd_from_vnf_member_index(
1253 indata["member_vnf_index"], nsr["_id"]
1254 )
1255 try:
1256 configs = vnfd.get("df")[0]["lcm-operations-configuration"][
1257 "operate-vnf-op-config"
1258 ]["day1-2"]
1259 except Exception:
1260 configs = []
1262 if indata.get("vdu_id"):
1263 self._check_valid_vdu(vnfd, indata["vdu_id"])
1264 descriptor_configuration = utils.find_in_list(
1265 configs, lambda config: config["id"] == indata["vdu_id"]
1266 )
1267 elif indata.get("kdu_name"):
1268 self._check_valid_kdu(vnfd, indata["kdu_name"])
1269 descriptor_configuration = utils.find_in_list(
1270 configs, lambda config: config["id"] == indata.get("kdu_name")
1271 )
1272 else:
1273 descriptor_configuration = utils.find_in_list(
1274 configs, lambda config: config["id"] == vnfd["id"]
1275 )
1276 if descriptor_configuration is not None:
1277 descriptor_configuration = descriptor_configuration.get(
1278 "config-primitive"
1279 )
1280 else: # use a NSD
1281 descriptor_configuration = nsd.get("ns-configuration", {}).get(
1282 "config-primitive"
1283 )
1285 # For k8s allows default primitives without validating the parameters
1286 if indata.get("kdu_name") and indata["primitive"] in (
1287 "upgrade",
1288 "rollback",
1289 "status",
1290 "inspect",
1291 "readme",
1292 ):
1293 # TODO should be checked that rollback only can contains revsision_numbe????
1294 if not indata.get("member_vnf_index"):
1295 raise EngineException(
1296 "Missing action parameter 'member_vnf_index' for default KDU primitive '{}'".format(
1297 indata["primitive"]
1298 )
1299 )
1300 return
1301 # if not, check primitive
1302 for config_primitive in get_iterable(descriptor_configuration):
1303 if indata["primitive"] == config_primitive["name"]:
1304 # check needed primitive_params are provided
1305 if indata.get("primitive_params"):
1306 in_primitive_params_copy = copy(indata["primitive_params"])
1307 else:
1308 in_primitive_params_copy = {}
1309 for paramd in get_iterable(config_primitive.get("parameter")):
1310 if paramd["name"] in in_primitive_params_copy:
1311 del in_primitive_params_copy[paramd["name"]]
1312 elif not paramd.get("default-value"):
1313 raise EngineException(
1314 "Needed parameter {} not provided for primitive '{}'".format(
1315 paramd["name"], indata["primitive"]
1316 )
1317 )
1318 # check no extra primitive params are provided
1319 if in_primitive_params_copy:
1320 raise EngineException(
1321 "parameter/s '{}' not present at vnfd /nsd for primitive '{}'".format(
1322 list(in_primitive_params_copy.keys()), indata["primitive"]
1323 )
1324 )
1325 break
1326 else:
1327 raise EngineException(
1328 "Invalid primitive '{}' is not present at vnfd/nsd".format(
1329 indata["primitive"]
1330 )
1331 )
1333 def _check_update_ns_operation(self, indata, nsr) -> None:
1334 """Validates the ns-update request according to updateType
1336 If updateType is CHANGE_VNFPKG:
1337 - it checks the vnfInstanceId, whether it's available under ns instance
1338 - it checks the vnfdId whether it matches with the vnfd-id in the vnf-record of specified VNF.
1339 Otherwise exception will be raised.
1340 If updateType is REMOVE_VNF:
1341 - it checks if the vnfInstanceId is available in the ns instance
1342 - Otherwise exception will be raised.
1344 Args:
1345 indata: includes updateType such as CHANGE_VNFPKG,
1346 nsr: network service record
1348 Raises:
1349 EngineException:
1350 a meaningful error if given update parameters are not proper such as
1351 "Error in validating ns-update request: <ID> does not match
1352 with the vnfd-id of vnfinstance
1353 http_code=HTTPStatus.UNPROCESSABLE_ENTITY"
1355 """
1356 try:
1357 if indata["updateType"] == "CHANGE_VNFPKG":
1358 # vnfInstanceId, nsInstanceId, vnfdId are mandatory
1359 vnf_instance_id = indata["changeVnfPackageData"]["vnfInstanceId"]
1360 ns_instance_id = indata["nsInstanceId"]
1361 vnfd_id_2update = indata["changeVnfPackageData"]["vnfdId"]
1363 if vnf_instance_id not in nsr["constituent-vnfr-ref"]:
1364 raise EngineException(
1365 f"Error in validating ns-update request: vnf {vnf_instance_id} does not "
1366 f"belong to NS {ns_instance_id}",
1367 http_code=HTTPStatus.UNPROCESSABLE_ENTITY,
1368 )
1370 # Getting vnfrs through the ns_instance_id
1371 vnfrs = self.db.get_list("vnfrs", {"nsr-id-ref": ns_instance_id})
1372 constituent_vnfd_id = next(
1373 (
1374 vnfr["vnfd-id"]
1375 for vnfr in vnfrs
1376 if vnfr["id"] == vnf_instance_id
1377 ),
1378 None,
1379 )
1381 # Check the given vnfd-id belongs to given vnf instance
1382 if constituent_vnfd_id and (vnfd_id_2update != constituent_vnfd_id):
1383 raise EngineException(
1384 f"Error in validating ns-update request: vnfd-id {vnfd_id_2update} does not "
1385 f"match with the vnfd-id: {constituent_vnfd_id} of VNF instance: {vnf_instance_id}",
1386 http_code=HTTPStatus.UNPROCESSABLE_ENTITY,
1387 )
1389 # Validating the ns update timeout
1390 if (
1391 indata.get("timeout_ns_update")
1392 and indata["timeout_ns_update"] < 300
1393 ):
1394 raise EngineException(
1395 "Error in validating ns-update request: {} second is not enough "
1396 "to upgrade the VNF instance: {}".format(
1397 indata["timeout_ns_update"], vnf_instance_id
1398 ),
1399 http_code=HTTPStatus.UNPROCESSABLE_ENTITY,
1400 )
1401 elif indata["updateType"] == "REMOVE_VNF":
1402 vnf_instance_id = indata["removeVnfInstanceId"]
1403 ns_instance_id = indata["nsInstanceId"]
1404 if vnf_instance_id not in nsr["constituent-vnfr-ref"]:
1405 raise EngineException(
1406 "Invalid VNF Instance Id. '{}' is not "
1407 "present in the NS '{}'".format(vnf_instance_id, ns_instance_id)
1408 )
1410 except (
1411 DbException,
1412 AttributeError,
1413 IndexError,
1414 KeyError,
1415 ValueError,
1416 ) as e:
1417 raise type(e)(
1418 "Ns update request could not be processed with error: {}.".format(e)
1419 )
1421 def _check_scale_ns_operation(self, indata, nsr):
1422 vnfd = self._get_vnfd_from_vnf_member_index(
1423 indata["scaleVnfData"]["scaleByStepData"]["member-vnf-index"], nsr["_id"]
1424 )
1425 for scaling_aspect in get_iterable(vnfd.get("df", ())[0]["scaling-aspect"]):
1426 if (
1427 indata["scaleVnfData"]["scaleByStepData"]["scaling-group-descriptor"]
1428 == scaling_aspect["id"]
1429 ):
1430 break
1431 else:
1432 raise EngineException(
1433 "Invalid scaleVnfData:scaleByStepData:scaling-group-descriptor '{}' is not "
1434 "present at vnfd:scaling-aspect".format(
1435 indata["scaleVnfData"]["scaleByStepData"][
1436 "scaling-group-descriptor"
1437 ]
1438 )
1439 )
1441 def _check_heal_ns_operation(self, indata, nsr):
1442 return
1444 def _check_instantiate_ns_operation(self, indata, nsr, session):
1445 vnf_member_index_to_vnfd = {} # map between vnf_member_index to vnf descriptor.
1446 vim_accounts = []
1447 wim_accounts = []
1448 nsd = nsr["nsd"]
1449 self._check_valid_vim_account(indata["vimAccountId"], vim_accounts, session)
1450 self._check_valid_wim_account(indata.get("wimAccountId"), wim_accounts, session)
1451 for in_vnf in get_iterable(indata.get("vnf")):
1452 member_vnf_index = in_vnf["member-vnf-index"]
1453 if vnf_member_index_to_vnfd.get(member_vnf_index):
1454 vnfd = vnf_member_index_to_vnfd[member_vnf_index]
1455 else:
1456 vnfd = self._get_vnfd_from_vnf_member_index(
1457 member_vnf_index, nsr["_id"]
1458 )
1459 vnf_member_index_to_vnfd[
1460 member_vnf_index
1461 ] = vnfd # add to cache, avoiding a later look for
1462 self._check_vnf_instantiation_params(in_vnf, vnfd)
1463 if in_vnf.get("vimAccountId"):
1464 self._check_valid_vim_account(
1465 in_vnf["vimAccountId"], vim_accounts, session
1466 )
1468 for in_vld in get_iterable(indata.get("vld")):
1469 self._check_valid_wim_account(
1470 in_vld.get("wimAccountId"), wim_accounts, session
1471 )
1472 for vldd in get_iterable(nsd.get("virtual-link-desc")):
1473 if in_vld["name"] == vldd["id"]:
1474 break
1475 else:
1476 raise EngineException(
1477 "Invalid parameter vld:name='{}' is not present at nsd:vld".format(
1478 in_vld["name"]
1479 )
1480 )
1482 def _get_vnfd_from_vnf_member_index(self, member_vnf_index, nsr_id):
1483 # Obtain vnf descriptor. The vnfr is used to get the vnfd._id used for this member_vnf_index
1484 vnfr = self.db.get_one(
1485 "vnfrs",
1486 {"nsr-id-ref": nsr_id, "member-vnf-index-ref": member_vnf_index},
1487 fail_on_empty=False,
1488 )
1489 if not vnfr:
1490 raise EngineException(
1491 "Invalid parameter member_vnf_index='{}' is not one of the "
1492 "nsd:constituent-vnfd".format(member_vnf_index)
1493 )
1495 # Backwards compatibility: if there is no revision, get it from the one and only VNFD entry
1496 if "revision" in vnfr:
1497 vnfd_revision = vnfr["vnfd-id"] + ":" + str(vnfr["revision"])
1498 vnfd = self.db.get_one(
1499 "vnfds_revisions", {"_id": vnfd_revision}, fail_on_empty=False
1500 )
1501 else:
1502 vnfd = self.db.get_one(
1503 "vnfds", {"_id": vnfr["vnfd-id"]}, fail_on_empty=False
1504 )
1506 if not vnfd:
1507 raise EngineException(
1508 "vnfd id={} has been deleted!. Operation cannot be performed".format(
1509 vnfr["vnfd-id"]
1510 )
1511 )
1512 return vnfd
1514 def _check_valid_vdu(self, vnfd, vdu_id):
1515 for vdud in get_iterable(vnfd.get("vdu")):
1516 if vdud["id"] == vdu_id:
1517 return vdud
1518 else:
1519 raise EngineException(
1520 "Invalid parameter vdu_id='{}' not present at vnfd:vdu:id".format(
1521 vdu_id
1522 )
1523 )
1525 def _check_valid_kdu(self, vnfd, kdu_name):
1526 for kdud in get_iterable(vnfd.get("kdu")):
1527 if kdud["name"] == kdu_name:
1528 return kdud
1529 else:
1530 raise EngineException(
1531 "Invalid parameter kdu_name='{}' not present at vnfd:kdu:name".format(
1532 kdu_name
1533 )
1534 )
1536 def _check_vnf_instantiation_params(self, in_vnf, vnfd):
1537 for in_vdu in get_iterable(in_vnf.get("vdu")):
1538 for vdu in get_iterable(vnfd.get("vdu")):
1539 if in_vdu["id"] == vdu["id"]:
1540 for volume in get_iterable(in_vdu.get("volume")):
1541 for volumed in get_iterable(vdu.get("virtual-storage-desc")):
1542 if volumed == volume["name"]:
1543 break
1544 else:
1545 raise EngineException(
1546 "Invalid parameter vnf[member-vnf-index='{}']:vdu[id='{}']:"
1547 "volume:name='{}' is not present at "
1548 "vnfd:vdu:virtual-storage-desc list".format(
1549 in_vnf["member-vnf-index"],
1550 in_vdu["id"],
1551 volume["id"],
1552 )
1553 )
1555 vdu_if_names = set()
1556 for cpd in get_iterable(vdu.get("int-cpd")):
1557 for iface in get_iterable(
1558 cpd.get("virtual-network-interface-requirement")
1559 ):
1560 vdu_if_names.add(iface.get("name"))
1562 for in_iface in get_iterable(in_vdu.get("interface")):
1563 if in_iface["name"] in vdu_if_names:
1564 break
1565 else:
1566 raise EngineException(
1567 "Invalid parameter vnf[member-vnf-index='{}']:vdu[id='{}']:"
1568 "int-cpd[id='{}'] is not present at vnfd:vdu:int-cpd".format(
1569 in_vnf["member-vnf-index"],
1570 in_vdu["id"],
1571 in_iface["name"],
1572 )
1573 )
1574 break
1576 else:
1577 raise EngineException(
1578 "Invalid parameter vnf[member-vnf-index='{}']:vdu[id='{}'] is not present "
1579 "at vnfd:vdu".format(in_vnf["member-vnf-index"], in_vdu["id"])
1580 )
1582 vnfd_ivlds_cpds = {
1583 ivld.get("id"): set()
1584 for ivld in get_iterable(vnfd.get("int-virtual-link-desc"))
1585 }
1586 for vdu in vnfd.get("vdu", {}):
1587 for cpd in vdu.get("int-cpd", {}):
1588 if cpd.get("int-virtual-link-desc"):
1589 vnfd_ivlds_cpds[cpd.get("int-virtual-link-desc")] = cpd.get("id")
1591 for in_ivld in get_iterable(in_vnf.get("internal-vld")):
1592 if in_ivld.get("name") in vnfd_ivlds_cpds:
1593 for in_icp in get_iterable(in_ivld.get("internal-connection-point")):
1594 if in_icp["id-ref"] in vnfd_ivlds_cpds[in_ivld.get("name")]:
1595 break
1596 else:
1597 raise EngineException(
1598 "Invalid parameter vnf[member-vnf-index='{}']:internal-vld[name"
1599 "='{}']:internal-connection-point[id-ref:'{}'] is not present at "
1600 "vnfd:internal-vld:name/id:internal-connection-point".format(
1601 in_vnf["member-vnf-index"],
1602 in_ivld["name"],
1603 in_icp["id-ref"],
1604 )
1605 )
1606 else:
1607 raise EngineException(
1608 "Invalid parameter vnf[member-vnf-index='{}']:internal-vld:name='{}'"
1609 " is not present at vnfd '{}'".format(
1610 in_vnf["member-vnf-index"], in_ivld["name"], vnfd["id"]
1611 )
1612 )
1614 def _check_valid_vim_account(self, vim_account, vim_accounts, session):
1615 if vim_account in vim_accounts:
1616 return
1617 try:
1618 db_filter = self._get_project_filter(session)
1619 db_filter["_id"] = vim_account
1620 self.db.get_one("vim_accounts", db_filter)
1621 except Exception:
1622 raise EngineException(
1623 "Invalid vimAccountId='{}' not present for the project".format(
1624 vim_account
1625 )
1626 )
1627 vim_accounts.append(vim_account)
1629 def _get_vim_account(self, vim_id: str, session):
1630 try:
1631 db_filter = self._get_project_filter(session)
1632 db_filter["_id"] = vim_id
1633 return self.db.get_one("vim_accounts", db_filter)
1634 except Exception:
1635 raise EngineException(
1636 "Invalid vimAccountId='{}' not present for the project".format(vim_id)
1637 )
1639 def _check_valid_wim_account(self, wim_account, wim_accounts, session):
1640 if not isinstance(wim_account, str):
1641 return
1642 if wim_account in wim_accounts:
1643 return
1644 try:
1645 db_filter = self._get_project_filter(session)
1646 db_filter["_id"] = wim_account
1647 self.db.get_one("wim_accounts", db_filter)
1648 except Exception:
1649 raise EngineException(
1650 "Invalid wimAccountId='{}' not present for the project".format(
1651 wim_account
1652 )
1653 )
1654 wim_accounts.append(wim_account)
1656 def _look_for_pdu(
1657 self, session, rollback, vnfr, vim_account, vnfr_update, vnfr_update_rollback
1658 ):
1659 """
1660 Look for a free PDU in the catalog matching vdur type and interfaces. Fills vnfr.vdur with the interface
1661 (ip_address, ...) information.
1662 Modifies PDU _admin.usageState to 'IN_USE'
1663 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
1664 :param rollback: list with the database modifications to rollback if needed
1665 :param vnfr: vnfr to be updated. It is modified with pdu interface info if pdu is found
1666 :param vim_account: vim_account where this vnfr should be deployed
1667 :param vnfr_update: dictionary filled by this method with changes to be done at database vnfr
1668 :param vnfr_update_rollback: dictionary filled by this method with original content of vnfr in case a rollback
1669 of the changed vnfr is needed
1671 :return: List of PDU interfaces that are connected to an existing VIM network. Each item contains:
1672 "vim-network-name": used at VIM
1673 "name": interface name
1674 "vnf-vld-id": internal VNFD vld where this interface is connected, or
1675 "ns-vld-id": NSD vld where this interface is connected.
1676 NOTE: One, and only one between 'vnf-vld-id' and 'ns-vld-id' contains a value. The other will be None
1677 """
1679 ifaces_forcing_vim_network = []
1680 for vdur_index, vdur in enumerate(get_iterable(vnfr.get("vdur"))):
1681 if not vdur.get("pdu-type"):
1682 continue
1683 pdu_type = vdur.get("pdu-type")
1684 pdu_filter = self._get_project_filter(session)
1685 pdu_filter["vim_accounts"] = vim_account
1686 pdu_filter["type"] = pdu_type
1687 pdu_filter["_admin.operationalState"] = "ENABLED"
1688 pdu_filter["_admin.usageState"] = "NOT_IN_USE"
1689 # TODO feature 1417: "shared": True,
1691 available_pdus = self.db.get_list("pdus", pdu_filter)
1692 for pdu in available_pdus:
1693 # step 1 check if this pdu contains needed interfaces:
1694 match_interfaces = True
1695 for vdur_interface in vdur["interfaces"]:
1696 for pdu_interface in pdu["interfaces"]:
1697 if pdu_interface["name"] == vdur_interface["name"]:
1698 # TODO feature 1417: match per mgmt type
1699 break
1700 else: # no interface found for name
1701 match_interfaces = False
1702 break
1703 if match_interfaces:
1704 break
1705 else:
1706 raise EngineException(
1707 "No PDU of type={} at vim_account={} found for member_vnf_index={}, vdu={} matching interface "
1708 "names".format(
1709 pdu_type,
1710 vim_account,
1711 vnfr["member-vnf-index-ref"],
1712 vdur["vdu-id-ref"],
1713 )
1714 )
1716 # step 2. Update pdu
1717 rollback_pdu = {
1718 "_admin.usageState": pdu["_admin"]["usageState"],
1719 "_admin.usage.vnfr_id": None,
1720 "_admin.usage.nsr_id": None,
1721 "_admin.usage.vdur": None,
1722 }
1723 self.db.set_one(
1724 "pdus",
1725 {"_id": pdu["_id"]},
1726 {
1727 "_admin.usageState": "IN_USE",
1728 "_admin.usage": {
1729 "vnfr_id": vnfr["_id"],
1730 "nsr_id": vnfr["nsr-id-ref"],
1731 "vdur": vdur["vdu-id-ref"],
1732 },
1733 },
1734 )
1735 rollback.append(
1736 {
1737 "topic": "pdus",
1738 "_id": pdu["_id"],
1739 "operation": "set",
1740 "content": rollback_pdu,
1741 }
1742 )
1744 # step 3. Fill vnfr info by filling vdur
1745 vdu_text = "vdur.{}".format(vdur_index)
1746 vnfr_update_rollback[vdu_text + ".pdu-id"] = None
1747 vnfr_update[vdu_text + ".pdu-id"] = pdu["_id"]
1748 for iface_index, vdur_interface in enumerate(vdur["interfaces"]):
1749 for pdu_interface in pdu["interfaces"]:
1750 if pdu_interface["name"] == vdur_interface["name"]:
1751 iface_text = vdu_text + ".interfaces.{}".format(iface_index)
1752 for k, v in pdu_interface.items():
1753 if k in (
1754 "ip-address",
1755 "mac-address",
1756 ): # TODO: switch-xxxxx must be inserted
1757 vnfr_update[iface_text + ".{}".format(k)] = v
1758 vnfr_update_rollback[
1759 iface_text + ".{}".format(k)
1760 ] = vdur_interface.get(v)
1761 if pdu_interface.get("ip-address"):
1762 if vdur_interface.get(
1763 "mgmt-interface"
1764 ) or vdur_interface.get("mgmt-vnf"):
1765 vnfr_update_rollback[
1766 vdu_text + ".ip-address"
1767 ] = vdur.get("ip-address")
1768 vnfr_update[vdu_text + ".ip-address"] = pdu_interface[
1769 "ip-address"
1770 ]
1771 if vdur_interface.get("mgmt-vnf"):
1772 vnfr_update_rollback["ip-address"] = vnfr.get(
1773 "ip-address"
1774 )
1775 vnfr_update["ip-address"] = pdu_interface["ip-address"]
1776 vnfr_update[vdu_text + ".ip-address"] = pdu_interface[
1777 "ip-address"
1778 ]
1779 if pdu_interface.get("vim-network-name") or pdu_interface.get(
1780 "vim-network-id"
1781 ):
1782 ifaces_forcing_vim_network.append(
1783 {
1784 "name": vdur_interface.get("vnf-vld-id")
1785 or vdur_interface.get("ns-vld-id"),
1786 "vnf-vld-id": vdur_interface.get("vnf-vld-id"),
1787 "ns-vld-id": vdur_interface.get("ns-vld-id"),
1788 }
1789 )
1790 if pdu_interface.get("vim-network-id"):
1791 ifaces_forcing_vim_network[-1][
1792 "vim-network-id"
1793 ] = pdu_interface["vim-network-id"]
1794 if pdu_interface.get("vim-network-name"):
1795 ifaces_forcing_vim_network[-1][
1796 "vim-network-name"
1797 ] = pdu_interface["vim-network-name"]
1798 break
1800 return ifaces_forcing_vim_network
1802 def _look_for_k8scluster(
1803 self, session, rollback, vnfr, vim_account, vnfr_update, vnfr_update_rollback
1804 ):
1805 """
1806 Look for an available k8scluster for all the kuds in the vnfd matching version and cni requirements.
1807 Fills vnfr.kdur with the selected k8scluster
1809 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
1810 :param rollback: list with the database modifications to rollback if needed
1811 :param vnfr: vnfr to be updated. It is modified with pdu interface info if pdu is found
1812 :param vim_account: vim_account where this vnfr should be deployed
1813 :param vnfr_update: dictionary filled by this method with changes to be done at database vnfr
1814 :param vnfr_update_rollback: dictionary filled by this method with original content of vnfr in case a rollback
1815 of the changed vnfr is needed
1817 :return: List of KDU interfaces that are connected to an existing VIM network. Each item contains:
1818 "vim-network-name": used at VIM
1819 "name": interface name
1820 "vnf-vld-id": internal VNFD vld where this interface is connected, or
1821 "ns-vld-id": NSD vld where this interface is connected.
1822 NOTE: One, and only one between 'vnf-vld-id' and 'ns-vld-id' contains a value. The other will be None
1823 """
1825 ifaces_forcing_vim_network = []
1826 if not vnfr.get("kdur"):
1827 return ifaces_forcing_vim_network
1829 kdu_filter = self._get_project_filter(session)
1830 kdu_filter["vim_account"] = vim_account
1831 # TODO kdu_filter["_admin.operationalState"] = "ENABLED"
1832 available_k8sclusters = self.db.get_list("k8sclusters", kdu_filter)
1834 k8s_requirements = {} # just for logging
1835 for k8scluster in available_k8sclusters:
1836 if not vnfr.get("k8s-cluster"):
1837 break
1838 # restrict by cni
1839 if vnfr["k8s-cluster"].get("cni"):
1840 k8s_requirements["cni"] = vnfr["k8s-cluster"]["cni"]
1841 if not set(vnfr["k8s-cluster"]["cni"]).intersection(
1842 k8scluster.get("cni", ())
1843 ):
1844 continue
1845 # restrict by version
1846 if vnfr["k8s-cluster"].get("version"):
1847 k8s_requirements["version"] = vnfr["k8s-cluster"]["version"]
1848 if k8scluster.get("k8s_version") not in vnfr["k8s-cluster"]["version"]:
1849 continue
1850 # restrict by number of networks
1851 if vnfr["k8s-cluster"].get("nets"):
1852 k8s_requirements["networks"] = len(vnfr["k8s-cluster"]["nets"])
1853 if not k8scluster.get("nets") or len(k8scluster["nets"]) < len(
1854 vnfr["k8s-cluster"]["nets"]
1855 ):
1856 continue
1857 break
1858 else:
1859 raise EngineException(
1860 "No k8scluster with requirements='{}' at vim_account={} found for member_vnf_index={}".format(
1861 k8s_requirements, vim_account, vnfr["member-vnf-index-ref"]
1862 )
1863 )
1865 for kdur_index, kdur in enumerate(get_iterable(vnfr.get("kdur"))):
1866 # step 3. Fill vnfr info by filling kdur
1867 kdu_text = "kdur.{}.".format(kdur_index)
1868 vnfr_update_rollback[kdu_text + "k8s-cluster.id"] = None
1869 vnfr_update[kdu_text + "k8s-cluster.id"] = k8scluster["_id"]
1871 # step 4. Check VIM networks that forces the selected k8s_cluster
1872 if vnfr.get("k8s-cluster") and vnfr["k8s-cluster"].get("nets"):
1873 k8scluster_net_list = list(k8scluster.get("nets").keys())
1874 for net_index, kdur_net in enumerate(vnfr["k8s-cluster"]["nets"]):
1875 # get a network from k8s_cluster nets. If name matches use this, if not use other
1876 if kdur_net["id"] in k8scluster_net_list: # name matches
1877 vim_net = k8scluster["nets"][kdur_net["id"]]
1878 k8scluster_net_list.remove(kdur_net["id"])
1879 else:
1880 vim_net = k8scluster["nets"][k8scluster_net_list[0]]
1881 k8scluster_net_list.pop(0)
1882 vnfr_update_rollback[
1883 "k8s-cluster.nets.{}.vim_net".format(net_index)
1884 ] = None
1885 vnfr_update["k8s-cluster.nets.{}.vim_net".format(net_index)] = vim_net
1886 if vim_net and (
1887 kdur_net.get("vnf-vld-id") or kdur_net.get("ns-vld-id")
1888 ):
1889 ifaces_forcing_vim_network.append(
1890 {
1891 "name": kdur_net.get("vnf-vld-id")
1892 or kdur_net.get("ns-vld-id"),
1893 "vnf-vld-id": kdur_net.get("vnf-vld-id"),
1894 "ns-vld-id": kdur_net.get("ns-vld-id"),
1895 "vim-network-name": vim_net, # TODO can it be vim-network-id ???
1896 }
1897 )
1898 # TODO check that this forcing is not incompatible with other forcing
1899 return ifaces_forcing_vim_network
1901 def _update_vnfrs_from_nsd(self, nsr):
1902 step = "Getting vnf_profiles from nsd" # first step must be defined outside try
1903 try:
1904 nsr_id = nsr["_id"]
1905 nsd = nsr["nsd"]
1907 vnf_profiles = nsd.get("df", [{}])[0].get("vnf-profile", ())
1908 vld_fixed_ip_connection_point_data = {}
1910 step = "Getting ip-address info from vnf_profile if it exists"
1911 for vnfp in vnf_profiles:
1912 # Checking ip-address info from nsd.vnf_profile and storing
1913 for vlc in vnfp.get("virtual-link-connectivity", ()):
1914 for cpd in vlc.get("constituent-cpd-id", ()):
1915 if cpd.get("ip-address"):
1916 step = "Storing ip-address info"
1917 vld_fixed_ip_connection_point_data.update(
1918 {
1919 vlc.get("virtual-link-profile-id")
1920 + "."
1921 + cpd.get("constituent-base-element-id"): {
1922 "vnfd-connection-point-ref": cpd.get(
1923 "constituent-cpd-id"
1924 ),
1925 "ip-address": cpd.get("ip-address"),
1926 }
1927 }
1928 )
1930 # Inserting ip address to vnfr
1931 if len(vld_fixed_ip_connection_point_data) > 0:
1932 step = "Getting vnfrs"
1933 vnfrs = self.db.get_list("vnfrs", {"nsr-id-ref": nsr_id})
1934 for item in vld_fixed_ip_connection_point_data.keys():
1935 step = "Filtering vnfrs"
1936 vnfr = next(
1937 filter(
1938 lambda vnfr: vnfr["member-vnf-index-ref"]
1939 == item.split(".")[1],
1940 vnfrs,
1941 ),
1942 None,
1943 )
1944 if vnfr:
1945 vnfr_update = {}
1946 for vdur_index, vdur in enumerate(vnfr["vdur"]):
1947 for iface_index, iface in enumerate(vdur["interfaces"]):
1948 step = "Looking for matched interface"
1949 if (
1950 iface.get("external-connection-point-ref")
1951 == vld_fixed_ip_connection_point_data[item].get(
1952 "vnfd-connection-point-ref"
1953 )
1954 and iface.get("ns-vld-id") == item.split(".")[0]
1955 ):
1956 vnfr_update_text = "vdur.{}.interfaces.{}".format(
1957 vdur_index, iface_index
1958 )
1959 step = "Storing info in order to update vnfr"
1960 vnfr_update[
1961 vnfr_update_text + ".ip-address"
1962 ] = increment_ip_mac(
1963 vld_fixed_ip_connection_point_data[item].get(
1964 "ip-address"
1965 ),
1966 vdur.get("count-index", 0),
1967 )
1968 vnfr_update[vnfr_update_text + ".fixed-ip"] = True
1970 step = "updating vnfr at database"
1971 self.db.set_one("vnfrs", {"_id": vnfr["_id"]}, vnfr_update)
1972 except (
1973 ValidationError,
1974 EngineException,
1975 DbException,
1976 MsgException,
1977 FsException,
1978 ) as e:
1979 raise type(e)("{} while '{}'".format(e, step), http_code=e.http_code)
1981 def _update_vnfrs(self, session, rollback, nsr, indata):
1982 # get vnfr
1983 nsr_id = nsr["_id"]
1984 vnfrs = self.db.get_list("vnfrs", {"nsr-id-ref": nsr_id})
1986 for vnfr in vnfrs:
1987 vnfr_update = {}
1988 vnfr_update_rollback = {}
1989 member_vnf_index = vnfr["member-vnf-index-ref"]
1990 # update vim-account-id
1992 vim_account = indata["vimAccountId"]
1993 vca_id = self._get_vim_account(vim_account, session).get("vca")
1994 # check instantiate parameters
1995 for vnf_inst_params in get_iterable(indata.get("vnf")):
1996 if vnf_inst_params["member-vnf-index"] != member_vnf_index:
1997 continue
1998 if vnf_inst_params.get("vimAccountId"):
1999 vim_account = vnf_inst_params.get("vimAccountId")
2000 vca_id = self._get_vim_account(vim_account, session).get("vca")
2002 # get vnf.vdu.interface instantiation params to update vnfr.vdur.interfaces ip, mac
2003 for vdu_inst_param in get_iterable(vnf_inst_params.get("vdu")):
2004 for vdur_index, vdur in enumerate(vnfr["vdur"]):
2005 if vdu_inst_param["id"] != vdur["vdu-id-ref"]:
2006 continue
2007 for iface_inst_param in get_iterable(
2008 vdu_inst_param.get("interface")
2009 ):
2010 iface_index, _ = next(
2011 i
2012 for i in enumerate(vdur["interfaces"])
2013 if i[1]["name"] == iface_inst_param["name"]
2014 )
2015 vnfr_update_text = "vdur.{}.interfaces.{}".format(
2016 vdur_index, iface_index
2017 )
2018 if iface_inst_param.get("ip-address"):
2019 vnfr_update[
2020 vnfr_update_text + ".ip-address"
2021 ] = increment_ip_mac(
2022 iface_inst_param.get("ip-address"),
2023 vdur.get("count-index", 0),
2024 )
2025 vnfr_update[vnfr_update_text + ".fixed-ip"] = True
2026 if iface_inst_param.get("mac-address"):
2027 vnfr_update[
2028 vnfr_update_text + ".mac-address"
2029 ] = increment_ip_mac(
2030 iface_inst_param.get("mac-address"),
2031 vdur.get("count-index", 0),
2032 )
2033 vnfr_update[vnfr_update_text + ".fixed-mac"] = True
2034 if iface_inst_param.get("floating-ip-required"):
2035 vnfr_update[
2036 vnfr_update_text + ".floating-ip-required"
2037 ] = True
2038 # get vnf.internal-vld.internal-conection-point instantiation params to update vnfr.vdur.interfaces
2039 # TODO update vld with the ip-profile
2040 for ivld_inst_param in get_iterable(
2041 vnf_inst_params.get("internal-vld")
2042 ):
2043 for icp_inst_param in get_iterable(
2044 ivld_inst_param.get("internal-connection-point")
2045 ):
2046 # look for iface
2047 for vdur_index, vdur in enumerate(vnfr["vdur"]):
2048 for iface_index, iface in enumerate(vdur["interfaces"]):
2049 if (
2050 iface.get("internal-connection-point-ref")
2051 == icp_inst_param["id-ref"]
2052 ):
2053 vnfr_update_text = "vdur.{}.interfaces.{}".format(
2054 vdur_index, iface_index
2055 )
2056 if icp_inst_param.get("ip-address"):
2057 vnfr_update[
2058 vnfr_update_text + ".ip-address"
2059 ] = increment_ip_mac(
2060 icp_inst_param.get("ip-address"),
2061 vdur.get("count-index", 0),
2062 )
2063 vnfr_update[
2064 vnfr_update_text + ".fixed-ip"
2065 ] = True
2066 if icp_inst_param.get("mac-address"):
2067 vnfr_update[
2068 vnfr_update_text + ".mac-address"
2069 ] = increment_ip_mac(
2070 icp_inst_param.get("mac-address"),
2071 vdur.get("count-index", 0),
2072 )
2073 vnfr_update[
2074 vnfr_update_text + ".fixed-mac"
2075 ] = True
2076 break
2077 # get ip address from instantiation parameters.vld.vnfd-connection-point-ref
2078 for vld_inst_param in get_iterable(indata.get("vld")):
2079 for vnfcp_inst_param in get_iterable(
2080 vld_inst_param.get("vnfd-connection-point-ref")
2081 ):
2082 if vnfcp_inst_param["member-vnf-index-ref"] != member_vnf_index:
2083 continue
2084 # look for iface
2085 for vdur_index, vdur in enumerate(vnfr["vdur"]):
2086 for iface_index, iface in enumerate(vdur["interfaces"]):
2087 if (
2088 iface.get("external-connection-point-ref")
2089 == vnfcp_inst_param["vnfd-connection-point-ref"]
2090 ):
2091 vnfr_update_text = "vdur.{}.interfaces.{}".format(
2092 vdur_index, iface_index
2093 )
2094 if vnfcp_inst_param.get("ip-address"):
2095 vnfr_update[
2096 vnfr_update_text + ".ip-address"
2097 ] = increment_ip_mac(
2098 vnfcp_inst_param.get("ip-address"),
2099 vdur.get("count-index", 0),
2100 )
2101 vnfr_update[vnfr_update_text + ".fixed-ip"] = True
2102 if vnfcp_inst_param.get("mac-address"):
2103 vnfr_update[
2104 vnfr_update_text + ".mac-address"
2105 ] = increment_ip_mac(
2106 vnfcp_inst_param.get("mac-address"),
2107 vdur.get("count-index", 0),
2108 )
2109 vnfr_update[vnfr_update_text + ".fixed-mac"] = True
2110 break
2112 vnfr_update["vim-account-id"] = vim_account
2113 vnfr_update_rollback["vim-account-id"] = vnfr.get("vim-account-id")
2115 if vca_id:
2116 vnfr_update["vca-id"] = vca_id
2117 vnfr_update_rollback["vca-id"] = vnfr.get("vca-id")
2119 # get pdu
2120 ifaces_forcing_vim_network = self._look_for_pdu(
2121 session, rollback, vnfr, vim_account, vnfr_update, vnfr_update_rollback
2122 )
2124 # get kdus
2125 ifaces_forcing_vim_network += self._look_for_k8scluster(
2126 session, rollback, vnfr, vim_account, vnfr_update, vnfr_update_rollback
2127 )
2128 # update database vnfr
2129 self.db.set_one("vnfrs", {"_id": vnfr["_id"]}, vnfr_update)
2130 rollback.append(
2131 {
2132 "topic": "vnfrs",
2133 "_id": vnfr["_id"],
2134 "operation": "set",
2135 "content": vnfr_update_rollback,
2136 }
2137 )
2139 # Update indada in case pdu forces to use a concrete vim-network-name
2140 # TODO check if user has already insert a vim-network-name and raises an error
2141 if not ifaces_forcing_vim_network:
2142 continue
2143 for iface_info in ifaces_forcing_vim_network:
2144 if iface_info.get("ns-vld-id"):
2145 if "vld" not in indata:
2146 indata["vld"] = []
2147 indata["vld"].append(
2148 {
2149 key: iface_info[key]
2150 for key in ("name", "vim-network-name", "vim-network-id")
2151 if iface_info.get(key)
2152 }
2153 )
2155 elif iface_info.get("vnf-vld-id"):
2156 if "vnf" not in indata:
2157 indata["vnf"] = []
2158 indata["vnf"].append(
2159 {
2160 "member-vnf-index": member_vnf_index,
2161 "internal-vld": [
2162 {
2163 key: iface_info[key]
2164 for key in (
2165 "name",
2166 "vim-network-name",
2167 "vim-network-id",
2168 )
2169 if iface_info.get(key)
2170 }
2171 ],
2172 }
2173 )
2175 @staticmethod
2176 def _create_nslcmop(nsr_id, operation, params):
2177 """
2178 Creates a ns-lcm-opp content to be stored at database.
2179 :param nsr_id: internal id of the instance
2180 :param operation: instantiate, terminate, scale, action, update ...
2181 :param params: user parameters for the operation
2182 :return: dictionary following SOL005 format
2183 """
2184 now = time()
2185 _id = str(uuid4())
2186 nslcmop = {
2187 "id": _id,
2188 "_id": _id,
2189 "operationState": "PROCESSING", # COMPLETED,PARTIALLY_COMPLETED,FAILED_TEMP,FAILED,ROLLING_BACK,ROLLED_BACK
2190 "queuePosition": None,
2191 "stage": None,
2192 "errorMessage": None,
2193 "detailedStatus": None,
2194 "statusEnteredTime": now,
2195 "nsInstanceId": nsr_id,
2196 "lcmOperationType": operation,
2197 "startTime": now,
2198 "isAutomaticInvocation": False,
2199 "operationParams": params,
2200 "isCancelPending": False,
2201 "links": {
2202 "self": "/osm/nslcm/v1/ns_lcm_op_occs/" + _id,
2203 "nsInstance": "/osm/nslcm/v1/ns_instances/" + nsr_id,
2204 },
2205 }
2206 return nslcmop
2208 def _get_enabled_vims(self, session):
2209 """
2210 Retrieve and return VIM accounts that are accessible by current user and has state ENABLE
2211 :param session: current session with user information
2212 """
2213 db_filter = self._get_project_filter(session)
2214 db_filter["_admin.operationalState"] = "ENABLED"
2215 vims = self.db.get_list("vim_accounts", db_filter)
2216 vimAccounts = []
2217 for vim in vims:
2218 vimAccounts.append(vim["_id"])
2219 return vimAccounts
2221 def new(
2222 self,
2223 rollback,
2224 session,
2225 indata=None,
2226 kwargs=None,
2227 headers=None,
2228 slice_object=False,
2229 ):
2230 """
2231 Performs a new operation over a ns
2232 :param rollback: list to append created items at database in case a rollback must to be done
2233 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
2234 :param indata: descriptor with the parameters of the operation. It must contains among others
2235 nsInstanceId: _id of the nsr to perform the operation
2236 operation: it can be: instantiate, terminate, action, update TODO: heal
2237 :param kwargs: used to override the indata descriptor
2238 :param headers: http request headers
2239 :return: id of the nslcmops
2240 """
2242 def check_if_nsr_is_not_slice_member(session, nsr_id):
2243 nsis = None
2244 db_filter = self._get_project_filter(session)
2245 db_filter["_admin.nsrs-detailed-list.ANYINDEX.nsrId"] = nsr_id
2246 nsis = self.db.get_one(
2247 "nsis", db_filter, fail_on_empty=False, fail_on_more=False
2248 )
2249 if nsis:
2250 raise EngineException(
2251 "The NS instance {} cannot be terminated because is used by the slice {}".format(
2252 nsr_id, nsis["_id"]
2253 ),
2254 http_code=HTTPStatus.CONFLICT,
2255 )
2257 try:
2258 # Override descriptor with query string kwargs
2259 self._update_input_with_kwargs(indata, kwargs, yaml_format=True)
2260 operation = indata["lcmOperationType"]
2261 nsInstanceId = indata["nsInstanceId"]
2263 validate_input(indata, self.operation_schema[operation])
2264 # get ns from nsr_id
2265 _filter = BaseTopic._get_project_filter(session)
2266 _filter["_id"] = nsInstanceId
2267 nsr = self.db.get_one("nsrs", _filter)
2269 # initial checking
2270 if operation == "terminate" and slice_object is False:
2271 check_if_nsr_is_not_slice_member(session, nsr["_id"])
2272 if (
2273 not nsr["_admin"].get("nsState")
2274 or nsr["_admin"]["nsState"] == "NOT_INSTANTIATED"
2275 ):
2276 if operation == "terminate" and indata.get("autoremove"):
2277 # NSR must be deleted
2278 return (
2279 None,
2280 None,
2281 ) # a none in this case is used to indicate not instantiated. It can be removed
2282 if operation != "instantiate":
2283 raise EngineException(
2284 "ns_instance '{}' cannot be '{}' because it is not instantiated".format(
2285 nsInstanceId, operation
2286 ),
2287 HTTPStatus.CONFLICT,
2288 )
2289 else:
2290 if operation == "instantiate" and not session["force"]:
2291 raise EngineException(
2292 "ns_instance '{}' cannot be '{}' because it is already instantiated".format(
2293 nsInstanceId, operation
2294 ),
2295 HTTPStatus.CONFLICT,
2296 )
2297 self._check_ns_operation(session, nsr, operation, indata)
2298 if indata.get("primitive_params"):
2299 indata["primitive_params"] = json.dumps(indata["primitive_params"])
2300 elif indata.get("additionalParamsForVnf"):
2301 indata["additionalParamsForVnf"] = json.dumps(
2302 indata["additionalParamsForVnf"]
2303 )
2305 if operation == "instantiate":
2306 self._update_vnfrs_from_nsd(nsr)
2307 self._update_vnfrs(session, rollback, nsr, indata)
2308 if (operation == "update") and (indata["updateType"] == "CHANGE_VNFPKG"):
2309 nsr_update = {}
2310 vnfd_id = indata["changeVnfPackageData"]["vnfdId"]
2311 vnfd = self.db.get_one("vnfds", {"_id": vnfd_id})
2312 nsd = self.db.get_one("nsds", {"_id": nsr["nsd-id"]})
2313 ns_request = nsr["instantiate_params"]
2314 vnfr = self.db.get_one(
2315 "vnfrs", {"_id": indata["changeVnfPackageData"]["vnfInstanceId"]}
2316 )
2317 latest_vnfd_revision = vnfd["_admin"].get("revision", 1)
2318 vnfr_vnfd_revision = vnfr.get("revision", 1)
2319 if latest_vnfd_revision != vnfr_vnfd_revision:
2320 old_vnfd_id = vnfd_id + ":" + str(vnfr_vnfd_revision)
2321 old_db_vnfd = self.db.get_one(
2322 "vnfds_revisions", {"_id": old_vnfd_id}
2323 )
2324 old_sw_version = old_db_vnfd.get("software-version", "1.0")
2325 new_sw_version = vnfd.get("software-version", "1.0")
2326 if new_sw_version != old_sw_version:
2327 vnf_index = vnfr["member-vnf-index-ref"]
2328 self.logger.info("nsr {}".format(nsr))
2329 for vdu in vnfd["vdu"]:
2330 self.nsrtopic._add_shared_volumes_to_nsr(
2331 vdu, vnfd, nsr, vnf_index, latest_vnfd_revision
2332 )
2333 self.nsrtopic._add_flavor_to_nsr(
2334 vdu, vnfd, nsr, vnf_index, latest_vnfd_revision
2335 )
2336 sw_image_id = vdu.get("sw-image-desc")
2337 if sw_image_id:
2338 image_data = self.nsrtopic._get_image_data_from_vnfd(
2339 vnfd, sw_image_id
2340 )
2341 self.nsrtopic._add_image_to_nsr(nsr, image_data)
2342 for alt_image in vdu.get("alternative-sw-image-desc", ()):
2343 image_data = self.nsrtopic._get_image_data_from_vnfd(
2344 vnfd, alt_image
2345 )
2346 self.nsrtopic._add_image_to_nsr(nsr, image_data)
2347 nsr_update["image"] = nsr["image"]
2348 nsr_update["flavor"] = nsr["flavor"]
2349 nsr_update["shared-volumes"] = nsr["shared-volumes"]
2350 self.db.set_one("nsrs", {"_id": nsr["_id"]}, nsr_update)
2351 ns_k8s_namespace = self.nsrtopic._get_ns_k8s_namespace(
2352 nsd, ns_request, session
2353 )
2354 vnfr_descriptor = (
2355 self.nsrtopic._create_vnfr_descriptor_from_vnfd(
2356 nsd,
2357 vnfd,
2358 vnfd_id,
2359 vnf_index,
2360 nsr,
2361 ns_request,
2362 ns_k8s_namespace,
2363 latest_vnfd_revision,
2364 )
2365 )
2366 indata["newVdur"] = vnfr_descriptor["vdur"]
2367 nslcmop_desc = self._create_nslcmop(nsInstanceId, operation, indata)
2368 _id = nslcmop_desc["_id"]
2369 self.format_on_new(
2370 nslcmop_desc, session["project_id"], make_public=session["public"]
2371 )
2372 if indata.get("placement-engine"):
2373 # Save valid vim accounts in lcm operation descriptor
2374 nslcmop_desc["operationParams"][
2375 "validVimAccounts"
2376 ] = self._get_enabled_vims(session)
2377 self.db.create("nslcmops", nslcmop_desc)
2378 rollback.append({"topic": "nslcmops", "_id": _id})
2379 if not slice_object:
2380 self.msg.write("ns", operation, nslcmop_desc)
2381 return _id, None
2382 except ValidationError as e: # TODO remove try Except, it is captured at nbi.py
2383 raise EngineException(e, HTTPStatus.UNPROCESSABLE_ENTITY)
2384 # except DbException as e:
2385 # raise EngineException("Cannot get ns_instance '{}': {}".format(e), HTTPStatus.NOT_FOUND)
2387 def cancel(self, rollback, session, indata=None, kwargs=None, headers=None):
2388 validate_input(indata, self.operation_schema["cancel"])
2389 # Override descriptor with query string kwargs
2390 self._update_input_with_kwargs(indata, kwargs, yaml_format=True)
2391 nsLcmOpOccId = indata["nsLcmOpOccId"]
2392 cancelMode = indata["cancelMode"]
2393 # get nslcmop from nsLcmOpOccId
2394 _filter = BaseTopic._get_project_filter(session)
2395 _filter["_id"] = nsLcmOpOccId
2396 nslcmop = self.db.get_one("nslcmops", _filter)
2397 # Fail is this is not an ongoing nslcmop
2398 if nslcmop.get("operationState") not in [
2399 "STARTING",
2400 "PROCESSING",
2401 "ROLLING_BACK",
2402 ]:
2403 raise EngineException(
2404 "Operation is not in STARTING, PROCESSING or ROLLING_BACK state",
2405 http_code=HTTPStatus.CONFLICT,
2406 )
2407 nsInstanceId = nslcmop["nsInstanceId"]
2408 update_dict = {
2409 "isCancelPending": True,
2410 "cancelMode": cancelMode,
2411 }
2412 self.db.set_one(
2413 "nslcmops", q_filter=_filter, update_dict=update_dict, fail_on_empty=False
2414 )
2415 data = {
2416 "_id": nsLcmOpOccId,
2417 "nsInstanceId": nsInstanceId,
2418 "cancelMode": cancelMode,
2419 }
2420 self.msg.write("nslcmops", "cancel", data)
2422 def delete(self, session, _id, dry_run=False, not_send_msg=None):
2423 raise EngineException(
2424 "Method delete called directly", HTTPStatus.INTERNAL_SERVER_ERROR
2425 )
2427 def edit(self, session, _id, indata=None, kwargs=None, content=None):
2428 raise EngineException(
2429 "Method edit called directly", HTTPStatus.INTERNAL_SERVER_ERROR
2430 )
2433class NsiTopic(BaseTopic):
2434 topic = "nsis"
2435 topic_msg = "nsi"
2436 quota_name = "slice_instances"
2438 def __init__(self, db, fs, msg, auth):
2439 BaseTopic.__init__(self, db, fs, msg, auth)
2440 self.nsrTopic = NsrTopic(db, fs, msg, auth)
2442 @staticmethod
2443 def _format_ns_request(ns_request):
2444 formated_request = copy(ns_request)
2445 # TODO: Add request params
2446 return formated_request
2448 @staticmethod
2449 def _format_addional_params(slice_request):
2450 """
2451 Get and format user additional params for NS or VNF
2452 :param slice_request: User instantiation additional parameters
2453 :return: a formatted copy of additional params or None if not supplied
2454 """
2455 additional_params = copy(slice_request.get("additionalParamsForNsi"))
2456 if additional_params:
2457 for k, v in additional_params.items():
2458 if not isinstance(k, str):
2459 raise EngineException(
2460 "Invalid param at additionalParamsForNsi:{}. Only string keys are allowed".format(
2461 k
2462 )
2463 )
2464 if "." in k or "$" in k:
2465 raise EngineException(
2466 "Invalid param at additionalParamsForNsi:{}. Keys must not contain dots or $".format(
2467 k
2468 )
2469 )
2470 if isinstance(v, (dict, tuple, list)):
2471 additional_params[k] = "!!yaml " + safe_dump(v)
2472 return additional_params
2474 def check_conflict_on_del(self, session, _id, db_content):
2475 """
2476 Check that NSI is not instantiated
2477 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
2478 :param _id: nsi internal id
2479 :param db_content: The database content of the _id
2480 :return: None or raises EngineException with the conflict
2481 """
2482 if session["force"]:
2483 return
2484 nsi = db_content
2485 if nsi["_admin"].get("nsiState") == "INSTANTIATED":
2486 raise EngineException(
2487 "nsi '{}' cannot be deleted because it is in 'INSTANTIATED' state. "
2488 "Launch 'terminate' operation first; or force deletion".format(_id),
2489 http_code=HTTPStatus.CONFLICT,
2490 )
2492 def delete_extra(self, session, _id, db_content, not_send_msg=None):
2493 """
2494 Deletes associated nsilcmops from database. Deletes associated filesystem.
2495 Set usageState of nst
2496 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
2497 :param _id: server internal id
2498 :param db_content: The database content of the descriptor
2499 :param not_send_msg: To not send message (False) or store content (list) instead
2500 :return: None if ok or raises EngineException with the problem
2501 """
2503 # Deleting the nsrs belonging to nsir
2504 nsir = db_content
2505 for nsrs_detailed_item in nsir["_admin"]["nsrs-detailed-list"]:
2506 nsr_id = nsrs_detailed_item["nsrId"]
2507 if nsrs_detailed_item.get("shared"):
2508 _filter = {
2509 "_admin.nsrs-detailed-list.ANYINDEX.shared": True,
2510 "_admin.nsrs-detailed-list.ANYINDEX.nsrId": nsr_id,
2511 "_id.ne": nsir["_id"],
2512 }
2513 nsi = self.db.get_one(
2514 "nsis", _filter, fail_on_empty=False, fail_on_more=False
2515 )
2516 if nsi: # last one using nsr
2517 continue
2518 try:
2519 self.nsrTopic.delete(
2520 session, nsr_id, dry_run=False, not_send_msg=not_send_msg
2521 )
2522 except (DbException, EngineException) as e:
2523 if e.http_code == HTTPStatus.NOT_FOUND:
2524 pass
2525 else:
2526 raise
2528 # delete related nsilcmops database entries
2529 self.db.del_list("nsilcmops", {"netsliceInstanceId": _id})
2531 # Check and set used NST usage state
2532 nsir_admin = nsir.get("_admin")
2533 if nsir_admin and nsir_admin.get("nst-id"):
2534 # check if used by another NSI
2535 nsis_list = self.db.get_one(
2536 "nsis",
2537 {"nst-id": nsir_admin["nst-id"]},
2538 fail_on_empty=False,
2539 fail_on_more=False,
2540 )
2541 if not nsis_list:
2542 self.db.set_one(
2543 "nsts",
2544 {"_id": nsir_admin["nst-id"]},
2545 {"_admin.usageState": "NOT_IN_USE"},
2546 )
2548 def new(self, rollback, session, indata=None, kwargs=None, headers=None):
2549 """
2550 Creates a new netslice instance record into database. It also creates needed nsrs and vnfrs
2551 :param rollback: list to append the created items at database in case a rollback must be done
2552 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
2553 :param indata: params to be used for the nsir
2554 :param kwargs: used to override the indata descriptor
2555 :param headers: http request headers
2556 :return: the _id of nsi descriptor created at database
2557 """
2559 step = "checking quotas" # first step must be defined outside try
2560 try:
2561 self.check_quota(session)
2563 step = ""
2564 slice_request = self._remove_envelop(indata)
2565 # Override descriptor with query string kwargs
2566 self._update_input_with_kwargs(slice_request, kwargs)
2567 slice_request = self._validate_input_new(slice_request, session["force"])
2569 # look for nstd
2570 step = "getting nstd id='{}' from database".format(
2571 slice_request.get("nstId")
2572 )
2573 _filter = self._get_project_filter(session)
2574 _filter["_id"] = slice_request["nstId"]
2575 nstd = self.db.get_one("nsts", _filter)
2576 # check NST is not disabled
2577 step = "checking NST operationalState"
2578 if nstd["_admin"]["operationalState"] == "DISABLED":
2579 raise EngineException(
2580 "nst with id '{}' is DISABLED, and thus cannot be used to create a netslice "
2581 "instance".format(slice_request["nstId"]),
2582 http_code=HTTPStatus.CONFLICT,
2583 )
2584 del _filter["_id"]
2586 # check NSD is not disabled
2587 step = "checking operationalState"
2588 if nstd["_admin"]["operationalState"] == "DISABLED":
2589 raise EngineException(
2590 "nst with id '{}' is DISABLED, and thus cannot be used to create "
2591 "a network slice".format(slice_request["nstId"]),
2592 http_code=HTTPStatus.CONFLICT,
2593 )
2595 nstd.pop("_admin", None)
2596 nstd_id = nstd.pop("_id", None)
2597 nsi_id = str(uuid4())
2598 step = "filling nsi_descriptor with input data"
2600 # Creating the NSIR
2601 nsi_descriptor = {
2602 "id": nsi_id,
2603 "name": slice_request["nsiName"],
2604 "description": slice_request.get("nsiDescription", ""),
2605 "datacenter": slice_request["vimAccountId"],
2606 "nst-ref": nstd["id"],
2607 "instantiation_parameters": slice_request,
2608 "network-slice-template": nstd,
2609 "nsr-ref-list": [],
2610 "vlr-list": [],
2611 "_id": nsi_id,
2612 "additionalParamsForNsi": self._format_addional_params(slice_request),
2613 }
2615 step = "creating nsi at database"
2616 self.format_on_new(
2617 nsi_descriptor, session["project_id"], make_public=session["public"]
2618 )
2619 nsi_descriptor["_admin"]["nsiState"] = "NOT_INSTANTIATED"
2620 nsi_descriptor["_admin"]["netslice-subnet"] = None
2621 nsi_descriptor["_admin"]["deployed"] = {}
2622 nsi_descriptor["_admin"]["deployed"]["RO"] = []
2623 nsi_descriptor["_admin"]["nst-id"] = nstd_id
2625 # Creating netslice-vld for the RO.
2626 step = "creating netslice-vld at database"
2628 # Building the vlds list to be deployed
2629 # From netslice descriptors, creating the initial list
2630 nsi_vlds = []
2632 for netslice_vlds in get_iterable(nstd.get("netslice-vld")):
2633 # Getting template Instantiation parameters from NST
2634 nsi_vld = deepcopy(netslice_vlds)
2635 nsi_vld["shared-nsrs-list"] = []
2636 nsi_vld["vimAccountId"] = slice_request["vimAccountId"]
2637 nsi_vlds.append(nsi_vld)
2639 nsi_descriptor["_admin"]["netslice-vld"] = nsi_vlds
2640 # Creating netslice-subnet_record.
2641 needed_nsds = {}
2642 services = []
2644 # Updating the nstd with the nsd["_id"] associated to the nss -> services list
2645 for member_ns in nstd["netslice-subnet"]:
2646 nsd_id = member_ns["nsd-ref"]
2647 step = "getting nstd id='{}' constituent-nsd='{}' from database".format(
2648 member_ns["nsd-ref"], member_ns["id"]
2649 )
2650 if nsd_id not in needed_nsds:
2651 # Obtain nsd
2652 _filter["id"] = nsd_id
2653 nsd = self.db.get_one(
2654 "nsds", _filter, fail_on_empty=True, fail_on_more=True
2655 )
2656 del _filter["id"]
2657 nsd.pop("_admin")
2658 needed_nsds[nsd_id] = nsd
2659 else:
2660 nsd = needed_nsds[nsd_id]
2661 member_ns["_id"] = needed_nsds[nsd_id].get("_id")
2662 services.append(member_ns)
2664 step = "filling nsir nsd-id='{}' constituent-nsd='{}' from database".format(
2665 member_ns["nsd-ref"], member_ns["id"]
2666 )
2668 # creates Network Services records (NSRs)
2669 step = "creating nsrs at database using NsrTopic.new()"
2670 ns_params = slice_request.get("netslice-subnet")
2671 nsrs_list = []
2672 nsi_netslice_subnet = []
2673 for service in services:
2674 # Check if the netslice-subnet is shared and if it is share if the nss exists
2675 _id_nsr = None
2676 indata_ns = {}
2677 # Is the nss shared and instantiated?
2678 _filter["_admin.nsrs-detailed-list.ANYINDEX.shared"] = True
2679 _filter["_admin.nsrs-detailed-list.ANYINDEX.nsd-id"] = service[
2680 "nsd-ref"
2681 ]
2682 _filter["_admin.nsrs-detailed-list.ANYINDEX.nss-id"] = service["id"]
2683 nsi = self.db.get_one(
2684 "nsis", _filter, fail_on_empty=False, fail_on_more=False
2685 )
2686 if nsi and service.get("is-shared-nss"):
2687 nsrs_detailed_list = nsi["_admin"]["nsrs-detailed-list"]
2688 for nsrs_detailed_item in nsrs_detailed_list:
2689 if nsrs_detailed_item["nsd-id"] == service["nsd-ref"]:
2690 if nsrs_detailed_item["nss-id"] == service["id"]:
2691 _id_nsr = nsrs_detailed_item["nsrId"]
2692 break
2693 for netslice_subnet in nsi["_admin"]["netslice-subnet"]:
2694 if netslice_subnet["nss-id"] == service["id"]:
2695 indata_ns = netslice_subnet
2696 break
2697 else:
2698 indata_ns = {}
2699 if service.get("instantiation-parameters"):
2700 indata_ns = deepcopy(service["instantiation-parameters"])
2701 # del service["instantiation-parameters"]
2703 indata_ns["nsdId"] = service["_id"]
2704 indata_ns["nsName"] = (
2705 slice_request.get("nsiName") + "." + service["id"]
2706 )
2707 indata_ns["vimAccountId"] = slice_request.get("vimAccountId")
2708 indata_ns["nsDescription"] = service["description"]
2709 if slice_request.get("ssh_keys"):
2710 indata_ns["ssh_keys"] = slice_request.get("ssh_keys")
2712 if ns_params:
2713 for ns_param in ns_params:
2714 if ns_param.get("id") == service["id"]:
2715 copy_ns_param = deepcopy(ns_param)
2716 del copy_ns_param["id"]
2717 indata_ns.update(copy_ns_param)
2718 break
2720 # Creates Nsr objects
2721 _id_nsr, _ = self.nsrTopic.new(
2722 rollback, session, indata_ns, kwargs, headers
2723 )
2724 nsrs_item = {
2725 "nsrId": _id_nsr,
2726 "shared": service.get("is-shared-nss"),
2727 "nsd-id": service["nsd-ref"],
2728 "nss-id": service["id"],
2729 "nslcmop_instantiate": None,
2730 }
2731 indata_ns["nss-id"] = service["id"]
2732 nsrs_list.append(nsrs_item)
2733 nsi_netslice_subnet.append(indata_ns)
2734 nsr_ref = {"nsr-ref": _id_nsr}
2735 nsi_descriptor["nsr-ref-list"].append(nsr_ref)
2737 # Adding the nsrs list to the nsi
2738 nsi_descriptor["_admin"]["nsrs-detailed-list"] = nsrs_list
2739 nsi_descriptor["_admin"]["netslice-subnet"] = nsi_netslice_subnet
2740 self.db.set_one(
2741 "nsts", {"_id": slice_request["nstId"]}, {"_admin.usageState": "IN_USE"}
2742 )
2744 # Creating the entry in the database
2745 self.db.create("nsis", nsi_descriptor)
2746 rollback.append({"topic": "nsis", "_id": nsi_id})
2747 return nsi_id, None
2748 except ValidationError as e:
2749 raise EngineException(e, HTTPStatus.UNPROCESSABLE_ENTITY)
2750 except Exception as e: # TODO remove try Except, it is captured at nbi.py
2751 self.logger.exception(
2752 "Exception {} at NsiTopic.new()".format(e), exc_info=True
2753 )
2754 raise EngineException("Error {}: {}".format(step, e))
2756 def edit(self, session, _id, indata=None, kwargs=None, content=None):
2757 raise EngineException(
2758 "Method edit called directly", HTTPStatus.INTERNAL_SERVER_ERROR
2759 )
2762class NsiLcmOpTopic(BaseTopic):
2763 topic = "nsilcmops"
2764 topic_msg = "nsi"
2765 operation_schema = { # mapping between operation and jsonschema to validate
2766 "instantiate": nsi_instantiate,
2767 "terminate": None,
2768 }
2770 def __init__(self, db, fs, msg, auth):
2771 BaseTopic.__init__(self, db, fs, msg, auth)
2772 self.nsi_NsLcmOpTopic = NsLcmOpTopic(self.db, self.fs, self.msg, self.auth)
2774 def _check_nsi_operation(self, session, nsir, operation, indata):
2775 """
2776 Check that user has enter right parameters for the operation
2777 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
2778 :param operation: it can be: instantiate, terminate, action, TODO: update, heal
2779 :param indata: descriptor with the parameters of the operation
2780 :return: None
2781 """
2782 nsds = {}
2783 nstd = nsir["network-slice-template"]
2785 def check_valid_netslice_subnet_id(nstId):
2786 # TODO change to vnfR (??)
2787 for netslice_subnet in nstd["netslice-subnet"]:
2788 if nstId == netslice_subnet["id"]:
2789 nsd_id = netslice_subnet["nsd-ref"]
2790 if nsd_id not in nsds:
2791 _filter = self._get_project_filter(session)
2792 _filter["id"] = nsd_id
2793 nsds[nsd_id] = self.db.get_one("nsds", _filter)
2794 return nsds[nsd_id]
2795 else:
2796 raise EngineException(
2797 "Invalid parameter nstId='{}' is not one of the "
2798 "nst:netslice-subnet".format(nstId)
2799 )
2801 if operation == "instantiate":
2802 # check the existance of netslice-subnet items
2803 for in_nst in get_iterable(indata.get("netslice-subnet")):
2804 check_valid_netslice_subnet_id(in_nst["id"])
2806 def _create_nsilcmop(self, session, netsliceInstanceId, operation, params):
2807 now = time()
2808 _id = str(uuid4())
2809 nsilcmop = {
2810 "id": _id,
2811 "_id": _id,
2812 "operationState": "PROCESSING", # COMPLETED,PARTIALLY_COMPLETED,FAILED_TEMP,FAILED,ROLLING_BACK,ROLLED_BACK
2813 "statusEnteredTime": now,
2814 "netsliceInstanceId": netsliceInstanceId,
2815 "lcmOperationType": operation,
2816 "startTime": now,
2817 "isAutomaticInvocation": False,
2818 "operationParams": params,
2819 "isCancelPending": False,
2820 "links": {
2821 "self": "/osm/nsilcm/v1/nsi_lcm_op_occs/" + _id,
2822 "netsliceInstanceId": "/osm/nsilcm/v1/netslice_instances/"
2823 + netsliceInstanceId,
2824 },
2825 }
2826 return nsilcmop
2828 def add_shared_nsr_2vld(self, nsir, nsr_item):
2829 for nst_sb_item in nsir["network-slice-template"].get("netslice-subnet"):
2830 if nst_sb_item.get("is-shared-nss"):
2831 for admin_subnet_item in nsir["_admin"].get("netslice-subnet"):
2832 if admin_subnet_item["nss-id"] == nst_sb_item["id"]:
2833 for admin_vld_item in nsir["_admin"].get("netslice-vld"):
2834 for admin_vld_nss_cp_ref_item in admin_vld_item[
2835 "nss-connection-point-ref"
2836 ]:
2837 if (
2838 admin_subnet_item["nss-id"]
2839 == admin_vld_nss_cp_ref_item["nss-ref"]
2840 ):
2841 if (
2842 not nsr_item["nsrId"]
2843 in admin_vld_item["shared-nsrs-list"]
2844 ):
2845 admin_vld_item["shared-nsrs-list"].append(
2846 nsr_item["nsrId"]
2847 )
2848 break
2849 # self.db.set_one("nsis", {"_id": nsir["_id"]}, nsir)
2850 self.db.set_one(
2851 "nsis",
2852 {"_id": nsir["_id"]},
2853 {"_admin.netslice-vld": nsir["_admin"].get("netslice-vld")},
2854 )
2856 def new(self, rollback, session, indata=None, kwargs=None, headers=None):
2857 """
2858 Performs a new operation over a ns
2859 :param rollback: list to append created items at database in case a rollback must to be done
2860 :param session: contains "username", "admin", "force", "public", "project_id", "set_project"
2861 :param indata: descriptor with the parameters of the operation. It must contains among others
2862 netsliceInstanceId: _id of the nsir to perform the operation
2863 operation: it can be: instantiate, terminate, action, TODO: update, heal
2864 :param kwargs: used to override the indata descriptor
2865 :param headers: http request headers
2866 :return: id of the nslcmops
2867 """
2868 try:
2869 # Override descriptor with query string kwargs
2870 self._update_input_with_kwargs(indata, kwargs)
2871 operation = indata["lcmOperationType"]
2872 netsliceInstanceId = indata["netsliceInstanceId"]
2873 validate_input(indata, self.operation_schema[operation])
2875 # get nsi from netsliceInstanceId
2876 _filter = self._get_project_filter(session)
2877 _filter["_id"] = netsliceInstanceId
2878 nsir = self.db.get_one("nsis", _filter)
2879 logging_prefix = "nsi={} {} ".format(netsliceInstanceId, operation)
2880 del _filter["_id"]
2882 # initial checking
2883 if (
2884 not nsir["_admin"].get("nsiState")
2885 or nsir["_admin"]["nsiState"] == "NOT_INSTANTIATED"
2886 ):
2887 if operation == "terminate" and indata.get("autoremove"):
2888 # NSIR must be deleted
2889 return (
2890 None,
2891 None,
2892 ) # a none in this case is used to indicate not instantiated. It can be removed
2893 if operation != "instantiate":
2894 raise EngineException(
2895 "netslice_instance '{}' cannot be '{}' because it is not instantiated".format(
2896 netsliceInstanceId, operation
2897 ),
2898 HTTPStatus.CONFLICT,
2899 )
2900 else:
2901 if operation == "instantiate" and not session["force"]:
2902 raise EngineException(
2903 "netslice_instance '{}' cannot be '{}' because it is already instantiated".format(
2904 netsliceInstanceId, operation
2905 ),
2906 HTTPStatus.CONFLICT,
2907 )
2909 # Creating all the NS_operation (nslcmop)
2910 # Get service list from db
2911 nsrs_list = nsir["_admin"]["nsrs-detailed-list"]
2912 nslcmops = []
2913 # nslcmops_item = None
2914 for index, nsr_item in enumerate(nsrs_list):
2915 nsr_id = nsr_item["nsrId"]
2916 if nsr_item.get("shared"):
2917 _filter["_admin.nsrs-detailed-list.ANYINDEX.shared"] = True
2918 _filter["_admin.nsrs-detailed-list.ANYINDEX.nsrId"] = nsr_id
2919 _filter[
2920 "_admin.nsrs-detailed-list.ANYINDEX.nslcmop_instantiate.ne"
2921 ] = None
2922 _filter["_id.ne"] = netsliceInstanceId
2923 nsi = self.db.get_one(
2924 "nsis", _filter, fail_on_empty=False, fail_on_more=False
2925 )
2926 if operation == "terminate":
2927 _update = {
2928 "_admin.nsrs-detailed-list.{}.nslcmop_instantiate".format(
2929 index
2930 ): None
2931 }
2932 self.db.set_one("nsis", {"_id": nsir["_id"]}, _update)
2933 if (
2934 nsi
2935 ): # other nsi is using this nsr and it needs this nsr instantiated
2936 continue # do not create nsilcmop
2937 else: # instantiate
2938 # looks the first nsi fulfilling the conditions but not being the current NSIR
2939 if nsi:
2940 nsi_nsr_item = next(
2941 n
2942 for n in nsi["_admin"]["nsrs-detailed-list"]
2943 if n["nsrId"] == nsr_id
2944 and n["shared"]
2945 and n["nslcmop_instantiate"]
2946 )
2947 self.add_shared_nsr_2vld(nsir, nsr_item)
2948 nslcmops.append(nsi_nsr_item["nslcmop_instantiate"])
2949 _update = {
2950 "_admin.nsrs-detailed-list.{}".format(
2951 index
2952 ): nsi_nsr_item
2953 }
2954 self.db.set_one("nsis", {"_id": nsir["_id"]}, _update)
2955 # continue to not create nslcmop since nsrs is shared and nsrs was created
2956 continue
2957 else:
2958 self.add_shared_nsr_2vld(nsir, nsr_item)
2960 # create operation
2961 try:
2962 indata_ns = {
2963 "lcmOperationType": operation,
2964 "nsInstanceId": nsr_id,
2965 # Including netslice_id in the ns instantiate Operation
2966 "netsliceInstanceId": netsliceInstanceId,
2967 }
2968 if operation == "instantiate":
2969 service = self.db.get_one("nsrs", {"_id": nsr_id})
2970 indata_ns.update(service["instantiate_params"])
2972 # Creating NS_LCM_OP with the flag slice_object=True to not trigger the service instantiation
2973 # message via kafka bus
2974 nslcmop, _ = self.nsi_NsLcmOpTopic.new(
2975 rollback, session, indata_ns, None, headers, slice_object=True
2976 )
2977 nslcmops.append(nslcmop)
2978 if operation == "instantiate":
2979 _update = {
2980 "_admin.nsrs-detailed-list.{}.nslcmop_instantiate".format(
2981 index
2982 ): nslcmop
2983 }
2984 self.db.set_one("nsis", {"_id": nsir["_id"]}, _update)
2985 except (DbException, EngineException) as e:
2986 if e.http_code == HTTPStatus.NOT_FOUND:
2987 self.logger.info(
2988 logging_prefix
2989 + "skipping NS={} because not found".format(nsr_id)
2990 )
2991 pass
2992 else:
2993 raise
2995 # Creates nsilcmop
2996 indata["nslcmops_ids"] = nslcmops
2997 self._check_nsi_operation(session, nsir, operation, indata)
2999 nsilcmop_desc = self._create_nsilcmop(
3000 session, netsliceInstanceId, operation, indata
3001 )
3002 self.format_on_new(
3003 nsilcmop_desc, session["project_id"], make_public=session["public"]
3004 )
3005 _id = self.db.create("nsilcmops", nsilcmop_desc)
3006 rollback.append({"topic": "nsilcmops", "_id": _id})
3007 self.msg.write("nsi", operation, nsilcmop_desc)
3008 return _id, None
3009 except ValidationError as e:
3010 raise EngineException(e, HTTPStatus.UNPROCESSABLE_ENTITY)
3012 def delete(self, session, _id, dry_run=False, not_send_msg=None):
3013 raise EngineException(
3014 "Method delete called directly", HTTPStatus.INTERNAL_SERVER_ERROR
3015 )
3017 def edit(self, session, _id, indata=None, kwargs=None, content=None):
3018 raise EngineException(
3019 "Method edit called directly", HTTPStatus.INTERNAL_SERVER_ERROR
3020 )