# limitations under the License.
import logging
-import sys
import time
-import traceback
+import json
+import os
+import base64
from lcm.pub.utils.values import ignore_case_get, set_opt_val
from . import api
from .exceptions import VimException
+from lcm.pub.exceptions import NFLCMException
+from lcm.nf.const import ACTION_TYPE, HEAL_ACTION_TYPE
logger = logging.getLogger(__name__)
RES_PORT = "port"
RES_FLAVOR = "flavor"
RES_VM = "vm"
+NOT_PREDEFINED = 1
def get_tenant_id(vim_cache, vim_id, tenant_name):
raise VimException("Tenant(%s) not found in vim(%s)" % (tenant_name, vim_id), ERR_CODE)
return vim_cache[vim_id][tenant_name]
+
def set_res_cache(res_cache, res_type, key, val):
if res_type not in res_cache:
res_cache[res_type] = {}
raise VimException("Duplicate key(%s) of %s" % (key, res_type), ERR_CODE)
res_cache[res_type][key] = val
+
def get_res_id(res_cache, res_type, key):
if res_type not in res_cache:
raise VimException("%s not found in cache" % res_type, ERR_CODE)
raise VimException("%s(%s) not found in cache" % (res_type, key), ERR_CODE)
return res_cache[res_type][key]
-def create_vim_res(data, do_notify):
- vim_cache, res_cache = {}, {}
+
+def action_vm(action_type, server, vimId, tenantId):
+ param = {}
+ if action_type == ACTION_TYPE.START:
+ param = {
+ "os-start": None,
+ }
+ elif action_type == ACTION_TYPE.STOP:
+ param = {
+ "os-stop": None,
+ }
+ elif action_type == ACTION_TYPE.REBOOT:
+ param = {
+ "reboot": {}
+ }
+ if server["status"] == "ACTIVE":
+ param["reboot"]["type"] = "SOFT"
+ else:
+ param["reboot"]["type"] = "HARD"
+ res_id = server["id"]
+ logger.debug("%s,%s,%s,%s", vimId, tenantId, res_id, param)
+ api.action_vm(vimId, tenantId, res_id, param)
+
+
+# TODO Have to check if the resources should be started and stopped in some order.
+def operate_vim_res(data, changeStateTo, stopType, gracefulStopTimeout, do_notify_op):
+ for res in ignore_case_get(data, "vm"):
+ try:
+ if changeStateTo == "STARTED":
+ action_vm(ACTION_TYPE.START, res, res["vim_id"], res["tenant_id"])
+ do_notify_op("ACTIVE", res["id"])
+ elif changeStateTo == "STOPPED":
+ if stopType == "GRACEFUL":
+ if gracefulStopTimeout > 60:
+ gracefulStopTimeout = 60
+ time.sleep(gracefulStopTimeout)
+ action_vm(ACTION_TYPE.STOP, res, res["vim_id"], res["tenant_id"])
+ do_notify_op("INACTIVE", res["id"])
+ except VimException as e:
+ logger.error("Failed to Operate %s(%s)", RES_VM, res["res_id"])
+ logger.error("%s:%s", e.http_code, e.message)
+ raise NFLCMException("Failed to Operate %s(%s)", RES_VM, res["res_id"])
+
+
+def heal_vim_res(vdus, vnfd_info, do_notify, data, vim_cache, res_cache):
+ try:
+ vimid = data["vimid"]
+ tenant = data["tenant"]
+ actionType = data["action"]
+ resid = ''
+ if actionType == HEAL_ACTION_TYPE.START:
+ resid = vdus[0]["vdu_id"]
+ create_vm(vim_cache, res_cache, vnfd_info, vdus[0], do_notify, RES_VM)
+ elif actionType == HEAL_ACTION_TYPE.RESTART:
+ resid = vdus[0].resourceid
+ logger.debug("Start restart vm(%s)", resid)
+ vm_info = api.get_vm(vimid, tenant, vdus[0].resourceid)
+ logger.debug("vminfo=%s", vm_info)
+ action_vm(ACTION_TYPE.REBOOT, vm_info, vimid, tenant)
+ except VimException as e:
+ logger.error("Failed to Heal %s(%s)", RES_VM, resid)
+ logger.error("%s:%s", e.http_code, e.message)
+ raise NFLCMException("Failed to Heal %s(%s)" % (RES_VM, resid))
+
+
+def create_vim_res(data, do_notify, vim_cache={}, res_cache={}):
for vol in ignore_case_get(data, "volume_storages"):
create_volume(vim_cache, res_cache, vol, do_notify, RES_VOLUME)
for network in ignore_case_get(data, "vls"):
create_subnet(vim_cache, res_cache, subnet, do_notify, RES_SUBNET)
for port in ignore_case_get(data, "cps"):
create_port(vim_cache, res_cache, data, port, do_notify, RES_PORT)
- for flavor in ignore_case_get(data, "vdus"):
- create_flavor(vim_cache, res_cache, data, flavor, do_notify, RES_FLAVOR)
- for vm in ignore_case_get(data, "vdus"):
- create_vm(vim_cache, res_cache, data, vm, do_notify, RES_VM)
+ for vdu in ignore_case_get(data, "vdus"):
+ if vdu["type"] == "tosca.nodes.nfv.Vdu.Compute":
+ create_flavor(vim_cache, res_cache, data, vdu, do_notify, RES_FLAVOR)
+ for vdu in ignore_case_get(data, "vdus"):
+ if vdu["type"] == "tosca.nodes.nfv.Vdu.Compute":
+ create_vm(vim_cache, res_cache, data, vdu, do_notify, RES_VM)
+
def delete_vim_res(data, do_notify):
res_types = [RES_VM, RES_FLAVOR, RES_PORT, RES_SUBNET, RES_NETWORK, RES_VOLUME]
- res_del_funs = [api.delete_vm, api.delete_flavor, api.delete_port,
- api.delete_subnet, api.delete_network, api.delete_volume]
+ res_del_funs = [api.delete_vm, api.delete_flavor, api.delete_port,
+ api.delete_subnet, api.delete_network, api.delete_volume]
for res_type, res_del_fun in zip(res_types, res_del_funs):
for res in ignore_case_get(data, res_type):
try:
- res_del_fun(res["vim_id"], res["tenant_id"], res["res_id"])
+ if NOT_PREDEFINED == res["is_predefined"]:
+ res_del_fun(res["vim_id"], res["tenant_id"], res["res_id"])
except VimException as e:
logger.error("Failed to delete %s(%s)", res_type, res["res_id"])
logger.error("%s:%s", e.http_code, e.message)
do_notify(res_type, res["res_id"])
+
def create_volume(vim_cache, res_cache, vol, do_notify, res_type):
location_info = vol["properties"]["location_info"]
param = {
- "name": vol["properties"]["volume_name"],
- "volumeSize": int(ignore_case_get(vol["properties"], "size", "0").replace('GB', '').strip())
+ "name": vol["properties"]["volume_name"] if vol["properties"].get("volume_name", None) else vol["volume_storage_id"],
+ "volumeSize": int(ignore_case_get(vol["properties"], "size_of_storage", "0").replace('GB', '').replace('"', '').strip())
}
set_opt_val(param, "imageName", ignore_case_get(vol, "image_file"))
- set_opt_val(param, "volumeType", ignore_case_get(vol["properties"], "custom_volume_type"))
+ set_opt_val(param, "volumeType", ignore_case_get(vol["properties"], "type_of_storage"))
set_opt_val(param, "availabilityZone", ignore_case_get(location_info, "availability_zone"))
vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
ret = api.create_volume(vim_id, tenant_id, param)
ret["nodeId"] = vol["volume_storage_id"]
do_notify(res_type, ret)
- vol_id, vol_name, return_code = ret["id"], ret["name"], ret["returnCode"]
+ vol_id, vol_name = ret["id"], ret["name"]
set_res_cache(res_cache, res_type, vol["volume_storage_id"], vol_id)
retry_count, max_retry_count = 0, 300
while retry_count < max_retry_count:
time.sleep(2)
retry_count = retry_count + 1
raise VimException("Failed to create Volume(%s): Timeout." % vol_name, ERR_CODE)
-
+
+
def create_network(vim_cache, res_cache, network, do_notify, res_type):
location_info = network["properties"]["location_info"]
+ vl_profile = network["properties"]["vl_profile"]
param = {
- "name": network["properties"]["network_name"],
+ "name": vl_profile["networkName"],
"shared": False,
- "networkType": network["properties"]["network_type"],
- "physicalNetwork": ignore_case_get(network["properties"], "physical_network")
+ "networkType": ignore_case_get(vl_profile, "networkType"),
+ "physicalNetwork": ignore_case_get(vl_profile, "physicalNetwork")
}
- set_opt_val(param, "vlanTransparent", ignore_case_get(network["properties"], "vlan_transparent"))
- set_opt_val(param, "segmentationId", int(ignore_case_get(network["properties"], "segmentation_id", "0")))
+ set_opt_val(param, "vlanTransparent", ignore_case_get(vl_profile, "vlanTransparent"))
+ set_opt_val(param, "segmentationId", int(ignore_case_get(vl_profile, "segmentationId", "0")))
set_opt_val(param, "routerExternal", ignore_case_get(network, "route_external"))
vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
ret["nodeId"] = network["vl_id"]
do_notify(res_type, ret)
set_res_cache(res_cache, res_type, network["vl_id"], ret["id"])
-
+
+
def create_subnet(vim_cache, res_cache, subnet, do_notify, res_type):
location_info = subnet["properties"]["location_info"]
network_id = get_res_id(res_cache, RES_NETWORK, subnet["vl_id"])
+ vl_profile = subnet["properties"]["vl_profile"]
+ layer_protocol = ignore_case_get(subnet["properties"]["connectivity_type"], "layer_protocol")
param = {
"networkId": network_id,
- "name": subnet["properties"]["name"],
- "cidr": ignore_case_get(subnet["properties"], "cidr"),
- "ipVersion": ignore_case_get(subnet["properties"], "ip_version", IP_V4)
+ "name": vl_profile["networkName"] + "_subnet",
+ "cidr": ignore_case_get(vl_profile, "cidr"),
+ "ipVersion": IP_V4 if(layer_protocol == 'ipv4') else (IP_V6 if(layer_protocol == 'ipv6') else None)
}
- set_opt_val(param, "enableDhcp", ignore_case_get(subnet["properties"], "dhcp_enabled"))
- set_opt_val(param, "gatewayIp", ignore_case_get(subnet["properties"], "gateway_ip"))
+ set_opt_val(param, "enableDhcp", ignore_case_get(vl_profile, "dhcpEnabled"))
+ set_opt_val(param, "gatewayIp", ignore_case_get(vl_profile, "gatewayIp"))
set_opt_val(param, "dnsNameservers", ignore_case_get(subnet["properties"], "dns_nameservers"))
allocation_pool = {}
- set_opt_val(allocation_pool, "start", ignore_case_get(subnet["properties"], "start_ip"))
- set_opt_val(allocation_pool, "end", ignore_case_get(subnet["properties"], "end_ip"))
+ set_opt_val(allocation_pool, "start", ignore_case_get(vl_profile, "startIp"))
+ set_opt_val(allocation_pool, "end", ignore_case_get(vl_profile, "endIp"))
if allocation_pool:
param["allocationPools"] = [allocation_pool]
set_opt_val(param, "hostRoutes", ignore_case_get(subnet["properties"], "host_routes"))
ret = api.create_subnet(vim_id, tenant_id, param)
do_notify(res_type, ret)
set_res_cache(res_cache, res_type, subnet["vl_id"], ret["id"])
-
+
+
def create_port(vim_cache, res_cache, data, port, do_notify, res_type):
location_info = None
port_ref_vdu_id = ignore_case_get(port, "vdu_id")
for vdu in ignore_case_get(data, "vdus"):
if vdu["vdu_id"] == port_ref_vdu_id:
location_info = vdu["properties"]["location_info"]
+ if port["cp_id"] not in vdu["cps"]:
+ vdu["cps"].append(port["cp_id"])
break
if not location_info:
- err_msg = "vdu_id(%s) for cp(%s) is not defined"
+ err_msg = "vdu_id(%s) for cp(%s) is not defined."
raise VimException(err_msg % (port_ref_vdu_id, port["cp_id"]), ERR_CODE)
- network_id = get_res_id(res_cache, RES_NETWORK, port["vl_id"])
- subnet_id = get_res_id(res_cache, RES_SUBNET, port["vl_id"])
+ network_id = ignore_case_get(port, "networkId")
+ subnet_id = ignore_case_get(port, "subnetId")
+ if not network_id:
+ network_id = get_res_id(res_cache, RES_NETWORK, port["vl_id"])
+ subnet_id = get_res_id(res_cache, RES_SUBNET, port["vl_id"])
param = {
"networkId": network_id,
- "subnetId": subnet_id,
- "name": port["properties"]["name"]
+ "name": port["cp_id"]
}
+ set_opt_val(param, "subnetId", subnet_id)
set_opt_val(param, "macAddress", ignore_case_get(port["properties"], "mac_address"))
- set_opt_val(param, "ip", ignore_case_get(port["properties"], "ip_address"))
- set_opt_val(param, "vnicType", ignore_case_get(port["properties"], "vnic_type"))
- set_opt_val(param, "securityGroups", "") # TODO
+ ip_address = []
+ for one_protocol_data in port["properties"]["protocol_data"]:
+ l3_address_data = one_protocol_data["address_data"]["l3_address_data"] # l3 is not 13
+ fixed_ip_address = ignore_case_get(l3_address_data, "fixed_ip_address")
+ ip_address.extend(fixed_ip_address)
+ for one_virtual_network_interface in port["properties"].get("virtual_network_interface_requirements", []):
+ interfaceTypeString = one_virtual_network_interface["network_interface_requirements"]["interfaceType"]
+ interfaceType = json.loads(interfaceTypeString)["configurationValue"]
+ vnic_type = ignore_case_get(port["properties"], "vnic_type")
+ if vnic_type == "":
+ if interfaceType == "SR-IOV":
+ set_opt_val(param, "vnicType", "direct")
+ else:
+ set_opt_val(param, "vnicType", vnic_type)
+
+ set_opt_val(param, "ip", ",".join(ip_address))
+ set_opt_val(param, "securityGroups", "") # TODO
vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
- ret = api.create_subnet(vim_id, tenant_id, param)
+ ret = api.create_port(vim_id, tenant_id, param)
ret["nodeId"] = port["cp_id"]
do_notify(res_type, ret)
set_res_cache(res_cache, res_type, port["cp_id"], ret["id"])
+
def create_flavor(vim_cache, res_cache, data, flavor, do_notify, res_type):
location_info = flavor["properties"]["location_info"]
- local_storages = ignore_case_get(data, "local_storages")
+ vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
+ virtual_compute = flavor["virtual_compute"]
+ virtual_storages = flavor["virtual_storages"]
+ virtual_cpu = ignore_case_get(virtual_compute, "virtual_cpu")
+ virtual_memory = ignore_case_get(virtual_compute, "virtual_memory")
param = {
"name": "Flavor_%s" % flavor["vdu_id"],
- "vcpu": int(flavor["nfv_compute"]["num_cpus"]),
- "memory": int(flavor["nfv_compute"]["mem_size"].replace('MB', '').strip()),
+ "vcpu": int(ignore_case_get(virtual_cpu, "num_virtual_cpu")),
+ "memory": int(ignore_case_get(virtual_memory, "virtual_mem_size").replace('MB', '').strip()),
"isPublic": True
}
- for local_storage_id in ignore_case_get(flavor, "local_storages"):
- for local_storage in local_storages:
- if local_storage_id != local_storage["local_storage_id"]:
- continue
- disk_type = local_storage["properties"]["disk_type"]
- disk_size = int(local_storage["properties"]["size"].replace('GB', '').strip())
- if disk_type == "root":
- param["disk"] = disk_size
- elif disk_type == "ephemeral":
- param["ephemeral"] = disk_size
- elif disk_type == "swap":
- param["swap"] = disk_size
- flavor_extra_specs = ignore_case_get(flavor["nfv_compute"], "flavor_extra_specs")
- extra_specs = []
- for es in flavor_extra_specs:
- extra_specs.append({"keyName": es, "value": flavor_extra_specs[es]})
- set_opt_val(param, "extraSpecs", extra_specs)
- vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
- tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
- ret = api.create_flavor(vim_id, tenant_id, param)
- do_notify(res_type, ret)
- set_res_cache(res_cache, res_type, flavor["vdu_id"], ret["id"])
-
+
+ # Get flavor id from OOF
+ vdu_id = ignore_case_get(flavor, "vdu_id", "")
+ flavor_id = ""
+ for one_vdu in location_info["vduInfo"]:
+ if one_vdu["vduName"] == vdu_id:
+ flavor_id = ignore_case_get(one_vdu, "flavorId", "")
+ break
+
+ # Add check if OOF return flavor id has value
+ # If value is not None, we use it.
+ # If value is None, we will create flavor again.
+ if flavor_id:
+ set_res_cache(res_cache, res_type, flavor["vdu_id"], flavor_id)
+ else:
+ for virtual_storage in virtual_storages:
+ vs_id = virtual_storage["virtual_storage_id"]
+ for vs in data["volume_storages"]:
+ if vs["volume_storage_id"] == vs_id:
+ disk_type = ignore_case_get(vs["properties"], "type_of_storage")
+ disk_size = int(ignore_case_get(vs["properties"], "size_of_storage").replace('GB', '').replace('"', '').strip())
+ if disk_type == "root":
+ param["disk"] = disk_size
+ elif disk_type == "ephemeral":
+ param["ephemeral"] = disk_size
+ elif disk_type == "swap":
+ param["swap"] = disk_size
+ tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
+ logger.debug("param:%s" % param)
+ ret = api.create_flavor(vim_id, tenant_id, param)
+ logger.debug("hhb ret:%s" % ret)
+ do_notify(res_type, ret)
+ set_res_cache(res_cache, res_type, flavor["vdu_id"], ret["id"])
+
+
def create_vm(vim_cache, res_cache, data, vm, do_notify, res_type):
location_info = vm["properties"]["location_info"]
vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
param = {
- "name": vm["properties"]["name"],
+ "name": vm["properties"].get("name", "undefined"),
"flavorId": get_res_id(res_cache, RES_FLAVOR, vm["vdu_id"]),
"boot": {},
"nicArray": [],
"volumeArray": []
}
# set boot param
- if "image_file" in vm and vm["image_file"]:
+ if "artifacts" in vm and vm["artifacts"]:
param["boot"]["type"] = BOOT_FROM_IMAGE
img_name = ""
- for img in ignore_case_get(data, "image_files"):
- if vm["image_file"] == img["image_file_id"]:
- img_name = img["properties"]["name"]
- break
+ for artifact in vm["artifacts"]:
+ if artifact["artifact_name"] == "sw_image":
+ # TODO: after DM define
+ img_name = os.path.basename(artifact["file"])
+ break
if not img_name:
- raise VimException("Undefined image(%s)" % vm["image_file"], ERR_CODE)
+ raise VimException("Undefined image(%s)" % vm["artifacts"], ERR_CODE)
images = api.list_image(vim_id, tenant_id)
- for image in images["imageList"]:
+ for image in images["images"]:
if img_name == image["name"]:
param["boot"]["imageId"] = image["id"]
break
if "imageId" not in param["boot"]:
- raise VimException("Image(%s) not found in Vim(%s)" % (img_name, vim_id), ERR_CODE)
- elif vm["volume_storages"]:
+ raise VimException("Undefined artifacts image(%s)" % vm["artifacts"], ERR_CODE)
+ elif vm["virtual_storages"]:
param["boot"]["type"] = BOOT_FROM_VOLUME
- vol_id = vm["volume_storages"][0]["volume_storage_id"]
+ vol_id = vm["virtual_storages"][0]["virtual_storage_id"]
param["boot"]["volumeId"] = get_res_id(res_cache, RES_VOLUME, vol_id)
else:
raise VimException("No image and volume defined", ERR_CODE)
param["nicArray"].append({
"portId": get_res_id(res_cache, RES_PORT, cp_id)
})
- for inject_data in ignore_case_get(vm["properties"], "inject_data_list"):
- param["contextArray"].append({
- "fileName": inject_data["file_name"],
- "fileData": inject_data["file_data"]
- })
- for vol_data in vm["volume_storages"]:
+ param["contextArray"] = ignore_case_get(vm["properties"], "inject_files")
+ logger.debug("contextArray:%s", param["contextArray"])
+ for vol_data in ignore_case_get(vm, "volume_storages"):
vol_id = vol_data["volume_storage_id"]
param["volumeArray"].append({
"volumeId": get_res_id(res_cache, RES_VOLUME, vol_id)
})
+ user_data = base64.encodestring(ignore_case_get(vm["properties"], "user_data"))
set_opt_val(param, "availabilityZone", ignore_case_get(location_info, "availability_zone"))
- set_opt_val(param, "userdata", "") # TODO Configuration information or scripts to use upon launch
- set_opt_val(param, "metadata", "") # TODO [{"keyName": "foo", "value": "foo value"}]
- set_opt_val(param, "securityGroups", "") # TODO List of names of security group
- set_opt_val(param, "serverGroup", "") # TODO the ServerGroup for anti-affinity and affinity
-
+ set_opt_val(param, "userdata", user_data)
+ set_opt_val(param, "metadata", ignore_case_get(vm["properties"], "meta_data"))
+ set_opt_val(param, "securityGroups", "") # TODO List of names of security group
+ set_opt_val(param, "serverGroup", "") # TODO the ServerGroup for anti-affinity and affinity
+
ret = api.create_vm(vim_id, tenant_id, param)
+ ret["ports"] = [nic.get("portId") for nic in param["nicArray"]]
do_notify(res_type, ret)
- vm_id, vm_name, return_code = ret["id"], ret["name"], ret["returnCode"]
+ vm_id = ret["id"]
+ if ignore_case_get(ret, "name"):
+ vm_name = vm["properties"].get("name", "undefined")
+ logger.debug("vm_name:%s" % vm_name)
opt_vm_status = "Timeout"
retry_count, max_retry_count = 0, 100
while retry_count < max_retry_count:
vm_info = api.get_vm(vim_id, tenant_id, vm_id)
if vm_info["status"].upper() == "ACTIVE":
- logger.debug("Vm(%s) is active", vim_id)
+ logger.debug("Vm(%s) is active", vm_id)
return
if vm_info["status"].upper() == "ERROR":
opt_vm_status = vm_info["status"]
time.sleep(2)
retry_count = retry_count + 1
raise VimException("Failed to create Vm(%s): %s." % (vm_name, opt_vm_status), ERR_CODE)
+
+
+def list_port_of_vm(vim_cache, res_cache, data, port, do_notify, res_type):
+ location_info = None
+ vm_id = ignore_case_get(port, "vm_id")
+ port_ref_vdu_id = ignore_case_get(port, "vdu_id")
+ for vdu in ignore_case_get(data, "vdus"):
+ if vdu["vdu_id"] == port_ref_vdu_id:
+ location_info = vdu["properties"]["location_info"]
+ if port["cp_id"] not in vdu["cps"]:
+ vdu["cps"].append(port["cp_id"])
+ break
+ if not location_info:
+ err_msg = "vdu_id(%s) for cp(%s) is not defined."
+ raise VimException(err_msg % (port_ref_vdu_id, port["cp_id"]), ERR_CODE)
+
+ vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
+ tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
+ ret = api.list_vm_port(vim_id, tenant_id, vm_id)
+ ret["nodeId"] = port["cp_id"]
+ do_notify(res_type, ret)
+ set_res_cache(res_cache, res_type, port["cp_id"], ret["id"])
+
+ return ret
+
+
+def get_port_of_vm(vim_cache, res_cache, data, port, do_notify, res_type):
+ location_info = None
+ vm_id = ignore_case_get(port, "vm_id")
+ port_id = ignore_case_get(port, "cp_id")
+ port_ref_vdu_id = ignore_case_get(port, "vdu_id")
+ for vdu in ignore_case_get(data, "vdus"):
+ if vdu["vdu_id"] == port_ref_vdu_id:
+ location_info = vdu["properties"]["location_info"]
+ if port["cp_id"] not in vdu["cps"]:
+ vdu["cps"].append(port["cp_id"])
+ break
+ if not location_info:
+ err_msg = "vdu_id(%s) for cp(%s) is not defined."
+ raise VimException(err_msg % (port_ref_vdu_id, port["cp_id"]), ERR_CODE)
+
+ vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
+ tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
+ ret = api.get_vm_port(vim_id, tenant_id, vm_id, port_id)
+ ret["nodeId"] = port["cp_id"]
+ do_notify(res_type, ret)
+ set_res_cache(res_cache, res_type, port["cp_id"], ret["id"])
+
+ return ret
+
+
+def create_port_of_vm(vim_cache, res_cache, data, port, do_notify, res_type):
+ location_info = None
+ vm_id = ignore_case_get(port, "vm_id")
+ port_id = ignore_case_get(port, "port_id")
+ port_ref_vdu_id = ignore_case_get(port, "vdu_id")
+ for vdu in ignore_case_get(data, "vdus"):
+ if vdu["vdu_id"] == port_ref_vdu_id:
+ location_info = vdu["properties"]["location_info"]
+ if port["cp_id"] not in vdu["cps"]:
+ vdu["cps"].append(port["cp_id"])
+ break
+ if not location_info:
+ err_msg = "vdu_id(%s) for cp(%s) is not defined."
+ raise VimException(err_msg % (port_ref_vdu_id, port["cp_id"]), ERR_CODE)
+ network_id = ignore_case_get(port, "networkId")
+ # subnet_id = ignore_case_get(port, "subnetId")
+ if not network_id:
+ network_id = get_res_id(res_cache, RES_NETWORK, port["vl_id"])
+ # subnet_id = get_res_id(res_cache, RES_SUBNET, port["vl_id"])
+ # param = {
+ # "networkId": network_id,
+ # "name": port["cp_id"]
+ # }
+ # set_opt_val(param, "subnetId", subnet_id)
+ # set_opt_val(param, "macAddress", ignore_case_get(port["properties"], "mac_address"))
+ # ip_address = []
+ # for one_protocol_data in port["properties"]["protocol_data"]:
+ # l3_address_data = one_protocol_data["address_data"]["l3_address_data"] # l3 is not 13
+ # fixed_ip_address = ignore_case_get(l3_address_data, "fixed_ip_address")
+ # ip_address.extend(fixed_ip_address)
+ # for one_virtual_network_interface in port["properties"].get("virtual_network_interface_requirements", []):
+ # interfaceTypeString = one_virtual_network_interface["network_interface_requirements"]["interfaceType"]
+ # interfaceType = json.loads(interfaceTypeString)["configurationValue"]
+ # vnic_type = ignore_case_get(port["properties"], "vnic_type")
+ # if vnic_type == "":
+ # if interfaceType == "SR-IOV":
+ # set_opt_val(param, "vnicType", "direct")
+ # else:
+ # set_opt_val(param, "vnicType", vnic_type)
+ #
+ # set_opt_val(param, "ip", ",".join(ip_address))
+ # set_opt_val(param, "securityGroups", "") # TODO
+ vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
+ tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
+
+ # ip_address = ignore_case_get(ignore_case_get(port, "properties"), "ip_address")
+ param = {
+ "interfaceAttachment": {
+ "port_id": port_id
+ }
+ }
+ ret = api.create_vm_port(vim_id, tenant_id, vm_id, param)
+ ret["nodeId"] = port["cp_id"]
+ do_notify(res_type, ret)
+
+
+def delete_port_of_vm(vim_cache, res_cache, data, port, do_notify, res_type):
+ location_info = None
+ vm_id = ignore_case_get(port, "vm_id")
+ port_id = ignore_case_get(port, "cp_id")
+ port_ref_vdu_id = ignore_case_get(port, "vdu_id")
+ for vdu in ignore_case_get(data, "vdus"):
+ if vdu["vdu_id"] == port_ref_vdu_id:
+ location_info = vdu["properties"]["location_info"]
+ if port["cp_id"] not in vdu["cps"]:
+ vdu["cps"].append(port["cp_id"])
+ break
+ if not location_info:
+ err_msg = "vdu_id(%s) for cp(%s) is not defined."
+ raise VimException(err_msg % (port_ref_vdu_id, port["cp_id"]), ERR_CODE)
+
+ vim_id, tenant_name = location_info["vimid"], location_info["tenant"]
+ tenant_id = get_tenant_id(vim_cache, vim_id, tenant_name)
+ ret = api.delete_vm_port(vim_id, tenant_id, vm_id, port_id)
+ ret["nodeId"] = port["cp_id"]
+ do_notify("delete", res_type, port_id)
+ set_res_cache(res_cache, res_type, port["cp_id"], ret["id"])
Code Review / vfc / gvnfm / vnflcm.git / blobdiff