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/*
* ============LICENSE_START=======================================================
* Actn Interface Tools
* ================================================================================
* Copyright (C) 2023 Huawei Canada Limited.
* ================================================================================
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
* ============LICENSE_END=========================================================
*/
package org.onap.integration.actninterfacetools.sampleapp.mpiconverter.converter;
import org.onap.integration.actninterfacetools.actnclient.api.ActnDataConverter;
import org.onap.integration.actninterfacetools.actnclient.api.CustomerEthService;
import org.onap.integration.actninterfacetools.actnclient.api.CustomerOtnTopology;
import org.onap.integration.actninterfacetools.actnclient.api.CustomerOtnTunnel;
import org.onap.integration.actninterfacetools.sampleapp.mpiconverter.model.*;
import org.onap.integration.actninterfacetools.sampleapp.mpiconverter.model.OduType;
import org.onosproject.yang.gen.v1.ietfyangtypes.rev20210414.ietfyangtypes.DottedQuad;
import org.onosproject.yang.gen.v1.ietfyangtypes.rev20210414.ietfyangtypes.HexString;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.DefaultEthtSvc;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.bandwidthprofiles.Direction;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.bandwidthprofiles.direction.DefaultSymmetrical;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.bandwidthprofiles.direction.Symmetrical;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.bandwidthprofiles.direction.symmetrical.DefaultIngressEgressBandwidthProfile;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.bandwidthprofiles.direction.symmetrical.IngressEgressBandwidthProfile;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvc.DefaultEthtSvcInstances;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvc.EthtSvcInstances;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcendpointgrouping.DefaultEthtSvcAccessPoints;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcendpointgrouping.EthtSvcAccessPoints;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcendpointgrouping.ServiceClassification;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcendpointgrouping.serviceclassification.DefaultVlanClassification;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcendpointgrouping.serviceclassification.vlanclassification.DefaultOuterTag;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcendpointgrouping.serviceclassification.vlanclassification.OuterTag;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcinstanceconfig.DefaultEthtSvcEndPoints;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcinstanceconfig.DefaultUnderlay;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcinstanceconfig.EthtSvcEndPoints;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvcinstanceconfig.Underlay;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvctunnelparameters.technology.DefaultFrameBase;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvctunnelparameters.technology.framebase.DefaultOtnTunnels;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.ethtsvctunnelparameters.technology.framebase.OtnTunnels;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.namedorvaluebandwidthprofile.Style;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.namedorvaluebandwidthprofile.style.DefaultValue;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.resiliencegrouping.DefaultResilience;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.resiliencegrouping.Resilience;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.vlanclassification.individualbundlingvlan.DefaultIndividualVlan;
import org.onosproject.yang.gen.v11.ietfethtranservice.rev20210111.ietfethtranservice.vlanclassification.individualbundlingvlan.IndividualVlan;
import org.onosproject.yang.gen.v11.ietfethtrantypes.rev20191103.ietfethtrantypes.*;
import org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.*;
import org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnlabelstep.RangeType;
import org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnlabelstep.rangetype.DefaultTribPort;
import org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnlinkbandwidth.Odulist;
import org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnpathbandwidth.otn.oduflextype.DefaultGfpNk;
import org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnpathbandwidth.otn.oduflextype.GfpNk;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.pathconstraintscommon.DefaultPathOutSegment;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.pathconstraintscommon.PathOutSegment;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.protectionrestorationproperties.DefaultProtection;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.protectionrestorationproperties.Protection;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.tunnelproperties.DefaultPrimaryPaths;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.tunnelproperties.PrimaryPaths;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.tunnelproperties.primarypaths.DefaultPrimaryPath;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.tunnelproperties.primarypaths.PrimaryPath;
import org.onosproject.yang.gen.v11.ietfte.rev20210220.ietfte.tunnelsgrouping.tunnels.DefaultTunnel;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.*;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.labelrestrictioninfo.DefaultLabelStart;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.labelrestrictioninfo.LabelStart;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.labelsetinfo.DefaultLabelRestrictions;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.labelsetinfo.LabelRestrictions;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.labelsetinfo.labelrestrictions.DefaultLabelRestriction;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.labelsetinfo.labelrestrictions.LabelRestriction;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.tebandwidth.DefaultTeBandwidth;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.tebandwidth.TeBandwidth;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.tebandwidth.tebandwidth.Technology;
import org.onosproject.yang.gen.v11.ietfnetwork.rev20180226.ietfnetwork.Networks;
import org.onosproject.yang.gen.v11.ietfnetwork.rev20180226.ietfnetwork.NodeId;
import org.onosproject.yang.gen.v11.ietfnetwork.rev20180226.ietfnetwork.networks.DefaultNetwork;
import org.onosproject.yang.gen.v11.ietfnetwork.rev20180226.ietfnetwork.networks.Network;
import org.onosproject.yang.gen.v11.ietfnetwork.rev20180226.ietfnetwork.networks.network.DefaultNode;
import org.onosproject.yang.gen.v11.ietfnetwork.rev20180226.ietfnetwork.networks.network.Node;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.LinkId;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.TpId;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.networks.network.DefaultAugmentedNwNetwork;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.networks.network.augmentednwnetwork.DefaultLink;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.networks.network.augmentednwnetwork.Link;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.networks.network.augmentednwnetwork.link.DefaultDestination;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.networks.network.augmentednwnetwork.link.DefaultSource;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.networks.network.augmentednwnetwork.link.Destination;
import org.onosproject.yang.gen.v11.ietfnetworktopology.rev20180226.ietfnetworktopology.networks.network.augmentednwnetwork.link.Source;
import org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.link.te.telinkattributes.maxlinkbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.networks.network.link.DefaultAugmentedNtLink;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.networks.network.link.augmentedntlink.DefaultTe;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.networks.network.node.augmentednwnode.Te;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.networks.network.node.te.tunnelterminationpoint.locallinkconnectivities.DefaultAugmentedLocalLinkConnectivities;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkconfigattributes.TeLinkAttributes;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.UnreservedBandwidth;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.tenodeaugment.TunnelTerminationPoint;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.tenodetunnelterminationpointconfig.LocalLinkConnectivities;
import org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.tenodetunnelterminationpointllclist.LocalLinkConnectivity;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.telabel.DefaultTeLabel;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.telabel.TeLabel;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.tetopologyid.TeTopologyIdUnion;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.tetopologyidentifier.DefaultTeTopologyIdentifier;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.tetopologyidentifier.TeTopologyIdentifier;
import org.onosproject.yang.gen.v11.ietftetypes.rev20200610.ietftetypes.tetpid.TeTpIdUnion;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import java.math.BigInteger;
import java.util.*;
import static com.google.common.base.Preconditions.checkNotNull;
import static org.onap.integration.actninterfacetools.sampleapp.mpiconverter.model.Link.State.ACTIVE;
public class PncConverter extends ActnDataConverter {
private static final Logger log = LoggerFactory.getLogger(PncConverter.class);
public CustomerOtnTopology convertActnOtnTopology(org.onosproject.yang.gen.v11.ietfnetwork.rev20180226.ietfnetwork.networks.Network network) throws Exception {
checkNotNull(network, "convertActnOtnTopology: network is null");
String networkId = network.networkId().toString();
List<TeNodeKey> otnNodes = getOtnNodes(network);
Map<TeNodeKey, TsNodeInfo> tsNodeInfo = getTsNodeInfo(network);
List<TsLink> otnInnerLinks = getOtnInnerLinks(network);
Map<TeNodeKey, List<TsLink>> otnEdgeLinks = getOtnEdgeLinks(network);
PncOtnBandwidthProfile bandWidthProfile = getBandWidthProfile(network);
return new OtnNetwork(networkId, otnNodes, tsNodeInfo, otnInnerLinks, otnEdgeLinks, bandWidthProfile);
}
public CustomerOtnTunnel convertActnOtnTunnel(DefaultTunnel actnOtnTunnel) throws Exception {
checkNotNull(actnOtnTunnel, "convertActnOtnTunnel: actnOtnTunnel is null");
TeNodeKey srcNode = (actnOtnTunnel.srcTunnelTpId() != null && !(new String(actnOtnTunnel.srcTunnelTpId())).isEmpty()) ? TeNodeKey.of(actnOtnTunnel.source().toString()) : new TeNodeKey(-1, -1, -1, -1);
LtpId srcLtpId = (actnOtnTunnel.srcTunnelTpId() != null && !(new String(actnOtnTunnel.srcTunnelTpId())).isEmpty()) ? LtpId.ltpId(actnOtnTunnel.srcTunnelTpId().toString()) : LtpId.ltpId(-1);
LTPoint srcLtPoint = new LTPoint(srcNode, srcLtpId);
TsLink srcLink = new TsLink("defaultSrcId",srcLtPoint,srcLtPoint, ACTIVE, org.onap.integration.actninterfacetools.sampleapp.mpiconverter.model.Link.Type.REGULAR);
TeNodeKey dstNode = (actnOtnTunnel.dstTunnelTpId() != null && !(new String(actnOtnTunnel.dstTunnelTpId())).isEmpty()) ? TeNodeKey.of(actnOtnTunnel.destination().toString()) : new TeNodeKey(-1, -1, -1, -1);
LtpId dstLtpId = (actnOtnTunnel.dstTunnelTpId() != null && !(new String(actnOtnTunnel.dstTunnelTpId())).isEmpty()) ? LtpId.ltpId(actnOtnTunnel.dstTunnelTpId().toString()) : LtpId.ltpId(-1);
LTPoint dstLtPoint = new LTPoint(dstNode, dstLtpId);
TsLink dstLink = new TsLink("defaultDstId",dstLtPoint,dstLtPoint, ACTIVE, org.onap.integration.actninterfacetools.sampleapp.mpiconverter.model.Link.Type.REGULAR);
List<TsLink> linkList = new ArrayList<>();
linkList.add(srcLink);
linkList.add(dstLink);
TsTunnel tsTunnel = new TsTunnel(linkList, actnOtnTunnel.name());
if (actnOtnTunnel.teBandwidth() != null &&
actnOtnTunnel.teBandwidth().technology() instanceof org.onosproject.yang.gen.v11.ietfotntunnel.rev20210625.
ietfotntunnel.te.tunnels.tunnel.tebandwidth.technology.augmentedtetechnology.DefaultOtn) {
TeBandwidth teBandwidth = actnOtnTunnel.teBandwidth();
OduResource oduRsrce = teBandwidthToOduResource(teBandwidth);
tsTunnel.bw(oduRsrce);
} else {
log.warn("Missing valid tunnel bandwidth info inside Otn DefaultTunnel");
}
return tsTunnel;
}
public DefaultTunnel convertActnOtnTunnel(CustomerOtnTunnel customerOtnTunnel) throws Exception {
checkNotNull(customerOtnTunnel, "convertActnOtnTunnel: customerOtnTunnel is null");
DefaultTunnel defaultTunnel = new DefaultTunnel();
LTPoint src = ((TsTunnel)customerOtnTunnel).src();
LTPoint dst = ((TsTunnel)customerOtnTunnel).dst();
TeNodeKey srcTeNodeKey = src.tsDeviceId();
TeNodeKey dstTeNodeKey = dst.tsDeviceId();
String srcTeNodeId = srcTeNodeKey.toString();
String dstTeNodeId = dstTeNodeKey.toString();
defaultTunnel.source(TeNodeId.fromString(srcTeNodeId));
defaultTunnel.destination(TeNodeId.fromString(dstTeNodeId));
defaultTunnel.srcTunnelTpId(src.ltPointId().toString().getBytes());
defaultTunnel.name(((TsTunnel)customerOtnTunnel).name());
org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnpathbandwidth.Otn layer1Otn = new org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnpathbandwidth.DefaultOtn();
GfpNk oduflexType = new DefaultGfpNk();
oduflexType.gfpn((short) ((TsTunnel)customerOtnTunnel).bw().getNumberOfOdu(OduType.ODUFLEX));
layer1Otn.oduType(Oduflex.class);
layer1Otn.oduflexType(oduflexType);
Technology otn = new org.onosproject.yang.gen.v11.ietfotntunnel.rev20210625.ietfotntunnel.te.tunnels.tunnel.tebandwidth.technology.augmentedtetechnology.DefaultOtn();
((org.onosproject.yang.gen.v11.ietfotntunnel.rev20210625.ietfotntunnel.te.tunnels.tunnel.tebandwidth.technology.augmentedtetechnology.DefaultOtn)otn).otn(layer1Otn);
TeBandwidth teBandwidth = new DefaultTeBandwidth();
teBandwidth.technology(otn);
defaultTunnel.teBandwidth(teBandwidth);
defaultTunnel.encoding(LspEncodingOduk.class);
defaultTunnel.switchingType(SwitchingOtn.class);
defaultTunnel.adminState(TunnelAdminStateUp.class);
Protection protection = new DefaultProtection();
protection.enable(true);
protection.holdOffTime(0);
protection.protectionReversionDisable(true);
protection.protectionType(LspProtectionUnprotected.class);
protection.waitToRevert(0);
defaultTunnel.protection(protection);
PrimaryPaths primaryPaths = new DefaultPrimaryPaths();
List<PrimaryPath> primaryPathList = new ArrayList<PrimaryPath>();
PrimaryPath primaryPath = new DefaultPrimaryPath();
primaryPath.name("primary");
PathOutSegment pathOutSegment = new DefaultPathOutSegment();
LabelRestrictions labelRestrictions = new DefaultLabelRestrictions();
List<LabelRestriction> labelRestrictionList = new ArrayList<LabelRestriction>();
LabelRestriction labelRestriction = new DefaultLabelRestriction();
labelRestriction.index(1);
LabelStart labelStart = new DefaultLabelStart();
TeLabel teLabel = new DefaultTeLabel();
org.onosproject.yang.gen.v11.ietfotntunnel.rev20210625.ietfotntunnel.te.tunnels.tunnel.primarypaths.primarypath.pathinsegment.labelrestrictions.labelrestriction.labelstart.telabel.technology.augmentedtetechnology.DefaultOtn otnTpnTech = new org.onosproject.yang.gen.v11.ietfotntunnel.rev20210625.ietfotntunnel.te.tunnels.tunnel.primarypaths.primarypath.pathinsegment.labelrestrictions.labelrestriction.labelstart.telabel.technology.augmentedtetechnology.DefaultOtn();
OtnTpn otnTpn = new OtnTpn(1);
RangeType rangeType = new DefaultTribPort();
((DefaultTribPort)rangeType).otnTpn(otnTpn);
otnTpnTech.rangeType((org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnlabelstartend.RangeType) rangeType);
teLabel.technology(otnTpnTech);
labelStart.teLabel(teLabel);
labelRestriction.labelStart(labelStart);
labelRestrictions.labelRestriction(labelRestrictionList);
pathOutSegment.labelRestrictions(labelRestrictions);
primaryPath.pathOutSegment(pathOutSegment);
primaryPathList.add(primaryPath);
primaryPaths.primaryPath(primaryPathList);
defaultTunnel.primaryPaths(primaryPaths);
return defaultTunnel;
}
public CustomerEthService convertActnEthService(DefaultEthtSvc actnEthService) throws Exception {
checkNotNull(actnEthService, "convertActnEthService: actnEthService is null");
List<EthtSvcInstances> ethtSvcInstances = actnEthService.ethtSvcInstances();
if(ethtSvcInstances!=null && !ethtSvcInstances.isEmpty()){
List<EthSrvInstance> ethSrvInstances = new ArrayList<>();
for(EthtSvcInstances ethtSvcInstance: ethtSvcInstances){
String ethtSvcName = ethtSvcInstance.ethtSvcName();
String ethtSvcDescr = ethtSvcInstance.ethtSvcDescr();
TeTopologyIdentifier teTopologyIdentifier = ethtSvcInstance.teTopologyIdentifier();
long providerId = teTopologyIdentifier.providerId().uint32();
long clientId = teTopologyIdentifier.clientId().uint32();
String topologyId = teTopologyIdentifier.topologyId().union().string();
List<TsTunnel> tsTunnels = new ArrayList<>();
List<OtnTunnels> otnTunnels = ((DefaultFrameBase) ethtSvcInstance.underlay().technology()).otnTunnels();
if(otnTunnels!=null && !otnTunnels.isEmpty()){
for(OtnTunnels otnTunnel : otnTunnels){
tsTunnels.add(new TsTunnel(null, otnTunnel.name().toString()));
}
}
List<EthSrvEndPoint> ethSrvEndPoints = new ArrayList<>();
List<EthtSvcEndPoints> ethtSvcEndPoints = ethtSvcInstance.ethtSvcEndPoints();
if(ethtSvcEndPoints!=null && !ethtSvcEndPoints.isEmpty()){
for (EthtSvcEndPoints ethtSvcEndPoint: ethtSvcEndPoints) {
String ethtSvcEndPointName = ethtSvcEndPoint.ethtSvcEndPointName();
List<EthSrvAccessPoint> ethSrvAccessPoints = new ArrayList<>();
List<EthtSvcAccessPoints> ethtSvcAccessPoints = ethtSvcEndPoint.ethtSvcAccessPoints();
if(ethtSvcAccessPoints!=null && !ethtSvcAccessPoints.isEmpty()){
for(EthtSvcAccessPoints ethtSvcAccessPoint : ethtSvcAccessPoints){
ethSrvAccessPoints.add(new EthSrvAccessPoint(ethtSvcAccessPoint.accessPointId(),ethtSvcAccessPoint.accessNodeId().dottedQuad().string(), ethtSvcAccessPoint.accessLtpId().union().uint32()));
}
}
int vlanValue = ((DefaultIndividualVlan) ((DefaultVlanClassification) ethtSvcEndPoint.serviceClassification()).outerTag().individualBundlingVlan()).vlanValue().uint16();
BigInteger cir = ((DefaultValue) ((Symmetrical) ethtSvcEndPoint.direction()).ingressEgressBandwidthProfile().style()).cir();
BigInteger eir = ((DefaultValue) ((Symmetrical) ethtSvcEndPoint.direction()).ingressEgressBandwidthProfile().style()).eir();
ethSrvEndPoints.add(new EthSrvEndPoint(ethtSvcEndPointName, ethSrvAccessPoints, vlanValue, cir, eir));
}
}
ethSrvInstances.add(new EthSrvInstance(ethtSvcName,ethtSvcDescr, providerId, clientId, topologyId, tsTunnels, ethSrvEndPoints));
}
return new TsEthSrv(ethSrvInstances);
}else{
return new TsEthSrv(null);
}
}
public DefaultEthtSvc convertActnEthService(CustomerEthService customerEthService) throws Exception {
checkNotNull(customerEthService, "convertActnEthService: customerEthService is null");
List<EthSrvInstance> ethSrvInstances = ((TsEthSrv) customerEthService).getEthSrvInstances();
if(ethSrvInstances!=null && !ethSrvInstances.isEmpty()){
DefaultEthtSvc defaultEthtSvc = new DefaultEthtSvc();
List<EthtSvcInstances> ethtSvcInstances = new ArrayList<>();
for(EthSrvInstance ethSrvInstance: ethSrvInstances){
EthtSvcInstances ethtSvcInstance = new DefaultEthtSvcInstances();
String ethSrvName = ethSrvInstance.getEthSrvName();
ethtSvcInstance.ethtSvcName(ethSrvName);
String ethSrvDescr = ethSrvInstance.getEthSrvDescr();
ethtSvcInstance.ethtSvcDescr(ethSrvDescr);
ServiceTypeTypedef serviceTypeTypedef = new ServiceTypeTypedef(RmpSvc.class);
ethtSvcInstance.ethtSvcType(serviceTypeTypedef);
ethtSvcInstance.adminStatus(TunnelAdminStateUp.class);
TeTopologyIdentifier teTopologyIdentifier = new DefaultTeTopologyIdentifier();
teTopologyIdentifier.clientId(new TeGlobalId(ethSrvInstance.getClientId()));
teTopologyIdentifier.providerId(new TeGlobalId(ethSrvInstance.getProviderId()));
teTopologyIdentifier.topologyId(new TeTopologyId(new TeTopologyIdUnion(ethSrvInstance.getTopologyId())));
ethtSvcInstance.teTopologyIdentifier(teTopologyIdentifier);
Underlay underlay = new DefaultUnderlay();
DefaultFrameBase defaultFrameBase = new DefaultFrameBase();
List<OtnTunnels> otnTunnels = new ArrayList<>();
if(ethSrvInstance.getOtnTunnels()!=null &&!ethSrvInstance.getOtnTunnels().isEmpty() ){
for(TsTunnel tsTunnel: ethSrvInstance.getOtnTunnels()){
DefaultOtnTunnels defaultOtnTunnels = new DefaultOtnTunnels();
defaultOtnTunnels.name(tsTunnel.name());
otnTunnels.add(defaultOtnTunnels);
}
}
defaultFrameBase.otnTunnels(otnTunnels);
underlay.technology(defaultFrameBase);
ethtSvcInstance.underlay(underlay);
Resilience resilience = new DefaultResilience();
Protection protection = new DefaultProtection();
protection.enable(true);
protection.holdOffTime(0);
protection.protectionReversionDisable(true);
protection.protectionType(LspProtectionUnprotected.class);
protection.waitToRevert(0);
resilience.protection(protection);
ethtSvcInstance.resilience(resilience);
List<EthtSvcEndPoints> ethtSvcEndPoints = new ArrayList<>();
if(ethSrvInstance.getEthSrvEndPoints()!=null &&!ethSrvInstance.getEthSrvEndPoints().isEmpty()){
for(EthSrvEndPoint ethSrvEndPoint: ethSrvInstance.getEthSrvEndPoints()){
EthtSvcEndPoints ethtSvcEndPoint = new DefaultEthtSvcEndPoints();
ethtSvcEndPoint.ethtSvcEndPointName(ethSrvEndPoint.getEthtSvcEndPointName());
List<EthtSvcAccessPoints> ethtSvcAccessPoints = new ArrayList<>();
if(ethSrvEndPoint.getEthSrvAccessPoints()!=null && !ethSrvEndPoint.getEthSrvAccessPoints().isEmpty()){
for(EthSrvAccessPoint ethSrvAccessPoint: ethSrvEndPoint.getEthSrvAccessPoints()){
EthtSvcAccessPoints ethtSvcAccessPoint = new DefaultEthtSvcAccessPoints();
ethtSvcAccessPoint.accessPointId(ethSrvAccessPoint.getAccessPointId());
ethtSvcAccessPoint.accessNodeId(new TeNodeId(new DottedQuad(ethSrvAccessPoint.getAccessNodeId())));
ethtSvcAccessPoint.accessLtpId(new TeTpId(new TeTpIdUnion(ethSrvAccessPoint.getAccessLtpId())));
ethtSvcAccessPoints.add(ethtSvcAccessPoint);
}
}
ethtSvcEndPoint.serviceClassificationType(VlanClassification.class);
ServiceClassification serviceClassification = new DefaultVlanClassification();
OuterTag outerTag = new DefaultOuterTag();
outerTag.tagType(new EthTagClassify(ClassifyCvlan.class));
IndividualVlan individualVlan = new DefaultIndividualVlan();
individualVlan.vlanValue(new Vlanid(ethSrvEndPoint.getVlanValue()));
outerTag.individualBundlingVlan();
((DefaultVlanClassification)serviceClassification).outerTag(outerTag);
ethtSvcEndPoint.serviceClassification(serviceClassification);
Direction direction = new DefaultSymmetrical();
IngressEgressBandwidthProfile ingressEgressBandwidthProfile = new DefaultIngressEgressBandwidthProfile();
Style style = new DefaultValue();
((DefaultValue)style).bandwidthProfileType(new BandwidthProfileTypeTypedef(Mef10Bwp.class));
((DefaultValue)style).cir(ethSrvEndPoint.getCIR());
((DefaultValue)style).eir(ethSrvEndPoint.getEIR());
ingressEgressBandwidthProfile.style(style);
((DefaultSymmetrical)direction).ingressEgressBandwidthProfile(ingressEgressBandwidthProfile);
ethtSvcEndPoint.direction(direction);
ethtSvcEndPoints.add(ethtSvcEndPoint);
}
}
ethtSvcInstance.ethtSvcEndPoints(ethtSvcEndPoints);
ethtSvcInstances.add(ethtSvcInstance);
}
defaultEthtSvc.ethtSvcInstances(ethtSvcInstances);
return defaultEthtSvc;
}else{
return new DefaultEthtSvc();
}
}
private OduResource teBandwidthToOduResource(TeBandwidth teBandwidth) {
Technology otn = teBandwidth.technology();
short odu0s = 0, odu1s = 0, odu2s = 0, odu2es = 0, odu3s = 0, odu4s = 0, oduFlex = 0;
short numOfThisOdu = 1;
for (Odulist elemOdu : ((DefaultOtn) otn).odulist()) {
if (elemOdu.oduType().isAssignableFrom(Odu0.class)) {
odu0s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu1.class)) {
odu1s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu2.class)) {
odu2s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu2e.class)) {
odu2es = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu3.class)) {
odu3s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu4.class)) {
odu4s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Oduflex.class)) {
oduFlex = (short) elemOdu.number();
}
}
return new OduResource(odu0s, odu1s, odu2s, odu2es, odu3s, odu4s, oduFlex,
null, null); //TODO: TribPorts and TribSlots
}
//Transfer tslink to yanglink for otn tunnel deletion
private static DefaultLink tsLink2YangLinkForTunnelDeletion(String sliceId, TsLink tslink, OduResource rezvdOdu,
Network yangNetwork, Networks yangNetworks, boolean isEdge, int tpn) {
checkNotNull(tslink, "tsLink2YangLinkForTunnelDeletion: tslink is null");
LinkId yangLinkId = LinkId.fromString(tslink.id());
DefaultLink yangLink = new DefaultLink();
yangLink.linkId(yangLinkId);
//Update link source
if (tslink.src() != null) {
DefaultSource yangLinkSource = new DefaultSource();
yangLinkSource.sourceNode(NodeId.fromString(tslink.src().tsDeviceId().toString()));
yangLinkSource.sourceTp(TpId.fromString(tslink.src().ltPointId().toString()));
yangLink.source(yangLinkSource);
}
//Update link destination
if (tslink.dst() != null) {
DefaultDestination yangLinkDest = new DefaultDestination();
yangLinkDest.destNode(NodeId.fromString(tslink.dst().tsDeviceId().toString()));
yangLinkDest.destTp(TpId.fromString(tslink.dst().ltPointId().toString()));
yangLink.destination(yangLinkDest);
}
//Update te link attributes
TeLinkAttributes yangLinkAttr = null;
Link yangLinkSource = getLinkTeByLinkId(tslink.id(), yangNetwork, yangNetworks);
if (((DefaultLink) yangLinkSource).augmentations() != null
&& !((DefaultLink) yangLinkSource).augmentations().isEmpty()) {
DefaultAugmentedNtLink yangLinkAugment =
((DefaultLink) yangLinkSource).augmentation(DefaultAugmentedNtLink.class);
if (yangLinkAugment != null && yangLinkAugment.te() != null) {
yangLinkAttr =
yangLinkAugment.te().teLinkAttributes();
if (yangLinkAttr == null) {
log.error("Yanglink {} doesn't have yangLinkAttributes", tslink.id());
return null;
}
}
}
yangLinkAttr = updateYangLinkAttrForTunnelDeletion(sliceId, yangLinkAttr, tslink.id(), rezvdOdu, isEdge, tpn);
DefaultTe yangLinkTe = new DefaultTe();
yangLinkTe.teLinkAttributes(yangLinkAttr);
DefaultAugmentedNtLink yangLinkAug = new DefaultAugmentedNtLink();
yangLinkAug.te(yangLinkTe);
yangLink.addAugmentation(yangLinkAug);
return yangLink;
}
//Transfer tslink to yanglink for otn tunnel creation
private static DefaultLink tsLink2YangLinkForTunnelCreation(String sliceId, TsLink tslink, OduResource rezvdOdu,
Network yangNetwork, Networks yangNetworks, boolean isEdgeLink,
int tpn) {
checkNotNull(tslink, "tsLink2YangLinkForTunnelCreation");
LinkId yangLinkId = LinkId.fromString(tslink.id());
DefaultLink yangLink = new DefaultLink();
yangLink.linkId(yangLinkId);
//Update link source
if (tslink.src() != null) {
DefaultSource yangLinkSource = new DefaultSource();
yangLinkSource.sourceNode(NodeId.fromString(tslink.src().tsDeviceId().toString()));
yangLinkSource.sourceTp(TpId.fromString(tslink.src().ltPointId().toString()));
yangLink.source(yangLinkSource);
}
//Update link destination
if (tslink.dst() != null) {
DefaultDestination yangLinkDest = new DefaultDestination();
yangLinkDest.destNode(NodeId.fromString(tslink.dst().tsDeviceId().toString()));
yangLinkDest.destTp(TpId.fromString(tslink.dst().ltPointId().toString()));
yangLink.destination(yangLinkDest);
}
//Update te link attributes
TeLinkAttributes yangLinkAttr = null;
Link yangLinkSource = getLinkTeByLinkId(tslink.id(), yangNetwork, yangNetworks);
if (((DefaultLink) yangLinkSource).augmentations() != null
&& !((DefaultLink) yangLinkSource).augmentations().isEmpty()) {
DefaultAugmentedNtLink yangLinkAugment =
((DefaultLink) yangLinkSource).augmentation(DefaultAugmentedNtLink.class);
if (yangLinkAugment != null && yangLinkAugment.te() != null) {
yangLinkAttr =
yangLinkAugment.te().teLinkAttributes();
if (yangLinkAttr == null) {
log.error("Yanglink {} doesn't have yangLinkAttributes", tslink.id());
return null;
}
}
}
yangLinkAttr = updateYangLinkAttrForTunnelPvsn(sliceId, yangLinkAttr, tslink.id(), rezvdOdu, isEdgeLink, tpn);
DefaultTe yangLinkTe = new DefaultTe();
yangLinkTe.teLinkAttributes(yangLinkAttr);
DefaultAugmentedNtLink yangLinkAug = new DefaultAugmentedNtLink();
yangLinkAug.te(yangLinkTe);
yangLink.addAugmentation(yangLinkAug);
return yangLink;
}
//Transfer tslink to yanglink for optical slice creation rpc
private static DefaultLink tsLink2YangLinkForSliceCreation(String sliceId, TsLink tslink, OduResource oduResource,
Network yangNetwork, Networks yangNetworks) {
checkNotNull(tslink, "tsLink2YangLinkForSliceCreation: tslink is null");
LinkId yangLinkId = LinkId.fromString(tslink.id());
DefaultLink yangLink = new DefaultLink();
yangLink.linkId(yangLinkId);
//Update link source
if (tslink.src() != null) {
DefaultSource yangLinkSource = new DefaultSource();
yangLinkSource.sourceNode(NodeId.fromString(tslink.src().tsDeviceId().toString()));
yangLinkSource.sourceTp(TpId.fromString(tslink.src().ltPointId().toString()));
yangLink.source(yangLinkSource);
}
//Update link destination
if (tslink.dst() != null) {
DefaultDestination yangLinkDest = new DefaultDestination();
yangLinkDest.destNode(NodeId.fromString(tslink.dst().tsDeviceId().toString()));
yangLinkDest.destTp(TpId.fromString(tslink.dst().ltPointId().toString()));
yangLink.destination(yangLinkDest);
}
//Update te link attributes
TeLinkAttributes yangLinkAttr = null;
Link yangLinkSource = getLinkTeByLinkId(tslink.id(), yangNetwork, yangNetworks);
if (((DefaultLink) yangLinkSource).augmentations() != null
&& !((DefaultLink) yangLinkSource).augmentations().isEmpty()) {
DefaultAugmentedNtLink yangLinkAugment =
((DefaultLink) yangLinkSource).augmentation(DefaultAugmentedNtLink.class);
if (yangLinkAugment != null && yangLinkAugment.te() != null) {
yangLinkAttr =
yangLinkAugment.te().teLinkAttributes();
if (yangLinkAttr == null) {
log.error("Yanglink {} doesn't have yangLinkAttributes", tslink.id());
return null;
}
}
}
yangLinkAttr = updateYangLinkAttrForSlicePvsn(sliceId, yangLinkAttr, tslink.id(), oduResource);
DefaultTe yangLinkTe = new DefaultTe();
yangLinkTe.teLinkAttributes(yangLinkAttr);
DefaultAugmentedNtLink yangLinkAug = new DefaultAugmentedNtLink();
yangLinkAug.te(yangLinkTe);
yangLink.addAugmentation(yangLinkAug);
return yangLink;
}
private static TeLinkAttributes updateYangLinkAttrForTunnelPvsn(String sliceId, TeLinkAttributes yangLinkAttr,
String id, OduResource rezvedOdu, boolean isEdge,
int tpn) {
//Update label-restriction
if (isEdge && !yangLinkAttr.labelRestrictions().labelRestriction().isEmpty()) {
//Note: Only support single unreservedBandwidth/tebandwidth
HexString bitmap = yangLinkAttr.labelRestrictions().labelRestriction().get(0).rangeBitmap();
byte[] bytemap = new byte[bitmap.toString().length() / 2];
for (int i = 0; i < bytemap.length; i++) {
int index = i * 2;
int j = Integer.parseInt(bitmap.toString().substring(index, index + 2), 16);
bytemap[i] = (byte) j;
}
PncUtils.setBitsZero(bytemap, tpn, rezvedOdu.equivalentToNumOfOdu0s());
yangLinkAttr.labelRestrictions().labelRestriction().get(0).rangeBitmap(bitmap);
}
//Write optical slice unreservedBandwidth info into te/te-link-attributes/unreservedBandwidth
//Note: Only support single unreservedBandwidth/tebandwidth
Technology otnAug = yangLinkAttr.unreservedBandwidth().get(0).teBandwidth().technology();
checkNotNull(otnAug, "yanglinkAttr/unreservedBandwidth/tebandwidth/technology is null");
short priority = yangLinkAttr.unreservedBandwidth().get(0).priority();
TeBandwidth teBandWidth = new DefaultTeBandwidth();
if (otnAug != null &&
(otnAug instanceof org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn)) {
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn otnAugUpdated =
new org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn();
//Update unreservedbandwidth/te-bandwidth/technology/slicelist
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist
newSliceElem = null;
for (org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.Slicelist elemSlice :
((org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug).slicelist()) {
if (elemSlice.sliceId().equals(sliceId)) {
if (elemSlice.odu0Number() >= (int) rezvedOdu.equivalentToNumOfOdu0s()) {
newSliceElem =
new org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist();
newSliceElem.sliceId(sliceId);
newSliceElem.odu0Number(elemSlice.odu0Number() - (int) rezvedOdu.equivalentToNumOfOdu0s());
} else {
throw new RuntimeException("Target slice does't have enough bandwidth");
}
;
}
}
if (newSliceElem != null) {
otnAugUpdated.slicelist(((org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug).slicelist());
otnAugUpdated.addToSlicelist(newSliceElem);
} else {
throw new RuntimeException("Target slice doesn't exist");
}
//Update OduList
for (org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnlinkbandwidth.Odulist elemOdu :
((org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug).odulist()) {
if (elemOdu.oduType().isAssignableFrom(Odu0.class)) {
elemOdu.number((short) elemOdu.number() - (short) rezvedOdu.equivalentToNumOfOdu0s());
}
;
otnAugUpdated.addToOdulist(elemOdu);
}
teBandWidth.technology(otnAugUpdated);
org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultUnreservedBandwidth urLkBw =
new org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultUnreservedBandwidth();
urLkBw.teBandwidth(teBandWidth);
urLkBw.priority(priority);
List<UnreservedBandwidth> uRsBwList = yangLinkAttr.unreservedBandwidth();
uRsBwList.clear();
uRsBwList.add(urLkBw);
yangLinkAttr.unreservedBandwidth(uRsBwList);
}
return yangLinkAttr;
}
private static TeLinkAttributes updateYangLinkAttrForTunnelDeletion(String sliceId, TeLinkAttributes yangLinkAttr,
String id, OduResource rezvedOdu,
boolean isEdge,
int tpn) {
{
//Update label-restriction
if (isEdge && !yangLinkAttr.labelRestrictions().labelRestriction().isEmpty()) {
//Note: Only support single unreservedBandwidth/tebandwidth
HexString bitmap = yangLinkAttr.labelRestrictions().labelRestriction().get(0).rangeBitmap();
byte[] bytemap = new byte[bitmap.toString().length() / 2];
for (int i = 0; i < bytemap.length; i++) {
int index = i * 2;
int j = Integer.parseInt(bitmap.toString().substring(index, index + 2), 16);
bytemap[i] = (byte) j;
}
PncUtils.setBitsOne(bytemap, tpn, rezvedOdu.equivalentToNumOfOdu0s());
yangLinkAttr.labelRestrictions().labelRestriction().get(0).rangeBitmap(bitmap);
}
//Write optical slice unreservedBandwidth info into te/te-link-attributes/unreservedBandwidth
//Note: Only support single unreservedBandwidth/tebandwidth
Technology otnAug = yangLinkAttr.unreservedBandwidth().get(0).teBandwidth().technology();
checkNotNull(otnAug, "yanglinkAttr/unreservedBandwidth/tebandwidth/technology is null");
short priority = yangLinkAttr.unreservedBandwidth().get(0).priority();
TeBandwidth teBandWidth = new DefaultTeBandwidth();
if (otnAug != null &&
(otnAug instanceof org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn)) {
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn otnAugUpdated =
new org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn();
//Update unreservedbandwidth/te-bandwidth/technology/slicelist
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist
newSliceElem = null;
for (org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.Slicelist elemSlice :
((org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug).slicelist()) {
if (elemSlice.sliceId().equals(sliceId)) {
newSliceElem =
new org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist();
newSliceElem.sliceId(sliceId);
newSliceElem.odu0Number(elemSlice.odu0Number() + (int) rezvedOdu.equivalentToNumOfOdu0s());
}
}
if (newSliceElem != null) {
otnAugUpdated.slicelist(((org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug).slicelist());
otnAugUpdated.addToSlicelist(newSliceElem);
} else {
throw new RuntimeException("Target slice doesn't exist");
}
// Update OduList
for (org.onosproject.yang.gen.v11.ietflayer1types.rev20210219.ietflayer1types.otnlinkbandwidth.Odulist elemOdu :
((org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug).odulist()) {
if (elemOdu.oduType().isAssignableFrom(Odu0.class)) {
elemOdu.number((short) elemOdu.number() + (short) rezvedOdu.equivalentToNumOfOdu0s());
}
;
otnAugUpdated.addToOdulist(elemOdu);
}
teBandWidth.technology(otnAugUpdated);
org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultUnreservedBandwidth urLkBw =
new org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultUnreservedBandwidth();
urLkBw.teBandwidth(teBandWidth);
urLkBw.priority(priority);
List<UnreservedBandwidth> uRsBwList = yangLinkAttr.unreservedBandwidth();
uRsBwList.clear();
uRsBwList.add(urLkBw);
yangLinkAttr.unreservedBandwidth(uRsBwList);
}
return yangLinkAttr;
}
}
private static TeLinkAttributes updateYangLinkAttrForSlicePvsn(String sliceId, TeLinkAttributes yangLinkAttr, String id, OduResource oduResource) {
//Write optical slice maxLinkBandwidth info into te/te-link-attributes/maxLinkBandwidth
Technology otnAug = yangLinkAttr.maxLinkBandwidth().teBandwidth().technology();
TeBandwidth teBandWidth = new DefaultTeBandwidth();
if (otnAug != null &&
(otnAug instanceof DefaultOtn)) {
DefaultOtn otnAugUpdated = new DefaultOtn();
otnAugUpdated.odulist(((DefaultOtn) otnAug).odulist());
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist
newSliceElem =
new org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist();
newSliceElem.sliceId(sliceId);
newSliceElem.odu0Number((int) oduResource.odu0s());
((DefaultOtn) otnAugUpdated).addToSlicelist(newSliceElem);
teBandWidth.technology(otnAugUpdated);
org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultMaxLinkBandwidth mxLkBw =
new org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultMaxLinkBandwidth();
mxLkBw.teBandwidth(teBandWidth);
yangLinkAttr.maxLinkBandwidth(mxLkBw);
}
//Write optical slice unreservedBandwidth info into te/te-link-attributes/unreservedBandwidth
//Note: Only support single unreservedBandwidth/tebandwidth
otnAug = yangLinkAttr.unreservedBandwidth().get(0).teBandwidth().technology();
short priority = yangLinkAttr.unreservedBandwidth().get(0).priority();
teBandWidth = new DefaultTeBandwidth();
if (otnAug != null &&
(otnAug instanceof org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn)) {
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn otnAugUpdated =
new org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn();
otnAugUpdated.odulist(((org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.
link.te.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug).odulist());
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist
newSliceElem =
new org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.otnslicelinkbandwidth.DefaultSlicelist();
newSliceElem.sliceId(sliceId);
newSliceElem.odu0Number((int) oduResource.odu0s());
otnAugUpdated.addToSlicelist(newSliceElem);
teBandWidth.technology(otnAugUpdated);
org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultUnreservedBandwidth urLkBw =
new org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.telinkinfoattributes.DefaultUnreservedBandwidth();
urLkBw.teBandwidth(teBandWidth);
urLkBw.priority(priority);
List<UnreservedBandwidth> uRsBwList = yangLinkAttr.unreservedBandwidth();
uRsBwList.clear();
uRsBwList.add(urLkBw);
yangLinkAttr.unreservedBandwidth(uRsBwList);
}
return yangLinkAttr;
}
public static Link getLinkTeByLinkId(String id, Network yangNetwork, Networks yangNetworks) {
if (((DefaultNetwork) yangNetwork).augmentation(DefaultAugmentedNwNetwork.class) != null) { //check augmentations
DefaultAugmentedNwNetwork augmentLink =
((DefaultNetwork) yangNetwork).augmentation(DefaultAugmentedNwNetwork.class);
for (Link yangLink : augmentLink.link()) {
if (yangLink.linkId().uri().string().equals(id)) {
return yangLink;
}
}
}
return null;
}
//Reading Info from datastore
//Get a list of TeNodeKey within this yang otn network
public static List<TeNodeKey> getOtnNodes(Network yangNetwork) {
List<Node> yangNodes;
List<TeNodeKey> tenodeKeys = null;
if ((yangNodes = yangNetwork.node()) != null) {
for (Node node : yangNodes) {
if (null == tenodeKeys) {
tenodeKeys = new ArrayList<>(yangNodes.size());
}
tenodeKeys.add(TeNodeKey.of(node.nodeId().uri().string()));
}
}
return tenodeKeys;
}
public static Map<TeNodeKey, TsNodeInfo> getTsNodeInfo(Network yangNetwork) {
Map<TeNodeKey, TsNodeInfo> ttpMap = new HashMap<>();
for (Node yangNode : yangNetwork.node()) {
TeNodeKey tenodeKey = TeNodeKey.of(yangNode.nodeId().uri().string());
TsNodeInfo tsNodeInfo = new TsNodeInfo();
org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.networks
.network.node.DefaultAugmentedNwNode yangNodeAugment = ((DefaultNode) yangNode)
.augmentation(org.onosproject.yang.gen.v11.ietftetopology.rev20200806.ietftetopology.networks
.network.node.DefaultAugmentedNwNode.class);
if (yangNodeAugment != null
&& yangNodeAugment.te() != null) {
Te yangNodeAugTe = yangNodeAugment.te();
if (yangNodeAugTe.tunnelTerminationPoint() != null) {
for (TunnelTerminationPoint yangTtp : yangNodeAugTe.tunnelTerminationPoint()) {
String ttpId = new String(yangTtp.tunnelTpId());
LocalLinkConnectivities localLinkConnectivities = yangTtp.localLinkConnectivities();
if (localLinkConnectivities != null) {
DefaultAugmentedLocalLinkConnectivities augmentedLocalLinkConnectivities = localLinkConnectivities.augmentation(DefaultAugmentedLocalLinkConnectivities.class);
if (augmentedLocalLinkConnectivities != null) {
for (LocalLinkConnectivity localLinkConnectivity : augmentedLocalLinkConnectivities.localLinkConnectivity()) {
if (localLinkConnectivity.isAllowed()) {
String linkTpRef = localLinkConnectivity.linkTpRef().toString();
tsNodeInfo.addToTtpMap(ttpId, LtpId.ltpId(linkTpRef));
}
}
}
}
}
}
}
ttpMap.put(tenodeKey, tsNodeInfo);
}
return ttpMap;
}
public static Map<TeNodeKey, List<TsLink>> getOtnEdgeLinks(Network yangNetwork) {
Map<TeNodeKey, List<TsLink>> edgeLinkMap = new HashMap<TeNodeKey, List<TsLink>>();
DefaultAugmentedNwNetwork augmentLink;
//check augmentations
if ((augmentLink = ((DefaultNetwork) yangNetwork).augmentation(DefaultAugmentedNwNetwork.class))
!= null) {
for (Link link : augmentLink.link()) {
if (link.source() == null ^ link.destination() == null) {
TsLink lk = makeTsLink(link);
TeNodeKey nodeKey;
List<TsLink> egLinks;
if (lk != null) {
switch (lk.type()) {
case INGRESS:
nodeKey = lk.dst().tsDeviceId();
egLinks = edgeLinkMap.get(nodeKey);
if (egLinks == null) {
egLinks = new LinkedList<>();
}
egLinks.add(lk);
edgeLinkMap.put(nodeKey, egLinks);
break;
case EGRESS:
nodeKey = lk.src().tsDeviceId();
egLinks = edgeLinkMap.get(nodeKey);
if (egLinks == null) {
egLinks = new LinkedList<>();
}
egLinks.add(lk);
edgeLinkMap.put(nodeKey, egLinks);
break;
default:
break;
}
}
}
}
}
return edgeLinkMap;
}
//Get a list of TsLink within this yang
public static List<TsLink> getOtnInnerLinks(Network yangNetwork) {
List<TsLink> links = null;
DefaultAugmentedNwNetwork augmentLink;
//check augmentations
if ((augmentLink = ((DefaultNetwork) yangNetwork).augmentation(DefaultAugmentedNwNetwork.class))
!= null) {
for (Link link : augmentLink.link()) {
// Convert the Yang Link to a link
if (links == null) {
links = new ArrayList<>();
}
if (link.source() != null && link.destination() != null) {
// This link contains both source and destination attributes
TsLink lk = makeTsLink(link);
links.add(lk);
}
}
}
return links;
}
;
public static PncOtnBandwidthProfile getBandWidthProfile(Network yangNetwork) {
DefaultAugmentedNwNetwork augmentLink;
PncOtnBandwidthProfile bandwidthProfile = new PncOtnBandwidthProfile();
//check augmentations
if ((augmentLink = ((DefaultNetwork) yangNetwork).augmentation(DefaultAugmentedNwNetwork.class))
!= null) {
for (Link yangLink : augmentLink.link()) {
// Convert the Yang Link to a link
Source yangsrc = yangLink.source();
Destination yangdst = yangLink.destination();
if (yangsrc == null || yangdst == null) {
//Skip ingress and egress link,
continue;
}
//checkNotNull(yangsrc, "yanglink source attribute is missing");
//checkNotNull(yangdst, "yanglink destination attribute is missing");
String linkId = yangLink.linkId().uri().toString();
TeNodeKey device1 = TeNodeKey.of(yangsrc.sourceNode().uri().toString());
TeNodeKey device2 = TeNodeKey.of(yangdst.destNode().uri().toString());
String ltp1 = yangsrc.sourceTp().uri().toString();
String ltp2 = yangdst.destTp().uri().toString();
LTPoint src = new LTPoint(device1, LtpId.ltpId(ltp1));
LTPoint dst = new LTPoint(device2, LtpId.ltpId(ltp2));
TsLinkKey linkKey = new TsLinkKey(src, dst, linkId);
//Add bandwidth info into bandwidthProfile
OduResource oduResource;
DefaultLink defaultYangLink = (DefaultLink) yangLink;
if (defaultYangLink.augmentations() != null
&& !defaultYangLink.augmentations().isEmpty()) {
DefaultAugmentedNtLink yangLinkAugment =
defaultYangLink.augmentation(DefaultAugmentedNtLink.class);
if (yangLinkAugment != null && yangLinkAugment.te() != null) {
TeLinkAttributes yangLinkAttr =
yangLinkAugment.te().teLinkAttributes();
if (yangLinkAttr != null) {
oduResource = yangLinkAttr2TeOduResource(yangLinkAttr);
if (oduResource != null) {
bandwidthProfile.addUnreservedOdu(linkKey, oduResource);
}
}
}
}
}
}
return bandwidthProfile;
}
private static TsLink makeTsLink(Link yangLink) {
TsLink curLink;
Source yangsrc = yangLink.source();
Destination yangdst = yangLink.destination();
if (yangsrc != null && yangdst != null) {
//checkNotNull(yangsrc, "yanglink source attribute is missing");
//checkNotNull(yangdst, "yanglink destination attribute is missing");
String linkId = yangLink.linkId().uri().toString();
TeNodeKey device1 = TeNodeKey.of(yangsrc.sourceNode().uri().toString());
TeNodeKey device2 = TeNodeKey.of(yangdst.destNode().uri().toString());
String ltp1 = yangsrc.sourceTp().uri().toString();
String ltp2 = yangdst.destTp().uri().toString();
LTPoint src = new LTPoint(device1, LtpId.ltpId(ltp1));
LTPoint dst = new LTPoint(device2, LtpId.ltpId(ltp2));
//DefaultAnnotations.Builder annotationBuilder = DefaultAnnotations.builder();
//TODO:If cost not set cost : default value case
curLink = TsLink.builder().id(linkId).src(src).dst(dst).state(ACTIVE).build();
} else if (yangsrc != null && yangdst == null) {
// egress link
String linkId = yangLink.linkId().uri().toString();
TeNodeKey device1 = TeNodeKey.of(yangsrc.sourceNode().uri().toString());
String ltp1 = yangsrc.sourceTp().uri().toString();
LTPoint src = new LTPoint(device1, LtpId.ltpId(ltp1));
curLink = TsLink.builder().id(linkId).src(src).type(org.onap.integration.actninterfacetools.sampleapp.mpiconverter.model.Link.Type.EGRESS).build();
} else if (yangsrc == null && yangdst != null) {
// ingress link
String linkId = yangLink.linkId().uri().toString();
TeNodeKey device2 = TeNodeKey.of(yangdst.destNode().uri().toString());
String ltp2 = yangdst.destTp().uri().toString();
LTPoint dst = new LTPoint(device2, LtpId.ltpId(ltp2));
curLink = TsLink.builder().id(linkId).dst(dst).type(org.onap.integration.actninterfacetools.sampleapp.mpiconverter.model.Link.Type.INGRESS).build();
} else {
return null;
}
return curLink;
}
public static OduResource yangLinkAttr2TeOduResource(TeLinkAttributes yangTeLinkAttr) {
if (yangTeLinkAttr == null ||
yangTeLinkAttr.unreservedBandwidth() == null) {
log.error("ERROR: yangLinkAttr2TeOduResource: {} is null",
yangTeLinkAttr == null ? "yangTeLinkAttr" : "yangTeLinkAttr.unreservedBandwidth");
return null;
}
List<UnreservedBandwidth> urbwList = yangTeLinkAttr.unreservedBandwidth();
UnreservedBandwidth urbw = urbwList.get(0);
if (urbw == null || urbw.teBandwidth() == null || urbw.teBandwidth().technology() == null) {
return null;
}
Technology otnAug = urbw.teBandwidth().technology();
if (otnAug == null ||
!(otnAug instanceof org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.link.te
.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn)) {
return null;
}
short odu0s = 0, odu1s = 0, odu2s = 0, odu2es = 0, odu3s = 0, odu4s = 0, oduFlex = 0;
org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.link.te
.telinkattributes.unreservedbandwidth.tebandwidth
.technology.augmentedtettechnology.DefaultOtn otn = (org.onosproject.yang.gen.v11.ietfotntopology.rev20210222.ietfotntopology.networks.network.link.te
.telinkattributes.unreservedbandwidth.tebandwidth.technology.augmentedtettechnology.DefaultOtn) otnAug;
for (Odulist elemOdu : otn.odulist()) {
if (elemOdu.oduType().isAssignableFrom(Odu0.class)) {
odu0s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu1.class)) {
odu1s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu2.class)) {
odu2s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu2e.class)) {
odu2es = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu3.class)) {
odu3s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Odu4.class)) {
odu4s = (short) elemOdu.number();
} else if (elemOdu.oduType().isAssignableFrom(Oduflex.class)) {
oduFlex = (short) elemOdu.number();
}
}
return new OduResource(odu0s, odu1s, odu2s, odu2es, odu3s, odu4s, oduFlex,
null, null); //TODO: TribPorts and TribSlots
}
}
|
