/**
Copyright 2013 Technische Universitat Wien (TUW), Distributed SystemsGroup E184.
This work was partially supported by the European Commission in terms of the CELAR FP7 project (FP7-ICT-2011-8 #317790).
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.
*/
/**
* Author : Georgiana Copil - e.copil@dsg.tuwien.ac.at
*/
package at.ac.tuwien.dsg.rSybl.cloudInteractionUnit.enforcementPlugins.openstack;
import java.util.ArrayList;
import java.util.List;
import at.ac.tuwien.dsg.csdg.DependencyGraph;
import at.ac.tuwien.dsg.csdg.Node;
import at.ac.tuwien.dsg.csdg.SimpleRelationship;
import at.ac.tuwien.dsg.csdg.Node.NodeType;
import at.ac.tuwien.dsg.csdg.Relationship.RelationshipType;
import at.ac.tuwien.dsg.csdg.elasticityInformation.elasticityRequirements.Strategy;
import at.ac.tuwien.dsg.rSybl.cloudInteractionUnit.enforcementPlugins.interfaces.EnforcementInterface;
import at.ac.tuwien.dsg.rSybl.cloudInteractionUnit.utils.RuntimeLogger;
import at.ac.tuwien.dsg.rSybl.dataProcessingUnit.api.MonitoringAPIInterface;
public class EnforcementOpenstackAPI implements EnforcementInterface{
private JCloudsOpenStackConnection cloudsOpenStackConnection ;
private Node controlledService ;
private MonitoringAPIInterface monitoring;
public EnforcementOpenstackAPI(Node cloudService){
cloudsOpenStackConnection= new JCloudsOpenStackConnection(cloudService);
this.controlledService=cloudService;
loadDeploymentDescription();
}
public Node findNode(String id){
boolean found=false;
if (!found){
if (id.equalsIgnoreCase(controlledService.getId())){
found = true;
return controlledService;
}
}
Node topology = controlledService.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY).get(0);
if (topology.getId().equalsIgnoreCase(id)){
found=true;
return topology;
}
List<Node> topologies = new ArrayList<Node>();
topologies.addAll(topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY));
List<Node> componentsToExplore = new ArrayList<Node>();
if (topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT)!=null)
componentsToExplore.addAll(topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT));
while (!found && !topologies.isEmpty()){
Node currentTopology = topologies.get(0);
topologies.remove(0);
if (currentTopology.getId().equalsIgnoreCase(id)){
found=true;
return currentTopology;
}else{
//System.err.println(currentTopology.getId());
if (currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY)!=null && currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY).size()>0){
topologies.addAll(currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY));
}
if (currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT)!=null && currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT).size()>0)
componentsToExplore.addAll(currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT));
}
}
// if (getCurrentReadLatency(arg0).isNaN())
while (!found && !componentsToExplore.isEmpty()){
Node component =componentsToExplore.get(0);
componentsToExplore.remove(0);
if (component.getId().equalsIgnoreCase(id)){
found=true;
return component;
}
}
return null;
}
//TODO implement scale in / out on different resources
public boolean scaleIn(double violationDegree, Node arg0){
boolean res=false;
return res;
}
//TODO implement scale in / out on different resources
public boolean scaleIn(double violationDegree, Node arg0, String ip){
boolean res=false;
return res;
}
//TODO implement scale in / out on different resources
public boolean scaleOut(double violationDegree, Node arg0){
boolean res=false;
return res;
}
public boolean scaleOut(Node arg0) {
//monitoring.enforcingActionStarted("ScaleOut",arg0 );
boolean res=false;
Node o = arg0;
RuntimeLogger.logger.info("Scaling out ... "+arg0+" "+arg0.getNodeType());
if (o.getNodeType()==NodeType.CODE_REGION){
res=scaleOutComponent(findComponentOfCodeRegion(arg0));
}
//TODO : enable just ComponentTopology level
if (o.getNodeType()==NodeType.SERVICE_TOPOLOGY){
//TODO: make it possible to scale a set of component topologies
Node master = null ;
Node slave = null;
ArrayList<Node> comps = (ArrayList<Node>) o.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT);
for (Node comp:comps){
if (comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF)!=null)
{
master = comp;
slave = comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF).get(0);
}
}
//TODO:add for more slaves
List<String> slavesPrivateIps = new ArrayList<String>();
List<String> masterPrivateIps = new ArrayList<String>();
for (String ip:slave.getAssociatedIps()){
if (ip.split("\\.")[0].length()==2){
slavesPrivateIps.add(ip);
}
}
for (String ip:master.getAssociatedIps()){
if (ip.split("\\.")[0].length()==2){
masterPrivateIps.add(ip);
}
}
int nb = 1;
if (masterPrivateIps.size()!=0)
nb = slavesPrivateIps.size()/masterPrivateIps.size();
cloudsOpenStackConnection.scaleOutCluster(master, slave, nb,master.getAssociatedIps().get(0),controlledService);
}
if (o.getNodeType()==NodeType.SERVICE_UNIT){
res=scaleOutComponent((Node) o);
}
return res;
//monitoring.enforcingActionEnded("ScaleOut",arg0 );
}
private void loadDeploymentDescription(){
// try {
// JAXBContext a = JAXBContext.newInstance( DeploymentDescription.class );
// Unmarshaller u = a.createUnmarshaller();
// String deploymentDescriptionPath = at.ac.tuwien.dsg.sybl.monitorandenforcement.utils.Configuration.getDeploymentDescriptionPath();
// // RuntimeLogger.logger.info("Got here "+deploymentDescriptionPath);
// // RuntimeLogger.logger.info("Got here "+this.getClass().getClassLoader().getResourceAsStream(deploymentDescriptionPath));
//
// if (deploymentDescriptionPath!=null)
// deploymentDescription = (DeploymentDescription) u.unmarshal( this.getClass().getClassLoader().getResourceAsStream(deploymentDescriptionPath)) ;
//
// //RuntimeLogger.logger.info("Read deployment Descrption"+deploymentDescription.toString());
//
// } catch (Exception e) {
// RuntimeLogger.logger.error("Error in reading deployment description"+e.toString());
// // TODO Auto-generated catch block
// e.printStackTrace();
// }
}
private boolean scaleOutComponent(Node o){
boolean res=false;
DependencyGraph graph=new DependencyGraph();
graph.setCloudService(controlledService);
String ip= cloudsOpenStackConnection.scaleOutAndWaitUntilNewServerBoots( o );
if (!ip.equalsIgnoreCase("err")){
Node artifact = null;
Node container = null;
if (o.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT) != null && o.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT).size() > 0) {
artifact= o.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT).get(0);
if (artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER) != null && artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER).size() > 0) {
container= artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER).get(0);
}
}
Node node = new Node();
node.setId(ip);
node.getStaticInformation().put("IP",ip);
node.setNodeType(NodeType.VIRTUAL_MACHINE);
SimpleRelationship rel = new SimpleRelationship();
rel.setTargetElement(node.getId());
rel.setType(RelationshipType.HOSTED_ON_RELATIONSHIP);
RuntimeLogger.logger.info("Adding to "+o.getId()+" vm with ip "+ip);
if (artifact==null & container==null){
rel.setSourceElement(o.getId());
o.addNode(node,rel);
}else{
if (container==null){
rel.setSourceElement(artifact.getId());
artifact.addNode(node,rel);
}else{
rel.setSourceElement(container.getId());
container.addNode(node,rel);
}
}
res=true;
}else{
res=false;
}
RuntimeLogger.logger.info("The controlled service is now "+controlledService.toString());
monitoring.refreshServiceStructure(controlledService);
return res;
}
private boolean scaleInComponent(Node o){
boolean res=false;
DependencyGraph d = new DependencyGraph();
d.setCloudService(controlledService);
RuntimeLogger.logger.info(d.graphToString());
RuntimeLogger.logger.info("Will delete this.....: "+d.getNodeWithID(o.getId()));
Node tobeRemoved = d.getNodeWithID(o.getId());
cloudsOpenStackConnection.scaleIn( tobeRemoved);
RuntimeLogger.logger.info(d.graphToString());
monitoring.refreshServiceStructure(controlledService);
res=true;
return res;
}
private boolean scaleInComponent(Node o,String ip){
boolean res=false;
DependencyGraph d = new DependencyGraph();
d.setCloudService(controlledService);
RuntimeLogger.logger.info(d.graphToString());
RuntimeLogger.logger.info("Will delete this.....: "+d.getNodeWithID(o.getId()));
Node tobeRemoved = d.getNodeWithID(o.getId());
cloudsOpenStackConnection.scaleIn( tobeRemoved,ip);
RuntimeLogger.logger.info(d.graphToString());
monitoring.refreshServiceStructure(controlledService);
res=true;
return res;
}
public Node findControllerForComponent(Node c){
Node res = null;
List<Node> componentTopologies =controlledService.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY);
for (Node componentTopology:componentTopologies)
for (Node topology:componentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY)){
Node master = null ;
Node slave = null;
ArrayList<Node> comps = (ArrayList<Node>) topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP);
for (Node comp:comps){
if (comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF)!=null)
{
master = comp;
slave = comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF).get(0);
}
}
if (slave.getId().equalsIgnoreCase(c.getId()))
for (Node component:comps){
if (component.getId().equalsIgnoreCase(master.getId())){
res = component;
}}
if(topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY)!=null)
for (Node top:topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY)) {
Node master1 = null ;
Node slave1 = null;
ArrayList<Node> comps1 = (ArrayList<Node>) topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP);
for (Node comp:comps){
if (comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF)!=null)
{
master1 = comp;
slave1 = comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF).get(0);
}
}
if (slave1.getId().equalsIgnoreCase(c.getId()))
{
List <Node> comps2 = top.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT);
for (Node component:comps2){
if (component.getId().equalsIgnoreCase(master1.getId())){
res = component;
}}
}
}
}
return res;
}
private Node findComponentOfCodeRegion(Node e){
boolean found=false;
Node topology = controlledService.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY).get(0);
List<Node> topologies = new ArrayList<Node>();
topologies.addAll(topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY));
List<Node> componentsToExplore = new ArrayList<Node>();
if (topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT)!=null)
componentsToExplore.addAll(topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT));
while (!topologies.isEmpty()){
Node currentTopology = topologies.get(0);
topologies.remove(0);
if (currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY).size()>0)
topologies.addAll(currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY));
if (currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT).size()>0)
componentsToExplore.addAll(currentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT));
}
while (!componentsToExplore.isEmpty()){
Node component =componentsToExplore.get(0);
componentsToExplore.remove(0);
for (Node codeRegion:component.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP, NodeType.CODE_REGION)){
if (codeRegion.getId().equalsIgnoreCase(e.getId())) return component;
}
}
return null;
}
private Node findParentNode(String entityID,Node controlledService){
if (controlledService.getId().equalsIgnoreCase(entityID)) return null;
Node topology = controlledService.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY).get(0);
if (topology.getId().equalsIgnoreCase(entityID)){
//targetedNode=topology;
return controlledService;
}
for (Node componentTopology:topology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY)){
if (componentTopology.getId().equalsIgnoreCase(entityID)){
//targetedNode=componentTopology;
return topology;
}
for (Node subTopology:componentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_TOPOLOGY)){
if (subTopology.getId().equalsIgnoreCase(entityID)){
//targetedNode=subTopology;
return componentTopology;
}
for (Node comp:subTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT))
if (comp.getId().equalsIgnoreCase(entityID)){
//targetedNode=comp;
return subTopology;
}
}
for (Node comp:componentTopology.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP,NodeType.SERVICE_UNIT))
if (comp.getId().equalsIgnoreCase(entityID)){
//targetedNode=comp;
return componentTopology;
}
}
return null;
}
public boolean scaleIn(Node arg0){
RuntimeLogger.logger.info("Scaling in on openstack ..."+arg0.getId());
boolean res=false;
if (arg0.getNodeType()==NodeType.CODE_REGION){
res=scaleIn(findComponentOfCodeRegion(arg0));
}
//TODO : enable just ComponentTopology level
if (arg0.getNodeType()==NodeType.SERVICE_TOPOLOGY){
ArrayList<Node> comps = (ArrayList<Node>) arg0.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP);
Node master =null ;
Node slave =null ;
for (Node comp:comps){
if (comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF)!=null)
{
master = comp;
slave = comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF).get(0);
}
}
for (Node component:comps){
if (component.getId().equalsIgnoreCase(master.getId()))
master=component;
if (component.getId().equalsIgnoreCase(slave.getId()))
slave=component;
}
for (String ip:master.getAssociatedIps()){
if (ip.split("\\.")[0].length()==2){
//monitoring.enforcingActionStarted("ScaleIn",arg0 );
cloudsOpenStackConnection.scaleInCluster(master, slave, ip,controlledService);
//monitoring.enforcingActionEnded("ScaleIn",arg0 );
break;
}
//scale in on the number of components of the topology
}
res=true;
}
Node artifact = null;
Node container = null;
if (arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT) != null && arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT).size() > 0) {
artifact= arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT).get(0);
if (artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER) != null && artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER).size() > 0) {
container= artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER).get(0);
}
}
boolean ok = false;
if (artifact==null && container==null){
ok = arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.VIRTUAL_MACHINE).size()>1;
}else{
if (container==null){
ok = artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.VIRTUAL_MACHINE).size()>1;
}else
{
ok = container.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.VIRTUAL_MACHINE).size()>1;
}
}
if (ok){
//RuntimeLogger.logger.info("Scaling in "+arg0.getId());
//monitoring.enforcingActionStarted("ScaleIn",arg0 );
res=scaleInComponent(((Node) arg0));
//monitoring.enforcingActionEnded("ScaleIn",arg0 );
}
return res;
}
public boolean scaleIn(Node arg0, String ipToScale){
RuntimeLogger.logger.info("Scaling in on openstack ..."+arg0.getId());
boolean res=false;
if (arg0.getNodeType()==NodeType.CODE_REGION){
res=scaleIn(findComponentOfCodeRegion(arg0));
}
//TODO : enable just ComponentTopology level
if (arg0.getNodeType()==NodeType.SERVICE_TOPOLOGY){
ArrayList<Node> comps = (ArrayList<Node>) arg0.getAllRelatedNodesOfType(RelationshipType.COMPOSITION_RELATIONSHIP);
Node master =null ;
Node slave =null ;
for (Node comp:comps){
if (comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF)!=null)
{
master = comp;
slave = comp.getAllRelatedNodesOfType(RelationshipType.MASTER_OF).get(0);
}
}
for (Node component:comps){
if (component.getId().equalsIgnoreCase(master.getId()))
master=component;
if (component.getId().equalsIgnoreCase(slave.getId()))
slave=component;
}
for (String ip:master.getAssociatedIps()){
if (ip.split("\\.")[0].length()==2){
//monitoring.enforcingActionStarted("ScaleIn",arg0 );
cloudsOpenStackConnection.scaleInCluster(master, slave, ip,controlledService);
//monitoring.enforcingActionEnded("ScaleIn",arg0 );
break;
}
//scale in on the number of components of the topology
}
res=true;
}
Node artifact = null;
Node container = null;
if (arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT) != null && arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT).size() > 0) {
artifact= arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.ARTIFACT).get(0);
if (artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER) != null && artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER).size() > 0) {
container= artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.CONTAINER).get(0);
}
}
boolean ok = false;
if (artifact==null && container==null){
ok = arg0.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.VIRTUAL_MACHINE).size()>1;
}else{
if (container==null){
ok = artifact.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.VIRTUAL_MACHINE).size()>1;
}else
{
ok = container.getAllRelatedNodesOfType(RelationshipType.HOSTED_ON_RELATIONSHIP, NodeType.VIRTUAL_MACHINE).size()>1;
}
}
if (ok){
//RuntimeLogger.logger.info("Scaling in "+arg0.getId());
//monitoring.enforcingActionStarted("ScaleIn",arg0 );
res=scaleInComponent(((Node) arg0),ipToScale);
//monitoring.enforcingActionEnded("ScaleIn",arg0 );
}
return res;
}
public List<String> getElasticityCapabilities() {
List<String> list = new ArrayList<String>();
list.add("scaleOut");
list.add("scaleIn");
return list;
}
public List<String> getElasticityCapabilities(Node cloudService) {
List<String> list = new ArrayList<String>();
list.add("scaleOut");
list.add("scaleIn");
return list;
}
public void setControlledService(Node controlledService) {
this.controlledService=controlledService;
}
public Node getControlledService() {
// TODO Auto-generated method stub
return controlledService;
}
@Override
public void setMonitoringPlugin(MonitoringAPIInterface monitoring) {
this.monitoring=monitoring;
}
@Override
public boolean containsElasticityCapability(Node entity, String capability) {
for (String cap : getElasticityCapabilities())
if (cap.equalsIgnoreCase(capability)) return true;
return false;
}
@Override
public void undeployService(Node serviceID) {
throw new UnsupportedOperationException("Not supported yet.");
}
@Override
public boolean scaleOut(Node toBeScaled, double violationDegree) {
return scaleOut(toBeScaled);
}
@Override
public boolean scaleIn(Node toBeScaled, double violationDegree) {
return scaleIn(toBeScaled);
}
@Override
public boolean enforceAction(Node serviceID, String actionName) {
throw new UnsupportedOperationException("Not supported yet."); //To change body of generated methods, choose Tools | Templates.
}
@Override
public void diagonallyScale(Node service, Strategy strategy) {
throw new UnsupportedOperationException("Not supported yet."); //To change body of generated methods, choose Tools | Templates.
}
}