Examples of java.util.ArrayList.clone()

java.util.ArrayList.clone()
Returns a shallow copy of this ArrayList instance. (The elements themselves are not copied.) @return a clone of this ArrayList instance


        if ((msgContext.getAxisService() == null) && (msgContext.getServiceContext() != null)) {
            msgContext.setAxisService(msgContext.getServiceContext().getAxisService());
        }
        ArrayList operationChain = msgContext.getAxisOperation().getRemainingPhasesInFlow();
        msgContext.setExecutionChain((ArrayList) operationChain.clone());
    }


    /**
     * To check wether the incoming request has come in valid transport , simpley the transports
     * that service author wants to expose

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                ReturnaddressType t = (ReturnaddressType)u.getOutFrame(oldchain).getLocals().get(ret.getIndex());
                InstructionContext theSuccessor = cfg.contextOf(t.getTarget());


                if (theSuccessor.execute(u.getOutFrame(oldchain), newchain, icv, ev)) {
                    ics.add(theSuccessor);
                    ecs.add(newchain.clone());
                }
            } else { // "not a ret"
                // Normal successors. Add them to the queue of successors.
                InstructionContext[] succs = u.getSuccessors();
                for (int s = 0; s < succs.length; s++) {

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                InstructionContext[] succs = u.getSuccessors();
                for (int s = 0; s < succs.length; s++) {
                    InstructionContext v = succs[s];
                    if (v.execute(u.getOutFrame(oldchain), newchain, icv, ev)) {
                        ics.add(v);
                        ecs.add(newchain.clone());
                    }
                }
            }
            // Exception Handlers. Add them to the queue of successors.
            ExceptionHandler[] exc_hds = u.getExceptionHandlers();

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                ReturnaddressType t = (ReturnaddressType)u.getOutFrame(oldchain).getLocals().get(ret.getIndex());
                InstructionContext theSuccessor = cfg.contextOf(t.getTarget());


                if (theSuccessor.execute(u.getOutFrame(oldchain), newchain, icv, ev)) {
                    ics.add(theSuccessor);
                    ecs.add(newchain.clone());
                }
            } else { // "not a ret"
                // Normal successors. Add them to the queue of successors.
                InstructionContext[] succs = u.getSuccessors();
                for (int s = 0; s < succs.length; s++) {

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                InstructionContext[] succs = u.getSuccessors();
                for (int s = 0; s < succs.length; s++) {
                    InstructionContext v = succs[s];
                    if (v.execute(u.getOutFrame(oldchain), newchain, icv, ev)) {
                        ics.add(v);
                        ecs.add(newchain.clone());
                    }
                }
            }
            // Exception Handlers. Add them to the queue of successors.
            ExceptionHandler[] exc_hds = u.getExceptionHandlers();

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          }        
        }
        


        ArrayList operationChain = msgContext.getAxisOperation().getRemainingPhasesInFlow();
        msgContext.setExecutionChain((ArrayList) operationChain.clone());
    }


    private void loadContexts(AxisService service, MessageContext msgContext) throws AxisFault {
        String scope = service == null ? null : service.getScope();
        ServiceContext serviceContext = msgContext.getServiceContext();

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      // mise a jour du nombre maximum de places consecutives.
      if(cptConsec > maxConsec){
        maxConsec = cptConsec;
//        System.out.println("\tAP: Mise a jour de la suite maximale: "+maxConsec);
        lesPlaces = (ArrayList)lesPlacesTmp.clone();
      }
    }
//    System.out.println("CHECK2: resultat atteint a la fin :" + (maxConsec >= nb));
    if(maxConsec >= nb){
      return lesPlaces;

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      removeList=new ArrayList();
      removeNodeList=new ArrayList();
      createRemoveDiff(o,n,removeNodeList,removeList,updates);
      if (removeList.size()>0){
        //removeFunctor.execute(removeNodeList,removeList);
          events.add(new CacheEvent(source,CacheEvent.NODES_REMOVED,(List)removeNodeList.clone(),(List)removeList.clone()));
      }
    //}
//      long t1=System.currentTimeMillis();
//      System.out.println("\t\t\tcache applyUpdates#1 ran in "+(t1-t0)+"ms");

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    //if (insertFunctor!=null){
      insertList=new ArrayList();
      insertNodeList=new ArrayList();
      createRemoveDiff(n,o,insertNodeList,insertList,updates);
      if (insertList.size()>0){
          events.add(new CacheEvent(source,CacheEvent.NODES_INSERTED,(List)insertNodeList.clone(),(List)insertList.clone()));
        //insertFunctor.execute(insertNodeList,insertList);
      }
    //}
//      t0=System.currentTimeMillis();
//      System.out.println("\t\t\tcache applyUpdates#2 ran in "+(t0-t1)+"ms");

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      if (removeList.size()>0){
          events.add(new CacheEvent(source,CacheEvent.NODES_REMOVED,removeNodeList,removeList));
        //removeFunctor.execute(removeNodeList,removeList);
      }
      if (insertList.size()>0){
          events.add(new CacheEvent(source,CacheEvent.NODES_INSERTED,(List)insertNodeList.clone(),(List)insertList.clone()));
        //insertFunctor.execute(insertNodeList,insertList);
      }
//      t1=System.currentTimeMillis();
//      System.out.println("\t\t\tcache applyUpdates#3 ran in "+(t1-t0)+"ms");
    //}

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