Examples of org.apache.axis2.context.ConfigurationContext

org.apache.axis2.context.ConfigurationContext

Axis2 states are held in two information models, called description hierarchy and context hierarchy. Description hierarchy hold deployment configuration and it's values does not change unless deployment configuration change occurs where Context hierarchy hold run time information. Both hierarchies consists four levels, Global, Service Group, Operation and Message. Please look at "Information Model" section of "Axis2 Architecture Guide" for more information.

Configuration Context hold Global level run-time information. This allows same configurations to be used by two Axis2 instances and most Axis2 wide configurations can changed by setting name value pairs of the configurationContext. This hold all OperationContexts, ServiceGroups, Sessions, and ListenerManager.

    }


    //----------------------- default method implementations and common code -----------------------


    public void init(SynapseEnvironment synapseEnvironment) {
        ConfigurationContext cc =
                ((Axis2SynapseEnvironment) synapseEnvironment).getAxis2ConfigurationContext();
        if (!initialized) {
            // The check for clustering environment
            ClusteringAgent clusteringAgent = cc.getAxisConfiguration().getClusteringAgent();
            if (clusteringAgent != null && clusteringAgent.getStateManager() != null) {
                isClusteringEnabled = Boolean.TRUE;
            } else {
                isClusteringEnabled = Boolean.FALSE;
            }

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     */
    private AlgorithmContext algorithmContext;


    @Override
    public void init(SynapseEnvironment synapseEnvironment) {
        ConfigurationContext cc =
                ((Axis2SynapseEnvironment) synapseEnvironment).getAxis2ConfigurationContext();
        if (!initialized) {
            super.init(synapseEnvironment);
            if (algorithmContext == null) {
                algorithmContext = new AlgorithmContext(isClusteringEnabled, cc, getName());

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    }


    public void send(MessageContext synCtx) {
        SessionInformation sessionInformation = null;
        Member currentMember = null;
        ConfigurationContext configCtx =
                ((Axis2MessageContext) synCtx).getAxis2MessageContext().getConfigurationContext();
        if (lbMembershipHandler.getConfigurationContext() == null) {
            lbMembershipHandler.setConfigurationContext(configCtx);
        }

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     */
    public static StatisticsCollector getStatisticsCollector(ServerContextInformation contextInfo) {
        if (contextInfo != null && contextInfo.getServerState() == ServerState.INITIALIZED) {
            Object o = contextInfo.getServerContext();
            if (o instanceof ConfigurationContext) {
                ConfigurationContext context = (ConfigurationContext) o;
                SynapseEnvironment environment =
                        (SynapseEnvironment) context.getAxisConfiguration().getParameterValue(
                                SynapseConstants.SYNAPSE_ENV);
                if (environment != null) {
                    return environment.getStatisticsCollector();
                }
            }

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                    (preserveAddressingProperty != null &&
                            Boolean.parseBoolean(preserveAddressingProperty)));
        }




        ConfigurationContext axisCfgCtx = axisOutMsgCtx.getConfigurationContext();
        AxisConfiguration axisCfg       = axisCfgCtx.getAxisConfiguration();


        AxisService anoymousService =
            AnonymousServiceFactory.getAnonymousService(synapseOutMessageContext.getConfiguration(),
            axisCfg, wsAddressingEnabled, wsRMEnabled, wsSecurityEnabled);
        // mark the anon services created to be used in the client side of synapse as hidden

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            MessageContext outMsgCtx = oc.getMessageContext(WSDLConstants.MESSAGE_LABEL_OUT_VALUE);
      if (outMsgCtx == null) {
        throw new AxisFault(Messages.getMessage("outmsgctxnull"));
      }


            ConfigurationContext cfgCtx = sc.getConfigurationContext();


            // set ClientOptions to the current outgoing message
            outMsgCtx.setOptions(options);


      // do Target Resolution
      TargetResolver tr = cfgCtx.getAxisConfiguration().getTargetResolverChain();
            if (tr != null) {
                tr.resolveTarget(outMsgCtx);
            }


            // if the transport to use for sending is not specified, try to find it from the URL
      TransportOutDescription transportOut = options.getTransportOut();
      if (transportOut == null) {
        EndpointReference toEPR =
                    (options.getTo() != null) ? options.getTo() : outMsgCtx.getTo();
        transportOut =
                    ClientUtils.inferOutTransport(cfgCtx.getAxisConfiguration(), toEPR, outMsgCtx);
      }
      outMsgCtx.setTransportOut(transportOut);


      if (options.getTransportIn() == null && outMsgCtx.getTransportIn() == null) {
        outMsgCtx.setTransportIn(ClientUtils.inferInTransport(
                        cfgCtx.getAxisConfiguration(), options, outMsgCtx));
      } else if (outMsgCtx.getTransportIn() == null) {
        outMsgCtx.setTransportIn(options.getTransportIn());
      }


            // add reference parameters to To EPR

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                            "request will not be cached");
                return true;
            }
        }


        ConfigurationContext cfgCtx =
            ((Axis2MessageContext) synCtx).getAxis2MessageContext().getConfigurationContext();
        if (cfgCtx == null) {
            handleException("Unable to perform caching, "
                + " ConfigurationContext cannot be found", synCtx);
            return false; // never executes.. but keeps IDE happy
        }


        if (synLog.isTraceOrDebugEnabled()) {
            synLog.traceOrDebug("Looking up cache at scope : " + scope + " with ID : "
                    + cacheKey);
        }


        // look up cache
        Object prop = cfgCtx.getPropertyNonReplicable(CachingConstants.CACHE_MANAGER);
        CacheManager cacheManager;
        if (prop != null && prop instanceof CacheManager) {
            cacheManager = (CacheManager) prop;
        } else {
            synchronized (cfgCtx) {
                // check again after taking the lock to make sure no one else did it before us
                prop = cfgCtx.getPropertyNonReplicable(CachingConstants.CACHE_MANAGER);
                if (prop != null && prop instanceof CacheManager) {
                    cacheManager = (CacheManager) prop;


                } else {
                    synLog.traceOrDebug("Creating/recreating the cache object");
                    cacheManager = new CacheManager();
                    cfgCtx.setProperty(CachingConstants.CACHE_MANAGER, cacheManager);
                }
            }
        }


        boolean result = true;

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     */
    public MessageContext build() throws Exception {
        SynapseConfiguration testConfig = new SynapseConfiguration();
        // TODO: check whether we need a SynapseEnvironment in all cases
        SynapseEnvironment synEnv
            = new Axis2SynapseEnvironment(new ConfigurationContext(new AxisConfiguration()),
                                          testConfig);
        MessageContext synCtx;
        if (requireAxis2MessageContext) {
            synCtx = new Axis2MessageContext(new org.apache.axis2.context.MessageContext(),
                                             testConfig, synEnv);

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        this.format = format;
    }


    protected HttpClient getHttpClient(MessageContext msgContext) {
        HttpClient httpClient;
        final ConfigurationContext configContext = msgContext.getConfigurationContext();
        synchronized (lock) {
            httpClient = (HttpClient) configContext.getProperty(HTTPConstants.CACHED_HTTP_CLIENT);
            if (httpClient == null) {
                log.trace("Making new ConnectionManager");
                HttpConnectionManager connManager = new MultiThreadedHttpConnectionManager();


                // In case we need to set any params, do it here, but for now use defaults.
//                HttpConnectionManagerParams params = new HttpConnectionManagerParams();
//                params.setMaxConnectionsPerHost(HostConfiguration.ANY_HOST_CONFIGURATION, 200);
//                etc...
//                connManager.setParams(params);


                httpClient = new HttpClient(connManager);
                HttpClientParams clientParams = new HttpClientParams();
                // Set the default timeout in case we have a connection pool starvation to 30sec
                clientParams.setConnectionManagerTimeout(30000);
                httpClient.setParams(clientParams);
                configContext.setProperty(HTTPConstants.CACHED_HTTP_CLIENT, httpClient);
            }


            // Get the timeout values set in the runtime
            initializeTimeouts(msgContext, httpClient);
        }

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    try {
      Thread.currentThread().setContextClassLoader(getClass().getClassLoader());


      configurator = new OSGiConfigurator(config);


      ConfigurationContext configContext =
        ConfigurationContextFactory.createConfigurationContext(configurator);


      configContext.setProperty(Constants.CONTAINER_MANAGED,
                                Constants.VALUE_TRUE);
      return configContext;
    } catch (Exception e) {
      Activator.log.warn("Failed to init axis context", e);
      throw new ServletException(e);

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