Examples of org.xmlBlaster.authentication.plugins.CryptDataHolder

Package org.xmlBlaster.authentication.plugins

Examples of org.xmlBlaster.authentication.plugins.CryptDataHolder

org.xmlBlaster.authentication.plugins.CryptDataHolder
Container to transport information to the exportMessage() and importMessage() method.
Is used on client and on server side. @author xmlblast@marcelruff.info

         I_Session sessionSecCtx = securityMgr.getSessionById(secretSessionId);
         if (sessionSecCtx == null) {
            throw new XmlBlasterException(this.glob, ErrorCode.USER_NOT_CONNECTED, ME + " Authenticate.disconnect", "You are not connected, your secretSessionId is invalid.");
         }
         try {
            CryptDataHolder dataHolder = new CryptDataHolder(MethodName.DISCONNECT, new MsgUnitRaw(null, (byte[])null, qos_literal), null);
            securityMgr.releaseSession(secretSessionId, sessionSecCtx.importMessage(dataHolder).getQos());
         }
         catch(Throwable e) {
            log.warning("Ignoring importMessage() problems, we continue to cleanup resources: " + e.getMessage());
         }

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         sessionInfo.getDispatchStatistic().incrNumSubscribe(1);


         // export (encrypt) return value
         MsgUnitRaw in = new MsgUnitRaw(null, (byte[])null, ret);
         CryptDataHolder dataHolder = new CryptDataHolder(MethodName.SUBSCRIBE, in);
         dataHolder.setReturnValue(true);
         return sessionInfo.getSecuritySession().exportMessage(dataHolder).getQos();
      }
      catch (Throwable e) {
         throw this.availabilityChecker.checkException(MethodName.SUBSCRIBE, e);
      }

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         sessionInfo.getDispatchStatistic().incrNumUnSubscribe(1);


         // export (encrypt) return value
         I_Session sec = sessionInfo.getSecuritySession();
         for (int ii=0; ii<retArr.length; ii++) {
            CryptDataHolder dataHolder = new CryptDataHolder(MethodName.UNSUBSCRIBE, new MsgUnitRaw(null, (byte[])null, retArr[ii]));
            dataHolder.setReturnValue(true);
            retArr[ii] = sec.exportMessage(dataHolder).getQos();
         }
         return retArr;


      }

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         String ret = requestBroker.publish(sessionInfo, msgUnit);


         sessionInfo.getDispatchStatistic().incrNumPublish(1);


         CryptDataHolder dataHolder = new CryptDataHolder(methodName, new MsgUnitRaw(null, (byte[])null, ret));
         dataHolder.setReturnValue(true);
         return sessionInfo.getSecuritySession().exportMessage(dataHolder).getQos();
      }
      catch (Throwable e) {
         if (sessionInfo != null && !sessionInfo.getConnectQos().allowExceptionsThrownToClient()) {
             if (msgUnit == null)

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         sessionInfo.getDispatchStatistic().incrNumErase(1);


         // export (encrypt) return value
         I_Session sec = sessionInfo.getSecuritySession();
         for (int ii=0; ii<retArr.length; ii++) {
            CryptDataHolder dataHolder = new CryptDataHolder(MethodName.ERASE, new MsgUnitRaw(null, (byte[])null, retArr[ii]));
            dataHolder.setReturnValue(true);
            retArr[ii] = sec.exportMessage(dataHolder).getQos();
         }
         return retArr;
      }
      catch (Throwable e) {

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         // export (encrypt) return value
         MsgUnitRaw[] msgUnitRawArr = new MsgUnitRaw[msgUnitArr.length];
         I_Session sec = sessionInfo.getSecuritySession();
         for (int ii=0; ii<msgUnitArr.length; ii++) {
            CryptDataHolder dataHolder = new CryptDataHolder(MethodName.GET, msgUnitArr[ii].getMsgUnitRaw());
            dataHolder.setReturnValue(true);
            msgUnitRawArr[ii] = sec.exportMessage(dataHolder);
         }


         return msgUnitRawArr;
      }

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      if (sessionSecCtx==null) { // assert
         throw new XmlBlasterException(glob, ErrorCode.INTERNAL_UNKNOWN, ME+".accessDenied", "unknown session - internal error.");
      }


      // check the message, if it was treated with confidentiality and integrity
      CryptDataHolder ctyptDataHolder = new CryptDataHolder(action, msgUnitRaw, null);
      msgUnitRaw = sessionSecCtx.importMessage(ctyptDataHolder);


      MsgUnit msgUnit = null;
      try {
        // Parse XML key and XML QoS

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      MsgUnitRaw[] msgUnitRawArr = new MsgUnitRaw[msgArr.length];
      // We export/encrypt the message (call the interceptor)
      if (securityInterceptor != null) {
         for (int i=0; i<msgArr.length; i++) {
            CryptDataHolder dataHolder = new CryptDataHolder(MethodName.PUBLISH, msgArr[i].getMsgUnitRaw());
            msgUnitRawArr[i] = securityInterceptor.exportMessage(dataHolder);
         }
         if (log.isLoggable(Level.FINE)) log.fine("Exported/encrypted " + msgArr.length + " publish messages.");
      }
      else {
         log.warning("No session security context, sending " + msgArr.length + " publish messages without encryption");
         for (int i=0; i<msgArr.length; i++) {
            msgUnitRawArr[i] = msgArr[i].getMsgUnitRaw();
         }
      }


      if (MethodName.PUBLISH_ONEWAY == msgArr_[0].getMethodName()) {
         this.driver.publishOneway(msgUnitRawArr);
         connectionsHandler.getDispatchStatistic().incrNumPublish(msgUnitRawArr.length);
         if (log.isLoggable(Level.FINE)) log.fine("Success, sent " + msgArr.length + " oneway publish messages.");
         if (cp != null) {
            for (int i=0; i<msgArr.length; i++) {
               cp.passingBy(I_Checkpoint.CP_CONNECTION_PUBLISH_ACK, msgArr[i],
                     null, this.checkPointContext);
            }
         }
         return;
      }


      if (log.isLoggable(Level.FINE)) log.fine("Before publish " + msgArr.length + " acknowledged messages ...");


      String[] rawReturnVal = this.driver.publishArr(msgUnitRawArr);
      if (rawReturnVal == null) {
         String text = "driver.publishArr len= " + msgUnitRawArr.length + " returned null: " + ((msgUnitRawArr.length>0)?msgUnitRawArr[0].getKey():"");
         throw new XmlBlasterException(glob, ErrorCode.COMMUNICATION_NOCONNECTION, ME, text);
      }
      connectionsHandler.getDispatchStatistic().incrNumPublish(rawReturnVal.length);


      if (log.isLoggable(Level.FINE)) log.fine("Success, sent " + msgArr.length + " acknowledged publish messages, return value #1 is '" + rawReturnVal[0] + "'");


      if (rawReturnVal != null) {
         for (int i=0; i<rawReturnVal.length; i++) {
            if (cp != null) {
               MsgQueuePublishEntry publishEntry = (MsgQueuePublishEntry)msgArr_[i];
               cp.passingBy(I_Checkpoint.CP_CONNECTION_PUBLISH_ACK, publishEntry.getMsgUnit(),
                        null, this.checkPointContext);
            }
            
            if (!msgArr_[i].wantReturnObj())
               continue;


            if (securityInterceptor != null) {
               CryptDataHolder dataHolder = new CryptDataHolder(MethodName.PUBLISH, new MsgUnitRaw(null, (byte[])null, rawReturnVal[i]));
               dataHolder.setReturnValue(true);
               rawReturnVal[i] = securityInterceptor.importMessage(dataHolder).getQos();
            }


            // create return object
            try {

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      MsgQueueSubscribeEntry subscribeEntry = (MsgQueueSubscribeEntry)entry;


      String key = subscribeEntry.getSubscribeKeyData().toXml();
      String qos = subscribeEntry.getSubscribeQosData().toXml();
      if (securityInterceptor != null) {  // We export/encrypt the message (call the interceptor)
         CryptDataHolder dataHolder = new CryptDataHolder(MethodName.SUBSCRIBE, new MsgUnitRaw(key, (byte[])null, qos));
         MsgUnitRaw msgUnitRaw = securityInterceptor.exportMessage(dataHolder);
         key = msgUnitRaw.getKey();
         qos = msgUnitRaw.getQos();
         if (log.isLoggable(Level.FINE)) log.fine("Exported/encrypted subscribe request.");
      }
      else {
         log.warning("No session security context, subscribe request is not encrypted");
      }


      String rawReturnVal = this.driver.subscribe(key, qos); // Invoke remote server


      connectionsHandler.getDispatchStatistic().incrNumSubscribe(1);
      
      if (subscribeEntry.wantReturnObj()) {
         if (securityInterceptor != null) { // decrypt return value ...
            CryptDataHolder dataHolder = new CryptDataHolder(MethodName.SUBSCRIBE, new MsgUnitRaw(null, (byte[])null, rawReturnVal));
            dataHolder.setReturnValue(true);
            rawReturnVal = securityInterceptor.importMessage(dataHolder).getQos();
         }
         try {
            subscribeEntry.setReturnObj(new SubscribeReturnQos(glob, rawReturnVal));
         }

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      MsgQueueUnSubscribeEntry unSubscribeEntry = (MsgQueueUnSubscribeEntry)entry;


      String key = unSubscribeEntry.getUnSubscribeKey().toXml();
      String qos = unSubscribeEntry.getUnSubscribeQos().toXml();
      if (securityInterceptor != null) {  // We export/encrypt the message (call the interceptor)
         CryptDataHolder dataHolder = new CryptDataHolder(MethodName.UNSUBSCRIBE, new MsgUnitRaw(key, (byte[])null, qos));
         MsgUnitRaw msgUnitRaw = securityInterceptor.exportMessage(dataHolder);
         key = msgUnitRaw.getKey();
         qos = msgUnitRaw.getQos();
         if (log.isLoggable(Level.FINE)) log.fine("Exported/encrypted unSubscribe request.");
      }
      else {
         log.warning("No session security context, unSubscribe request is not encrypted");
      }


      String[] rawReturnValArr = this.driver.unSubscribe(key, qos); // Invoke remote server


      connectionsHandler.getDispatchStatistic().incrNumUnSubscribe(1);
      
      if (unSubscribeEntry.wantReturnObj()) {
         UnSubscribeReturnQos[] retQosArr = new UnSubscribeReturnQos[rawReturnValArr.length];
         for (int ii=0; ii<rawReturnValArr.length; ii++) {
            if (securityInterceptor != null) { // decrypt return value ...
               CryptDataHolder dataHolder = new CryptDataHolder(MethodName.UNSUBSCRIBE, new MsgUnitRaw(null, (byte[])null, rawReturnValArr[ii]));
               dataHolder.setReturnValue(true);
               String xmlQos = securityInterceptor.importMessage(dataHolder).getQos();
               retQosArr[ii] = new UnSubscribeReturnQos(glob, xmlQos);
            }
         }

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org.xmlBlaster.client.dispatch.ClientDispatchConnection

org.xmlBlaster.client.protocol.AbstractCallbackExtended

org.xmlBlaster.engine.dispatch.CbDispatchConnection

org.xmlBlaster.engine.XmlBlasterImpl

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