Package org.jboss.errai.marshalling.client.api.json

Examples of org.jboss.errai.marshalling.client.api.json.EJObject


    @Override
    public String determineTypeFor(String formatType, Object o) {
      EJValue jsonValue = (EJValue) o;

      if (jsonValue.isObject() != null) {
        EJObject jsonObject = jsonValue.isObject();
        if (jsonObject.containsKey(SerializationParts.ENCODED_TYPE)) {
          return jsonObject.get(SerializationParts.ENCODED_TYPE).isString().stringValue();
        }
        else {
          return Map.class.getName();
        }
      }
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  public abstract void doMarshall(StringBuilder buf, C o, MarshallingSession ctx);

  @Override
  public C demarshall(EJValue o, MarshallingSession ctx) {
    EJObject obj = o.isObject();
    if (obj == null) {
      return doDemarshall(o, ctx);
    }
   
    String objId = obj.get(SerializationParts.OBJECT_ID).isString().stringValue();
    if (ctx.hasObjectHash(objId)) {
      return (C) ctx.getObject(Object.class, objId);
    }
   
    C val = doDemarshall(o, ctx);
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  public Object demarshall(EJValue o, MarshallingSession ctx) {
    if (o.isNull()) {
      return null;
    }
    else if (o.isObject() != null) {
      EJObject jsObject = o.isObject();
      EJString string = jsObject.get(SerializationParts.ENCODED_TYPE).isString();
      if (string == null) {
        return MapMarshaller.INSTANCE.demarshall(o, ctx);
      }

      if (jsObject.containsKey(SerializationParts.NUMERIC_VALUE)) {
        return NumbersUtils.getNumber(string.stringValue(), jsObject.get(SerializationParts.NUMERIC_VALUE));
      }

      Marshaller<Object> marshaller = ctx.getMarshallerInstance(string.stringValue());

      if (marshaller == null) {
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  public Map<String, Object> demarshall(EJValue o, MarshallingSession ctx) {
    return doDermashall(new HashMap(), o, ctx);
  }

  protected Map doDermashall(Map impl, EJValue o, MarshallingSession ctx) {
    EJObject jsonObject = o.isObject();
    if (jsonObject == null)
      return null;

    for (String key : jsonObject.keySet()) {
      EJValue v = jsonObject.get(key);
      if (!v.isNull()) {
        String type = ctx.determineTypeFor(null, v);

        if (type == null) {
          impl.put(key, v.toString());
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  public Map<String, Object> demarshall(EJValue o, MarshallingSession ctx) {
    return doDermashall(new HashMap(), o, ctx);
  }

  protected Map doDermashall(Map impl, EJValue o, MarshallingSession ctx) {
    EJObject jsonObject = o.isObject();
    if (jsonObject == null)
      return null;

    for (String key : jsonObject.keySet()) {
      EJValue v = jsonObject.get(key);
      if (!v.isNull()) {
        impl.put(key, ctx.getMarshallerInstance(ctx.determineTypeFor(null, v)).demarshall(v, ctx));
      }
      else {
        impl.put(key, null);  
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      if (val == null) {
        sendMessage(ctx, getFailedNegotiation("illegal handshake"));
        return;
      }

      final EJObject ejObject = val.isObject();

      if (ejObject == null) {
        return;
      }

      final EJValue ejValue = ejObject.get(MessageParts.CommandType.name());

      if (ejValue.isNull()) {
        sendMessage(ctx, getFailedNegotiation("illegal handshake"));
      }

      final String commandType = ejValue.isString().stringValue();

      // this client apparently wants to connect.
      if (BusCommand.Associate.name().equals(commandType)) {
        final String sessionKey = ejObject.get(MessageParts.ConnectionSessionKey.name()).isString().stringValue();

        // has this client already attempted a connection, and is in a wait verify state
        if (sessionKey != null && (session = svc.getBus().getSessionBySessionId(sessionKey)) != null) {
          final LocalContext localContext = LocalContext.get(session);

          if (localContext.hasAttribute(SESSION_ATTR_WS_STATUS) &&
              WEBSOCKET_ACTIVE.equals(localContext.getAttribute(String.class, SESSION_ATTR_WS_STATUS))) {

            final MessageQueue queueBySession = svc.getBus().getQueueBySession(sessionKey);
            queueBySession.setDeliveryHandler(DirectDeliveryHandler.createFor(new NettyQueueChannel(ctx.getChannel())));

            // open the channel
            activeChannels.put(ctx.getChannel(), session);
            ctx.getChannel().getCloseFuture().addListener(new ChannelFutureListener() {
              @Override
              public void operationComplete(final ChannelFuture channelFuture) throws Exception {
                activeChannels.remove(ctx.getChannel());
                queueBySession.setDeliveryHandlerToDefault();
              }
            });

            // set the session queue into direct channel mode.

            localContext.removeAttribute(SESSION_ATTR_WS_STATUS);

//            service.schedule(new Runnable() {
//              @Override
//              public void run() {
//                ctx.getChannel().close();
//              }
//            }, 5, TimeUnit.SECONDS);

            return;
          }

          // check the activation key matches.
          final EJString activationKey = ejObject.get(MessageParts.WebSocketToken.name()).isString();
          if (activationKey == null || !WebSocketTokenManager.verifyOneTimeToken(session, activationKey.stringValue())) {
            // nope. go away!
            sendMessage(ctx, getFailedNegotiation("bad negotiation key"));
          }
          else {
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  @Override
  public Object demarshall(EJValue o, MarshallingSession ctx) {
    try {
      if (o.isObject() != null) {
        EJObject oMap = o.isObject();

        Object newInstance;
        if (oMap.containsKey(SerializationParts.OBJECT_ID)) {
          if (oMap.containsKey(SerializationParts.NUMERIC_VALUE)) {
            return NumbersUtils.getNumber(oMap.get(SerializationParts.ENCODED_TYPE).isString().stringValue(),
                    oMap.get(SerializationParts.NUMERIC_VALUE));
          }

          if (oMap.containsKey(SerializationParts.OBJECT_ID)) {
            String hash = oMap.get(SerializationParts.OBJECT_ID).isString().stringValue();

            if (ctx.hasObjectHash(hash)) {
              newInstance = ctx.getObject(Object.class, hash);

              /**
               * If this only contains 2 fields, it is only a graph reference.
               */
              if (oMap.size() == 2) {
                return newInstance;
              }
            }
            else {
              if (oMap.containsKey(SerializationParts.INSTANTIATE_ONLY)) {
                newInstance = getTypeHandled().newInstance();
                ctx.recordObjectHash(hash, newInstance);
                return newInstance;
              }

              InstantiationMapping cMapping = definition.getInstantiationMapping();

              Object[] parms = new Object[cMapping.getMappings().length];
              Class[] targetTypes = cMapping.getSignature();

              int i = 0;
              for (Mapping mapping : cMapping.getMappings()) {
                Marshaller<Object> marshaller = ctx.getMarshallerInstance(mapping.getType().getFullyQualifiedName());
                parms[i] = DataConversion.convert(
                        marshaller.demarshall(oMap.get(mapping.getKey()), ctx), targetTypes[i++]);
              }

              if (cMapping instanceof ConstructorMapping) {
                newInstance = ((ConstructorMapping) cMapping).getMember().asConstructor().newInstance(parms);
              }
              else {
                newInstance = ((FactoryMapping) cMapping).getMember().asMethod().invoke(null, parms);
              }

              ctx.recordObjectHash(hash, newInstance);
            }

            for (MemberMapping mapping : definition.getWritableMemberMappings()) {
              Marshaller<Object> marshaller = ctx.getMarshallerInstance(mapping.getType().getFullyQualifiedName());

              if (mapping.getBindingMember() instanceof MetaField) {
                MetaField f = (MetaField) mapping.getBindingMember();

                setProperty(newInstance, f.asField(),
                        marshaller.demarshall(oMap.get(mapping.getKey()), ctx));
              }
              else {
                Method m = ((MetaMethod) mapping.getBindingMember()).asMethod();
                m.invoke(newInstance, DataConversion.convert(
                        marshaller.demarshall(oMap.get(mapping.getKey()), ctx),
                        m.getParameterTypes()[0]));
              }
            }
          }
          else {
            throw new RuntimeException("unknown type to demarshall");
          }

          return newInstance;
        }
        else if (oMap.containsKey(SerializationParts.ENUM_STRING_VALUE)) {
          return Enum.valueOf(getClassReference(oMap), oMap.get(SerializationParts.ENUM_STRING_VALUE).isString().stringValue());
        }
        else {
          throw new RuntimeException("bad payload");
        }
      }
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  @Override
  public String determineTypeFor(String formatType, Object o) {
    EJValue jsonValue = (EJValue) o;

    if (jsonValue.isObject() != null) {
      EJObject jsonObject = jsonValue.isObject();
      if (jsonObject.containsKey(SerializationParts.ENCODED_TYPE)) {
        return jsonObject.get(SerializationParts.ENCODED_TYPE).isString().stringValue();
      }
      else {
        return Map.class.getName();
      }
    }
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    if (!(frame instanceof TextWebSocketFrame)) {
      throw new UnsupportedOperationException(String.format("%s frame types not supported", frame.getClass()
              .getName()));
    }

    @SuppressWarnings("unchecked") EJObject val = JSONDecoder.decode(((TextWebSocketFrame) frame).getText()).isObject();

    QueueSession session;

    // this is not an active channel.
    if (!activeChannels.containsKey(ctx.getChannel())) {
      String commandType =  val.get(MessageParts.CommandType.name()).isString().stringValue();

      // this client apparently wants to connect.
      if (BusCommands.ConnectToQueue.name().equals(commandType)) {
        String sessionKey = val.get(MessageParts.ConnectionSessionKey.name()).isString().stringValue();

        // has this client already attempted a connection, and is in a wait verify state
        if (sessionKey != null && (session = svc.getBus().getSessionBySessionId(sessionKey)) != null) {
          if (session.hasAttribute(SESSION_ATTR_WS_STATUS) &&
                  WEBSOCKET_ACTIVE.equals(session.getAttribute(String.class, SESSION_ATTR_WS_STATUS))) {

            // open the channel
            activeChannels.put(ctx.getChannel(), session);

            // set the session queue into direct channel mode.
            svc.getBus().getQueueBySession(sessionKey).setDirectSocketChannel(ctx.getChannel());

            // remove the web socket token so it cannot be re-used for authentication.
            session.removeAttribute(MessageParts.WebSocketToken.name());
            session.removeAttribute(SESSION_ATTR_WS_STATUS);

            return;
          }

          // check the activation key matches what we have in the ssession.
          String activationKey = session.getAttribute(String.class, MessageParts.WebSocketToken.name());
          if (activationKey == null || !activationKey.equals(val.get(MessageParts.WebSocketToken.name()).isString().stringValue())) {
            // nope. go away!
            sendMessage(ctx, getFailedNegotiation("bad negotiation key"));
          }
          else {
            // the key matches. now we send the reverse challenge to prove this client is actually
View Full Code Here

    if (!(frame instanceof TextWebSocketFrame)) {
      throw new UnsupportedOperationException(String.format("%s frame types not supported", frame.getClass()
              .getName()));
    }

    @SuppressWarnings("unchecked") EJObject val = JSONDecoder.decode(((TextWebSocketFrame) frame).getText()).isObject();

    QueueSession session;

    // this is not an active channel.
    if (!activeChannels.containsKey(ctx.getChannel())) {
      String commandType =  val.get(MessageParts.CommandType.name()).isString().stringValue();

      // this client apparently wants to connect.
      if (BusCommands.ConnectToQueue.name().equals(commandType)) {
        String sessionKey = val.get(MessageParts.ConnectionSessionKey.name()).isString().stringValue();

        // has this client already attempted a connection, and is in a wait verify state
        if (sessionKey != null && (session = svc.getBus().getSessionBySessionId(sessionKey)) != null) {
          LocalContext localContext = LocalContext.get(session);

          if (localContext.hasAttribute(SESSION_ATTR_WS_STATUS) &&
                  WEBSOCKET_ACTIVE.equals(localContext.getAttribute(String.class, SESSION_ATTR_WS_STATUS))) {

            // open the channel
            activeChannels.put(ctx.getChannel(), session);

            // set the session queue into direct channel mode.
            svc.getBus().getQueueBySession(sessionKey).setDirectSocketChannel(new NettyQueueChannel(ctx.getChannel()));

            // remove the web socket token so it cannot be re-used for authentication.
            localContext.removeAttribute(MessageParts.WebSocketToken.name());
            localContext.removeAttribute(SESSION_ATTR_WS_STATUS);

            return;
          }

          // check the activation key matches.
          EJString activationKey = val.get(MessageParts.WebSocketToken.name()).isString();
          if (activationKey == null || !WebSocketTokenManager.verifyOneTimeToken(session, activationKey.stringValue())) {
            // nope. go away!
            sendMessage(ctx, getFailedNegotiation("bad negotiation key"));
          }
          else {
View Full Code Here

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