Example usage for org.apache.thrift TApplicationException INVALID_MESSAGE_TYPE

Introduction

In this page you can find the example usage for org.apache.thrift TApplicationException INVALID_MESSAGE_TYPE.

Prototype

int INVALID_MESSAGE_TYPE

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Usage

From source file:com.linecorp.armeria.server.thrift.ThriftServiceCodec.java

License:Apache License

@Override
public DecodeResult decodeRequest(Channel ch, SessionProtocol sessionProtocol, String hostname, String path,
        String mappedPath, ByteBuf in, Object originalRequest, Promise<Object> promise) throws Exception {

    if (originalRequest instanceof HttpRequest) {
        if (((HttpRequest) originalRequest).method() != HttpMethod.POST) {
            return new DefaultDecodeResult(
                    new DefaultFullHttpResponse(HttpVersion.HTTP_1_1, HttpResponseStatus.METHOD_NOT_ALLOWED),
                    HTTP_METHOD_NOT_ALLOWED_EXCEPTION);
        }/* ww  w. j av  a  2s  .  c  om*/
    }

    final TProtocol inProto = this.inProto.get();
    final TByteBufTransport inTransport = (TByteBufTransport) inProto.getTransport();
    inTransport.reset(in);

    try {
        final TMessage header = inProto.readMessageBegin();
        final byte typeValue = header.type;
        final int seqId = header.seqid;
        final String methodName = header.name;

        // Basic sanity check. We usually should never fail here.
        if (typeValue != TMessageType.CALL && typeValue != TMessageType.ONEWAY) {
            final TApplicationException cause = new TApplicationException(
                    TApplicationException.INVALID_MESSAGE_TYPE,
                    "unexpected " + "TMessageType: " + typeString(typeValue));

            return new ThriftDecodeFailureResult(serializationFormat,
                    encodeException(ch.alloc(), methodName, seqId, cause), cause, seqId, methodName, null);
        }

        // Ensure that such a method exists.
        final ThriftFunction f = functions.get(methodName);
        if (f == null) {
            final TApplicationException cause = new TApplicationException(TApplicationException.UNKNOWN_METHOD,
                    "unknown method: " + methodName);

            return new ThriftDecodeFailureResult(serializationFormat,
                    encodeException(ch.alloc(), methodName, seqId, cause), cause, seqId, methodName, null);
        }

        // Decode the invocation parameters.
        final TBase<TBase<?, ?>, TFieldIdEnum> args;
        try {
            if (f.isAsync()) {
                AsyncProcessFunction<Object, TBase<TBase<?, ?>, TFieldIdEnum>, Object> asyncFunc = f
                        .asyncFunc();

                args = asyncFunc.getEmptyArgsInstance();
                args.read(inProto);
                inProto.readMessageEnd();
            } else {
                ProcessFunction<Object, TBase<TBase<?, ?>, TFieldIdEnum>> syncFunc = f.syncFunc();

                args = syncFunc.getEmptyArgsInstance();
                args.read(inProto);
                inProto.readMessageEnd();
            }
        } catch (Exception e) {
            // Failed to decode the invocation parameters.
            final TApplicationException cause = new TApplicationException(TApplicationException.PROTOCOL_ERROR,
                    "argument decode failure: " + e);

            return new ThriftDecodeFailureResult(serializationFormat,
                    encodeException(ch.alloc(), methodName, seqId, cause), cause, seqId, methodName, null);
        }

        return new ThriftServiceInvocationContext(ch, Scheme.of(serializationFormat, sessionProtocol), hostname,
                path, mappedPath, serviceLoggerName, originalRequest, f, seqId, args);
    } finally {
        inTransport.clear();
    }
}

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From source file:com.linecorp.armeria.server.thrift.THttpService.java

License:Apache License

private void decodeAndInvoke(ServiceRequestContext ctx, AggregatedHttpMessage req,
        SerializationFormat serializationFormat, HttpResponseWriter res) {

    final TProtocol inProto = FORMAT_TO_THREAD_LOCAL_INPUT_PROTOCOL.get(serializationFormat).get();
    inProto.reset();/*w w  w  .j a v  a  2s  .  co  m*/
    final TMemoryInputTransport inTransport = (TMemoryInputTransport) inProto.getTransport();
    final HttpData content = req.content();
    inTransport.reset(content.array(), content.offset(), content.length());

    final int seqId;
    final ThriftFunction f;
    final RpcRequest decodedReq;

    try {
        final TMessage header;
        final TBase<TBase<?, ?>, TFieldIdEnum> args;

        try {
            header = inProto.readMessageBegin();
        } catch (Exception e) {
            logger.debug("{} Failed to decode Thrift header:", ctx, e);
            res.respond(HttpStatus.BAD_REQUEST, MediaType.PLAIN_TEXT_UTF_8,
                    "Failed to decode Thrift header: " + Throwables.getStackTraceAsString(e));
            return;
        }

        seqId = header.seqid;

        final byte typeValue = header.type;
        final int colonIdx = header.name.indexOf(':');
        final String serviceName;
        final String methodName;
        if (colonIdx < 0) {
            serviceName = "";
            methodName = header.name;
        } else {
            serviceName = header.name.substring(0, colonIdx);
            methodName = header.name.substring(colonIdx + 1);
        }

        // Basic sanity check. We usually should never fail here.
        if (typeValue != TMessageType.CALL && typeValue != TMessageType.ONEWAY) {
            final TApplicationException cause = new TApplicationException(
                    TApplicationException.INVALID_MESSAGE_TYPE,
                    "unexpected TMessageType: " + typeString(typeValue));

            handlePreDecodeException(ctx, res, cause, serializationFormat, seqId, methodName);
            return;
        }

        // Ensure that such a method exists.
        final ThriftServiceEntry entry = entries().get(serviceName);
        f = entry != null ? entry.metadata.function(methodName) : null;
        if (f == null) {
            final TApplicationException cause = new TApplicationException(TApplicationException.UNKNOWN_METHOD,
                    "unknown method: " + header.name);

            handlePreDecodeException(ctx, res, cause, serializationFormat, seqId, methodName);
            return;
        }

        // Decode the invocation parameters.
        try {
            if (f.isAsync()) {
                AsyncProcessFunction<Object, TBase<TBase<?, ?>, TFieldIdEnum>, Object> asyncFunc = f
                        .asyncFunc();

                args = asyncFunc.getEmptyArgsInstance();
                args.read(inProto);
                inProto.readMessageEnd();
            } else {
                ProcessFunction<Object, TBase<TBase<?, ?>, TFieldIdEnum>> syncFunc = f.syncFunc();

                args = syncFunc.getEmptyArgsInstance();
                args.read(inProto);
                inProto.readMessageEnd();
            }

            decodedReq = toRpcRequest(f.serviceType(), header.name, args);
            ctx.logBuilder().requestContent(decodedReq, new ThriftCall(header, args));
        } catch (Exception e) {
            // Failed to decode the invocation parameters.
            logger.debug("{} Failed to decode Thrift arguments:", ctx, e);

            final TApplicationException cause = new TApplicationException(TApplicationException.PROTOCOL_ERROR,
                    "failed to decode arguments: " + e);

            handlePreDecodeException(ctx, res, cause, serializationFormat, seqId, methodName);
            return;
        }
    } finally {
        inTransport.clear();
        ctx.logBuilder().requestContent(null, null);
    }

    invoke(ctx, serializationFormat, seqId, f, decodedReq, res);
}

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