Package org.xnio.conduits

Examples of org.xnio.conduits.ConduitStreamSourceChannel

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            return null;
        }

        @Override
        public ConduitStreamSourceChannel getSourceChannel() {
            return new ConduitStreamSourceChannel(null, null);
        }
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            } else {
                closeConnection = true;
            }
        }
        // Create the http response
        final StreamSourceChannel responseChannel = new ConduitStreamSourceChannel(channel, conduit);
        final HttpClientResponse response = new HttpClientResponse(this, request, contentLength, responseChannel);
        result.setResult(response);

        // If there is no content to read, complete the request right away
        if(noContent) {
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    @Override
    public void exchangeEvent(final HttpServerExchange exchange, final NextListener nextListener) {
        startRequest();
        ConduitStreamSourceChannel channel = exchange.getConnection().getChannel().getSourceChannel();
        channel.getReadSetter().set(this);
        channel.wakeupReads();
        nextListener.proceed();
    }
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        //if we are already using the pipelineing buffer add it to the exchange
        PipelingBufferingStreamSinkConduit pipeliningBuffer = connection.getAttachment(PipelingBufferingStreamSinkConduit.ATTACHMENT_KEY);
        if (pipeliningBuffer != null) {
            pipeliningBuffer.setupPipelineBuffer(exchange);
        }
        ConduitStreamSourceChannel sourceChannel = connection.getChannel().getSourceChannel();
        sourceChannel.setConduit(new ReadDataStreamSourceConduit(sourceChannel.getConduit(), connection));

        boolean persistentConnection = persistentConnection(exchange, connectionHeader);

        if (exchange.getRequestMethod().equals(Methods.GET)) {
            if (persistentConnection
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        HttpString transferEncoding = Headers.IDENTITY;
        if (transferEncodingHeader != null) {
            transferEncoding = new HttpString(transferEncodingHeader);
        }
        if (transferEncodingHeader != null && !transferEncoding.equals(Headers.IDENTITY)) {
            ConduitStreamSourceChannel sourceChannel = exchange.getConnection().getChannel().getSourceChannel();
            sourceChannel.setConduit(new ChunkedStreamSourceConduit(sourceChannel.getConduit(), exchange, chunkedDrainListener(exchange)));
        } else if (contentLengthHeader != null) {
            final long contentLength;
            contentLength = Long.parseLong(contentLengthHeader);
            if (contentLength == 0L) {
                log.trace("No content, starting next request");
                // no content - immediately start the next request, returning an empty stream for this one
                exchange.terminateRequest();
            } else {
                // fixed-length content - add a wrapper for a fixed-length stream
                ConduitStreamSourceChannel sourceChannel = exchange.getConnection().getChannel().getSourceChannel();
                sourceChannel.setConduit(fixedLengthStreamSourceConduitWrapper(contentLength, sourceChannel.getConduit(), exchange));
            }
        } else if (transferEncodingHeader != null) {
            if (transferEncoding.equals(Headers.IDENTITY)) {
                log.trace("Connection not persistent (no content length and identity transfer encoding)");
                // make it not persistent
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        }
        if (anyAreSet(state, FLAG_REQUEST_TERMINATED)) {
            return requestChannel = new ReadDispatchChannel(new EmptyStreamSourceChannel(getIoThread()));
        }
        final ConduitWrapper<StreamSourceConduit>[] wrappers = this.requestWrappers;
        final ConduitStreamSourceChannel sourceChannel = connection.getChannel().getSourceChannel();
        if (wrappers != null) {
            this.requestWrappers = null;
            final WrapperConduitFactory<StreamSourceConduit> factory = new WrapperConduitFactory<StreamSourceConduit>(wrappers, requestWrapperCount, sourceChannel.getConduit(), this);
            sourceChannel.setConduit(factory.create());
        }
        return requestChannel = new ReadDispatchChannel(sourceChannel);
    }
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        }
        if (anyAreSet(state, FLAG_REQUEST_TERMINATED)) {
            return requestChannel = new ReadDispatchChannel(new EmptyStreamSourceChannel(getIoThread()));
        }
        final ConduitWrapper<StreamSourceConduit>[] wrappers = this.requestWrappers;
        final ConduitStreamSourceChannel sourceChannel = connection.getChannel().getSourceChannel();
        if (wrappers != null) {
            this.requestWrappers = null;
            final WrapperConduitFactory<StreamSourceConduit> factory = new WrapperConduitFactory<StreamSourceConduit>(wrappers, requestWrapperCount, sourceChannel.getConduit(), this);
            sourceChannel.setConduit(factory.create());
        }
        return requestChannel = new ReadDispatchChannel(sourceChannel);
    }
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        //if we are already using the pipelineing buffer add it to the exchange
        PipelingBufferingStreamSinkConduit pipeliningBuffer = connection.getAttachment(PipelingBufferingStreamSinkConduit.ATTACHMENT_KEY);
        if (pipeliningBuffer != null) {
            pipeliningBuffer.setupPipelineBuffer(exchange);
        }
        ConduitStreamSourceChannel sourceChannel = connection.getChannel().getSourceChannel();
        sourceChannel.setConduit(new ReadDataStreamSourceConduit(sourceChannel.getConduit(), connection));

        boolean persistentConnection = persistentConnection(exchange, connectionHeader);

        if (exchange.getRequestMethod().equals(Methods.GET)) {
            if (persistentConnection
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        HttpString transferEncoding = Headers.IDENTITY;
        if (transferEncodingHeader != null) {
            transferEncoding = new HttpString(transferEncodingHeader);
        }
        if (transferEncodingHeader != null && !transferEncoding.equals(Headers.IDENTITY)) {
            ConduitStreamSourceChannel sourceChannel = exchange.getConnection().getChannel().getSourceChannel();
            sourceChannel.setConduit(new ChunkedStreamSourceConduit(sourceChannel.getConduit(), exchange, chunkedDrainListener(exchange), maxEntitySize(exchange)));
        } else if (contentLengthHeader != null) {
            final long contentLength;
            contentLength = Long.parseLong(contentLengthHeader);
            if (contentLength == 0L) {
                log.trace("No content, starting next request");
                // no content - immediately start the next request, returning an empty stream for this one
                exchange.terminateRequest();
            } else {
                // fixed-length content - add a wrapper for a fixed-length stream
                ConduitStreamSourceChannel sourceChannel = exchange.getConnection().getChannel().getSourceChannel();
                sourceChannel.setConduit(fixedLengthStreamSourceConduitWrapper(contentLength, sourceChannel.getConduit(), exchange));
            }
        } else if (transferEncodingHeader != null) {
            if (transferEncoding.equals(Headers.IDENTITY)) {
                log.trace("Connection not persistent (no content length and identity transfer encoding)");
                // make it not persistent
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        if (request.getRequestHeaders().contains(UPGRADE)) {
            state |= UPGRADE_REQUESTED;
        }

        //setup the client request conduits
        final ConduitStreamSourceChannel sourceChannel = connection.getSourceChannel();
        sourceChannel.setReadListener(clientReadListener);
        sourceChannel.resumeReads();

        ConduitStreamSinkChannel sinkChannel = connection.getSinkChannel();
        StreamSinkConduit conduit = originalSinkConduit;
        conduit = new HttpRequestConduit(conduit, bufferPool, request);
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Related Classes of org.xnio.conduits.ConduitStreamSourceChannel

  • io.undertow.ajp.AjpReadListener
  • io.undertow.client.ajp.AjpClientConnection
  • io.undertow.client.http.HttpClientConnection
  • io.undertow.client.PendingHttpRequest
  • io.undertow.server.HttpServerExchange
  • io.undertow.server.HttpTransferEncoding
  • io.undertow.server.protocol.ajp.AjpReadListener
  • io.undertow.server.protocol.http.HttpTransferEncoding
  • io.undertow.server.protocol.http2.Http2ServerConnection
  • io.undertow.server.protocol.spdy.SpdyServerConnection
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