private void finishCurrentBuffer() { if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); checkCompositeBuffer(); compositeBuffer.append(currentBuffer); currentBuffer = null; } }
public void encodeHeader(final String name, final String value, final Map<String,String> capture) { if (capture != null) { capture.put(name, value); } init(); hpackEncoder.header(name, value); while (!hpackEncoder.encode(buffer)) { buffer.append(memoryManager.allocate(DEFAULT_BUFFER_SIZE)); } }
public void encodeHeader(final String name, final String value, final Map<String,String> capture) { if (capture != null) { capture.put(name, value); } init(); hpackEncoder.header(name, value); while (!hpackEncoder.encode(buffer)) { buffer.append(memoryManager.allocate(DEFAULT_BUFFER_SIZE)); } }
private void finishCurrentBuffer() { if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); checkCompositeBuffer(); compositeBuffer.append(currentBuffer); currentBuffer = null; } }
private void finishCurrentBuffer() { if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); checkCompositeBuffer(); compositeBuffer.append(currentBuffer); currentBuffer = null; } }
protected void updateInputContentBuffer(final Buffer buffer) { buffer.allowBufferDispose(true); if (inputContentBuffer == null) { inputContentBuffer = buffer; } else if (inputContentBuffer.hasRemaining() || readAheadLimit > 0) { // if the stream is marked - we can't dispose the inputContentBuffer, even if it's been read off toCompositeInputContentBuffer().append(buffer); } else { inputContentBuffer.tryDispose(); inputContentBuffer = buffer; } }
protected void updateInputContentBuffer(final Buffer buffer) { buffer.allowBufferDispose(true); if (inputContentBuffer == null) { inputContentBuffer = buffer; } else if (inputContentBuffer.hasRemaining() || readAheadLimit > 0) { // if the stream is marked - we can't dispose the inputContentBuffer, even if it's been read off toCompositeInputContentBuffer().append(buffer); } else { inputContentBuffer.tryDispose(); inputContentBuffer = buffer; } }
private void flushCurrent() { currentBuffer.trim(); if (compositeBuffer == null) { compositeBuffer = CompositeBuffer.newBuffer(mm); } compositeBuffer.append(currentBuffer); compositeBuffer.position(compositeBuffer.limit()); currentBuffer = null; } }
private void init() { if (buffer == null) { buffer = CompositeBuffer.newBuffer(memoryManager); buffer.allowInternalBuffersDispose(true); buffer.allowBufferDispose(true); buffer.append(memoryManager.allocate(DEFAULT_BUFFER_SIZE)); } } }
private void flushCurrent() { currentBuffer.trim(); if (compositeBuffer == null) { compositeBuffer = CompositeBuffer.newBuffer(mm); } compositeBuffer.append(currentBuffer); compositeBuffer.position(compositeBuffer.limit()); currentBuffer = null; } }
protected void updateInputContentBuffer(final Buffer buffer) { buffer.allowBufferDispose(true); if (inputContentBuffer == null) { inputContentBuffer = buffer; } else if (inputContentBuffer.hasRemaining() || readAheadLimit > 0) { // if the stream is marked - we can't dispose the inputContentBuffer, even if it's been read off toCompositeInputContentBuffer().append(buffer); } else { inputContentBuffer.tryDispose(); inputContentBuffer = buffer; } }
protected void updateInputContentBuffer(final Buffer buffer) { buffer.allowBufferDispose(true); if (inputContentBuffer == null) { inputContentBuffer = buffer; } else if (inputContentBuffer.hasRemaining() || readAheadLimit > 0) { // if the stream is marked - we can't dispose the inputContentBuffer, even if it's been read off toCompositeInputContentBuffer().append(buffer); } else { inputContentBuffer.tryDispose(); inputContentBuffer = buffer; } }
private void init() { if (buffer == null) { buffer = CompositeBuffer.newBuffer(memoryManager); buffer.allowInternalBuffersDispose(true); buffer.allowBufferDispose(true); buffer.append(memoryManager.allocate(DEFAULT_BUFFER_SIZE)); } } }
protected void updateInputContentBuffer(final Buffer buffer) { buffer.allowBufferDispose(true); if (inputContentBuffer == null) { inputContentBuffer = buffer; } else if (inputContentBuffer.hasRemaining() || readAheadLimit > 0) { // if the stream is marked - we can't dispose the inputContentBuffer, even if it's been read off toCompositeInputContentBuffer().append(buffer); } else { inputContentBuffer.tryDispose(); inputContentBuffer = buffer; } }
private void init() { if (buffer == null) { buffer = CompositeBuffer.newBuffer(memoryManager); buffer.allowInternalBuffersDispose(true); buffer.allowBufferDispose(true); buffer.append(memoryManager.allocate(DEFAULT_BUFFER_SIZE)); } } }
private void flushCurrent() { currentBuffer.trim(); if (compositeBuffer == null) { compositeBuffer = CompositeBuffer.newBuffer(mm); } compositeBuffer.append(currentBuffer); compositeBuffer.position(compositeBuffer.limit()); currentBuffer = null; } }
private void flushCurrent() { currentBuffer.trim(); if (compositeBuffer == null) { compositeBuffer = CompositeBuffer.newBuffer(mm); } compositeBuffer.append(currentBuffer); compositeBuffer.position(compositeBuffer.limit()); currentBuffer = null; } }
protected void updateInputContentBuffer(final Buffer buffer) { buffer.allowBufferDispose(true); if (inputContentBuffer == null) { inputContentBuffer = buffer; } else if (inputContentBuffer.hasRemaining() || readAheadLimit > 0) { // if the stream is marked - we can't dispose the inputContentBuffer, even if it's been read off toCompositeInputContentBuffer().append(buffer); } else { inputContentBuffer.tryDispose(); inputContentBuffer = buffer; } }
protected void updateInputContentBuffer(final Buffer buffer) { buffer.allowBufferDispose(true); if (inputContentBuffer == null) { inputContentBuffer = buffer; } else if (inputContentBuffer.hasRemaining() || readAheadLimit > 0) { // if the stream is marked - we can't dispose the inputContentBuffer, even if it's been read off toCompositeInputContentBuffer().append(buffer); } else { inputContentBuffer.tryDispose(); inputContentBuffer = buffer; } }
private void flushCurrent() { currentBuffer.trim(); if (compositeBuffer == null) { compositeBuffer = CompositeBuffer.newBuffer(mm); } compositeBuffer.append(currentBuffer); compositeBuffer.position(compositeBuffer.limit()); currentBuffer = null; } }