private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }
private boolean flushBinaryBuffers(final boolean isLast) throws IOException { if (!outputHeader.isChunkingAllowed() && outputHeader.getContentLength() == -1) { if (!isLast) { return false; } else { outputHeader.setContentLength(getBufferedDataSize()); } } final Buffer bufferToFlush; final boolean isFlushComposite = compositeBuffer != null && compositeBuffer.hasRemaining(); if (isFlushComposite) { finishCurrentBuffer(); bufferToFlush = compositeBuffer; compositeBuffer = null; } else if (currentBuffer != null && currentBuffer.position() > 0) { currentBuffer.trim(); bufferToFlush = currentBuffer; currentBuffer = null; } else { bufferToFlush = null; } if (bufferToFlush != null || isLast) { doCommit(); flushBuffer(bufferToFlush, isLast, null); return true; } return false; }