protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
protected void onPeerWindowUpdate(final int delta) throws Http2SessionException { final int currentWindow = availConnectionWindowSize.get(); if (delta > 0 && currentWindow > 0 && currentWindow + delta < 0) { throw new Http2SessionException(ErrorCode.FLOW_CONTROL_ERROR, "Session flow-control window overflow."); } final int newWindowSize = availConnectionWindowSize.addAndGet(delta); if (LOGGER.isLoggable(LOGGER_LEVEL)) { LOGGER.log(LOGGER_LEVEL, "Http2Session. Expand connection window size by {0} bytes. Current connection window size is: {1}", new Object[] {delta, newWindowSize}); } flushOutputQueue(); }
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();
outputQueue.reserveSpace(record.isZeroSizeData() ? 1 : dataSize); flushOutputQueue();