protected int doClearRead() throws IOException{ Utils.Result r = Utils.readWithTemporarySelector(key.channel(), byteBuffer, readTimeout); byteBuffer.flip(); isClosed = r.isClosed; return r.bytesRead; }
protected int doClearRead() throws IOException{ int bytesRead = Utils.readWithTemporarySelector(key.channel(), byteBuffer, readTimeout); byteBuffer.flip(); return bytesRead; }
protected int doClearRead() throws IOException{ int bytesRead = Utils.readWithTemporarySelector(key.channel(), byteBuffer, readTimeout); byteBuffer.flip(); return bytesRead; }
int bytesRead = Utils.readWithTemporarySelector(channel, inputBB, timeout);
int bytesRead = Utils.readWithTemporarySelector(channel, inputBB, timeout);
r = Utils.readWithTemporarySelector(channel, inputBB, timeout);
return Utils.readWithTemporarySelector(key.channel(), thread.getByteBuffer(), timeout).bytesRead; } else {
int count = Utils.readWithTemporarySelector( protocolRequest.getChannel(), tmpBuffer, 20).bytesRead; if (count == -1) {
int count = Utils.readWithTemporarySelector( protocolRequest.getChannel(), tmpBuffer, 2); if (count == -1) {
Utils.Result result = null; try { result = Utils.readWithTemporarySelector(channel, bb, 20); } catch (Exception ignored) {
int bytesRead = Utils.readWithTemporarySelector( selectionKey.channel(), protocolRequest.getByteBuffer(), readTimeout);
bytesRead = Utils.readWithTemporarySelector( selectionKey.channel(), protocolRequest.getByteBuffer(), readTimeout).bytesRead;
int bytesRead = Utils.readWithTemporarySelector( selectionKey.channel(), protocolRequest.getByteBuffer(), readTimeout);