void EchoClientHandler::messageReceived(ChannelHandlerContext& ctx, const MessageEvent& e) {
// Send back the received message to the remote peer.
//transferredBytes.addAndGet(((ChannelBuffer) e.getMessage()).readableBytes());
const ChannelBufferPtr& buffer = e.getMessage().value<ChannelBufferPtr>();
if (buffer) {
int readableBytes = buffer->readableBytes();
ChannelBufferPtr tmp = buffer->readBytes();
Channel& channel = e.getChannel();
if (intervalTime == 0) {
channel.write(tmp);
}
else {
timer->newTimeout(boost::bind(&EchoClientHandler::delaySendMessage,
this,
_1,
boost::ref(channel),
tmp),
intervalTime);
}
printf("received message from %d at %s.\n", channel.getId().intValue(), boost::posix_time::to_simple_string(boost::get_system_time()).c_str());
}
}
AsioWriteRequest::AsioWriteRequest(const MessageEvent& evt) {
const ChannelMessage& message = evt.getMessage();
if (message.isChannelBuffer()) {
const ChannelBufferPtr& channelBuffer = message.value<ChannelBufferPtr>();
if (channelBuffer->hasArray()) {
Array array;
channelBuffer->readSlice(array);
writeBufferSize = array.length();
buffer = asio_buffer(array.data(), writeBufferSize);
gathring.buffers.truncatedIndex = 0;
}
else {
channelBuffer->readSlice(gathring);
writeBufferSize = gathring.bytesCount();
if (gathring.buffers.truncatedIndex == 1) {
buffer = gathring.buffers[0];
gathring.buffers.truncatedIndex = 0;
}
}
}
}
void AbstractCodecEmbedder::EmbeddedChannelSink::handleMessageEvent(const MessageEvent& e) {
productQueue.push_front(e.getMessage());
}
