public void messageSent(Message message) {
if (message.getID().equals(BTMessage.ID_BT_PIECE)) {
try {
lock_mon.enter();
// due to timing issues we can get in here with a message already removed
queued_messages.remove(message);
} finally {
lock_mon.exit();
}
/*
if ( peer.getIp().equals( "64.71.5.2" )){
outgoing_message_queue.setTrace( true );
// BTPiece p = (BTPiece)message;
// TimeFormatter.milliTrace( "obt sent: " + p.getPieceNumber() + "/" + p.getPieceOffset());
}
*/
doReadAheadLoads();
}
}
public void messageQueued(Message message) {
// if another message is going to be sent anyway, add our haves as well
String message_id = message.getID();
if (!(message_id.equals(BTMessage.ID_BT_HAVE)
|| message_id.equals(AZMessage.ID_AZ_HAVE))) {
sendPendingHaves();
}
}
@Override
public boolean messageReceived(Message message) {
logger.finest("incoming speed packet: " + message.getDescription());
lastMessageTime = System.currentTimeMillis();
if (incomingHandshake == null) {
if (message instanceof OSF2FHandshake) {
incomingHandshake = (OSF2FHandshake) message;
} else {
logger.warning("incoming connection not started with handshake");
close();
}
} else if (message instanceof OSF2FChannelReset) {
OSF2FChannelReset m = (OSF2FChannelReset) message;
if (remoteLocalEstimate == -1) {
remoteLocalEstimate = m.getChannelId();
} else {
remoteRemoteEstimate = m.getChannelId();
logger.finer(
"estimate of "
+ getRemoteIp()
+ " remote_local_estimate="
+ remoteLocalEstimate
+ " remote_remote="
+ remoteRemoteEstimate);
close();
}
} else if ((message instanceof OSF2FChannelMsg)) {
OSF2FChannelMsg m = (OSF2FChannelMsg) message;
if (packetSize == 0) {
packetSize = m.getMessageSize();
}
if (m.getMessageSize() != packetSize) {
logger.warning("got different size payload packet");
close();
return true;
}
/*
* ok all is good, send back a timestamp to the other side
*/
int relTime = (int) (System.currentTimeMillis() - startTime);
messageTimes.add(relTime);
/*
* we only need to send an int over, channel reset is the
* smallest message (5+4 bytes), a bit of a hack but wth...
*/
connection
.getOutgoingMessageQueue()
.addMessage(new OSF2FChannelReset(OSF2FMessage.CURRENT_VERSION, relTime), false);
} else {
logger.warning("incoming speed check connection unknown packet");
close();
return true;
}
return true;
}
public ByteBuffer destroy() {
if (destroyed) {
Debug.out("Trying to redestroy message decoder, stack trace follows: " + this);
Debug.outStackTrace();
}
is_paused = true;
destroyed = true;
// there's a concurrency issue with the decoder whereby it can be destroyed while will being
// messed with. Don't
// have the energy to look into it properly atm so just try to ensure that it doesn't bork too
// badly (parg: 29/04/2012)
// only occasional but does have potential to generate direct buffer mem leak ;(
int lbuff_read = 0;
int pbuff_read = 0;
length_buffer.limit(SS, 4);
DirectByteBuffer plb = payload_buffer;
if (reading_length_mode) {
lbuff_read = length_buffer.position(SS);
} else { // reading payload
length_buffer.position(SS, 4);
lbuff_read = 4;
pbuff_read = plb == null ? 0 : plb.position(SS);
}
ByteBuffer unused = ByteBuffer.allocate(lbuff_read + pbuff_read); // TODO convert to direct?
length_buffer.flip(SS);
unused.put(length_buffer.getBuffer(SS));
try {
if (plb != null) {
plb.flip(SS);
unused.put(
plb.getBuffer(
SS)); // Got a buffer overflow exception here in the past - related to PEX?
}
} catch (RuntimeException e) {
Debug.out("hit known threading issue");
}
unused.flip();
length_buffer.returnToPool();
if (plb != null) {
plb.returnToPool();
payload_buffer = null;
}
try {
for (int i = 0; i < messages_last_read.size(); i++) {
Message msg = (Message) messages_last_read.get(i);
msg.destroy();
}
} catch (RuntimeException e) {
// happens if messages modified by alt thread...
Debug.out("hit known threading issue");
}
messages_last_read.clear();
return unused;
}
