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package memberlist /* The broadcast mechanism works by maintaining a sorted list of messages to be sent out. When a message is to be broadcast, the retransmit count is set to zero and appended to the queue. The retransmit count serves as the "priority", ensuring that newer messages get sent first. Once a message hits the retransmit limit, it is removed from the queue. Additionally, older entries can be invalidated by new messages that are contradictory. For example, if we send "{suspect M1 inc: 1}, then a following {alive M1 inc: 2} will invalidate that message */ type memberlistBroadcast struct { node string msg []byte notify chan struct{} } func (b *memberlistBroadcast) Invalidates(other Broadcast) bool { // Check if that broadcast is a memberlist type mb, ok := other.(*memberlistBroadcast) if !ok { return false } // Invalidates any message about the same node return b.node == mb.node } // memberlist.NamedBroadcast optional interface func (b *memberlistBroadcast) Name() string { return b.node } func (b *memberlistBroadcast) Message() []byte { return b.msg } func (b *memberlistBroadcast) Finished() { select { case b.notify <- struct{}{}: default: } } // encodeAndBroadcast encodes a message and enqueues it for broadcast. Fails // silently if there is an encoding error. func (m *Memberlist) encodeAndBroadcast(node string, msgType messageType, msg interface{}) { m.encodeBroadcastNotify(node, msgType, msg, nil) } // encodeBroadcastNotify encodes a message and enqueues it for broadcast // and notifies the given channel when transmission is finished. Fails // silently if there is an encoding error. func (m *Memberlist) encodeBroadcastNotify(node string, msgType messageType, msg interface{}, notify chan struct{}) { buf, err := encode(msgType, msg) if err != nil { m.logger.Printf("[ERR] memberlist: Failed to encode message for broadcast: %s", err) } else { m.queueBroadcast(node, buf.Bytes(), notify) } } // queueBroadcast is used to start dissemination of a message. It will be // sent up to a configured number of times. The message could potentially // be invalidated by a future message about the same node func (m *Memberlist) queueBroadcast(node string, msg []byte, notify chan struct{}) { b := &memberlistBroadcast{node, msg, notify} m.broadcasts.QueueBroadcast(b) } // getBroadcasts is used to return a slice of broadcasts to send up to // a maximum byte size, while imposing a per-broadcast overhead. This is used // to fill a UDP packet with piggybacked data func (m *Memberlist) getBroadcasts(overhead, limit int) [][]byte { // Get memberlist messages first toSend := m.broadcasts.GetBroadcasts(overhead, limit) // Check if the user has anything to broadcast d := m.config.Delegate if d != nil { // Determine the bytes used already bytesUsed := 0 for _, msg := range toSend { bytesUsed += len(msg) + overhead } // Check space remaining for user messages avail := limit - bytesUsed if avail > overhead+userMsgOverhead { userMsgs := d.GetBroadcasts(overhead+userMsgOverhead, avail) // Frame each user message for _, msg := range userMsgs { buf := make([]byte, 1, len(msg)+1) buf[0] = byte(userMsg) buf = append(buf, msg...) toSend = append(toSend, buf) } } } return toSend }