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package memberlist import ( "fmt" "net" "time" ) // Packet is used to provide some metadata about incoming packets from peers // over a packet connection, as well as the packet payload. type Packet struct { // Buf has the raw contents of the packet. Buf []byte // From has the address of the peer. This is an actual net.Addr so we // can expose some concrete details about incoming packets. From net.Addr // Timestamp is the time when the packet was received. This should be // taken as close as possible to the actual receipt time to help make an // accurate RTT measurement during probes. Timestamp time.Time } // Transport is used to abstract over communicating with other peers. The packet // interface is assumed to be best-effort and the stream interface is assumed to // be reliable. type Transport interface { // FinalAdvertiseAddr is given the user's configured values (which // might be empty) and returns the desired IP and port to advertise to // the rest of the cluster. FinalAdvertiseAddr(ip string, port int) (net.IP, int, error) // WriteTo is a packet-oriented interface that fires off the given // payload to the given address in a connectionless fashion. This should // return a time stamp that's as close as possible to when the packet // was transmitted to help make accurate RTT measurements during probes. // // This is similar to net.PacketConn, though we didn't want to expose // that full set of required methods to keep assumptions about the // underlying plumbing to a minimum. We also treat the address here as a // string, similar to Dial, so it's network neutral, so this usually is // in the form of "host:port". WriteTo(b []byte, addr string) (time.Time, error) // PacketCh returns a channel that can be read to receive incoming // packets from other peers. How this is set up for listening is left as // an exercise for the concrete transport implementations. PacketCh() <-chan *Packet // DialTimeout is used to create a connection that allows us to perform // two-way communication with a peer. This is generally more expensive // than packet connections so is used for more infrequent operations // such as anti-entropy or fallback probes if the packet-oriented probe // failed. DialTimeout(addr string, timeout time.Duration) (net.Conn, error) // StreamCh returns a channel that can be read to handle incoming stream // connections from other peers. How this is set up for listening is // left as an exercise for the concrete transport implementations. StreamCh() <-chan net.Conn // Shutdown is called when memberlist is shutting down; this gives the // transport a chance to clean up any listeners. Shutdown() error } type Address struct { // Addr is a network address as a string, similar to Dial. This usually is // in the form of "host:port". This is required. Addr string // Name is the name of the node being addressed. This is optional but // transports may require it. Name string } func (a *Address) String() string { if a.Name != "" { return fmt.Sprintf("%s (%s)", a.Name, a.Addr) } return a.Addr } // IngestionAwareTransport is not used. // // Deprecated: IngestionAwareTransport is not used and may be removed in a future // version. Define the interface locally instead of referencing this exported // interface. type IngestionAwareTransport interface { IngestPacket(conn net.Conn, addr net.Addr, now time.Time, shouldClose bool) error IngestStream(conn net.Conn) error } type NodeAwareTransport interface { Transport WriteToAddress(b []byte, addr Address) (time.Time, error) DialAddressTimeout(addr Address, timeout time.Duration) (net.Conn, error) } type shimNodeAwareTransport struct { Transport } var _ NodeAwareTransport = (*shimNodeAwareTransport)(nil) func (t *shimNodeAwareTransport) WriteToAddress(b []byte, addr Address) (time.Time, error) { return t.WriteTo(b, addr.Addr) } func (t *shimNodeAwareTransport) DialAddressTimeout(addr Address, timeout time.Duration) (net.Conn, error) { return t.DialTimeout(addr.Addr, timeout) } type labelWrappedTransport struct { label string NodeAwareTransport } var _ NodeAwareTransport = (*labelWrappedTransport)(nil) func (t *labelWrappedTransport) WriteToAddress(buf []byte, addr Address) (time.Time, error) { var err error buf, err = AddLabelHeaderToPacket(buf, t.label) if err != nil { return time.Time{}, fmt.Errorf("failed to add label header to packet: %w", err) } return t.NodeAwareTransport.WriteToAddress(buf, addr) } func (t *labelWrappedTransport) WriteTo(buf []byte, addr string) (time.Time, error) { var err error buf, err = AddLabelHeaderToPacket(buf, t.label) if err != nil { return time.Time{}, err } return t.NodeAwareTransport.WriteTo(buf, addr) } func (t *labelWrappedTransport) DialAddressTimeout(addr Address, timeout time.Duration) (net.Conn, error) { conn, err := t.NodeAwareTransport.DialAddressTimeout(addr, timeout) if err != nil { return nil, err } if err := AddLabelHeaderToStream(conn, t.label); err != nil { return nil, fmt.Errorf("failed to add label header to stream: %w", err) } return conn, nil } func (t *labelWrappedTransport) DialTimeout(addr string, timeout time.Duration) (net.Conn, error) { conn, err := t.NodeAwareTransport.DialTimeout(addr, timeout) if err != nil { return nil, err } if err := AddLabelHeaderToStream(conn, t.label); err != nil { return nil, fmt.Errorf("failed to add label header to stream: %w", err) } return conn, nil }