type ClientAuth struct {Webbool// OverlayPrivateKey is the main auth mechanism used to secure the overlay.// Peers are sent this private key to encrypt node communication to the// receiver. Leaking this private key would allow anyone to connect.OverlayPrivateKeykey.NodePrivate// ReceiverPublicKey is the public key of the receiver. Node messages are// encrypted to this public key.ReceiverPublicKeykey.NodePublic// ReceiverStunAddr is the address that the receiver is reachable over UDP// when the overlay is running in P2P mode.ReceiverStunAddrnetip.AddrPort// ReceiverDERPRegionID is the region id that the receiver is reachable over// DERP when the overlay is running in DERP mode.ReceiverDERPRegionIDuint16}

func (*ClientAuth)AuthKey¶

func (ca *ClientAuth) AuthKey()string

func (*ClientAuth)Parse¶

func (ca *ClientAuth) Parse(authKeystring)error

func (*ClientAuth)PrintDebug¶added inv0.0.6

func (ca *ClientAuth) PrintDebug(logf func(strstring, args ...any), dm *tailcfg.DERPMap)

type HostInfo struct {UsernamestringHostnamestring}

type Logf func(formatstring, args ...any)

type Overlay interface {// listenOverlay(ctx context.Context, kind string) errorRecv() <-chan *tailcfg.NodeSendTailscaleNodeUpdate(node *tailcfg.Node)IPs() []netip.Addr}

type Receive struct {Logger    *slog.LoggerHumanLogfLogfDerpMap   *tailcfg.DERPMap// SelfPriv is the private key that peers will encrypt overlay messages to.// The public key of this is sent in the auth key.SelfPrivkey.NodePrivate// PeerPriv is the main auth mechanism used to secure the overlay. Peers are// sent this private key to encrypt node communication. Leaking this private// key would allow anyone to connect.PeerPrivkey.NodePrivate// contains filtered or unexported fields}

funcNewReceiveOverlay¶

func NewReceiveOverlay(logger *slog.Logger, hlogLogf, dm *tailcfg.DERPMap) *Receive

func (*Receive)ClientAuth¶

func (r *Receive) ClientAuth() *ClientAuth

func (*Receive)IPs¶added inv0.4.0

func (r *Receive) IPs() []netip.Addr

func (*Receive)ListenOverlayDERP¶

func (r *Receive) ListenOverlayDERP(ctxcontext.Context)error

func (*Receive)ListenOverlaySTUN¶

func (r *Receive) ListenOverlaySTUN(ctxcontext.Context) (<-chan struct{},error)

func (*Receive)PickDERPHome¶

func (r *Receive) PickDERPHome(ctxcontext.Context)error

func (*Receive)Recv¶

func (r *Receive) Recv() <-chan *tailcfg.Node

func (*Receive)SendTailscaleNodeUpdate¶added inv0.4.0

func (r *Receive) SendTailscaleNodeUpdate(node *tailcfg.Node)

type RtcFileMetadata struct {FileNamestring `json:"fileName"`FileSizeint    `json:"fileSize"`}

type RtcMetadata struct {Typestring          `json:"type"`FileMetadataRtcFileMetadata `json:"fileMetadata"`}

type Send struct {Logger         *slog.LoggerSTUNIPOverridenetip.AddrSelfIPnetip.AddrAuthClientAuthRtcConn *webrtc.PeerConnectionRtcDc   *webrtc.DataChannelWaitTransferDone chan struct{}// contains filtered or unexported fields}

funcNewSendOverlay¶

func NewSendOverlay(logger *slog.Logger, dm *tailcfg.DERPMap) *Send

func (*Send)IPs¶added inv0.4.0

func (s *Send) IPs() []netip.Addr

func (*Send)ListenOverlayDERP¶

func (s *Send) ListenOverlayDERP(ctxcontext.Context)error

func (*Send)ListenOverlaySTUN¶

func (s *Send) ListenOverlaySTUN(ctxcontext.Context)error

func (*Send)Recv¶

func (s *Send) Recv() <-chan *tailcfg.Node

func (*Send)SendTailscaleNodeUpdate¶added inv0.4.0

func (s *Send) SendTailscaleNodeUpdate(node *tailcfg.Node)