libp2p

type DataChannelAnnounceOptions struct {
	// RendevousStrings is a map of peer IDs to rendezvous strings
	// for allowing signaling through libp2p.
	RendezvousStrings map[string]string
	// BootstrapPeers is a list of bootstrap peers to use for the DHT.
	// If empty or nil, the default bootstrap peers will be used.
	BootstrapPeers []multiaddr.Multiaddr
	// Options are options for configuring the libp2p host.
	Options []config.Option
	// AnnounceTTL is the TTL for each announcement.
	AnnounceTTL time.Duration
	// LocalAddrs is a list of local addresses to announce the host with.
	// If empty or nil, the default local addresses will be used.
	LocalAddrs []multiaddr.Multiaddr
	// STUNServers is a list of STUN servers to use for NAT traversal.
	// If empty, the default STUN servers will be used.
	STUNServers []string
	// DataChannelTimeout is the timeout for starting data channel connections.
	DataChannelTimeout time.Duration
	// WireGuardPort is the port to use for WireGuard connections.
	WireGuardPort int
	// ConnectTimeout is the timeout for connecting to peers.
	ConnectTimeout time.Duration
}

type DataChannelAnnouncer struct {
	// contains filtered or unexported fields
}

type JoinAnnounceOptions struct {
	// PSK is the pre-shared key to use as a rendezvous point for the DHT.
	PSK string
	// BootstrapPeers is a list of bootstrap peers to use for the DHT.
	// If empty or nil, the default bootstrap peers will be used.
	BootstrapPeers []multiaddr.Multiaddr
	// Options are options for configuring the libp2p host.
	Options []libp2p.Option
	// AnnounceTTL is the TTL to use for the discovery service.
	AnnounceTTL time.Duration
	// LocalAddrs is a list of local addresses to announce the host with.
	// If empty or nil, the default local addresses will be used.
	LocalAddrs []multiaddr.Multiaddr
	// ConnectTimeout is the timeout to use when connecting to peers.
	ConnectTimeout time.Duration
}

type RaftTransportOptions struct {
	// PSK is the pre-shared key to use as a rendezvous point for the DHT.
	PSK string
	// BootstrapPeers is a list of bootstrap peers to use for the DHT.
	// If empty or nil, the default bootstrap peers will be used.
	BootstrapPeers []multiaddr.Multiaddr
	// Options are options for configuring the libp2p host.
	Options []libp2p.Option
	// DiscoveryTTL is the TTL to use for the discovery service.
	DiscoveryTTL time.Duration
	// ConnectTimeout is the timeout to use when connecting to a peer.
	ConnectTimeout time.Duration
	// LeaderDialer is the function that will be used to dial the leader.
	LeaderDialer transport.LeaderDialer
}

type RoundTripOptions struct {
	// PSK is the pre-shared key to use as a rendezvous point for the DHT.
	PSK string
	// BootstrapPeers is a list of bootstrap peers to use for the DHT.
	// If empty or nil, the default bootstrap peers will be used.
	BootstrapPeers []multiaddr.Multiaddr
	// Options are options for configuring the libp2p host.
	Options []libp2p.Option
	// ConnectTimeout is the per-address timeout for connecting to a peer.
	ConnectTimeout time.Duration
	// LocalAddrs is a list of local addresses to listen on.
	// If empty or nil, the default local addresses will be used.
	LocalAddrs []multiaddr.Multiaddr
}

type WebRTCExternalSignalOptions struct {
	// NodeID is the node ID to advertise to the peer. Contrary to other
	// uses of signaling, this is the node ID of the local node and not
	// the remote node. The remote node should be expecting this node ID
	// on the rendevous string.
	NodeID string
	// Rendevous is the rendevous string to use for the DHT.
	// The remote peer should be expecting NodeID on this rendevous string.
	Rendevous string
	// BootstrapPeers is a list of bootstrap peers to use for the DHT.
	// If empty or nil, the default bootstrap peers will be used.
	BootstrapPeers []multiaddr.Multiaddr
	// Options are options for configuring the libp2p host.
	Options []libp2p.Option
	// ConnectTimeout is the per-address timeout for connecting to a peer.
	ConnectTimeout time.Duration
	// LocalAddrs is a list of local addresses to listen on.
	// If empty or nil, the default local addresses will be used.
	LocalAddrs []multiaddr.Multiaddr
	// TargetProto is the target protocol to request from the remote node.
	TargetProto string
	// TargetAddr is the target address to request from the remote node.
	TargetAddr netip.AddrPort
}