Network (capnp-rpc-unix.Capnp_rpc

module Location : sig ... end

include Capnp_rpc_net.S.NETWORK
  with type t = [ `Generic ] Eio.Net.ty Eio.Resource.t
   and type Address.t = Location.t * Capnp_rpc_net.Auth.Digest.t

module Types : Capnp_rpc_proto.S.NETWORK_TYPES

module Address : 
  Capnp_rpc_net.S.ADDRESS
    with type t = Location.t * Capnp_rpc_net.Auth.Digest.t

type t = [ `Generic ] Eio.Net.ty Eio.Resource.t

val connect : 
  t ->
  sw:Eio.Switch.t ->
  secret_key:Capnp_rpc_net.Auth.Secret_key.t Stdlib.Lazy.t ->
  Address.t ->
  (Capnp_rpc_net.Endpoint.t, [> `Msg of string ]) Stdlib.result

connect t ~sw ~secret_key address connects to address, proves ownership of secret_key (if TLS is being used), and returns the resulting endpoint. Returns an error if no connection can be established or the target fails to authenticate itself.

val parse_third_party_cap_id : 
  Capnp_rpc.Private.Schema.Reader.pointer_t ->
  Types.third_party_cap_id

val v : _ Eio.Net.t -> t

val accept_connection : 
  secret_key:Capnp_rpc_net.Auth.Secret_key.t option ->
  [> Eio.Flow.two_way_ty | Eio.Resource.close_ty ] Eio.Std.r ->
  (Capnp_rpc_net.Endpoint.t, [> `Msg of string ]) Stdlib.result

accept_connection ~secret_key flow is a new endpoint for flow. If secret_key is not None, it is used to perform a TLS server-side handshake. Otherwise, the connection is not encrypted.