S (happy-eyeballs-mirage.Happy_eyeballs

type t

type stack

type flow

type getaddrinfo =
  [ `A | `AAAA ] ->
  [ `host ] Domain_name.t ->
  (Ipaddr.Set.t, [ `Msg of string ]) Stdlib.result Lwt.t

val create : 
  ?happy_eyeballs:Happy_eyeballs.t ->
  ?getaddrinfo:getaddrinfo ->
  ?timer_interval:int64 ->
  stack ->
  t

val inject : t -> getaddrinfo -> unit

inject t getaddrinfo injects a new domain-name resolver into the given happy-eyeballs instance. By default, the happy-eyeballs instance is not able to resolve hostnames. Use a dns-client-mirage instance at your convenience.

val connect_host : 
  t ->
  ?aaaa_timeout:int64 ->
  ?connect_delay:int64 ->
  ?connect_timeout:int64 ->
  ?resolve_timeout:int64 ->
  ?resolve_retries:int ->
  [ `host ] Domain_name.t ->
  int list ->
  ((Ipaddr.t * int) * flow, [> `Msg of string ]) Stdlib.result Lwt.t

connect_host t host ports establishes a connection to host on ports (tried in sequence). The timeouts and delays are specified in nanoseconds, and are by default the values defined when constructing t.

raises Failure
if ports is empty.

val connect_ip : 
  t ->
  ?aaaa_timeout:int64 ->
  ?connect_delay:int64 ->
  ?connect_timeout:int64 ->
  (Ipaddr.t * int) list ->
  ((Ipaddr.t * int) * flow, [> `Msg of string ]) Stdlib.result Lwt.t

connect_ip t addresses establishes a connection to addresses. The timeouts and delays are specified in nanoseconds, and are by default the values defined when constructing t.

raises Failure
if addresses is the empty list.

val connect : 
  t ->
  ?aaaa_timeout:int64 ->
  ?connect_delay:int64 ->
  ?connect_timeout:int64 ->
  ?resolve_timeout:int64 ->
  ?resolve_retries:int ->
  string ->
  int list ->
  ((Ipaddr.t * int) * flow, [> `Msg of string ]) Stdlib.result Lwt.t

connect t host ports establishes a connection to host on ports, which may be a host name, or an IP address. The timeouts and delays are specified in nanoseconds, and are by default the values defined when constructing t.

raises Failure
if ports is the empty list.