Library
Module
Module type
Parameter
Class
Class type
type flow = Socket.flow
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
.
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
.
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
.