sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>
On This Page
This functor is meant to be as compatible as possible with lwt-zmq. It should be straight forward to write a functor over Async_zmq.Socket and Lwt_zmq.Socket.
The functor allows abstraction of the concurrency monad
module T : Deferred.T
val of_socket : 'a Zmq.Socket.t -> 'a t
of_socket s
wraps the zeromq socket s
val to_socket : 'a t -> 'a Zmq.Socket.t
to_socket s
extracts the raw zeromq socket from s
val to_string_hum : 'a t -> string
Internal statisitcs of the socket
val recv : 'a t -> string T.Deferred.t
recv socket
waits for a message on socket
without blocking other concurrent threads
val send : 'a t -> string -> unit T.Deferred.t
send socket
sends a message on socket
without blocking other concurrent threads
val recv_all : 'a t -> string list T.Deferred.t
recv_all socket
waits for a multi-part message on socket
without blocking other concurrent threads
val send_all : 'a t -> string list -> unit T.Deferred.t
send_all socket m
sends all parts of the multi-part message m
on socket
without blocking other concurrent threads
val recv_msg : 'a t -> Zmq.Msg.t T.Deferred.t
recv_msg socket
waits for a message on socket
without blocking other concurrent threads
val send_msg : 'a t -> Zmq.Msg.t -> unit T.Deferred.t
send_msg socket
sends a message on socket
without blocking other concurrent threads
val recv_msg_all : 'a t -> Zmq.Msg.t list T.Deferred.t
recv_msg_all socket
waits for a multi-part message on socket
without blocking other concurrent threads
val send_msg_all : 'a t -> Zmq.Msg.t list -> unit T.Deferred.t
send_msg_all socket m
sends all parts of the multi-part message m
on socket
without blocking other concurrent threads
val close : 'a t -> unit T.Deferred.t
module Router : sig ... end
module Monitor : sig ... end