package paf
HTTP/AF and MirageOS
Install
Dune Dependency
Authors
Maintainers
Sources
paf-0.1.0.tbz
sha256=24826310211b6a36aea306d7a2dd7dbed883853a4601089208163400764ec993
sha512=2fb74889bad5d5a9164fa77618de1f96a89037a7fbe9b8f849933188fc2432ab4be99b298b871a2831e421963667a974bea3a329a471b5ab0b0787552d622f56
doc/paf.mirage/Paf_mirage/index.html
Module Paf_mirage
Source
Source
module Make
(Time : Mirage_time.S)
(Stack : Tcpip.Tcp.S) :
S
with type stack = Stack.t
and type TCP.flow = Stack.flow
and type ipaddr = Stack.ipaddr
Client implementation.
The client implementation of Paf_mirage
does not strictly need a functor. Indeed, the client was made in the sense of mimic
. The user should provide a Mimic.ctx
which generate a paf_transmission
. By this way, the run
function is able to introspect the used protocol (regardless its implementation) and do the ALPN challenge with the server.
Source
val run :
sleep:Paf.sleep ->
ctx:Mimic.ctx ->
error_handler:(Mimic.flow -> Alpn.client_error -> unit) ->
response_handler:(Mimic.flow -> Alpn.response -> Alpn.body -> unit) ->
[ `V1 of Httpaf.Request.t | `V2 of H2.Request.t ] ->
(Alpn.body, [> Mimic.error ]) result Lwt.t
run ~ctx ~error_handler ~response_handler req
sends an HTTP request (H2 or HTTP/1.1) to a peer which can be reached via the given Mimic's ctx
. If the connection is recognized as a tls_protocol
, we proceed an ALPN challenge between what the user chosen and what the peer can handle. Otherwise, we send a simple HTTP/1.1 request or a h2c
request.
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