Resolver.SModule type for a resolver that can map URIs to concrete endpoints that stream connections can be established with.
Abstract type of the cooperative threading library used, normally defined via the IO module type
Abstract type for a service entry, which maps a URI scheme into a protocol handler and TCP port
val sexp_of_svc : svc -> Sexplib0.Sexp.tval svc_of_sexp : Sexplib0.Sexp.t -> svctype rewrite_fn = svc -> Uri.t -> Conduit.endp ioA rewrite function resolves a service and a URI into a concrete endpoint.
val (++) : service_fn -> service_fn -> service_fnf ++ g is the composition of the service functions f and g.
val init :
?service:service_fn ->
?rewrites:(string * rewrite_fn) list ->
unit ->
tinit ?service ?rewrites will initialize the resolver and return a state handler. The service argument should contain the system-specific resolution mechanism for URI schemas.
The rewrites argument can optionally override a subset of the URI domain name with the given rewrite_fn to permit custom resolution rules. For example, a rewrite rule for ".xen" would let the rewrite function resolve hostnames such as "foo.xen" into a shared memory channel for the "foo" virtual machine.
val add_rewrite : host:string -> f:rewrite_fn -> t -> unitadd_rewrite ~host f t will add to the t resolver the f rewrite rule for all the domain names that shortest-prefix match host
val set_service : f:service_fn -> t -> unitval service : t -> service_fnservice t is the function which is called when trying to resolve a hostname with t.
val resolve_uri :
?rewrites:(string * rewrite_fn) list ->
uri:Uri.t ->
t ->
Conduit.endp ioresolve_uri ?rewrites ~uri t will use t to resolve the uri into a concrete endpoint. Any rewrites that are passed in will be overlayed on the existing rules within the t resolver, but not otherwise modify it.