Module `Ocaml_plugin.Compiler`

val ocamlopt_opt : string: The convention over the name of the executables inside the archive. All are native executables (.opt)

val ocamldep_opt : string
val ppx_exe : string

type t: Mutable type to get the compiler and the cmi which must have been embedded in the executable.

module Archive_metadata : sig ... end

val embedded_files : unit -> Plugin_cache.Digest.t Core.String.Map.t Core.Or_error.t: List of files in the archive embedded into the current executable.

type 'a create_arguments = (?⁠persistent_archive_dirpath:string -> 'a) Dynloader.create_arguments

val create : (unit -> [ `this_needs_manual_cleaning_after of t ] Async.Deferred.Or_error.t) create_arguments

This is a special utilisation of the Generic Loader. It relies on a few assumptions, such as a file called ocamlopt.opt is present in the archive, as well as some cmi files, and uses a tmp compilation_directory. A call to this function will retrieve the embedded part of the code, and extract it in the current corresponding directory. The most common use and the default value for code_file is `my_code. Currently this library works with native code only. Called in bytecode, this function will raise. See the documentation of dynloader for other flags, they are passed internally to that module to create the internal dynloader (in _dir, custom_warnings_spec, etc.).

/!\ By using this manual create, you take the responsibility to call clean t when you're done with all the compilation that you want to do with this compiler. Consider using with_compiler, Make or load_ocaml_src_files if this makes your life simpler.

val with_compiler : (f:(t -> 'a Async.Deferred.Or_error.t) -> unit -> 'a Async.Deferred.Or_error.t) create_arguments: Call create, do something with the compiler, and then take care of calling clean. In case an exception or a shutdown happen and f never returns, an attempt to clean the compiler is still done via an at_shutdown execution.

val loader : t -> Dynloader.t: Get the loader using this compiler and these cmi.

val clean : t -> unit Async.Deferred.Or_error.t: This will delete the temporary directory created, and remove all the files, included the files generated by the loader. This function should be used when the compiler has been created using create for advanced use of this module. For a simpler usage, look at with_compiler or the functor below.

module type S = sig ... end

module Make : functor (X : Dynloader.Module_type) -> S with type t := X.t: This is a wrapper for the similar module in Dynloader that takes care of cleaning the compiler afterwards.

module Side_effect : S with type t := unit: In some cases, we are not interested by the module, but rather because it uses a side effect registering mechanism.