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(* SPDX-License-Identifier: AGPL-3.0-or-later *)
(* Copyright © 2021-2024 OCamlPro *)
(* Written by the Owi programmers *)
open Types
module type Memory_data = sig
type int32
type int64
type t
val load_8_s : t -> int32 -> int32
val load_8_u : t -> int32 -> int32
val load_16_s : t -> int32 -> int32
val load_16_u : t -> int32 -> int32
val load_32 : t -> int32 -> int32
val load_64 : t -> int32 -> int64
val store_8 : t -> addr:int32 -> int32 -> unit
val store_16 : t -> addr:int32 -> int32 -> unit
val store_32 : t -> addr:int32 -> int32 -> unit
val store_64 : t -> addr:int32 -> int64 -> unit
val create : Int32.t -> t
val grow : t -> int32 -> unit
val size : t -> int32
val size_in_pages : t -> int32
end
module type P = sig
type thread
module Value : Value_intf.T
module Choice : Choice_intf.Base with module V := Value
val select :
Value.vbool -> if_true:Value.t -> if_false:Value.t -> Value.t Choice.t
module Extern_func :
Func_intf.T_Extern_func
with type int32 := Value.int32
and type int64 := Value.int64
and type float32 := Value.float32
and type float64 := Value.float64
and type 'a m := 'a Choice.t
module Global : sig
type t
val value : t -> Value.t
val set_value : t -> Value.t -> unit
val mut : t -> Types.mut
val typ : t -> binary val_type
end
module Table : sig
type t
val get : t -> int -> Value.ref_value
val set : t -> int -> Value.ref_value -> unit
val size : t -> int
val typ : t -> binary ref_type
val max_size : t -> int option
val grow : t -> int32 -> Value.ref_value -> unit
val fill : t -> int32 -> int32 -> Value.ref_value -> unit
val copy : t_src:t -> t_dst:t -> src:int32 -> dst:int32 -> len:int32 -> unit
end
module Memory : sig
type t
val load_8_s : t -> Value.int32 -> Value.int32 Choice.t
val load_8_u : t -> Value.int32 -> Value.int32 Choice.t
val load_16_s : t -> Value.int32 -> Value.int32 Choice.t
val load_16_u : t -> Value.int32 -> Value.int32 Choice.t
val load_32 : t -> Value.int32 -> Value.int32 Choice.t
val load_64 : t -> Value.int32 -> Value.int64 Choice.t
val store_8 : t -> addr:Value.int32 -> Value.int32 -> unit Choice.t
val store_16 : t -> addr:Value.int32 -> Value.int32 -> unit Choice.t
val store_32 : t -> addr:Value.int32 -> Value.int32 -> unit Choice.t
val store_64 : t -> addr:Value.int32 -> Value.int64 -> unit Choice.t
val grow : t -> Value.int32 -> unit
val fill : t -> pos:Value.int32 -> len:Value.int32 -> char -> Value.vbool
val blit :
t -> src:Value.int32 -> dst:Value.int32 -> len:Value.int32 -> Value.vbool
val blit_string :
t
-> string
-> src:Value.int32
-> dst:Value.int32
-> len:Value.int32
-> Value.vbool
val size : t -> Value.int32
val size_in_pages : t -> Value.int32
val get_limit_max : t -> Value.int64 option
end
module Data : sig
type t
val value : t -> string
end
module Elem : sig
type t
val get : t -> int -> Value.ref_value
val size : t -> int
end
module Env : sig
type t
val get_memory : t -> int -> Memory.t Choice.t
val get_func : t -> int -> Func_intf.t
val get_table : t -> int -> Table.t Choice.t
val get_elem : t -> int -> Elem.t
val get_data : t -> int -> Data.t Choice.t
val get_global : t -> int -> Global.t Choice.t
val get_extern_func : t -> Func_id.t -> Extern_func.extern_func
val drop_elem : Elem.t -> unit
val drop_data : Data.t -> unit
end
module Module_to_run : sig
(** runnable module *)
type t
val env : t -> Env.t
val to_run : t -> binary expr list
val modul : t -> Binary.modul
end
end
module type S = sig
(** Module to interpret a linked module. *)
type thread
type env
type 'a choice
type module_to_run
(** interpret a module *)
val modul : env Env_id.collection -> module_to_run -> unit Result.t choice
type value
module State : sig
type stack
end
(** interpret a function with a given input stack and produce a new stack *)
val exec_vfunc_from_outside :
locals:value list
-> env:Env_id.t
-> envs:env Env_id.collection
-> Func_intf.t
-> value list Result.t choice
val exec_iunop : State.stack -> Types.nn -> Types.iunop -> State.stack
val exec_funop : State.stack -> Types.nn -> Types.funop -> State.stack
val exec_ibinop :
State.stack -> Types.nn -> Types.ibinop -> State.stack choice
val exec_fbinop : State.stack -> Types.nn -> Types.fbinop -> State.stack
val exec_itestop : State.stack -> Types.nn -> Types.itestop -> State.stack
val exec_irelop : State.stack -> Types.nn -> Types.irelop -> State.stack
val exec_frelop : State.stack -> Types.nn -> Types.frelop -> State.stack
val exec_itruncf :
State.stack -> Types.nn -> Types.nn -> Types.sx -> State.stack
val exec_itruncsatf :
State.stack -> Types.nn -> Types.nn -> Types.sx -> State.stack
val exec_fconverti :
State.stack -> Types.nn -> Types.nn -> Types.sx -> State.stack
val exec_ireinterpretf : State.stack -> Types.nn -> Types.nn -> State.stack
val exec_freinterpreti : State.stack -> Types.nn -> Types.nn -> State.stack
end