Source file sc_rollups.ml

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module PVM = struct
  type boot_sector = string

  module type S = sig
    val parse_boot_sector : string -> boot_sector option

    val pp_boot_sector : Format.formatter -> boot_sector -> unit

    include Sc_rollup_PVM_sig.S
  end

  type ('state, 'proof, 'output) implementation =
    (module S
       with type state = 'state
        and type proof = 'proof
        and type output_proof = 'output)

  type t = Packed : ('state, 'proof, 'output) implementation -> t [@@unboxed]
end

module Kind = struct
  (*
      Each time we add a data constructor to [t], we also need:
      - to extend [Sc_rollups.all] with this new constructor ;
      - to update [Sc_rollups.of_name] and [encoding] ;
      - to update [Sc_rollups.wrapped_proof] and [wrapped_proof_encoding].

  *)
  type t = Example_arith | Wasm_2_0_0

  let all = [Example_arith; Wasm_2_0_0]

  let to_string = function
    | Example_arith -> "arith"
    | Wasm_2_0_0 -> "wasm_2_0_0"

  let of_string = function
    | "arith" -> Some Example_arith
    | "wasm_2_0_0" -> Some Wasm_2_0_0
    | _ -> None

  let encoding =
    Data_encoding.string_enum @@ List.map (fun k -> (to_string k, k)) all

  let pp fmt = function
    | Example_arith -> Format.pp_print_string fmt "arith"
    | Wasm_2_0_0 -> Format.pp_print_string fmt "wasm_2_0_0"

  let equal x y =
    match (x, y) with
    | Example_arith, Example_arith -> true
    | Wasm_2_0_0, Wasm_2_0_0 -> true
    | _ -> false

  let example_arith_pvm =
    PVM.Packed (module Sc_rollup_arith.Protocol_implementation)

  let wasm_2_0_0_pvm =
    PVM.Packed (module Sc_rollup_wasm.V2_0_0.Protocol_implementation)

  let pvm_of = function
    | Example_arith -> example_arith_pvm
    | Wasm_2_0_0 -> wasm_2_0_0_pvm
end