package forester

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A tool for tending mathematical forests

Install

Dune Dependency

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Maintainers

Sources

5.0.tar.gz
md5=24f4aed96a8b8af33aba13fba66f1b37
sha512=d36b896aca11858bb4a00fc704c16cc27a1f197bdb3e479d6132fd70f70d67d7158096285cb0b6fb00db14417f0f822cc27fe65d82f0971e42378fd8271ce573

doc/src/forester.core/Resolver.ml.html

Source file Resolver.ml

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(*
 * SPDX-FileCopyrightText: 2024 The Forester Project Contributors
 *
 * SPDX-License-Identifier: GPL-3.0-or-later
 *)

module P = struct
  type data = Syn.resolver_data

  type tag = Asai.Range.t option

  type hook = unit (* for modifier hooks; unused here *)
  type context = unit (* for advanced printing and reporting; unused here *)
end

module Scope = struct
  include Yuujinchou.Scope.Make(P)
  type data = P.data

  let import_singleton x v =
    import_singleton (x, v)

  let include_singleton x v =
    include_singleton (x, v)

  let import_subtree ?modifier path subtree =
    import_subtree ?modifier (path, subtree)

  let include_subtree ?modifier path subtree =
    include_subtree ?modifier (path, subtree)

  let pp_path ppf path =
    let pp_slash ppf () = Format.fprintf ppf "/" in
    Format.(fprintf ppf "%a" (pp_print_list ~pp_sep: pp_slash pp_print_string) path)

  let pp_trie =
    let pp_print_pair pp1 pp2 ppf (left, right) =
      pp1 ppf left; pp2 ppf right
    in
    Format.(
      pp_print_seq
        (
          pp_print_pair
            Trie.pp_path
            (pp_print_pair Syn.pp_resolver_data (pp_print_option Asai.Range.dump))
        )
    )
end

module Lang = Yuujinchou.Language
OCaml

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