package forester
A tool for tending mathematical forests
Install
Dune Dependency
Authors
Maintainers
Sources
4.2.0.tar.gz
md5=7543fe7acbdfeb2056dc0b774965239f
sha512=2317bf84588692bbbd40e5fa944faab4889474e4a058e336bd1165f6dd8e55e8979affab098248c87354acdc3b6e6927305553ff5ab6b002b6739719814ec080
doc/src/forester.core/Code.ml.html
Source file Code.ml
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open Forester_prelude open Base type node = | Text of string | Verbatim of string | Group of delim * t | Math of math_mode * t | Ident of Trie.path * string list | Xml_tag of (string option * string) * ((string option * string) * t) list * t | Subtree of string option * t | Let of Trie.path * Trie.path binding list * t | Open of Trie.path | Scope of t | Put of Trie.path * t | Default of Trie.path * t | Get of Trie.path | Fun of Trie.path binding list * t | Object of _object | Patch of patch | Call of t * string | Import of visibility * string | Def of Trie.path * Trie.path binding list * t | Decl_xmlns of string * string | Alloc of Trie.path | Namespace of Trie.path * t [@@deriving show] and _object = {self : Trie.path option; methods : (string * t) list} [@@deriving show] and patch = {obj : t; self : Trie.path option; methods: (string * t) list} [@@deriving show] and t = node Range.located list [@@deriving show] type tree = {source_path : string option; addr : string option; code : t} [@@deriving show] let import_private x = Import (Private, x) let import_public x = Import (Public, x) let inline_math e = Math (Inline, e) let display_math e = Math (Display, e) let parens e = Group (Parens, e) let squares e = Group (Squares, e) let braces e = Group (Braces, e)
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