/usr/lib/ocaml/melt/meltpp_plugin.mli is in libmelt-ocaml-dev 1.4.0-2build1.
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(* Copyright (c) 2009, Romain BARDOU *)
(* All rights reserved. *)
(* *)
(* Redistribution and use in source and binary forms, with or without *)
(* modification, are permitted provided that the following conditions are *)
(* met: *)
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(* * Redistributions in binary form must reproduce the above copyright *)
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(* used to endorse or promote products derived from this software *)
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(* *)
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(**************************************************************************)
(** Meltpp plugin API. *)
(** {2 Verbatim functions} *)
(** About the expressive power of verbatim functions: there are three kinds of
verbatim functions.
- The meta verbatim functions are called by meltpp when printing the
pre-processed file. They have the greatest expressive power: they can parse
the quotation, and include the anti-quotations anywhere. This means that the
anti-quotations can be of any type (at the non-meta level).
- The complex verbatim functions are called by the program printed by meltpp.
Their expressive power differs for the anti-quotations, which must all be of
the same type.
- The simple verbatim functions just take strings. They don't care about
anti-quotations. A simple verbatim function is an instance of a complex verbatim
function which applies the simple function to all items and concatenates
the results, anti-quotation being inserted as-it. *)
type verbatim_item = [
| `V of string
| `C of Format.formatter -> unit -> unit
| `M of Format.formatter -> unit -> unit
| `T of Format.formatter -> unit -> unit
]
(** A verbatim item is either a verbatim string or an anti-quotation.
Anti-quotations can be code anti-quotations ([`C]),
math anti-quotations ([`M]) or text anti-quotations ([`T]).
Applying the anti-quotation will print its piece of code, with no extra
parenthesis. It can be used with the ["%a"] formatter. *)
type verbatim_function = Format.formatter -> verbatim_item list -> unit
(** A verbatim function takes an output channel and a list of verbatim items.
It should print some piece of code on the output channel, corresponding to
the translation of the verbatim items. *)
val declare_verbatim_function: string -> verbatim_function -> unit
(** [f "x" x] declare the verbatim_function [x] of name ["x"]. The function
can then be used as a verbatim mode. *)
val verbatim_complex: string -> verbatim_function
(** [verbatim_complex "f"] is a verbatim function which prints a piece of code
which will apply [f] to the [verbatim_item list], which is printed as an
expression of type
[[ `V of string | `C of 'a | `M of Latex.t | `T of Latex.t ] list]. *)
val verbatim_simple: string -> verbatim_function
(** [verbatim_simple "f"] is a verbatim function which prints a piece of code
which will apply [f] to all quotations parts, keeping the anti-quotations
as it. The default verbatim function is actually
[verbatim_simple "Latex.Verbatim.verbatim"]. *)
(** {2 Miscellaneous} *)
val list_insert: 'a -> 'a list -> 'a list
(** Insert a value between each element of a list:
[list_insert x [e1; ...; en]] returns [[e1; x; e2; x; ...; x; en]].
In particular, if [n <= 1] the list is left unchanged. *)
val list_iter_concat: Format.formatter -> (Format.formatter -> 'a -> unit) ->
'a list -> unit
(** [list_iter_concat fmt f l]: [f] is supposed to print each item of [l]
as a piece of code of type [Latex.t]. Concatenations are inserted between each
item to produce a piece of code of type [Latex.t]. *)
val escape_except_newline: string -> string
(** Escape special Ocaml characters, except "\n". This allows a string to
be printed in the source code without changing the line numbers. *)
|