package containers
A modular, clean and powerful extension of the OCaml standard library
Install
Dune Dependency
Authors
Maintainers
Sources
v3.5.1.tar.gz
md5=2c4ada818bacf65c893aa7792a8d7abc
sha512=309856cc438367ff962ea1bddeb4a0a6cce5b3d32bf482e148276d17022b3549e809d5ceb0a441bd649feaf4d90aa0b16c97e4d241d1d21bb3a07834a963eb1b
doc/containers.codegen/Containers_codegen/index.html
Module Containers_codegen
Source
Code generators
The code generator library is designed to be used from a build system (for example, from dune
) to generate efficient code for features that are harder to provide at runtime.
The idea is that the build system should invoke some OCaml script that depends on containers.codegen
; the script uses the DSL below to describe what code to generate (e.g. a description of a bitfield type) and emits a .ml
file (and possibly a .mli
file).
For example, the build script might contain:
module CG = Containers_codegen
let () =
let module B = CG.Bitfield in
let b = B.make ~name:"t" () in
B.field_bit b "x";
B.field_bit b "y";
B.field_bit b "z";
B.field_int b ~width:5 "foo";
CG.emit_file "foo.mli" (B.gen_mli b);
CG.emit_file "foo.ml" (B.gen_ml b);
()
and this will produce foo.ml
and foo.mli
with a bitfield containing x
, y
, and z
.
emit_file file cs
emits code fragments cs
into the given file at path file
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>
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