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|
############################################################################
# This file mainly provides the `mathcomp` derivation, which is #
# essentially a meta-package containing all core mathcomp libraries #
# (boot order finite-group algebra solvable field group-representation). #
# They can be accessed individually through the passthrough attributes of #
# mathcomp bearing the same names (mathcomp.boot, etc). #
############################################################################
# Compiling a custom version of mathcomp using `mathcomp.override`. #
# This is the replacement for the former `mathcomp_ config` function. #
# See the documentation at doc/languages-frameworks/rocq.section.md. #
############################################################################
{
lib,
ncurses,
graphviz,
lua,
fetchzip,
mkRocqDerivation,
withDoc ? false,
single ? false,
rocq-core,
hierarchy-builder,
micromega-plugin,
version ? null,
}@args:
let
repo = "mathcomp";
owner = "math-comp";
withDoc = single && (args.withDoc or false);
defaultVersion =
let
case = case: out: { inherit case out; };
inherit (lib.versions) range;
in
lib.switch rocq-core.rocq-version [
(case (range "9.0" "9.1") "2.5.0")
] null;
release = {
"2.5.0".sha256 = "sha256-M/6IP4WhTQ4j2Bc8nXBXjSjWO08QzNIYI+a2owfOh+8=";
};
releaseRev = v: "mathcomp-${v}";
# list of core mathcomp packages sorted by dependency order
packages = {
"boot" = [ ];
"order" = [ "boot" ];
"finite-group" = [ "boot" ];
"algebra" = [
"order"
"finite-group"
];
"solvable" = [ "algebra" ];
"field" = [ "solvable" ];
"group-representation" = [ "field" ];
"all" = [ "group-representation" ];
};
mathcomp_ =
package:
let
mathcomp-deps = lib.optionals (package != "single") (map mathcomp_ packages.${package});
cdpkg =
if package == "single" then
"cd ."
else if package == "group-representation" then
"cd group_representation || cd character"
else if package == "finite-group" then
"cd finite_group || cd fingroup"
else
"cd ${package}";
pname = if package == "single" then "mathcomp" else "mathcomp-${package}";
pkgallMake = ''
echo "all.v" > Make
echo "-I ." >> Make
echo "-R . mathcomp.all" >> Make
'';
derivation = mkRocqDerivation (
{
inherit
version
pname
defaultVersion
release
releaseRev
repo
owner
;
nativeBuildInputs = lib.optionals withDoc [
graphviz
lua
];
buildInputs = [ ncurses ];
propagatedBuildInputs = mathcomp-deps ++ [ hierarchy-builder ];
buildFlags = lib.optional withDoc "doc";
preBuild = ''
if [[ -f etc/buildlibgraph ]]
then patchShebangs etc/buildlibgraph
fi
''
+ ''
${cdpkg}
''
+ lib.optionalString (package == "all") pkgallMake;
meta = {
homepage = "https://math-comp.github.io/";
license = lib.licenses.cecill-b;
maintainers = with lib.maintainers; [
vbgl
jwiegley
cohencyril
];
};
}
// lib.optionalAttrs (package != "single") { passthru = lib.mapAttrs (p: _: mathcomp_ p) packages; }
// lib.optionalAttrs withDoc {
htmldoc_template = fetchzip {
url = "https://github.com/math-comp/math-comp.github.io/archive/doc-1.12.0.zip";
sha256 = "0y1352ha2yy6k2dl375sb1r68r1qi9dyyy7dyzj5lp9hxhhq69x8";
};
postBuild = ''
cp -rf _build_doc/* .
rm -r _build_doc
'';
postInstall =
let
tgt = "$out/share/coq/${rocq-core.rocq-version}/";
in
lib.optionalString withDoc ''
mkdir -p ${tgt}
cp -r htmldoc ${tgt}
cp -r $htmldoc_template/htmldoc_template/* ${tgt}/htmldoc/
'';
buildTargets = "doc";
extraInstallFlags = [ "-f Makefile.coq" ];
}
);
patched-derivation1 = derivation.overrideAttrs (
o:
lib.optionalAttrs
(
lib.elem package [
"algebra"
"single"
]
&& o.version != null
&& (o.version == "dev" || lib.versions.isGe "2.6.0" o.version)
)
{
propagatedBuildInputs = o.propagatedBuildInputs ++ [ micromega-plugin ];
}
);
in
patched-derivation1;
in
mathcomp_ (if single then "single" else "all")
|
