depot/third_party/nixpkgs/pkgs/development/coq-modules/mathcomp-analysis/default.nix
Default email 9c6ee729d6 Project import generated by Copybara.
GitOrigin-RevId: 6cee3b5893090b0f5f0a06b4cf42ca4e60e5d222
2023-07-15 19:15:38 +02:00

90 lines
4.3 KiB
Nix

{ lib,
mkCoqDerivation, recurseIntoAttrs,
mathcomp, mathcomp-finmap, mathcomp-bigenough,
hierarchy-builder,
single ? false,
coqPackages, coq, version ? null }@args:
with builtins // lib;
let
repo = "analysis";
owner = "math-comp";
release."0.6.1".sha256 = "sha256-1VyNXu11/pDMuH4DmFYSUF/qZ4Bo+/Zl3Y0JkyrH/r0=";
release."0.6.0".sha256 = "sha256-0msICcIrK6jbOSiBu0gIVU3RHwoEEvB88CMQqW/06rg=";
release."0.5.3".sha256 = "sha256-1NjFsi5TITF8ZWx1NyppRmi8g6YaoUtTdS9bU/sUe5k=";
release."0.5.2".sha256 = "0yx5p9zyl8jv1vg7rgkyq8dqzkdnkqv969mi62whmhkvxbavgzbw";
release."0.5.1".sha256 = "1hnzqb1gxf88wgj2n1b0f2xm6sxg9j0735zdsv6j12hlvx5lwk68";
release."0.3.13".sha256 = "sha256-Yaztew79KWRC933kGFOAUIIoqukaZOdNOdw4XszR1Hg=";
release."0.3.10".sha256 = "sha256-FBH2c8QRibq5Ycw/ieB8mZl0fDiPrYdIzZ6W/A3pIhI=";
release."0.3.9".sha256 = "sha256-uUU9diBwUqBrNRLiDc0kz0CGkwTZCUmigPwLbpDOeg4=";
release."0.3.6".sha256 = "0g2j7b2hca4byz62ssgg90bkbc8wwp7xkb2d3225bbvihi92b4c5";
release."0.3.4".sha256 = "18mgycjgg829dbr7ps77z6lcj03h3dchjbj5iir0pybxby7gd45c";
release."0.3.3".sha256 = "1m2mxcngj368vbdb8mlr91hsygl430spl7lgyn9qmn3jykack867";
release."0.3.1".sha256 = "1iad288yvrjv8ahl9v18vfblgqb1l5z6ax644w49w9hwxs93f2k8";
release."0.2.3".sha256 = "0p9mr8g1qma6h10qf7014dv98ln90dfkwn76ynagpww7qap8s966";
defaultVersion = with versions; lib.switch [ coq.version mathcomp.version ] [
{ cases = [ (isGe "8.14") (isGe "1.13.0") ]; out = "0.6.1"; }
{ cases = [ (isGe "8.14") (range "1.13" "1.15") ]; out = "0.5.2"; }
{ cases = [ (range "8.13" "8.15") (range "1.13" "1.14") ]; out = "0.5.1"; }
{ cases = [ (range "8.13" "8.15") (range "1.12" "1.14") ]; out = "0.3.13"; }
{ cases = [ (range "8.11" "8.14") (range "1.12" "1.13") ]; out = "0.3.10"; }
{ cases = [ (range "8.10" "8.12") "1.11.0" ]; out = "0.3.3"; }
{ cases = [ (range "8.10" "8.11") "1.11.0" ]; out = "0.3.1"; }
{ cases = [ (range "8.8" "8.11") (range "1.8" "1.10") ]; out = "0.2.3"; }
] null;
# list of analysis packages sorted by dependency order
packages = [ "classical" "analysis" ];
mathcomp_ = package: let
classical-deps = [ mathcomp.algebra mathcomp-finmap ];
analysis-deps = [ mathcomp.field mathcomp-bigenough ];
intra-deps = lib.optionals (package != "single") (map mathcomp_ (head (splitList (lib.pred.equal package) packages)));
pkgpath = if package == "single" then "."
else if package == "analysis" then "theories" else "${package}";
pname = if package == "single" then "mathcomp-analysis-single"
else "mathcomp-${package}";
derivation = mkCoqDerivation ({
inherit version pname defaultVersion release repo owner;
namePrefix = [ "coq" "mathcomp" ];
propagatedBuildInputs =
intra-deps
++ optionals (elem package [ "classical" "single" ]) classical-deps
++ optionals (elem package [ "analysis" "single" ]) analysis-deps;
preBuild = ''
cd ${pkgpath}
'';
meta = {
description = "Analysis library compatible with Mathematical Components";
maintainers = [ maintainers.cohencyril ];
license = licenses.cecill-c;
};
passthru = genAttrs packages mathcomp_;
});
# split packages didn't exist before 0.6, so bulding nothing in that case
patched-derivation1 = derivation.overrideAttrs (o:
optionalAttrs (o.pname != null && o.pname != "mathcomp-analysis" &&
o.version != null && o.version != "dev" && versions.isLt "0.6" o.version)
{ preBuild = ""; buildPhase = "echo doing nothing"; installPhase = "echo doing nothing"; }
);
patched-derivation2 = patched-derivation1.overrideAttrs (o:
optionalAttrs (o.pname != null && o.pname == "mathcomp-analysis" &&
o.version != null && o.version != "dev" && versions.isLt "0.6" o.version)
{ preBuild = ""; }
);
patched-derivation = patched-derivation2.overrideAttrs (o:
optionalAttrs (o.version != null
&& (o.version == "dev" || versions.isGe "0.3.4" o.version))
{
propagatedBuildInputs = o.propagatedBuildInputs ++ [ hierarchy-builder ];
}
);
in patched-derivation;
in
mathcomp_ (if single then "single" else "analysis")