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{ stdenv, fetchFromGitHub, coq, mathcomp, coqPackages,
recurseIntoAttrs }:
with builtins // stdenv.lib;
let current-mathcomp = mathcomp; in
let
# configuring packages
param = {
finmap = {
version-sha256 = {
"1.2.1" = "0jryb5dq8js3imbmwrxignlk5zh8gwfb1wr4b1s7jbwz410vp7zf";
"1.2.0" = "0b6wrdr0d7rcnv86s37zm80540jl2wmiyf39ih7mw3dlwli2cyj4";
"1.1.0" = "05df59v3na8jhpsfp7hq3niam6asgcaipg2wngnzxzqnl86srp2a";
"1.0.0" = "0sah7k9qm8sw17cgd02f0x84hki8vj8kdz7h15i7rmz08rj0whpa";
};
description = "A finset and finmap library";
};
bigenough = {
version-sha256 = {"1.0.0" = "10g0gp3hk7wri7lijkrqna263346wwf6a3hbd4qr9gn8hmsx70wg";};
description = "A small library to do epsilon - N reasonning";
};
multinomials = {
version-sha256 = {
"1.2" = "1mh1w339dslgv4f810xr1b8v2w7rpx6fgk9pz96q0fyq49fw2xcq";
"1.1" = "1q8alsm89wkc0lhcvxlyn0pd8rbl2nnxg81zyrabpz610qqjqc3s";
"1.0" = "1qmbxp1h81cy3imh627pznmng0kvv37k4hrwi2faa101s6bcx55m";
};
description = "A Coq/SSReflect Library for Monoidal Rings and Multinomials";
};
analysis = {
version-sha256 = {
"0.2.2" = "1d5dwg9di2ppdzfg21zr0a691zigb5kz0lcw263jpyli1nrq7cvk";
"0.2.0" = "1186xjxgns4ns1szyi931964bjm0mp126qzlv10mkqqgfw07nhrd";
"0.1.0" = "0hwkr2wzy710pcyh274fcarzdx8sv8myp16pv0vq5978nmih46al";
};
description = "Analysis library compatible with Mathematical Components";
};
real-closed = {
version-sha256 = {
"1.0.3" = "1xbzkzqgw5p42dx1liy6wy8lzdk39zwd6j14fwvv5735k660z7yb";
"1.0.2" = "0097pafwlmzd0gyfs31bxpi1ih04i72nxhn99r93aj20mn7mcsgl";
"1.0.1" = "0j81gkjbza5vg89v4n9z598mfdbql416963rj4b8fzm7dp2r4rxg";
};
description = "Mathematical Components Library on real closed fields";
};
};
versions = {
"1.9.0" = {
finmap.version = "1.2.1";
bigenough.version = "1.0.0";
analysis = {
version = "0.2.2";
core-deps = with coqPackages; [ mathcomp_1_9-field ];
extra-deps = with coqPackages; [ mathcomp_1_9-finmap mathcomp_1_9-bigenough ];
};
multinomials = {};
real-closed = {
version = "1.0.3";
core-deps = with coqPackages; [ mathcomp_1_9-field ];
extra-deps = with coqPackages; [ mathcomp_1_9-bigenough ];
};
};
"1.8.0" = {
finmap.version = "1.2.1";
bigenough.version = "1.0.0";
analysis = {
version = "0.2.2";
core-deps = with coqPackages; [ mathcomp_1_8-field ];
extra-deps = with coqPackages; [ mathcomp_1_8-finmap mathcomp_1_8-bigenough ];
};
multinomials = {
version = "1.2";
core-deps = with coqPackages; [ mathcomp_1_8-algebra ];
extra-deps = with coqPackages; [ mathcomp_1_8-finmap mathcomp_1_8-bigenough ];
};
real-closed = {
version = "1.0.3";
core-deps = with coqPackages; [ mathcomp_1_8-field ];
extra-deps = with coqPackages; [ mathcomp_1_8-bigenough ];
};
};
"1.7.0" = {
finmap.version = "1.1.0";
bigenough.version = "1.0.0";
analysis = {
version = "0.1.0";
core-deps = with coqPackages; [ mathcomp_1_7-field ];
extra-deps = with coqPackages; [ mathcomp_1_7-finmap mathcomp_1_7-bigenough ];
};
multinomials = {
version = "1.1";
core-deps = with coqPackages; [ mathcomp_1_7-algebra ];
extra-deps = with coqPackages; [ mathcomp_1_7-finmap_1_0 mathcomp_1_7-bigenough ];
};
real-closed = {
version = "1.0.1";
core-deps = with coqPackages; [ mathcomp_1_8-field ];
extra-deps = with coqPackages; [ mathcomp_1_8-bigenough ];
};
};
};
# generic package generator
packageGen = {
# optional arguments
src ? "",
owner ? "math-comp",
core-deps ? [ coqPackages.mathcomp-ssreflect ],
extra-deps ? [],
mathcomp ? current-mathcomp,
compatibleCoqVersions ? null,
license ? mathcomp.meta.license,
# mandatory
package, version ? "broken", version-sha256, description
}:
let
theCompatibleCoqVersions = if compatibleCoqVersions == null
then mathcomp.compatibleCoqVersions
else compatibleCoqVersions;
in
{ "${package}" = let from = src; in
stdenv.mkDerivation rec {
inherit version;
name = "coq${coq.coq-version}-mathcomp-${mathcomp.version}-${package}-${version}";
src = if from == "" then fetchFromGitHub {
owner = owner;
repo = package;
rev = version;
sha256 = version-sha256."${version}";
} else from;
propagatedBuildInputs = [ coq mathcomp ] ++ extra-deps;
installFlags = "-f Makefile.coq COQLIB=$(out)/lib/coq/${coq.coq-version}/";
meta = {
inherit description;
inherit license;
inherit (src.meta) homepage;
inherit (mathcomp.meta) platforms;
maintainers = [ stdenv.lib.maintainers.vbgl ];
broken = (version == "broken");
};
passthru = {
inherit version-sha256;
compatibleCoqVersions = if meta.broken then _: false
else theCompatibleCoqVersions;
};
};
};
current-versions = versions."${current-mathcomp.version}" or {};
select = x: mapAttrs (n: pkg: {package = n;} // pkg) (recursiveUpdate param x);
for-version = v: suffix: (mapAttrs' (n: pkg:
{name = "mathcomp_${suffix}-${n}";
value = (packageGen ({
mathcomp = coqPackages."mathcomp_${suffix}";
} // pkg))."${n}";})
(select versions."${v}"));
all = (for-version "1.7.0" "1_7") //
(for-version "1.8.0" "1_8") //
(for-version "1.9.0" "1_9") //
(recurseIntoAttrs (mapDerivationAttrset dontDistribute (
mapAttrs' (n: pkg: {name = "mathcomp-${n}"; value = (packageGen pkg)."${n}";})
(select current-versions))));
in
{
mathcompExtraGen = packageGen;
mathcomp_1_7-finmap_1_0 =
(packageGen (select {finmap = {version = "1.0.0";
mathcomp = coqPackages.mathcomp_1_7;};
}).finmap).finmap;
multinomials = all.mathcomp-multinomials;
} // all
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