##########################################################
# Main derivation: #
# mathcomp-finmap mathcomp-analysis mathcomp-bigenough #
# mathcomp-multinomials mathcomp-real-closed coqeal #
# Additionally: #
# mathcomp-extra-all contains all the extra packages #
# mathcomp-extra-fast contains the one not marked slow #
########################################################################
# This file mainly provides the above derivations, which are packages #
# extra mathcomp libraries based on mathcomp. #
########################################################################
#####################################################
# Compiling customs versions using `mathcomp-extra` #
##############################################################################
# The prefered way to compile a custom version of mathcomp extra packages #
# (other than released versions which should be added to #
# `rec-mathcomp-extra-config` and pushed to nixpkgs, see below), #
# is to use `coqPackages.mathcomp-extra name version` where #
# 1. `name` is a string representing the name of a declared package #
# OR undeclared package. #
# 2. `version` is either: #
# - a string without slash, which is interpreted as a github revision, #
# i.e. either a tag, a branch or a commit hash #
# - a string with slashes "owner/p_1/.../p_n", which is interpreted as #
# github owner "owner" and revision "p_1/.../p_n". #
# - a path which is interpreted as a local source for the repository, #
# the name of the version is taken to be the basename of the path #
# i.e. if the path is /home/you/git/package/branch/, #
# then "branch" is the name of the version #
# - an attribute set which overrides some attributes (e.g. the src) #
# if the version is updated, the name is automatically regenerated using #
# the conventional schema "coq${coq.coq-version}-${pkgname}-${version}" #
# - a "standard" override function (old: new_attrs) to override the default #
# attribute set, so that you can use old.${field} to patch the derivation. #
# #
# Should you choose to use `pkg.overrideAttrs` instead, we provide the #
# function mathcomp-extra-override which takes a name and a version exactly #
# as above and returns an override function. #
##############################################################################
#########################################################################
# Example of use: https://github.com/math-comp/math-comp/wiki/Using-nix #
#########################################################################
###########################################
# Adding a new package or package version #
################################################################################
# 1. Update or add a `package` entry to `initial`, it must be a function #
# taking the version as argument and returning an attribute set. Everything #
# is optional and the default for the sources of the repository and the #
# homepage will be https://github.com/math-comp/${package}. #
# #
# 2. Update or add a `package` entry to `sha256` for each release. #
# You may use #
# ```sh #
# nix-prefetch-url --unpack #
# https://github.com/math-comp/math-comp/archive/version.tar.gz #
# ``` #
# #
# 3. Update or create a new consistent set of extra packages. #
# /!\ They must all be co-compatible. /!\ #
# Do not use versions that may disappear: it must either be #
# - a tag from the main repository (e.g. version or tag), or #
# - a revision hash that has been *merged in master* #
################################################################################
{ stdenv, fetchFromGitHub, recurseIntoAttrs,
which, mathcomp, coqPackages,
mathcomp-extra-config, mathcomp-extra-override,
mathcomp-extra, current-mathcomp-extra,
}:
with builtins // stdenv.lib;
let
##############################
# CONFIGURATION, please edit #
##############################
############################
# Packages base delaration #
############################
rec-mathcomp-extra-config = {
initial = {
mathcomp-finmap = {version, coqPackages}: {
meta = {
description = "A finset and finmap library";
repo = "finmap";
homepage = "https://github.com/math-comp/finmap";
};
passthru.compatibleCoqVersions = flip elem [ "8.8" "8.9" "8.10" "8.11" ];
};
mathcomp-bigenough = {version, coqPackages}: {
meta = {
description = "A small library to do epsilon - N reasonning";
repo = "bigenough";
homepage = "https://github.com/math-comp/bigenough";
};
passthru.compatibleCoqVersions = flip elem [ "8.7" "8.8" "8.9" "8.10" "8.11" ];
};
multinomials = {version, coqPackages}: {
buildInputs = [ which ];
propagatedBuildInputs = with coqPackages;
[ mathcomp.algebra mathcomp-finmap mathcomp-bigenough ];
meta = {
description = "A Coq/SSReflect Library for Monoidal Rings and Multinomials";
repo = "multinomials";
homepage = "https://github.com/math-comp/multinomials";
};
passthru.compatibleCoqVersions = flip elem [ "8.9" "8.10" "8.11" ];
};
mathcomp-analysis = {version, coqPackages}: {
propagatedBuildInputs = with coqPackages;
[ mathcomp.field mathcomp-finmap mathcomp-bigenough mathcomp-real-closed ];
meta = {
description = "Analysis library compatible with Mathematical Components";
homepage = "https://github.com/math-comp/analysis";
repo = "analysis";
license = stdenv.lib.licenses.cecill-c;
};
passthru.compatibleCoqVersions = flip elem ["8.8" "8.9" "8.10" "8.11" ];
};
mathcomp-real-closed = {version, coqPackages}: {
propagatedBuildInputs = with coqPackages;
[ mathcomp.field mathcomp-bigenough ];
meta = {
description = "Mathematical Components Library on real closed fields";
repo = "real-closed";
homepage = "https://github.com/math-comp/real-closed";
};
passthru.compatibleCoqVersions = flip elem ["8.8" "8.9" "8.10" "8.11" ];
};
coqeal = {version, coqPackages}: {
buildInputs = [ which ];
propagatedBuildInputs = with coqPackages;
[ mathcomp-algebra bignums paramcoq multinomials ];
meta = {
description = "CoqEAL - The Coq Effective Algebra Library";
homepage = "https://github.com/coqeal/coqeal";
license = stdenv.lib.licenses.mit;
owner = "CoqEAL";
};
passthru.compatibleCoqVersions = flip elem [ "8.9" "8.10" "8.11" ];
};
};
###############################
# sha256 of released versions #
###############################
sha256 = {
mathcomp-finmap = {
"1.5.0" = "0vx9n1fi23592b3hv5p5ycy7mxc8qh1y5q05aksfwbzkk5zjkwnq";
"1.4.1" = "0kx4nx24dml1igk0w0qijmw221r5bgxhwhl5qicnxp7ab3c35s8p";
"1.4.0+coq-8.11" = "1fd00ihyx0kzq5fblh9vr8s5mr1kg7p6pk11c4gr8svl1n69ppmb";
"1.4.0" = "0mp82mcmrs424ff1vj3cvd8353r9vcap027h3p0iprr1vkkwjbzd";
"1.3.4" = "0f5a62ljhixy5d7gsnwd66gf054l26k3m79fb8nz40i2mgp6l9ii";
"1.3.3" = "1n844zjhv354kp4g4pfbajix0plqh7yxv6471sgyb46885298am5";
"1.3.1" = "14rvm0rm5hd3pd0srgak3jqmddzfv6n7gdpjwhady5xcgrc7gsx7";
"1.2.1" = "0jryb5dq8js3imbmwrxignlk5zh8gwfb1wr4b1s7jbwz410vp7zf";
"1.2.0" = "0b6wrdr0d7rcnv86s37zm80540jl2wmiyf39ih7mw3dlwli2cyj4";
"1.1.0" = "05df59v3na8jhpsfp7hq3niam6asgcaipg2wngnzxzqnl86srp2a";
"1.0.0" = "0sah7k9qm8sw17cgd02f0x84hki8vj8kdz7h15i7rmz08rj0whpa";
};
mathcomp-bigenough = {
"1.0.0" = "10g0gp3hk7wri7lijkrqna263346wwf6a3hbd4qr9gn8hmsx70wg";
};
mathcomp-analysis = {
"0.3.1" = "1iad288yvrjv8ahl9v18vfblgqb1l5z6ax644w49w9hwxs93f2k8";
"0.3.0" = "03klwi4fja0cqb4myp3kgycfbmdv00bznmxf8yg3zzzzw997hjqc";
"0.2.3" = "0p9mr8g1qma6h10qf7014dv98ln90dfkwn76ynagpww7qap8s966";
"0.2.2" = "1d5dwg9di2ppdzfg21zr0a691zigb5kz0lcw263jpyli1nrq7cvk";
"0.2.0" = "1186xjxgns4ns1szyi931964bjm0mp126qzlv10mkqqgfw07nhrd";
"0.1.0" = "0hwkr2wzy710pcyh274fcarzdx8sv8myp16pv0vq5978nmih46al";
};
multinomials = {
"1.5.2" = "15aspf3jfykp1xgsxf8knqkxv8aav2p39c2fyirw7pwsfbsv2c4s";
"1.5.1" = "13nlfm2wqripaq671gakz5mn4r0xwm0646araxv0nh455p9ndjs3";
"1.5" = "064rvc0x5g7y1a0nip6ic91vzmq52alf6in2bc2dmss6dmzv90hw";
"1.4" = "0vnkirs8iqsv8s59yx1fvg1nkwnzydl42z3scya1xp1b48qkgn0p";
"1.3" = "0l3vi5n094nx3qmy66hsv867fnqm196r8v605kpk24gl0aa57wh4";
"1.2" = "1mh1w339dslgv4f810xr1b8v2w7rpx6fgk9pz96q0fyq49fw2xcq";
"1.1" = "1q8alsm89wkc0lhcvxlyn0pd8rbl2nnxg81zyrabpz610qqjqc3s";
"1.0" = "1qmbxp1h81cy3imh627pznmng0kvv37k4hrwi2faa101s6bcx55m";
};
mathcomp-real-closed = {
"1.1.1" = "0ksjscrgq1i79vys4zrmgvzy2y4ylxa8wdsf4kih63apw6v5ws6b";
"1.1.0" = "0zgfmrlximw77bw5w6w0xg2nampp02pmrwnrzx8m1n5pqljnv8fh";
"1.0.5" = "0q8nkxr9fba4naylr5xk7hfxsqzq2pvwlg1j0xxlhlgr3fmlavg2";
"1.0.4" = "058v9dj973h9kfhqmvcy9a6xhhxzljr90cf99hdfcdx68fi2ha1b";
"1.0.3" = "1xbzkzqgw5p42dx1liy6wy8lzdk39zwd6j14fwvv5735k660z7yb";
"1.0.2" = "0097pafwlmzd0gyfs31bxpi1ih04i72nxhn99r93aj20mn7mcsgl";
"1.0.1" = "0j81gkjbza5vg89v4n9z598mfdbql416963rj4b8fzm7dp2r4rxg";
};
coqeal = {
"1.0.4" = "1g5m26lr2lwxh6ld2gykailhay4d0ayql4bfh0aiwqpmmczmxipk";
"1.0.3" = "0hc63ny7phzbihy8l7wxjvn3haxx8jfnhi91iw8hkq8n29i23v24";
"1.0.2" = "1brmf3gj03iky1bcl3g9vx8vknny7xfvs0y2rfr85am0296sxsfj";
"1.0.1" = "19jhdrv2yp9ww0h8q73ihb2w1z3glz4waf2d2n45klafxckxi7bm";
"1.0.0" = "1had6f1n85lmh9x31avbmgl3m0rsiw9f8ma95qzk5b57fjg5k1ii";
};
};
################################
# CONSISTENT sets of packages. #
################################
for-coq-and-mc = let
v6 = {
mathcomp-finmap = "1.5.0";
mathcomp-bigenough = "1.0.0";
mathcomp-analysis = "0.3.1";
multinomials = "1.5.2";
mathcomp-real-closed = "1.1.1";
coqeal = "1.0.4";
};
v5 = {
mathcomp-finmap = "1.5.0";
mathcomp-bigenough = "1.0.0";
mathcomp-analysis = "0.3.0";
multinomials = "1.5.1";
mathcomp-real-closed = "1.0.5";
coqeal = "1.0.4";
};
v4 = v3 // { coqeal = "1.0.3"; };
v3 = {
mathcomp-finmap = "1.4.0";
mathcomp-bigenough = "1.0.0";
mathcomp-analysis = "0.2.3";
multinomials = "1.5";
mathcomp-real-closed = "1.0.4";
coqeal = "1.0.0";
};
v2 = {
mathcomp-finmap = "1.3.4";
mathcomp-bigenough = "1.0.0";
mathcomp-analysis = "0.2.3";
multinomials = "1.4";
mathcomp-real-closed = "1.0.3";
coqeal = "1.0.0";
};
v1 = {
mathcomp-finmap = "1.1.0";
mathcomp-bigenough = "1.0.0";
multinomials = "1.1";
mathcomp-real-closed = "1.0.1";
coqeal = "1.0.0";
};
in
{
"8.11" = {
"1.11.0" = v6;
"1.11+beta1" = v5;
"1.10.0" = v4 // {mathcomp-finmap = "1.4.0+coq-8.11";};
};
"8.10" = {
"1.11.0" = removeAttrs v6 ["coqeal"];
"1.11+beta1" = removeAttrs v5 ["coqeal"];
"1.10.0" = v4;
"1.9.0" = removeAttrs v3 ["coqeal"];
};
"8.9" = {
"1.11.0" = removeAttrs v6 ["mathcomp-analysis"];
"1.11+beta1" = removeAttrs v5 ["mathcomp-analysis"];
"1.10.0" = v4;
"1.9.0" = removeAttrs v3 ["coqeal"];
"1.8.0" = removeAttrs v2 ["coqeal"];
};
"8.8" = {
"1.11.0" = removeAttrs v6 ["mathcomp-analysis"];
"1.11+beta1" = removeAttrs v5 ["mathcomp-analysis"];
"1.10.0" = removeAttrs v4 ["mathcomp-analysis"];
"1.9.0" = removeAttrs v3 ["coqeal"];
"1.8.0" = removeAttrs v2 ["coqeal"];
"1.7.0" = removeAttrs v1 ["coqeal" "multinomials"];
};
"8.7" = {
"1.11.0" = removeAttrs v6 ["mathcomp-analysis"];
"1.11+beta1" = removeAttrs v5 ["mathcomp-analysis"];
"1.10.0" = removeAttrs v4 ["mathcomp-analysis"];
"1.9.0" = removeAttrs v3 ["coqeal" "mathcomp-analysis"];
"1.8.0" = removeAttrs v2 ["coqeal" "mathcomp-analysis"];
"1.7.0" = removeAttrs v1 ["coqeal" "multinomials"];
};
};
};
##############################
# GENERATION, EDIT WITH CARE #
##############################
coq = coqPackages.coq;
default-attrs = {
version = "master";
buildInputs = [];
propagatedBuildInputs = (with coqPackages; [ ssreflect ]);
installFlags = [ "-f" "Makefile.coq" "COQLIB=$(out)/lib/coq/${coq.coq-version}/" ];
meta = {
inherit (mathcomp.meta) platforms license;
owner = "math-comp";
maintainers = [ maintainers.vbgl maintainers.cohencyril ];
};
passthru.compatibleCoqVersions = (_: true);
};
pkgUp = recursiveUpdateUntil (path: l: r: !(isAttrs l && isAttrs r) || path == ["src"]);
# Fixes a partial attribute set using the configuration
# in the style of the above mathcomp-extra-config.initial,
# and generates a name according to the conventional naming scheme below
fix-attrs = pkgcfg:
let attrs = pkgUp default-attrs pkgcfg; in
pkgUp attrs (rec {
name = "coq${coq.coq-version}mathcomp${mathcomp.version}-${attrs.meta.repo or attrs.meta.package or "anonymous"}-${attrs.version}";
src = attrs.src or (fetchTarball "${meta.homepage}/archive/${attrs.version}.tar.gz");
meta = rec {
homepage = attrs.meta.homepage or attrs.src.meta.homepage or "https://github.com/${owner}/${repo}";
owner = attrs.meta.owner or "math-comp";
repo = attrs.meta.repo or attrs.meta.package or "math-comp-nix";
};
});
# Gets a version out of a string, path or attribute set.
getVersion = arg:
if isFunction arg then (arg {}).version
else if arg == "" then "master"
else if isDerivation arg then arg.drvAttrs.version or "master"
else if isAttrs arg then arg.version or "master"
else if isString arg then head (reverseList (split "/" arg))
else if isPath arg then (baseNameOf arg)
else "master";
# Converts a string, path or attribute set into an override function
# It tries to fill the `old` argument of the override function using
# `mathcomp-extra-config.initial` first and finishes with `fix-attrs`
rec-mathcomp-extra-override = generic: old: let
version = getVersion generic;
package = old.meta.package or "math-comp-nix";
cfg = pkgUp ((mathcomp-extra-config.initial.${package} or (_: {}))
{ inherit version coqPackages; }) old
// { inherit version; };
fix = attrs: fix-attrs (pkgUp cfg attrs);
in
if isFunction generic then fix (generic cfg)
else if generic == null || generic == "" then fix {}
else if isDerivation generic then generic.drvAttrs
else if isAttrs generic then fix generic
else if generic == "broken" then fix { meta.broken = true; passthru.compatibleCoqVersions = _: false; }
else let fixedcfg = fix cfg; in fixedcfg // (
if isString generic then
if (mathcomp-extra-config.sha256.${package} or {})?${generic} then {
src = fetchFromGitHub {
inherit (fixedcfg.meta) owner repo;
rev = version;
sha256 = mathcomp-extra-config.sha256.${package}.${version};
};
}
else let splitted = filter isString (split "/" generic); in {
src = fetchTarball
("https://github.com/" +
(if length splitted == 1 then "${fixedcfg.meta.owner}/${fixedcfg.meta.repo}/archive/${version}.tar.gz"
else "${head splitted}/${fixedcfg.meta.repo}/archive/${concatStringsSep "/" (tail splitted)}.tar.gz"));
}
else if isPath generic then { src = generic; }
else abort "${toString generic} not a legitimate generic version/override");
# applies mathcomp-extra-config.for-coq-and-mc to the current mathcomp version
for-this = mathcomp-extra-config.for-coq-and-mc.${coq.coq-version}.${mathcomp.version} or {};
# specializes mathcomp-extra to the current mathcomp version.
rec-current-mathcomp-extra = package: mathcomp-extra package (for-this.${package} or {});
in
{
mathcomp-extra-override = rec-mathcomp-extra-override;
mathcomp-extra-config = rec-mathcomp-extra-config;
current-mathcomp-extra = rec-current-mathcomp-extra;
mathcomp-extra = package: version:
stdenv.mkDerivation (mathcomp-extra-override version {meta = {inherit package;};});
mathcomp-finmap = current-mathcomp-extra "mathcomp-finmap";
mathcomp-analysis = current-mathcomp-extra "mathcomp-analysis";
mathcomp-bigenough = current-mathcomp-extra "mathcomp-bigenough";
multinomials = current-mathcomp-extra "multinomials";
mathcomp-real-closed = current-mathcomp-extra "mathcomp-real-closed";
coqeal = current-mathcomp-extra "coqeal";
mathcomp-extra-fast = map current-mathcomp-extra
(attrNames (filterAttrs (pkg: config: !(config?slow && config.slow)) for-this));
mathcomp-extra-all = map current-mathcomp-extra (attrNames for-this);
}
