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{ lib, mkCoqDerivation, coq, mathcomp, version ? null }:
mkCoqDerivation {
pname = "fourcolor";
owner = "math-comp";
releaseRev = v: "v${v}";
release."1.2.3".sha256 = "sha256-gwKfUa74fIP7j+2eQgnLD7AswjCtOFGHGaIWb4qI0n4=";
release."1.2.4".sha256 = "sha256-iSW2O1kuunvOqTolmGGXmsYTxo2MJYCdW3BnEhp6Ksg=";
release."1.2.5".sha256 = "sha256-3qOPNCRjGK2UdHGMSqElpIXhAPVCklpeQgZwf9AFals=";
release."1.3.0".sha256 = "sha256-h9pa6vaKT6jCEaIdEdcu0498Ou5kEXtZdb9P7WXK1DQ=";
release."1.3.1".sha256 = "sha256-wBizm1hJXPYBu0tHFNScQHd22FebsJYoggT5OlhY/zM=";
inherit version;
defaultVersion = with lib.versions; lib.switch [ coq.version mathcomp.version ] [
{ cases = [ (isGe "8.16") (isGe "2.0") ]; out = "1.3.1"; }
{ cases = [ (isGe "8.16") "2.0.0" ]; out = "1.3.0"; }
{ cases = [ (isGe "8.11") (range "1.12" "1.17") ]; out = "1.2.5"; }
{ cases = [ (isGe "8.11") (range "1.11" "1.14") ]; out = "1.2.4"; }
{ cases = [ (isLe "8.13") (lib.pred.inter (isGe "1.11.0") (isLt "1.13")) ]; out = "1.2.3"; }
] null;
propagatedBuildInputs = [ mathcomp.algebra mathcomp.ssreflect mathcomp.fingroup ];
meta = with lib; {
description = "Formal proof of the Four Color Theorem ";
maintainers = with maintainers; [ siraben ];
license = licenses.cecill-b;
platforms = platforms.unix;
};
}
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