{ coq, mkCoqDerivation, mathcomp, mathcomp-finmap, mathcomp-bigenough, lib, version ? null, useDune ? false }@args: with lib; mkCoqDerivation { namePrefix = [ "coq" "mathcomp" ]; pname = "multinomials"; owner = "math-comp"; inherit version; defaultVersion = with versions; switch [ coq.version mathcomp.version ] [ { cases = [ (isGe "8.10") (isGe "1.12.0") ]; out = "1.5.5"; } { cases = [ (range "8.10" "8.12") "1.12.0" ]; out = "1.5.3"; } { cases = [ (range "8.7" "8.12") "1.11.0" ]; out = "1.5.2"; } { cases = [ (range "8.7" "8.11") (range "1.8" "1.10") ]; out = "1.5.0"; } { cases = [ (range "8.7" "8.10") (range "1.8" "1.10") ]; out = "1.4"; } { cases = [ "8.6" (range "1.6" "1.7") ]; out = "1.1"; } ] null; release = { "1.5.5".sha256 = "sha256-VdXA51vr7DZl/wT/15YYMywdD7Gh91dMP9t7ij47qNQ="; "1.5.4".sha256 = "0s4sbh4y88l125hdxahr56325hdhxxdmqmrz7vv8524llyv3fciq"; "1.5.3".sha256 = "1462x40y2qydjd2wcg8r6qr8cx3xv4ixzh2h8vp9h7arylkja1qd"; "1.5.2".sha256 = "15aspf3jfykp1xgsxf8knqkxv8aav2p39c2fyirw7pwsfbsv2c4s"; "1.5.1".sha256 = "13nlfm2wqripaq671gakz5mn4r0xwm0646araxv0nh455p9ndjs3"; "1.5.0".sha256 = "064rvc0x5g7y1a0nip6ic91vzmq52alf6in2bc2dmss6dmzv90hw"; "1.5.0".rev = "1.5"; "1.4".sha256 = "0vnkirs8iqsv8s59yx1fvg1nkwnzydl42z3scya1xp1b48qkgn0p"; "1.3".sha256 = "0l3vi5n094nx3qmy66hsv867fnqm196r8v605kpk24gl0aa57wh4"; "1.2".sha256 = "1mh1w339dslgv4f810xr1b8v2w7rpx6fgk9pz96q0fyq49fw2xcq"; "1.1".sha256 = "1q8alsm89wkc0lhcvxlyn0pd8rbl2nnxg81zyrabpz610qqjqc3s"; "1.0".sha256 = "1qmbxp1h81cy3imh627pznmng0kvv37k4hrwi2faa101s6bcx55m"; }; useDuneifVersion = v: versions.isGe "1.5.3" v || v == "dev"; preConfigure = '' patchShebangs configure || true ''; propagatedBuildInputs = [ mathcomp.ssreflect mathcomp.algebra mathcomp-finmap mathcomp.fingroup mathcomp-bigenough ]; meta = { description = "A Coq/SSReflect Library for Monoidal Rings and Multinomials"; license = licenses.cecill-c; }; } // optionalAttrs (args?useDune) { inherit useDune; }