nixpkgs/pkgs/top-level/coq-packages.nix

{ lib, callPackage, newScope, recurseIntoAttrs, ocamlPackages_4_05 }:

let
  mkCoqPackages' = self: coq:
    let newScope = self.newScope;
        callPackage = self.callPackage; in {
      inherit coq;
      coqPackages = self;

      contribs = recurseIntoAttrs
        (callPackage ../development/coq-modules/contribs {});

      autosubst = callPackage ../development/coq-modules/autosubst {};
      bignums = if lib.versionAtLeast coq.coq-version "8.6"
        then callPackage ../development/coq-modules/bignums {}
        else null;
      category-theory = callPackage ../development/coq-modules/category-theory { };
      Cheerios = callPackage ../development/coq-modules/Cheerios {};
      CoLoR = callPackage ../development/coq-modules/CoLoR {};
      coq-ext-lib = callPackage ../development/coq-modules/coq-ext-lib {};
      coq-extensible-records = callPackage ../development/coq-modules/coq-extensible-records {};
      coq-haskell = callPackage ../development/coq-modules/coq-haskell { };
      coqhammer = callPackage ../development/coq-modules/coqhammer {};
      coqprime = callPackage ../development/coq-modules/coqprime {};
      coquelicot = callPackage ../development/coq-modules/coquelicot {};
      corn = callPackage ../development/coq-modules/corn {};
      dpdgraph = callPackage ../development/coq-modules/dpdgraph {};
      equations = callPackage ../development/coq-modules/equations { };
      fiat_HEAD = callPackage ../development/coq-modules/fiat/HEAD.nix {};
      flocq = callPackage ../development/coq-modules/flocq {};
      heq = callPackage ../development/coq-modules/heq {};
      HoTT = callPackage ../development/coq-modules/HoTT {};
      interval = callPackage ../development/coq-modules/interval {};
      InfSeqExt = callPackage ../development/coq-modules/InfSeqExt {};
      iris = callPackage ../development/coq-modules/iris {};
      math-classes = callPackage ../development/coq-modules/math-classes { };
      mathcomp = callPackage ../development/coq-modules/mathcomp { };
      mathcomp-analysis = callPackage ../development/coq-modules/mathcomp-analysis { };
      mathcomp-bigenough = callPackage ../development/coq-modules/mathcomp-bigenough { };
      mathcomp-finmap = callPackage ../development/coq-modules/mathcomp-finmap { };
      metalib = callPackage ../development/coq-modules/metalib { };
      multinomials = callPackage ../development/coq-modules/multinomials {};
      paco = callPackage ../development/coq-modules/paco {};
      paramcoq = callPackage ../development/coq-modules/paramcoq {};
      QuickChick = callPackage ../development/coq-modules/QuickChick {};
      simple-io = callPackage ../development/coq-modules/simple-io { };
      ssreflect = callPackage ../development/coq-modules/ssreflect { };
      stdpp = callPackage ../development/coq-modules/stdpp { };
      StructTact = callPackage ../development/coq-modules/StructTact {};
      tlc = callPackage ../development/coq-modules/tlc {};
      Velisarios = callPackage ../development/coq-modules/Velisarios {};
      Verdi = callPackage ../development/coq-modules/Verdi {};
    };

  filterCoqPackages = coq: set:
    lib.listToAttrs (
      lib.concatMap (name:
        let v = set.${name}; in
        let p = v.compatibleCoqVersions or (_: true); in
        lib.optional (p coq.coq-version)
          (lib.nameValuePair name (
            if lib.isAttrs v && v.recurseForDerivations or false
            then filterCoqPackages coq v
            else v))
      ) (lib.attrNames set)
    );

in rec {

  /* The function `mkCoqPackages` takes as input a derivation for Coq and produces
   * a set of libraries built with that specific Coq. More libraries are known to
   * this function than what is compatible with that version of Coq. Therefore,
   * libraries that are not known to be compatible are removed (filtered out) from
   * the resulting set. For meta-programming purposes (inpecting the derivations
   * rather than building the libraries) this filtering can be disabled by setting
   * a `dontFilter` attribute into the Coq derivation.
   */
  mkCoqPackages = coq:
    let self = lib.makeScope newScope (lib.flip mkCoqPackages' coq); in
    if coq.dontFilter or false then self
    else filterCoqPackages coq self;

  coq_8_5 = callPackage ../applications/science/logic/coq {
    ocamlPackages = ocamlPackages_4_05;
    version = "8.5pl3";
  };
  coq_8_6 = callPackage ../applications/science/logic/coq {
    ocamlPackages = ocamlPackages_4_05;
    version = "8.6.1";
  };
  coq_8_7 = callPackage ../applications/science/logic/coq {
    version = "8.7.2";
  };
  coq_8_8 = callPackage ../applications/science/logic/coq {
    version = "8.8.2";
  };
  coq_8_9 = callPackage ../applications/science/logic/coq {
    version = "8.9.0";
  };

  coqPackages_8_5 = mkCoqPackages coq_8_5;
  coqPackages_8_6 = mkCoqPackages coq_8_6;
  coqPackages_8_7 = mkCoqPackages coq_8_7;
  coqPackages_8_8 = mkCoqPackages coq_8_8;
  coqPackages_8_9 = mkCoqPackages coq_8_9;
  coqPackages = recurseIntoAttrs (lib.mapDerivationAttrset lib.dontDistribute
    coqPackages_8_8
  );
  coq = coqPackages.coq;

}