{ lib, stdenv, callPackage, newScope, recurseIntoAttrs, ocamlPackages_4_05, ocamlPackages_4_09 , ocamlPackages_4_10, fetchpatch, makeWrapper, coq2html }@args: let lib = import ../build-support/coq/extra-lib.nix {inherit (args) lib;}; in let mkCoqPackages' = self: coq: let callPackage = self.callPackage; in { inherit coq lib; coqPackages = self; mkCoqDerivation = callPackage ../build-support/coq {}; contribs = recurseIntoAttrs (callPackage ../development/coq-modules/contribs {}); aac-tactics = callPackage ../development/coq-modules/aac-tactics {}; addition-chains = callPackage ../development/coq-modules/addition-chains {}; 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 { }; ceres = callPackage ../development/coq-modules/ceres {}; Cheerios = callPackage ../development/coq-modules/Cheerios {}; CoLoR = callPackage ../development/coq-modules/CoLoR {}; compcert = callPackage ../development/coq-modules/compcert { ocamlPackages = ocamlPackages_4_05; inherit fetchpatch makeWrapper coq2html lib stdenv; }; coq-bits = callPackage ../development/coq-modules/coq-bits {}; coq-elpi = callPackage ../development/coq-modules/coq-elpi {}; coq-ext-lib = callPackage ../development/coq-modules/coq-ext-lib {}; coq-haskell = callPackage ../development/coq-modules/coq-haskell { }; coqeal = callPackage ../development/coq-modules/coqeal {}; coqhammer = callPackage ../development/coq-modules/coqhammer {}; coqprime = callPackage ../development/coq-modules/coqprime {}; coqtail-math = callPackage ../development/coq-modules/coqtail-math {}; 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 {}; fourcolor = callPackage ../development/coq-modules/fourcolor {}; gaia = callPackage ../development/coq-modules/gaia {}; gappalib = callPackage ../development/coq-modules/gappalib {}; goedel = callPackage ../development/coq-modules/goedel {}; graph-theory = callPackage ../development/coq-modules/graph-theory {}; heq = callPackage ../development/coq-modules/heq {}; hierarchy-builder = callPackage ../development/coq-modules/hierarchy-builder {}; HoTT = callPackage ../development/coq-modules/HoTT {}; hydra-battles = callPackage ../development/coq-modules/hydra-battles {}; interval = callPackage ../development/coq-modules/interval {}; InfSeqExt = callPackage ../development/coq-modules/InfSeqExt {}; iris = callPackage ../development/coq-modules/iris {}; itauto = callPackage ../development/coq-modules/itauto { }; ITree = callPackage ../development/coq-modules/ITree { }; ltac2 = callPackage ../development/coq-modules/ltac2 {}; math-classes = callPackage ../development/coq-modules/math-classes { }; mathcomp = callPackage ../development/coq-modules/mathcomp {}; ssreflect = self.mathcomp.ssreflect; mathcomp-ssreflect = self.mathcomp.ssreflect; mathcomp-fingroup = self.mathcomp.fingroup; mathcomp-algebra = self.mathcomp.algebra; mathcomp-solvable = self.mathcomp.solvable; mathcomp-field = self.mathcomp.field; mathcomp-character = self.mathcomp.character; mathcomp-abel = callPackage ../development/coq-modules/mathcomp-abel {}; mathcomp-analysis = callPackage ../development/coq-modules/mathcomp-analysis {}; mathcomp-finmap = callPackage ../development/coq-modules/mathcomp-finmap {}; mathcomp-bigenough = callPackage ../development/coq-modules/mathcomp-bigenough {}; mathcomp-real-closed = callPackage ../development/coq-modules/mathcomp-real-closed {}; mathcomp-zify = callPackage ../development/coq-modules/mathcomp-zify {}; metalib = callPackage ../development/coq-modules/metalib { }; multinomials = callPackage ../development/coq-modules/multinomials {}; odd-order = callPackage ../development/coq-modules/odd-order { }; paco = callPackage ../development/coq-modules/paco {}; paramcoq = callPackage ../development/coq-modules/paramcoq {}; parsec = callPackage ../development/coq-modules/parsec {}; pocklington = callPackage ../development/coq-modules/pocklington {}; QuickChick = callPackage ../development/coq-modules/QuickChick {}; reglang = callPackage ../development/coq-modules/reglang {}; relation-algebra = callPackage ../development/coq-modules/relation-algebra {}; semantics = callPackage ../development/coq-modules/semantics {}; serapi = callPackage ../development/coq-modules/serapi {}; simple-io = callPackage ../development/coq-modules/simple-io { }; stdpp = callPackage ../development/coq-modules/stdpp { }; StructTact = callPackage ../development/coq-modules/StructTact {}; tlc = callPackage ../development/coq-modules/tlc {}; topology = callPackage ../development/coq-modules/topology {}; Velisarios = callPackage ../development/coq-modules/Velisarios {}; Verdi = callPackage ../development/coq-modules/Verdi {}; VST = callPackage ../development/coq-modules/VST {}; zorns-lemma = callPackage ../development/coq-modules/zorns-lemma {}; filterPackages = doesFilter: if doesFilter then filterCoqPackages self else self; }; filterCoqPackages = set: lib.listToAttrs ( lib.concatMap (name: let v = set.${name} or null; in lib.optional (! v.meta.coqFilter or false) (lib.nameValuePair name ( if lib.isAttrs v && v.recurseForDerivations or false then filterCoqPackages v else v)) ) (lib.attrNames set) ); mkCoq = version: callPackage ../applications/science/logic/coq { inherit version ocamlPackages_4_05 ocamlPackages_4_09 ocamlPackages_4_10; }; 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 self.filterPackages (! coq.dontFilter or false); coq_8_5 = mkCoq "8.5"; coq_8_6 = mkCoq "8.6"; coq_8_7 = mkCoq "8.7"; coq_8_8 = mkCoq "8.8"; coq_8_9 = mkCoq "8.9"; coq_8_10 = mkCoq "8.10"; coq_8_11 = mkCoq "8.11"; coq_8_12 = mkCoq "8.12"; coq_8_13 = mkCoq "8.13"; coq_8_14 = mkCoq "8.14"; 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_8_10 = mkCoqPackages coq_8_10; coqPackages_8_11 = mkCoqPackages coq_8_11; coqPackages_8_12 = mkCoqPackages coq_8_12; coqPackages_8_13 = mkCoqPackages coq_8_13; coqPackages_8_14 = mkCoqPackages coq_8_14; coqPackages = recurseIntoAttrs coqPackages_8_13; coq = coqPackages.coq; }