{ lib, stdenv, buildEnv, nix-util, nix-util-c, nix-util-tests, nix-store, nix-store-c, nix-store-tests, nix-fetchers, nix-fetchers-tests, nix-expr, nix-expr-c, nix-expr-tests, nix-flake, nix-flake-c, nix-flake-tests, nix-main, nix-main-c, nix-cmd, nix-cli, nix-functional-tests, nix-manual, nix-internal-api-docs, nix-external-api-docs, nix-perl-bindings, testers, runCommand, }: let libs = { inherit nix-util nix-util-c nix-store nix-store-c nix-fetchers nix-expr nix-expr-c nix-flake nix-flake-c nix-main nix-main-c nix-cmd ; } // lib.optionalAttrs (!stdenv.hostPlatform.isStatic && stdenv.buildPlatform.canExecute stdenv.hostPlatform) { # Currently fails in static build inherit nix-perl-bindings ; }; dev = stdenv.mkDerivation (finalAttrs: { name = "nix-${nix-cli.version}-dev"; pname = "nix"; version = nix-cli.version; dontUnpack = true; dontBuild = true; libs = map lib.getDev (lib.attrValues libs); installPhase = '' mkdir -p $out/nix-support echo $libs >> $out/nix-support/propagated-build-inputs ''; passthru = { tests = { pkg-config = testers.hasPkgConfigModules { package = finalAttrs.finalPackage; }; }; # If we were to fully emulate output selection here, we'd confuse the Nix CLIs, # because they rely on `drvPath`. dev = finalAttrs.finalPackage.out; libs = throw "`nix.dev.libs` is not meant to be used; use `nix.libs` instead."; }; meta = { mainProgram = "nix"; pkgConfigModules = [ "nix-cmd" "nix-expr" "nix-expr-c" "nix-fetchers" "nix-flake" "nix-flake-c" "nix-main" "nix-main-c" "nix-store" "nix-store-c" "nix-util" "nix-util-c" ]; }; }); devdoc = buildEnv { name = "nix-${nix-cli.version}-devdoc"; paths = [ nix-internal-api-docs nix-external-api-docs ]; }; in (buildEnv { name = "nix-${nix-cli.version}"; paths = [ nix-cli nix-manual.man ]; meta.mainProgram = "nix"; }).overrideAttrs ( finalAttrs: prevAttrs: { doCheck = true; doInstallCheck = true; checkInputs = [ # Make sure the unit tests have passed nix-util-tests.tests.run nix-store-tests.tests.run nix-expr-tests.tests.run nix-fetchers-tests.tests.run nix-flake-tests.tests.run # Make sure the functional tests have passed nix-functional-tests # dev bundle is ok # (checkInputs must be empty paths??) (runCommand "check-pkg-config" { checked = dev.tests.pkg-config; } "mkdir $out") ] ++ lib.optionals (!stdenv.hostPlatform.isStatic && stdenv.buildPlatform.canExecute stdenv.hostPlatform) [ # Perl currently fails in static build # TODO: Split out tests into a separate derivation? nix-perl-bindings ]; passthru = prevAttrs.passthru // { inherit (nix-cli) version; /** These are the libraries that are part of the Nix project. They are used by the Nix CLI and other tools. If you need to use these libraries in your project, we recommend to use the `-c` C API libraries exclusively, if possible. We also recommend that you build the complete package to ensure that the unit tests pass. You could do this in CI, or by passing it in an unused environment variable. e.g in a `mkDerivation` call: ```nix buildInputs = [ nix.libs.nix-util-c nix.libs.nix-store-c ]; # Make sure the nix libs we use are ok unusedInputsForTests = [ nix ]; disallowedReferences = nix.all; ``` */ inherit libs; tests = prevAttrs.passthru.tests or { } // { # TODO: create a proper fixpoint and: # pkg-config = # testers.hasPkgConfigModules { # package = finalPackage; # }; }; /** A derivation referencing the `dev` outputs of the Nix libraries. */ inherit dev; inherit devdoc; doc = nix-manual; outputs = [ "out" "dev" "devdoc" "doc" ]; all = lib.attrValues ( lib.genAttrs finalAttrs.passthru.outputs (outName: finalAttrs.finalPackage.${outName}) ); }; meta = prevAttrs.meta // { description = "The Nix package manager"; pkgConfigModules = dev.meta.pkgConfigModules; }; } )