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This commit is contained in:
Dark Steveneq
2025-10-09 14:15:47 +02:00
commit 646b892680
49168 changed files with 5897842 additions and 0 deletions

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{
lib,
pkgs,
src,
officialRelease,
maintainers,
teams,
version,
}:
scope:
let
inherit (scope)
callPackage
;
inherit
(scope.callPackage (
{ stdenv }:
{
inherit stdenv;
}
) { })
stdenv
;
inherit (pkgs.buildPackages)
meson
ninja
pkg-config
;
root = ../.;
# Indirection for Nixpkgs to override when package.nix files are vendored
filesetToSource = lib.fileset.toSource;
/**
Given a set of layers, create a mkDerivation-like function
*/
mkPackageBuilder =
exts: userFn: stdenv.mkDerivation (lib.extends (lib.composeManyExtensions exts) userFn);
setVersionLayer = finalAttrs: prevAttrs: {
preConfigure =
prevAttrs.preConfigure or ""
+
# Update the repo-global .version file.
# Symlink ./.version points there, but by default only workDir is writable.
''
chmod u+w ./.version
echo ${finalAttrs.version} > ./.version
'';
};
localSourceLayer =
finalAttrs: prevAttrs:
let
workDirPath =
# Ideally we'd pick finalAttrs.workDir, but for now `mkDerivation` has
# the requirement that everything except passthru and meta must be
# serialized by mkDerivation, which doesn't work for this.
prevAttrs.workDir;
workDirSubpath = lib.path.removePrefix root workDirPath;
sources =
assert prevAttrs.fileset._type == "fileset";
prevAttrs.fileset;
src = lib.fileset.toSource {
fileset = sources;
inherit root;
};
in
{
sourceRoot = "${src.name}/" + workDirSubpath;
inherit src;
# Clear what `derivation` can't/shouldn't serialize; see prevAttrs.workDir.
fileset = null;
workDir = null;
};
resolveRelPath = p: lib.path.removePrefix root p;
makeFetchedSourceLayer =
finalScope: finalAttrs: prevAttrs:
let
workDirPath =
# Ideally we'd pick finalAttrs.workDir, but for now `mkDerivation` has
# the requirement that everything except passthru and meta must be
# serialized by mkDerivation, which doesn't work for this.
prevAttrs.workDir;
workDirSubpath = resolveRelPath workDirPath;
in
{
sourceRoot = "${finalScope.patchedSrc.name}/" + workDirSubpath;
src = finalScope.patchedSrc;
version =
let
n = lib.length finalScope.patches;
in
if n == 0 then prevAttrs.version else prevAttrs.version + "+${toString n}";
# Clear what `derivation` can't/shouldn't serialize; see prevAttrs.workDir.
fileset = null;
workDir = null;
};
mesonLayer = finalAttrs: prevAttrs: {
# NOTE:
# As of https://github.com/NixOS/nixpkgs/blob/8baf8241cea0c7b30e0b8ae73474cb3de83c1a30/pkgs/by-name/me/meson/setup-hook.sh#L26,
# `mesonBuildType` defaults to `plain` if not specified. We want our Nix-built binaries to be optimized by default.
# More on build types here: https://mesonbuild.com/Builtin-options.html#details-for-buildtype.
mesonBuildType = "release";
# NOTE:
# Users who are debugging Nix builds are expected to set the environment variable `mesonBuildType`, per the
# guidance in https://github.com/NixOS/nix/blob/8a3fc27f1b63a08ac983ee46435a56cf49ebaf4a/doc/manual/source/development/debugging.md?plain=1#L10.
# For this reason, we don't want to refer to `finalAttrs.mesonBuildType` here, but rather use the environment variable.
preConfigure =
prevAttrs.preConfigure or ""
+
lib.optionalString
(
!stdenv.hostPlatform.isWindows
# build failure
&& !stdenv.hostPlatform.isStatic
# LTO breaks exception handling on x86-64-darwin.
&& stdenv.system != "x86_64-darwin"
)
''
case "$mesonBuildType" in
release|minsize) appendToVar mesonFlags "-Db_lto=true" ;;
*) appendToVar mesonFlags "-Db_lto=false" ;;
esac
'';
nativeBuildInputs = [
meson
ninja
]
++ prevAttrs.nativeBuildInputs or [ ];
mesonCheckFlags = prevAttrs.mesonCheckFlags or [ ] ++ [
"--print-errorlogs"
];
};
mesonBuildLayer = finalAttrs: prevAttrs: {
nativeBuildInputs = prevAttrs.nativeBuildInputs or [ ] ++ [
pkg-config
];
separateDebugInfo = !stdenv.hostPlatform.isStatic;
hardeningDisable = lib.optional stdenv.hostPlatform.isStatic "pie";
};
mesonLibraryLayer = finalAttrs: prevAttrs: {
# See https://github.com/NixOS/nix/pull/14105 -- enabling this only for Nix 2.32+ as there are
# reports of undefined behavior on previous versions. Note that this does //not// use
# `finalAttrs.version` in order to avoid infinite recursion.
${if lib.versionOlder version "2.32" then null else "preConfigure"} =
let
interpositionFlags = [
"-fno-semantic-interposition"
"-Wl,-Bsymbolic-functions"
];
in
# NOTE: By default GCC disables interprocedular optimizations (in particular inlining) for
# position-independent code and thus shared libraries.
# Since LD_PRELOAD tricks aren't worth losing out on optimizations, we disable it for good.
# This is not the case for Clang, where inlining is done by default even without -fno-semantic-interposition.
# https://reviews.llvm.org/D102453
# https://fedoraproject.org/wiki/Changes/PythonNoSemanticInterpositionSpeedup
prevAttrs.preConfigure or ""
+ lib.optionalString stdenv.cc.isGNU ''
export CFLAGS="''${CFLAGS:-} ${toString interpositionFlags}"
export CXXFLAGS="''${CXXFLAGS:-} ${toString interpositionFlags}"
'';
outputs = prevAttrs.outputs or [ "out" ] ++ [ "dev" ];
};
# Work around weird `--as-needed` linker behavior with BSD, see
# https://github.com/mesonbuild/meson/issues/3593
bsdNoLinkAsNeeded =
finalAttrs: prevAttrs:
lib.optionalAttrs stdenv.hostPlatform.isBSD {
mesonFlags = [ (lib.mesonBool "b_asneeded" false) ] ++ prevAttrs.mesonFlags or [ ];
};
nixDefaultsLayer = finalAttrs: prevAttrs: {
strictDeps = prevAttrs.strictDeps or true;
enableParallelBuilding = true;
pos = builtins.unsafeGetAttrPos "pname" prevAttrs;
meta = prevAttrs.meta or { } // {
homepage = prevAttrs.meta.homepage or "https://nixos.org/nix";
longDescription =
prevAttrs.longDescription or ''
Nix is a powerful package manager for mainly Linux and other Unix systems that
makes package management reliable and reproducible. It provides atomic
upgrades and rollbacks, side-by-side installation of multiple versions of
a package, multi-user package management and easy setup of build
environments.
'';
license = prevAttrs.meta.license or lib.licenses.lgpl21Plus;
maintainers = prevAttrs.meta.maintainers or [ ] ++ scope.maintainers;
teams = prevAttrs.meta.teams or [ ] ++ scope.teams;
platforms = prevAttrs.meta.platforms or (lib.platforms.unix ++ lib.platforms.windows);
};
};
/**
Append patches to the source layer.
*/
appendPatches =
scope: patches:
scope.overrideScope (
finalScope: prevScope: {
patches = prevScope.patches ++ patches;
}
);
whenAtLeast = v: thing: if lib.versionAtLeast version v then thing else null;
in
# This becomes the pkgs.nixComponents attribute set
{
inherit version;
inherit maintainers;
inherit teams;
inherit filesetToSource;
/**
A user-provided extension function to apply to each component derivation.
*/
mesonComponentOverrides = finalAttrs: prevAttrs: { };
/**
An overridable derivation layer for handling the sources.
*/
sourceLayer = localSourceLayer;
/**
Resolve a path value to either itself or a path in the `src`, depending
whether `overrideSource` was called.
*/
resolvePath = p: p;
/**
Apply an extension function (i.e. overlay-shaped) to all component derivations.
Single argument: the extension function to apply (finalAttrs: prevAttrs: { ... })
*/
overrideAllMesonComponents =
f:
scope.overrideScope (
finalScope: prevScope: {
mesonComponentOverrides = lib.composeExtensions scope.mesonComponentOverrides f;
}
);
/**
Provide an alternate source. This allows the expressions to be vendored without copying the sources,
but it does make the build non-granular; all components will use a complete source.
Filesets in the packaging expressions will be ignored.
Single argument: the source to use.
See also `appendPatches`
*/
overrideSource =
src:
scope.overrideScope (
finalScope: prevScope: {
sourceLayer = makeFetchedSourceLayer finalScope;
/**
Unpatched source for the build of Nix. Packaging expressions will be ignored.
*/
src = src;
/**
Patches for the whole Nix source. Changes to packaging expressions will be ignored.
*/
patches = [ ];
/**
Fetched and patched source to be used in component derivations.
*/
patchedSrc =
if finalScope.patches == [ ] then
src
else
pkgs.buildPackages.srcOnly (
pkgs.buildPackages.stdenvNoCC.mkDerivation {
name = "${finalScope.src.name or "nix-source"}-patched";
inherit (finalScope) src patches;
}
);
resolvePath = p: finalScope.patchedSrc + "/${resolveRelPath p}";
filesetToSource = { root, fileset }: finalScope.resolvePath root;
appendPatches = appendPatches finalScope;
}
);
/**
Append patches to be applied to the whole Nix source.
This affects all components.
Changes to the packaging expressions will be ignored.
Single argument: list of patches to apply
See also `overrideSource`
*/
appendPatches =
patches:
# switch to "fetched" source first, so that patches apply to the whole tree.
(scope.overrideSource "${./..}").appendPatches patches;
mkMesonDerivation = mkPackageBuilder [
nixDefaultsLayer
scope.sourceLayer
setVersionLayer
mesonLayer
scope.mesonComponentOverrides
];
mkMesonExecutable = mkPackageBuilder [
nixDefaultsLayer
bsdNoLinkAsNeeded
scope.sourceLayer
setVersionLayer
mesonLayer
mesonBuildLayer
scope.mesonComponentOverrides
];
mkMesonLibrary = mkPackageBuilder [
nixDefaultsLayer
bsdNoLinkAsNeeded
scope.sourceLayer
mesonLayer
setVersionLayer
mesonBuildLayer
mesonLibraryLayer
scope.mesonComponentOverrides
];
nix-util = callPackage ../src/libutil/package.nix { };
nix-util-c = callPackage ../src/libutil-c/package.nix { };
nix-util-test-support = callPackage ../src/libutil-test-support/package.nix { };
nix-util-tests = callPackage ../src/libutil-tests/package.nix { };
nix-store = callPackage ../src/libstore/package.nix { };
nix-store-c = callPackage ../src/libstore-c/package.nix { };
nix-store-test-support = callPackage ../src/libstore-test-support/package.nix { };
nix-store-tests = callPackage ../src/libstore-tests/package.nix { };
nix-fetchers = callPackage ../src/libfetchers/package.nix { };
${whenAtLeast "2.29pre" "nix-fetchers-c"} = callPackage ../src/libfetchers-c/package.nix { };
nix-fetchers-tests = callPackage ../src/libfetchers-tests/package.nix { };
nix-expr = callPackage ../src/libexpr/package.nix { };
nix-expr-c = callPackage ../src/libexpr-c/package.nix { };
nix-expr-test-support = callPackage ../src/libexpr-test-support/package.nix { };
nix-expr-tests = callPackage ../src/libexpr-tests/package.nix { };
nix-flake = callPackage ../src/libflake/package.nix { };
nix-flake-c = callPackage ../src/libflake-c/package.nix { };
nix-flake-tests = callPackage ../src/libflake-tests/package.nix { };
nix-main = callPackage ../src/libmain/package.nix { };
nix-main-c = callPackage ../src/libmain-c/package.nix { };
nix-cmd = callPackage ../src/libcmd/package.nix { };
nix-cli = callPackage ../src/nix/package.nix { };
nix-functional-tests = callPackage ../tests/functional/package.nix { };
nix-manual = callPackage ../doc/manual/package.nix { };
nix-internal-api-docs = callPackage ../src/internal-api-docs/package.nix { };
nix-external-api-docs = callPackage ../src/external-api-docs/package.nix { };
nix-perl-bindings = callPackage ../src/perl/package.nix { };
nix-everything = callPackage ../packaging/everything.nix { } // {
# Note: no `passthru.overrideAllMesonComponents` etc
# This would propagate into `nix.overrideAttrs f`, but then discard
# `f` when `.overrideAllMesonComponents` is used.
# Both "methods" should be views on the same fixpoint overriding mechanism
# for that to work. For now, we intentionally don't support the broken
# two-fixpoint solution.
/**
Apply an extension function (i.e. overlay-shaped) to all component derivations, and return the nix package.
Single argument: the extension function to apply (finalAttrs: prevAttrs: { ... })
*/
overrideAllMesonComponents = f: (scope.overrideAllMesonComponents f).nix-everything;
/**
Append patches to be applied to the whole Nix source.
This affects all components.
Changes to the packaging expressions will be ignored.
Single argument: list of patches to apply
See also `overrideSource`
*/
appendPatches = ps: (scope.appendPatches ps).nix-everything;
/**
Provide an alternate source. This allows the expressions to be vendored without copying the sources,
but it does make the build non-granular; all components will use a complete source.
Filesets in the packaging expressions will be ignored.
Single argument: the source to use.
See also `appendPatches`
*/
overrideSource = src: (scope.overrideSource src).nix-everything;
/**
Override any internals of the Nix package set.
Single argument: the extension function to apply to the package set (finalScope: prevScope: { ... })
Example:
```
overrideScope (finalScope: prevScope: { aws-sdk-cpp = null; })
```
*/
overrideScope = f: (scope.overrideScope f).nix-everything;
};
}

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{
lib,
stdenv,
lndir,
buildEnv,
maintainers,
teams,
version,
nix-util,
nix-util-c,
nix-util-tests,
nix-store,
nix-store-c,
nix-store-tests,
nix-fetchers,
nix-fetchers-c,
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,
patchedSrc ? null,
}:
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 (lib.versionAtLeast version "2.29pre") {
inherit
nix-fetchers-c
;
}
//
lib.optionalAttrs
(!stdenv.hostPlatform.isStatic && stdenv.buildPlatform.canExecute stdenv.hostPlatform)
{
# Currently fails in static build
inherit
nix-perl-bindings
;
};
devdoc = buildEnv {
name = "nix-${nix-cli.version}-devdoc";
paths = [
nix-internal-api-docs
nix-external-api-docs
];
};
in
stdenv.mkDerivation (finalAttrs: {
pname = "nix";
version = nix-cli.version;
/**
This package uses a multi-output derivation, even though some outputs could
have been provided directly by the constituent component that provides it.
This is because not all tooling handles packages composed of arbitrary
outputs yet. This includes nix itself, https://github.com/NixOS/nix/issues/6507.
`devdoc` is also available, but not listed here, because this attribute is
not an output of the same derivation that provides `out`, `dev`, etc.
*/
outputs = [
"out"
"dev"
"doc"
"man"
];
/**
Unpacking is handled in this package's constituent components
*/
dontUnpack = true;
/**
Building is handled in this package's constituent components
*/
dontBuild = true;
/**
`doCheck` controles whether tests are added as build gate for the combined package.
This includes both the unit tests and the functional tests, but not the
integration tests that run in CI (the flake's `hydraJobs` and some of the `checks`).
*/
doCheck = true;
/**
`fixupPhase` currently doesn't understand that a symlink output isn't writable.
We don't compile or link anything in this derivation, so fixups aren't needed.
*/
dontFixup = 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
]
++
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
];
nativeBuildInputs = [
lndir
];
installPhase =
let
devPaths = lib.mapAttrsToList (_k: lib.getDev) finalAttrs.finalPackage.libs;
in
''
mkdir -p $out $dev/nix-support
# Custom files
echo $libs >> $dev/nix-support/propagated-build-inputs
echo ${nix-cli} ${lib.escapeShellArgs devPaths} >> $dev/nix-support/propagated-build-inputs
# Merged outputs
lndir ${nix-cli} $out
for lib in ${lib.escapeShellArgs devPaths}; do
lndir $lib $dev
done
# Forwarded outputs
ln -sT ${nix-manual} $doc
ln -sT ${nix-manual.man} $man
'';
passthru = {
inherit (nix-cli) version;
src = patchedSrc;
/**
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;
/**
Developer documentation for `nix`, in `share/doc/nix/{internal,external}-api/`.
This is not a proper output; see `outputs` for context.
*/
inherit devdoc;
/**
Extra tests that test this package, but do not run as part of the build.
See <https://nixos.org/manual/nixpkgs/stable/index.html#var-passthru-tests>
*/
tests = {
pkg-config = testers.hasPkgConfigModules {
package = finalAttrs.finalPackage;
};
};
};
meta = {
mainProgram = "nix";
description = "Nix package manager";
longDescription = nix-cli.meta.longDescription;
homepage = nix-cli.meta.homepage;
license = nix-cli.meta.license;
maintainers = maintainers;
teams = teams;
platforms = nix-cli.meta.platforms;
outputsToInstall = [
"out"
"man"
];
pkgConfigModules = [
"nix-cmd"
"nix-expr"
"nix-expr-c"
"nix-fetchers"
]
++ lib.optionals (lib.versionAtLeast version "2.29pre") [
"nix-fetchers-c"
]
++ [
"nix-flake"
"nix-flake-c"
"nix-main"
"nix-main-c"
"nix-store"
"nix-store-c"
"nix-util"
"nix-util-c"
];
};
})