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nix/packaging/hydra.nix
Sergei Zimmerman 0302cd00c9
packaging/hydra: Don't build kaitai nar docs tests in hydra
It's not evaling on hydra currently and is only part of the docs. Support
for this it best effort at best so we should not build this in hydra, considering
the amount of effort required to support this. I would even consider dropping these
checks and component altogether, since there doesn't seem to be much interest in maintaining
these docs from the core team anyway.
2025-12-08 00:37:10 +03:00

324 lines
9.9 KiB
Nix

{
inputs,
forAllCrossSystems,
forAllSystems,
lib,
linux64BitSystems,
nixpkgsFor,
self,
officialRelease,
}:
let
inherit (inputs) nixpkgs nixpkgs-regression;
installScriptFor =
tarballs:
nixpkgsFor.x86_64-linux.native.callPackage ./installer {
inherit tarballs;
};
testNixVersions =
pkgs: daemon:
pkgs.nixComponents2.nix-functional-tests.override {
pname = "nix-daemon-compat-tests";
version = "${pkgs.nix.version}-with-daemon-${daemon.version}";
test-daemon = daemon;
};
# Technically we could just return `pkgs.nixComponents2`, but for Hydra it's
# convention to transpose it, and to transpose it efficiently, we need to
# enumerate them manually, so that we don't evaluate unnecessary package sets.
# See listingIsComplete below.
forAllPackages = forAllPackages' { };
forAllPackages' =
{
enableBindings ? false,
enableDocs ? false, # already have separate attrs for these
}:
lib.genAttrs (
[
"nix-everything"
"nix-util"
"nix-util-c"
"nix-util-test-support"
"nix-util-tests"
"nix-store"
"nix-store-c"
"nix-store-test-support"
"nix-store-tests"
"nix-fetchers"
"nix-fetchers-c"
"nix-fetchers-tests"
"nix-expr"
"nix-expr-c"
"nix-expr-test-support"
"nix-expr-tests"
"nix-flake"
"nix-flake-c"
"nix-flake-tests"
"nix-main"
"nix-main-c"
"nix-cmd"
"nix-cli"
"nix-functional-tests"
"nix-json-schema-checks"
]
++ lib.optionals enableBindings [
"nix-perl-bindings"
]
++ lib.optionals enableDocs [
"nix-manual"
"nix-manual-manpages-only"
"nix-internal-api-docs"
"nix-external-api-docs"
"nix-kaitai-struct-checks"
]
);
in
rec {
/**
An internal check to make sure our package listing is complete.
*/
listingIsComplete =
let
arbitrarySystem = "x86_64-linux";
listedPkgs = forAllPackages' {
enableBindings = true;
enableDocs = true;
} (_: null);
actualPkgs = lib.concatMapAttrs (
k: v: if lib.strings.hasPrefix "nix-" k then { ${k} = null; } else { }
) nixpkgsFor.${arbitrarySystem}.native.nixComponents2;
diff = lib.concatStringsSep "\n" (
lib.concatLists (
lib.mapAttrsToList (
k: _:
if (listedPkgs ? ${k}) && !(actualPkgs ? ${k}) then
[ "- ${k}: redundant?" ]
else if !(listedPkgs ? ${k}) && (actualPkgs ? ${k}) then
[ "- ${k}: missing?" ]
else
[ ]
) (listedPkgs // actualPkgs)
)
);
in
if listedPkgs == actualPkgs then
{ }
else
throw ''
Please update the components list in hydra.nix (or fix this check)
Differences:
${diff}
'';
# Binary package for various platforms.
build = forAllPackages (
pkgName: forAllSystems (system: nixpkgsFor.${system}.native.nixComponents2.${pkgName})
);
shellInputs = removeAttrs (forAllSystems (
system: self.devShells.${system}.default.inputDerivation
)) [ "i686-linux" ];
buildStatic = forAllPackages (
pkgName:
lib.genAttrs linux64BitSystems (
system: nixpkgsFor.${system}.native.pkgsStatic.nixComponents2.${pkgName}
)
);
buildCross = forAllPackages (
pkgName:
# Hack to avoid non-evaling package
(
if pkgName == "nix-functional-tests" then
lib.flip builtins.removeAttrs [ "x86_64-w64-mingw32" ]
else
lib.id
)
(
forAllCrossSystems (
crossSystem:
lib.genAttrs [ "x86_64-linux" ] (
system: nixpkgsFor.${system}.cross.${crossSystem}.nixComponents2.${pkgName}
)
)
)
);
# Builds with sanitizers already have GC disabled, so this buildNoGc can just
# point to buildWithSanitizers in order to reduce the load on hydra.
buildNoGc = buildWithSanitizers;
buildWithSanitizers =
let
components = forAllSystems (
system:
let
pkgs = nixpkgsFor.${system}.native;
in
pkgs.nixComponents2.overrideScope (
self: super: {
# Boost coroutines fail with ASAN on darwin.
withASan = !pkgs.stdenv.buildPlatform.isDarwin;
withUBSan = true;
nix-expr = super.nix-expr.override { enableGC = false; };
# Unclear how to make Perl bindings work with a dynamically linked ASAN.
nix-perl-bindings = null;
}
)
);
in
forAllPackages (pkgName: forAllSystems (system: components.${system}.${pkgName}));
buildNoTests = forAllSystems (system: nixpkgsFor.${system}.native.nixComponents2.nix-cli);
# Toggles some settings for better coverage. Windows needs these
# library combinations, and Debian build Nix with GNU readline too.
buildReadlineNoMarkdown =
let
components = forAllSystems (
system:
nixpkgsFor.${system}.native.nixComponents2.overrideScope (
self: super: {
nix-cmd = super.nix-cmd.override {
enableMarkdown = false;
readlineFlavor = "readline";
};
}
)
);
in
forAllPackages (pkgName: forAllSystems (system: components.${system}.${pkgName}));
# Perl bindings for various platforms.
perlBindings = forAllSystems (system: nixpkgsFor.${system}.native.nixComponents2.nix-perl-bindings);
# Binary tarball for various platforms, containing a Nix store
# with the closure of 'nix' package, and the second half of
# the installation script.
binaryTarball = forAllSystems (
system: nixpkgsFor.${system}.native.callPackage ./binary-tarball.nix { }
);
binaryTarballCross = lib.genAttrs [ "x86_64-linux" ] (
system:
forAllCrossSystems (
crossSystem: nixpkgsFor.${system}.cross.${crossSystem}.callPackage ./binary-tarball.nix { }
)
);
# The first half of the installation script. This is uploaded
# to https://nixos.org/nix/install. It downloads the binary
# tarball for the user's system and calls the second half of the
# installation script.
installerScript = installScriptFor [
# Native
self.hydraJobs.binaryTarball."x86_64-linux"
self.hydraJobs.binaryTarball."i686-linux"
self.hydraJobs.binaryTarball."aarch64-linux"
self.hydraJobs.binaryTarball."x86_64-darwin"
self.hydraJobs.binaryTarball."aarch64-darwin"
# Cross
self.hydraJobs.binaryTarballCross."x86_64-linux"."armv6l-unknown-linux-gnueabihf"
self.hydraJobs.binaryTarballCross."x86_64-linux"."armv7l-unknown-linux-gnueabihf"
self.hydraJobs.binaryTarballCross."x86_64-linux"."riscv64-unknown-linux-gnu"
];
installerScriptForGHA = forAllSystems (
system:
nixpkgsFor.${system}.native.callPackage ./installer {
tarballs = [ self.hydraJobs.binaryTarball.${system} ];
}
);
# docker image with Nix inside
dockerImage = lib.genAttrs linux64BitSystems (system: self.packages.${system}.dockerImage);
# # Line coverage analysis.
coverage =
(import ./../ci/gha/tests rec {
withCoverage = true;
pkgs = nixpkgsFor.x86_64-linux.nativeForStdenv.clangStdenv;
nixComponents = pkgs.nixComponents2;
nixFlake = null;
getStdenv = p: p.clangStdenv;
}).codeCoverage.coverageReports.overrideAttrs
{
name = "nix-coverage"; # For historical consistency
};
# Nix's manual
manual = nixpkgsFor.x86_64-linux.native.nixComponents2.nix-manual;
# API docs for Nix's unstable internal C++ interfaces.
internal-api-docs = nixpkgsFor.x86_64-linux.native.nixComponents2.nix-internal-api-docs;
# API docs for Nix's C bindings.
external-api-docs = nixpkgsFor.x86_64-linux.native.nixComponents2.nix-external-api-docs;
# System tests.
tests =
import ../tests/nixos {
inherit lib nixpkgs;
pkgs = nixpkgsFor.x86_64-linux.native;
nixComponents = nixpkgsFor.x86_64-linux.native.nixComponents2;
inherit (self.inputs) nixpkgs-23-11;
}
// {
# Make sure that nix-env still produces the exact same result
# on a particular version of Nixpkgs.
evalNixpkgs =
let
inherit (nixpkgsFor.x86_64-linux.native) runCommand nix;
in
runCommand "eval-nixos" { buildInputs = [ nix ]; } ''
type -p nix-env
# Note: we're filtering out nixos-install-tools because https://github.com/NixOS/nixpkgs/pull/153594#issuecomment-1020530593.
(
set -x
time nix-env --store dummy:// -f ${nixpkgs-regression} -qaP --drv-path | sort | grep -v nixos-install-tools > packages
[[ $(sha1sum < packages | cut -c1-40) = e01b031fc9785a572a38be6bc473957e3b6faad7 ]]
)
mkdir $out
'';
nixpkgsLibTests = forAllSystems (
system:
import (nixpkgs + "/lib/tests/test-with-nix.nix") {
lib = nixpkgsFor.${system}.native.lib;
nix = self.packages.${system}.nix-cli;
pkgs = nixpkgsFor.${system}.native;
}
);
};
metrics.nixpkgs = import "${nixpkgs-regression}/pkgs/top-level/metrics.nix" {
pkgs = nixpkgsFor.x86_64-linux.native;
nixpkgs = nixpkgs-regression;
};
installTests = forAllSystems (
system:
let
pkgs = nixpkgsFor.${system}.native;
in
pkgs.runCommand "install-tests" {
againstSelf = testNixVersions pkgs pkgs.nix;
againstCurrentLatest =
# FIXME: temporarily disable this on macOS because of #3605.
if system == "x86_64-linux" then testNixVersions pkgs pkgs.nixVersions.latest else null;
# Disabled because the latest stable version doesn't handle
# `NIX_DAEMON_SOCKET_PATH` which is required for the tests to work
# againstLatestStable = testNixVersions pkgs pkgs.nixStable;
} "touch $out"
);
installerTests = import ../tests/installer {
binaryTarballs = self.hydraJobs.binaryTarball;
inherit nixpkgsFor;
};
}