{ stdenv, lib, nixosTests, pkgsCross, testers, fetchFromGitHub, buildPackages, makeBinaryWrapper, ninja, meson, m4, pkg-config, coreutils, gperf, glibcLocales, autoPatchelfHook, # glib is only used during tests (test-bus-gvariant, test-bus-marshal) glib, gettext, python3Packages, # Mandatory dependencies util-linux, kbd, kmod, libxcrypt, # Optional dependencies pam, cryptsetup, audit, acl, lz4, openssl, libgcrypt, libgpg-error, libidn2, curl, zlib, xz, zstd, tpm2-tss, libuuid, libapparmor, intltool, bzip2, pcre2, elfutils, linuxHeaders ? stdenv.cc.libc.linuxHeaders, gnutls, withSelinux ? false, libselinux, withLibseccomp ? lib.meta.availableOn stdenv.hostPlatform libseccomp, libseccomp, withKexectools ? lib.meta.availableOn stdenv.hostPlatform kexec-tools, kexec-tools, bash, bashNonInteractive, libmicrohttpd, libfido2, p11-kit, libpwquality, qrencode, libarchive, llvmPackages, # the (optional) BPF feature requires bpftool, libbpf, clang and llvm-strip to # be available during build time. # Only libbpf should be a runtime dependency. # Note: llvmPackages is explicitly taken from buildPackages instead of relying # on splicing. Splicing will evaluate the adjacent (pkgsHostTarget) llvmPackages # which is sometimes problematic: llvmPackages.clang looks at targetPackages.stdenv.cc # which, in the unfortunate case of pkgsCross.ghcjs, `throw`s. If we # explicitly take buildPackages.llvmPackages, this is no problem because # `buildPackages.targetPackages.stdenv.cc == stdenv.cc` relative to # us. Working around this is important, because systemd is in the dependency # closure of GHC via emscripten and jdk. bpftools, libbpf, # Needed to produce a ukify that works for cross compiling UKIs. targetPackages, withAcl ? true, withAnalyze ? true, withApparmor ? true, withAudit ? true, # compiles systemd-boot, assumes EFI is available. withBootloader ? withEfi # "Unknown 64-bit data model" && !stdenv.hostPlatform.isRiscV32, # adds bzip2, lz4, xz and zstd withCompression ? true, withCoredump ? true, withCryptsetup ? true, withRepart ? true, withDocumentation ? true, withEfi ? stdenv.hostPlatform.isEfi, withFido2 ? true, withFirstboot ? true, withGcrypt ? true, withHomed ? true, withHostnamed ? true, withHwdb ? true, withImportd ? true, withKmod ? true, withLibBPF ? lib.versionAtLeast buildPackages.llvmPackages.clang.version "10.0" # assumes hard floats && ( stdenv.hostPlatform.isAarch -> stdenv.hostPlatform.parsed.cpu ? version && lib.versionAtLeast stdenv.hostPlatform.parsed.cpu.version "6" ) # see https://github.com/NixOS/nixpkgs/pull/194149#issuecomment-1266642211 && !stdenv.hostPlatform.isMips64 # https://reviews.llvm.org/D43106#1019077 && (stdenv.hostPlatform.isRiscV32 -> stdenv.cc.isClang) # buildPackages.targetPackages.llvmPackages is the same as llvmPackages, # but we do it this way to avoid taking llvmPackages as an input, and # risking making it too easy to ignore the above comment about llvmPackages. && lib.meta.availableOn stdenv.hostPlatform buildPackages.targetPackages.llvmPackages.compiler-rt, withLibidn2 ? true, withLocaled ? true, withLogind ? true, withMachined ? true, withNetworkd ? true, withNspawn ? !buildLibsOnly, withNss ? !stdenv.hostPlatform.isMusl, withOomd ? true, withOpenSSL ? true, withPam ? true, withPasswordQuality ? true, withPCRE2 ? true, withPolkit ? true, withPortabled ? true, withQrencode ? true, withRemote ? true, withResolved ? true, withShellCompletions ? true, withSysusers ? true, withSysupdate ? true, withTimedated ? true, withTimesyncd ? true, withTpm2Tss ? true, # adds python to closure which is too much by default withUkify ? false, withUserDb ? true, # utmp does not exist on musl, so it would be implicitly disabled # It is important to document the lack of utmp in nix, # otherwise the condition for systemd-update-utmp.service will # attempt to load a service which does not exist, resulting in errors. withUtmp ? !stdenv.hostPlatform.isMusl, withVmspawn ? true, # kernel-install shouldn't usually be used on NixOS, but can be useful, e.g. for # building disk images for non-NixOS systems. To save users from trying to use it # on their live NixOS system, we disable it by default. withKernelInstall ? false, withLibarchive ? true, withVConsole ? true, # tests assume too much system access for them to be feasible for us right now withTests ? false, # build only libudev and libsystemd buildLibsOnly ? false, # yes, pname is an argument here pname ? "systemd", libxslt, docbook_xsl, docbook_xml_dtd_42, docbook_xml_dtd_45, withLogTrace ? false, }: assert withImportd -> withCompression; assert withCoredump -> withCompression; assert withHomed -> withCryptsetup; assert withHomed -> withPam; assert withHomed -> withOpenSSL; assert withFido2 -> withOpenSSL; assert withSysupdate -> withOpenSSL; assert withImportd -> (withGcrypt || withOpenSSL); assert withUkify -> (withEfi && withBootloader); assert withRepart -> withCryptsetup; assert withBootloader -> withEfi; let wantCurl = withRemote || withImportd; # Use the command below to update `releaseTimestamp` on every (major) version # change. More details in the commentary at mesonFlags. # command: # $ curl -s https://api.github.com/repos/systemd/systemd/releases/latest | \ # jq '.created_at|strptime("%Y-%m-%dT%H:%M:%SZ")|mktime' releaseTimestamp = "1773777352"; in stdenv.mkDerivation (finalAttrs: { inherit pname; version = "260.1"; src = fetchFromGitHub { owner = "systemd"; repo = "systemd"; rev = "v${finalAttrs.version}"; hash = "sha256-FUKj3lvjz8TIsyu8NyJYtiNele+1BhdJPdw7r7nW6as="; }; # PATCH POLICY # # There are only two reasons we accept patches on systemd: # 1. systemd functionality is fundamentally incompatible with how NixOS works # and workarounds are not possible. # 2. Hotfixes that we want to apply before they have reached a systemd branch # we can use. If we come up with the fixes in Nixpkgs, they need to be # reported upstream and the upstream issue needs to be linked in the # commit message of the patch. # # Importantly, patches to improve usability, enable new features on NixOS or # add entirely new features to systemd are not allowed. # On major changes, or when otherwise required, you *must* : # 1. reformat the patches, # 2. `git am path/to/00*.patch` them into a systemd worktree, # 3. rebase to the more recent systemd version, # 4. and export the patches again via # `git -c format.signoff=false format-patch v${version} --no-numbered --zero-commit --no-signature`. # Use `find . -name "*.patch" | sort` to get an up-to-date listing of all # patches patches = [ ./0001-Don-t-try-to-unmount-nix-or-nix-store.patch ./0002-Change-usr-share-zoneinfo-to-etc-zoneinfo.patch ./0003-add-rootprefix-to-lookup-dir-paths.patch ./0004-path-util.h-add-placeholder-for-DEFAULT_PATH_NORMAL.patch ./0005-core-don-t-taint-on-unmerged-usr.patch ] ++ lib.optionals (stdenv.hostPlatform.isLinux && stdenv.hostPlatform.isGnu) [ ./0006-timesyncd-disable-NSCD-when-DNSSEC-validation-is-dis.patch ]; postPatch = '' substituteInPlace src/basic/path-util.h --replace "@defaultPathNormal@" "${placeholder "out"}/bin/" '' + lib.optionalString withLibBPF '' substituteInPlace meson.build \ --replace "find_program('clang'" "find_program('${stdenv.cc.targetPrefix}clang'" '' + lib.optionalString withUkify '' substituteInPlace src/ukify/ukify.py \ --replace \ "'readelf'" \ "'${targetPackages.stdenv.cc.bintools.targetPrefix}readelf'" \ --replace \ "/usr/lib/systemd/boot/efi" \ "$out/lib/systemd/boot/efi" '' # Finally, patch shebangs in scripts used at build time. This must not patch # scripts that will end up in the output, to avoid build platform references # when cross-compiling. + '' shopt -s extglob patchShebangs tools test src/!(rpm|kernel-install|ukify) src/kernel-install/test-kernel-install.sh ''; outputs = [ "out" "dev" ] ++ (lib.optional (!buildLibsOnly) "man"); separateDebugInfo = true; __structuredAttrs = true; hardeningDisable = lib.optionals withLibBPF [ # breaks clang -target bpf; should be fixed to not use # a wrapped clang? "zerocallusedregs" "shadowstack" "pacret" ]; nativeBuildInputs = [ pkg-config makeBinaryWrapper gperf ninja meson glibcLocales m4 autoPatchelfHook intltool gettext libxslt docbook_xsl docbook_xml_dtd_42 docbook_xml_dtd_45 bash (buildPackages.python3Packages.python.withPackages ( ps: with ps; [ lxml jinja2 ] ++ lib.optional withEfi ps.pyelftools # pefile is only required to trigger a check in meson to actually build # ukify. This module should never appear in the runtime closure of ukify. # Instead the pefile from buildInputs should be used. # Remove this when it's fixed upstream: https://github.com/systemd/systemd/pull/41959 ++ lib.optional withUkify ps.pefile )) ] ++ lib.optionals withLibBPF [ bpftools buildPackages.llvmPackages.clang buildPackages.llvmPackages.libllvm ]; autoPatchelfFlags = [ "--keep-libc" ]; buildInputs = [ libxcrypt libuuid linuxHeaders ] ++ lib.optionals withGcrypt [ libgcrypt libgpg-error ] ++ lib.optionals withOpenSSL [ openssl ] ++ lib.optional withTests glib ++ lib.optional withAcl acl ++ lib.optional withApparmor libapparmor ++ lib.optional withAudit audit ++ lib.optional wantCurl (lib.getDev curl) ++ lib.optionals withCompression [ zlib bzip2 lz4 xz zstd ] ++ lib.optional withCoredump elfutils ++ lib.optional withCryptsetup (lib.getDev cryptsetup.dev) ++ lib.optional withKexectools kexec-tools ++ lib.optional withKmod kmod ++ lib.optional withLibidn2 libidn2 ++ lib.optional withLibseccomp libseccomp ++ lib.optional withPam pam ++ lib.optional withPCRE2 pcre2 ++ lib.optional withSelinux libselinux ++ lib.optionals withRemote [ libmicrohttpd gnutls ] ++ lib.optionals (withHomed || withCryptsetup) [ p11-kit ] ++ lib.optionals (withHomed || withCryptsetup) [ libfido2 ] ++ lib.optionals withLibBPF [ libbpf ] ++ lib.optional withTpm2Tss tpm2-tss ++ lib.optional withUkify (python3Packages.python.withPackages (ps: with ps; [ pefile ])) ++ lib.optionals withPasswordQuality [ libpwquality ] ++ lib.optionals withQrencode [ qrencode ] ++ lib.optionals withLibarchive [ libarchive ] ++ lib.optional (withBootloader && stdenv.targetPlatform.useLLVM or false) ( llvmPackages.compiler-rt.override { doFakeLibgcc = true; } ); mesonBuildType = "release"; mesonFlags = [ # Options # We bump this attribute on every (major) version change to ensure that we # have known-good value for a timestamp that is in the (not so distant) # past. This serves as a lower bound for valid system timestamps during # startup. Systemd will reset the system timestamp if this date is +- 15 # years from the system time. # See the systemd v250 release notes for further details: # https://github.com/systemd/systemd/blob/60e930fc3e6eb8a36fbc184773119eb8d2f30364/NEWS#L258-L266 (lib.mesonOption "time-epoch" releaseTimestamp) (lib.mesonOption "version-tag" finalAttrs.version) (lib.mesonOption "mode" "release") (lib.mesonOption "tty-gid" "3") # tty in NixOS has gid 3 (lib.mesonOption "pamconfdir" "${placeholder "out"}/etc/pam.d") (lib.mesonOption "shellprofiledir" "${placeholder "out"}/etc/profile.d") (lib.mesonOption "ntp-servers" "0.nixos.pool.ntp.org 1.nixos.pool.ntp.org 2.nixos.pool.ntp.org 3.nixos.pool.ntp.org") # /bin/sh is also the upstream default. Explicitly set this so that we're # independent of upstream changes to the default. (lib.mesonOption "debug-shell" "/bin/sh") # Use the correct path for Bash for user shells (e.g. used in nspawn and # homed), which otherwise defaults to /bin/bash. (lib.mesonOption "default-user-shell" "/run/current-system/sw/bin/bash") # Attempts to check /usr/sbin and that fails in macOS sandbox because # permission is denied. If /usr/sbin is not a symlink, it defaults to true. # We set it to false since stdenv moves sbin/* to bin and creates a symlink, # that is, we do not have split bin. (lib.mesonOption "split-bin" "false") # D-Bus (lib.mesonOption "dbuspolicydir" "${placeholder "out"}/share/dbus-1/system.d") (lib.mesonOption "dbussessionservicedir" "${placeholder "out"}/share/dbus-1/services") (lib.mesonOption "dbussystemservicedir" "${placeholder "out"}/share/dbus-1/system-services") # pkgconfig (lib.mesonOption "pkgconfiglibdir" "${placeholder "dev"}/lib/pkgconfig") (lib.mesonOption "pkgconfigdatadir" "${placeholder "dev"}/share/pkgconfig") # SBAT (lib.mesonOption "sbat-distro" "nixos") (lib.mesonOption "sbat-distro-summary" "NixOS") (lib.mesonOption "sbat-distro-url" "https://nixos.org/") (lib.mesonOption "sbat-distro-pkgname" pname) (lib.mesonOption "sbat-distro-version" finalAttrs.version) # Users (lib.mesonOption "system-uid-max" "999") (lib.mesonOption "system-gid-max" "999") # Login (lib.mesonOption "sulogin-path" "${lib.getOutput "login" util-linux}/bin/sulogin") (lib.mesonOption "nologin-path" "${lib.getOutput "login" util-linux}/bin/nologin") # Mount (lib.mesonOption "mount-path" "${lib.getOutput "mount" util-linux}/bin/mount") (lib.mesonOption "umount-path" "${lib.getOutput "mount" util-linux}/bin/umount") # Swap (lib.mesonOption "swapon-path" "${lib.getOutput "swap" util-linux}/sbin/swapon") (lib.mesonOption "swapoff-path" "${lib.getOutput "swap" util-linux}/sbin/swapoff") # SSH (lib.mesonOption "sshconfdir" "") (lib.mesonOption "sshdconfdir" "no") # RPM # This stops building/installing RPM specific tools. (lib.mesonOption "rpmmacrosdir" "no") # Features # Tests (lib.mesonBool "tests" withTests) (lib.mesonEnable "glib" withTests) (lib.mesonEnable "dbus" withTests) # Compression (lib.mesonEnable "bzip2" withCompression) (lib.mesonEnable "lz4" withCompression) (lib.mesonEnable "xz" withCompression) (lib.mesonEnable "zstd" withCompression) (lib.mesonEnable "zlib" withCompression) # NSS (lib.mesonEnable "nss-mymachines" (withNss && withMachined)) (lib.mesonEnable "nss-resolve" withNss) (lib.mesonBool "nss-myhostname" withNss) (lib.mesonBool "nss-systemd" withNss) # Cryptsetup (lib.mesonEnable "libcryptsetup" withCryptsetup) (lib.mesonEnable "libcryptsetup-plugins" withCryptsetup) (lib.mesonEnable "p11kit" (withHomed || withCryptsetup)) # FIDO2 (lib.mesonEnable "libfido2" withFido2) (lib.mesonEnable "openssl" withOpenSSL) # Password Quality (lib.mesonEnable "pwquality" withPasswordQuality) (lib.mesonEnable "passwdqc" false) # Remote (lib.mesonEnable "remote" withRemote) (lib.mesonEnable "microhttpd" withRemote) (lib.mesonEnable "pam" withPam) (lib.mesonEnable "acl" withAcl) (lib.mesonEnable "audit" withAudit) (lib.mesonEnable "apparmor" withApparmor) (lib.mesonEnable "gcrypt" withGcrypt) (lib.mesonEnable "importd" withImportd) (lib.mesonEnable "homed" withHomed) (lib.mesonEnable "polkit" withPolkit) (lib.mesonEnable "elfutils" withCoredump) (lib.mesonEnable "libcurl" wantCurl) (lib.mesonEnable "libidn2" withLibidn2) (lib.mesonEnable "repart" withRepart) (lib.mesonEnable "sysupdate" withSysupdate) (lib.mesonEnable "sysupdated" withSysupdate) (lib.mesonEnable "seccomp" withLibseccomp) (lib.mesonEnable "selinux" withSelinux) (lib.mesonEnable "tpm2" withTpm2Tss) (lib.mesonEnable "pcre2" withPCRE2) (lib.mesonEnable "bpf-framework" withLibBPF) (lib.mesonEnable "bootloader" withBootloader) (lib.mesonEnable "ukify" withUkify) (lib.mesonEnable "kmod" withKmod) (lib.mesonEnable "qrencode" withQrencode) (lib.mesonEnable "vmspawn" withVmspawn) (lib.mesonEnable "libarchive" withLibarchive) (lib.mesonEnable "xenctrl" false) (lib.mesonEnable "gnutls" false) (lib.mesonEnable "xkbcommon" false) (lib.mesonEnable "man" true) (lib.mesonEnable "nspawn" withNspawn) (lib.mesonBool "vconsole" withVConsole) (lib.mesonBool "analyze" withAnalyze) (lib.mesonBool "logind" withLogind) (lib.mesonBool "localed" withLocaled) (lib.mesonBool "hostnamed" withHostnamed) (lib.mesonBool "machined" withMachined) (lib.mesonBool "networkd" withNetworkd) (lib.mesonBool "oomd" withOomd) (lib.mesonBool "portabled" withPortabled) (lib.mesonBool "hwdb" withHwdb) (lib.mesonBool "timedated" withTimedated) (lib.mesonBool "timesyncd" withTimesyncd) (lib.mesonBool "userdb" withUserDb) (lib.mesonBool "coredump" withCoredump) (lib.mesonBool "firstboot" withFirstboot) (lib.mesonBool "resolve" withResolved) (lib.mesonBool "sysusers" withSysusers) (lib.mesonBool "efi" withEfi) (lib.mesonBool "utmp" withUtmp) (lib.mesonBool "log-trace" withLogTrace) (lib.mesonBool "kernel-install" withKernelInstall) (lib.mesonBool "quotacheck" false) (lib.mesonBool "ldconfig" false) (lib.mesonBool "install-sysconfdir" false) (lib.mesonBool "create-log-dirs" false) (lib.mesonBool "smack" true) (lib.mesonBool "b_pie" true) ] ++ lib.optionals withVConsole [ (lib.mesonOption "loadkeys-path" "${kbd}/bin/loadkeys") (lib.mesonOption "setfont-path" "${kbd}/bin/setfont") ] ++ lib.optionals withKexectools [ (lib.mesonOption "kexec-path" "${kexec-tools}/bin/kexec") ] ++ lib.optionals withKmod [ (lib.mesonOption "kmod-path" "${kmod}/bin/kmod") ] ++ lib.optionals (withShellCompletions == false) [ (lib.mesonOption "bashcompletiondir" "no") (lib.mesonOption "zshcompletiondir" "no") ] ++ lib.optionals stdenv.hostPlatform.isMusl [ (lib.mesonOption "libc" "musl") (lib.mesonBool "gshadow" false) (lib.mesonBool "idn" false) ]; preConfigure = '' substituteInPlace src/libsystemd/sd-journal/catalog.c \ --replace /usr/lib/systemd/catalog/ $out/lib/systemd/catalog/ ''; # These defines are overridden by CFLAGS and would trigger annoying # warning messages postConfigure = '' substituteInPlace config.h \ --replace-fail "SYSTEMD_BINARY_PATH" "_SYSTEMD_BINARY_PATH" \ --replace-fail "SYSTEM_SHUTDOWN_PATH" "_SYSTEM_SHUTDOWN_PATH" \ --replace-fail "SYSTEM_SLEEP_PATH" "_SYSTEM_SLEEP_PATH" ''; env.NIX_CFLAGS_COMPILE = toString [ "-USYSTEMD_BINARY_PATH" "-DSYSTEMD_BINARY_PATH=\"/run/current-system/systemd/lib/systemd/systemd\"" # This path is not exposed via meson "-USYSTEM_SHUTDOWN_PATH" "-DSYSTEM_SHUTDOWN_PATH=\"/etc/systemd/system-shutdown\"" # This path is not exposed via meson "-USYSTEM_SLEEP_PATH" "-DSYSTEM_SLEEP_PATH=\"/etc/systemd/system-sleep\"" ]; doCheck = false; # trigger the test -n "$DESTDIR" || mutate in upstreams build system preInstall = '' export DESTDIR=/ ''; mesonInstallTags = lib.optionals buildLibsOnly [ "devel" "libudev" "libsystemd" ]; postInstall = lib.optionalString (!buildLibsOnly) '' mkdir -p $out/example/systemd mv $out/lib/{binfmt.d,sysctl.d,tmpfiles.d} $out/example mv $out/lib/systemd/{system,user} $out/example/systemd rm -rf $out/etc/systemd/system # Fix reference to /bin/false in the D-Bus services. for i in $out/share/dbus-1/system-services/*.service; do substituteInPlace $i --replace /bin/false ${coreutils}/bin/false done # For compatibility with dependents that use sbin instead of bin. ln -s bin "$out/sbin" '' + lib.optionalString (!withDocumentation) '' rm -rf $out/share/doc '' + lib.optionalString (withKmod && !buildLibsOnly) '' mv $out/lib/modules-load.d $out/example '' + lib.optionalString withSysusers '' mv $out/lib/sysusers.d $out/example ''; doInstallCheck = true; # check udev rules exposed by systemd # can't use `udevCheckHook` here as that would introduce infinite recursion installCheckPhase = '' runHook preInstallCheck ${lib.optionalString ( !buildLibsOnly ) "$out/bin/udevadm verify --resolve-names=late --no-style $out/lib/udev/rules.d"} runHook postInstallCheck ''; # Avoid *.EFI binary stripping. # At least on aarch64-linux strip removes too much from PE32+ files: # https://github.com/NixOS/nixpkgs/issues/169693 stripExclude = [ "lib/systemd/boot/efi/*" ]; # Wrap in the correct path for LUKS2 tokens. postFixup = lib.optionalString withCryptsetup '' for f in bin/systemd-cryptsetup bin/systemd-cryptenroll; do # This needs to be in LD_LIBRARY_PATH because rpath on a binary is not propagated to libraries using dlopen, in this case `libcryptsetup.so` wrapProgram $out/$f --prefix LD_LIBRARY_PATH : ${placeholder "out"}/lib/cryptsetup done '' + lib.optionalString withUkify '' # To cross compile a derivation that builds a UKI with ukify, we need to wrap # ukify with the correct binutils. When wrapping, no splicing happens so we # have to explicitly pull binutils from targetPackages. wrapProgram $out/bin/ukify --prefix PATH : ${ lib.makeBinPath [ targetPackages.stdenv.cc.bintools ] }:${placeholder "out"}/lib/systemd ''; disallowedReferences = lib.optionals (stdenv.buildPlatform != stdenv.hostPlatform) # 'or p' is for manually specified buildPackages as they dont have __spliced (builtins.filter (p: p != null) (map (p: p.__spliced.buildHost or p) finalAttrs.nativeBuildInputs)); disallowedRequisites = lib.optionals (!withUkify) [ bash bashNonInteractive ]; passthru = { # The `interfaceVersion` attribute below points out the incompatibilities # between systemd versions. When the new systemd build is # backwards-compatible with the previous one, then they can be switched at # runtime (the reboot being optional in this case); otherwise, a reboot is # needed - and therefore `interfaceVersion` should be incremented. interfaceVersion = 2; inherit withBootloader withCryptsetup withEfi withFido2 withHostnamed withImportd withKmod withLocaled withLogind withMachined withNetworkd withNspawn withPortabled withSysupdate withTimedated withTpm2Tss withUtmp util-linux kmod kbd ; # Many TPM2-related units are only installed if this trio of features are # enabled. See https://github.com/systemd/systemd/blob/876ee10e0eb4bbb0920bdab7817a9f06cc34910f/units/meson.build#L521 withTpm2Units = withTpm2Tss && withBootloader && withOpenSSL; tests = let # Some entries in the `nixosTests.systemd-*` set of attributes are collections of tests, # not individual tests themselves. Let's gather them into one set. gatherNixosTestsFromCollection = prefix: collection: lib.mapAttrs' (name: value: { name = "${prefix}-${name}"; inherit value; }) collection; # Here's all the nixosTests that are collections of tests, rather than individual tests. collectedNixosTests = lib.mergeAttrsList ( lib.mapAttrsToList gatherNixosTestsFromCollection { inherit (nixosTests) systemd-binfmt systemd-boot systemd-initrd-networkd systemd-repart installer-systemd-stage-1 ; } ); # ... and here's all the individual tests. individualNixosTests = { inherit (nixosTests) fsck-systemd-stage-1 hibernate-systemd-stage-1 switchTest systemd systemd-analyze systemd-bpf systemd-confinement systemd-coredump systemd-cryptenroll systemd-credentials-tpm2 systemd-escaping systemd-initrd-btrfs-raid systemd-initrd-luks-fido2 systemd-initrd-luks-keyfile systemd-initrd-luks-empty-passphrase systemd-initrd-luks-password systemd-initrd-luks-tpm2 systemd-initrd-modprobe systemd-initrd-shutdown systemd-initrd-simple systemd-initrd-swraid systemd-initrd-vconsole systemd-initrd-networkd-ssh systemd-initrd-networkd-openvpn systemd-initrd-vlan systemd-journal systemd-journal-gateway systemd-journal-upload systemd-machinectl systemd-networkd systemd-networkd-bridge systemd-networkd-dhcpserver systemd-networkd-dhcpserver-static-leases systemd-networkd-ipv6-prefix-delegation systemd-networkd-vrf systemd-no-tainted systemd-nspawn systemd-nspawn-configfile systemd-oomd systemd-portabled systemd-pstore systemd-resolved systemd-shutdown systemd-sysupdate systemd-sysusers-mutable systemd-sysusers-immutable systemd-sysusers-password-option-override-ordering systemd-timesyncd-nscd-dnssec systemd-user-linger systemd-user-tmpfiles-rules systemd-misc systemd-userdbd systemd-homed ; }; # Finally, make an attrset we're fairly sure is just tests. relevantNixosTests = lib.mapAttrs ( name: value: assert lib.assertMsg (lib.isDerivation value) "${name} is not a derivation"; value ) (individualNixosTests // collectedNixosTests); in relevantNixosTests // { cross = let systemString = if stdenv.buildPlatform.isAarch64 then "gnu64" else "aarch64-multiplatform"; in pkgsCross.${systemString}.systemd; pkg-config = testers.testMetaPkgConfig finalAttrs.finalPackage; }; }; meta = { homepage = "https://systemd.io"; description = "System and service manager for Linux"; longDescription = '' systemd is a suite of basic building blocks for a Linux system. It provides a system and service manager that runs as PID 1 and starts the rest of the system. systemd provides aggressive parallelization capabilities, uses socket and D-Bus activation for starting services, offers on-demand starting of daemons, keeps track of processes using Linux control groups, maintains mount and automount points, and implements an elaborate transactional dependency-based service control logic. systemd supports SysV and LSB init scripts and works as a replacement for sysvinit. Other parts include a logging daemon, utilities to control basic system configuration like the hostname, date, locale, maintain a list of logged-in users and running containers and virtual machines, system accounts, runtime directories and settings, and daemons to manage simple network configuration, network time synchronization, log forwarding, and name resolution. ''; license = with lib.licenses; [ # Taken from https://raw.githubusercontent.com/systemd/systemd-stable/${finalAttrs.src.rev}/LICENSES/README.md bsd2 bsd3 cc0 lgpl21Plus lgpl2Plus mit mit0 ofl publicDomain ]; teams = [ lib.teams.systemd lib.teams.security-review ]; pkgConfigModules = [ "libsystemd" "libudev" "systemd" "udev" ]; # See src/basic/missing_syscall_def.h platforms = with lib.platforms; lib.intersectLists linux (aarch ++ x86 ++ loongarch64 ++ m68k ++ mips ++ power ++ riscv ++ s390); priority = 10; badPlatforms = [ # https://github.com/systemd/systemd/issues/20600#issuecomment-912338965 lib.systems.inspect.platformPatterns.isStatic ]; identifiers.cpeParts = lib.meta.cpeFullVersionWithVendor "systemd_project" finalAttrs.version; }; })