# outstanding cross-compilation PRs/issues: # - all: # - qtsvg mixed deps: # - big Qt fix: # # outstanding issues: # - 2023/12/20: argyllcms requires a fully-emulated build # - 2023/10/10: build python3 is pulled in by many things # - nix why-depends --all /nix/store/8g3kd2jxifq10726p6317kh8srkdalf5-nixos-system-moby-23.11.20231011.dirty /nix/store/pzf6dnxg8gf04xazzjdwarm7s03cbrgz-python3-3.10.12/bin/python3.10 # - gstreamer-vaapi -> gstreamer-dev -> glib-dev # - phog -> gnome-shell # - portfolio -> {glib,cairo,pygobject}-dev # - komikku -> python3.10-brotlicffi -> python3.10-cffi # - many others. python3.10-cffi seems to be the offender which infects 70% of consumers though # - 2023/10/11: build ruby is pulled in by `neovim`: # - nix why-depends --all /nix/store/rhli8vhscv93ikb43639c2ysy3a6dmzp-nixos-system-moby-23.11.20231011.30c7fd8 /nix/store/5xbwwbyjmc1xvjzhghk6r89rn4ylidv8-ruby-3.1.4 # - 2023/12/19: rustPlatform.cargoSetupHook outside of `buildRustPackage` or python packages is a mess # - it doesn't populate `.cargo/config` with valid cross-compilation config # - something to do with the way it's spliced: `nativeBuildInputs = [ rustPlatform.cargoSetupHook.__spliced.hostHost ]` (or hostTarget) WORKS # - see -- it's probably wrong. # - WIP fix in `pr-cross-cargo`/`pr-cross-cargo2` nixpkgs branch. # - sanity check by building `pkgsCross.aarch64-multiplatform.rav1e`, and the `fd` program mentioned in PR 260068 # - `pkgsCross.musl64.fd` # - `pkgsStatic.fd` # - this is way too tricky to enable cross compilation without breaking the musl stuff. # - i lost a whole day trying to get it to work: don't do it! # # partially fixed: # - 2023/10/11: build coreutils pulled in by rpm 4.18.1, but NOT by 4.19.0 # - nix why-depends --all /nix/store/gjwd2x507x7gjycl5q0nydd39d3nkwc5-dtrx-8.5.3-aarch64-unknown-linux-gnu /nix/store/y9gr7abwxvzcpg5g73vhnx1fpssr5frr-coreutils-9.3 # # outstanding issues for software i don't have deployed: # - gdk-pixbuf doesn't generate `gdk-pixbuf-thumbnailer` on cross # - been this way since 2018: # - as authored upstream, thumbnailer depends on loader.cache, and neither are built during cross compilation. # - nixos manually builds loader.cache in postInstall (via emulator). # - even though we have loader.cache, ordering means that thumbnailer still can't be built. # - solution is probably to integrate meson's cross_file stuff, and pushing all this emulation upstream. final: prev: let inherit (prev) lib; mkEmulated = final': pkgs: import pkgs.path { # system = pkgs.stdenv.hostPlatform.system; localSystem = pkgs.stdenv.hostPlatform.system; # inherit (config.nixpkgs) config; inherit (final'.config.nixpkgs or { config = {}; }) config; # config = builtins.removeAttrs config.nixpkgs.config [ "replaceStdenv" ]; # overlays = [(import ./all.nix)]; inherit (final') overlays; }; ## package override helpers addInputs = { buildInputs ? [], nativeBuildInputs ? [], depsBuildBuild ? [] }: pkg: pkg.overrideAttrs (upstream: { buildInputs = upstream.buildInputs or [] ++ buildInputs; nativeBuildInputs = upstream.nativeBuildInputs or [] ++ nativeBuildInputs; depsBuildBuild = upstream.depsBuildBuild or [] ++ depsBuildBuild; }); addNativeInputs = nativeBuildInputs: addInputs { inherit nativeBuildInputs; }; addBuildInputs = buildInputs: addInputs { inherit buildInputs; }; addDepsBuildBuild = depsBuildBuild: addInputs { inherit depsBuildBuild; }; mvToNativeInputs = nativeBuildInputs: mvInputs { inherit nativeBuildInputs; }; mvToBuildInputs = buildInputs: mvInputs { inherit buildInputs; }; rmInputs = { buildInputs ? [], nativeBuildInputs ? [] }: pkg: pkg.overrideAttrs (upstream: { buildInputs = lib.subtractLists buildInputs (upstream.buildInputs or []); nativeBuildInputs = lib.subtractLists nativeBuildInputs (upstream.nativeBuildInputs or []); }); rmNativeInputs = nativeBuildInputs: rmInputs { inherit nativeBuildInputs; }; # move items from buildInputs into nativeBuildInputs, or vice-versa. # arguments represent the final location of specific inputs. mvInputs = { buildInputs ? [], nativeBuildInputs ? [] }: pkg: addInputs { buildInputs = buildInputs; nativeBuildInputs = nativeBuildInputs; } ( rmInputs { buildInputs = nativeBuildInputs; nativeBuildInputs = buildInputs; } pkg ); typelibPath = pkgs: lib.concatStringsSep ":" (builtins.map (p: "${lib.getLib p}/lib/girepository-1.0") pkgs); emulated = mkEmulated final prev; linuxMinimal = final.linux.override { # customize stock linux to compile using fewer resources. # on desko, takes 24 min v.s. 35~40 min for linux-megous # default config is in: # - # documentation per config option is found with, for example: # - `fd Kconfig . | xargs rg 'config SUNRPC_DEBUG'` structuredExtraConfig = with lib.kernel; { # recommended by: DEBUG_INFO_BTF = lib.mkForce no; # other debug-related things i can probably disable CC_OPTIMIZE_FOR_SIZE = lib.mkForce yes; DEBUG_INFO = lib.mkForce no; DEBUG_KERNEL = lib.mkForce no; GDB_SCRIPTS = lib.mkForce no; SCHED_DEBUG = lib.mkForce no; SUNRPC_DEBUG = lib.mkForce no; # disable un-needed features BT = no; CAN = no; DRM = no; # uses a lot of space when compiling FPGA = no; GNSS = no; IIO = no; # 500 MB INPUT_TOUCHSCREEN = no; MEDIA_SDR_SUPPORT = no; NFC = no; SND = no; # also uses a lot of disk space when compiling SOUND = no; WAN = no; # X.25 protocol support WIRELESS = no; # 1.4 GB (drivers/net/wireless), doesn't actually disable this WWAN = no; # Wireless WAN # disable features nixos explicitly enables, which we still don't need FONTS = lib.mkForce no; FB = lib.mkForce no; # INET = no; # TCP/IP. `INET` means "IP network" (even when used on a LAN), not "Internet" MEMTEST = lib.mkForce no; # # NET = lib.mkForce no; # we need net (9pnet_virtio; unix) for sharing fs with the build machine MEDIA_ANALOG_TV_SUPPORT = lib.mkForce no; MEDIA_CAMERA_SUPPORT = lib.mkForce no; MEDIA_DIGITAL_TV_SUPPORT = lib.mkForce no; # 150 MB disk space when compiling MICROCODE = lib.mkForce no; STAGING = lib.mkForce no; # 450 MB disk space when compiling }; }; # given a package that's defined for build == host, # build it from the native build machine by emulating the builder. emulateBuilderQemu = pkg: let inherit (final) vmTools; # vmTools = final.vmTools.override { # kernel = final.linux-megous or final.linux; #< HACK: guess at whatever deployed linux we're using, to avoid building two kernels # }; # fix up the nixpkgs command that runs a Linux OS inside QEMU: # qemu_kvm doesn't support x86_64 -> aarch64; but full qemu package does. qemu = final.buildPackages.qemu.override { # disable a bunch of unneeded features, particularly graphics. # this avoids a mesa build failure (2023/10/26). smartcardSupport = false; spiceSupport = false; openGLSupport = false; virglSupport = false; vncSupport = false; gtkSupport = false; sdlSupport = false; pulseSupport = false; pipewireSupport = false; smbdSupport = false; seccompSupport = false; enableDocs = false; }; # qemuCommandLinux = lib.replaceStrings # [ "${final.buildPackages.qemu_kvm}" ] # [ "${qemu}" ] # vmTools.qemuCommandLinux; # this qemuCommandLinux is effectively an inline substitution of the above, to avoid taking an unnecessary dep on `buildPackages.qemu_kvm` qemuCommandLinux = '' ${vmTools.qemu-common.qemuBinary qemu} \ -nographic -no-reboot \ -device virtio-rng-pci \ -virtfs local,path=${builtins.storeDir},security_model=none,mount_tag=store \ -virtfs local,path=$TMPDIR/xchg,security_model=none,mount_tag=xchg \ ''${diskImage:+-drive file=$diskImage,if=virtio,cache=unsafe,werror=report} \ -kernel ${final.linux}/${final.stdenv.hostPlatform.linux-kernel.target} \ -initrd ${vmTools.initrd}/initrd \ -append "console=${vmTools.qemu-common.qemuSerialDevice} panic=1 command=${vmTools.stage2Init} out=$out mountDisk=$mountDisk loglevel=4" \ $QEMU_OPTS ''; vmRunCommand = final.buildPackages.vmTools.vmRunCommand qemuCommandLinux; in # without binfmt emulation, leverage the `vmTools.runInLinuxVM` infrastructure: # final.buildPackages.vmTools.runInLinuxVM pkg # # except `runInLinuxVM` doesn't quite work OOTB (see above), # so hack its components into something which *does* work. lib.overrideDerivation pkg ({ builder, args, ... }: { builder = "${final.buildPackages.bash}/bin/sh"; args = [ "-e" vmRunCommand ]; # orig{Builder,Args} gets used by the vmRunCommand script: origBuilder = builder; origArgs = args; QEMU_OPTS = "-m 16384"; # MiB of RAM enableParallelBuilding = true; # finally, let nix know that this package should be built by the build system system = final.stdenv.buildPlatform.system; }) // { override = attrs: emulateBuilderQemu (pkg.override attrs); overrideAttrs = mergeFn: emulateBuilderQemu (pkg.overrideAttrs mergeFn); } ; # given a package that's defined for build == host, # build it from a "proot": a chroot-like environment where `exec` is hooked to invoke qemu instead. # this is like binfmt, but configured to run *only* the emulated host and not the build machine # see: # hinted at by: # # this doesn't quite work: # - proot'd aarch64 shell will launch child processes in qemu # - but those children won't launch their children in qemu # need to somehow recursively proot... # emulateBuilderProot = pkg: # lib.overrideDerivation pkg ({ builder, args, ... }: { # builder = "${final.buildPackages.bash}/bin/sh"; # args = [ "-e" prootBuilder ]; # origBuilder = builder; # origArgs = args; # enableParallelBuilding = true; # TODO: inherit from `pkg`? # NIX_DEBUG = "6"; # # finally, let nix know that this package should be built by the build system # system = final.stdenv.buildPlatform.system; # }) // { # override = attrs: emulateBuilderProot (pkg.override attrs); # overrideAttrs = mergeFn: emulateBuilderProot (pkg.overrideAttrs mergeFn); # }; # prootBuilder = let # proot = "${final.buildPackages.proot}/bin/proot"; # # prootFlags = "-r / -b /:/"; # prootFlags = "-b /nix:/nix -b /tmp:/tmp"; # # prootFlags = "-b /:/ -b ${final.bash}/bin/sh:/bin/sh"; # --mixed-mode false # qemu = "${final.buildPackages.qemu}/bin/qemu-aarch64"; # in # final.pkgs.writeText "proot-run" '' # echo "proot: ${proot} -q ${qemu} ${prootFlags} $origBuilder $origArgs" # ${proot} -q ${qemu} ${prootFlags} $origBuilder $origArgs # echo "exited proot" # ''; # given a package defined for build != host, transform it to build on the host. # i.e. build using the host's stdenv. buildOnHost = { overrides ? { inherit (emulated) stdenv; } }: pkg: let # patch packages which don't expect to be moved to a different platform preFixPkg = p: if p.name or null == "make-shell-wrapper-hook" then p.overrideAttrs (_: { # unconditionally use the outermost targetPackages shell shell = final.runtimeShell; }) # final.makeBinaryWrapper # else if p.name or null == "make-binary-wrapper-hook" then # p.override { DNE = "not-yet-implemented"; } else if p.pname or null == "pkg-config-wrapper" then p.override { # default pkg-config.__spliced.hostTarget still wants to run on the build machine. # overriding buildPackages fixes that, and overriding stdenvNoCC makes it be just `pkg-config`, unmangled. stdenvNoCC = emulated.stdenvNoCC; buildPackages = final.hostPackages; # TODO: just `final`? } else if p.name or null == "npm-install-hook" then p.overrideAttrs (base: { propagatedNativeBuildInputs = base.propagatedBuildInputs; propagatedBuildInputs = []; }) # else if p.pname == final.python3.pname then # p // { # pythonForBuild = p; # } # else if p.pname == "wrap-gapps-hook" then # # avoid faulty propagated gtk3/gtk4 # final.wrapGAppsNoGuiHook else p ; unsplicePkg = p: p.__spliced.hostTarget or p; # unsplicePkg = p: p.__spliced.hostHost or p; unsplicePkgs = ps: map (p: unsplicePkg (preFixPkg p)) ps; in (pkg.override overrides).overrideAttrs (upstream: { # for this purpose, the naming in `depsAB` is "inputs build for A, used to create packages in B" (i think). # when cross compiling x86_64 -> aarch64, most packages are # - build: x86_64 # - target: aarch64 # - host: aarch64 # so, we only need to replace the build packages with alternates. depsBuildBuild = unsplicePkgs (upstream.depsBuildBuild or []); nativeBuildInputs = unsplicePkgs (upstream.nativeBuildInputs or []); depsBuildTarget = unsplicePkgs (upstream.depsBuildTarget or []); depsBuildBuildPropagated = unsplicePkgs (upstream.depsBuildBuildPropagated or []); propagatedNativeBuildInputs = unsplicePkgs (upstream.propagatedNativeBuildInputs or []); depsBuildTargetPropagated = unsplicePkgs (upstream.depsBuildTargetPropagated or []); nativeCheckInputs = unsplicePkgs (upstream.nativeCheckInputs or []); nativeInstallCheckInputs = unsplicePkgs (upstream.nativeInstallCheckInputs or []); }); # TODO: may be able to use qemu-system instead of booting a full linux? # - buildInQemu = overrides: pkg: emulateBuilderQemu (buildOnHost overrides pkg); # buildInProot = pkg: emulateBuilderProot (buildOnHost pkg); in with final; { inherit emulated; # pkgsi686Linux = prev.pkgsi686Linux.extend (i686Self: i686Super: { # # fixes eval-time error: "Unsupported cross architecture" # # it happens even on a x86_64 -> x86_64 build: # # - defining `config.nixpkgs.buildPlatform` to the non-default causes that setting to be inherited by pkgsi686. # # - hence, `pkgsi686` on a non-cross build is ordinarily *emulated*: # # defining a cross build causes it to also be cross (but to the right hostPlatform) # # this has no inputs other than stdenv, and fetchurl, so emulating it is fine. # tbb = prev.emulated.pkgsi686Linux.tbb; # # tbb = i686Super.tbb.overrideAttrs (orig: (with i686Self; { # # makeFlags = lib.optionals stdenv.cc.isClang [ # # "compiler=clang" # # ] ++ (lib.optional (stdenv.buildPlatform != stdenv.hostPlatform) # # (if stdenv.hostPlatform.isAarch64 then "arch=arm64" # # else if stdenv.hostPlatform.isx86_64 then "arch=intel64" # # else throw "Unsupported cross architecture: ${stdenv.buildPlatform.system} -> ${stdenv.hostPlatform.system}")); # # })); # }); # adwaita-qt6 = prev.adwaita-qt6.override { # # adwaita-qt6 still uses the qt5 version of these libs by default? # inherit (qt6) qtbase qtwayland; # }; # qt6 doesn't cross compile. the only thing that wants it is phosh/gnome, in order to # configure qt6 apps to look stylistically like gtk apps. # adwaita-qt6 isn't an input into any other packages we build -- it's just placed on the systemPackages. # so... just set it to null and that's Good Enough (TM). # adwaita-qt6 = derivation { name = "null-derivation"; builder = "/dev/null"; }; # null; # adwaita-qt6 = stdenv.mkDerivation { name = "null-derivation"; }; # adwaita-qt6 = emptyDirectory; # same story as adwaita-qt6 # qgnomeplatform-qt6 = emptyDirectory; # 2024/02/27: upstreaming is unblocked (but this solution no longer works) # apacheHttpd_2_4 = prev.apacheHttpd_2_4.overrideAttrs (upstream: { # configureFlags = upstream.configureFlags or [] ++ [ # "ap_cv_void_ptr_lt_long=no" # configure can't AC_TRY_RUN, and can't validate that sizeof (void*) == sizeof long # ]; # # let nix figure out the perl shebangs. # # some of these perl scripts are shipped on the host, others in the .dev output for the build machine. # # postPatch methods create cycles # # postPatch = '' # # substituteInPlace configure --replace \ # # '/replace/with/path/to/perl/interpreter' \ # # '/usr/bin/perl' # # ''; # # postPatch = '' # # substituteInPlace support/apxs.in --replace \ # # '@perlbin@' \ # # '/usr/bin/perl' # # ''; # postFixup = upstream.postFixup or "" + '' # sed -i 's:/replace/with/path/to/perl/interpreter:${buildPackages.perl}/bin/perl:' $dev/bin/apxs # ''; # }); # apacheHttpd_2_4 = (prev.apacheHttpd_2_4.override { # # fixes `configure: error: Size of "void *" is less than size of "long"` # inherit (emulated) stdenv; # }).overrideAttrs (upstream: { # # nativeBuildInputs = upstream.nativeBuildInputs ++ [ bintools ]; # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # buildPackages.stdenv.cc # fixes: "/nix/store/czvaa9y9ch56z53c0b0f5bsjlgh14ra6-apr-aarch64-unknown-linux-gnu-1.7.0-dev/share/build/libtool: line 1890: aarch64-unknown-linux-gnu-ar: command not found" # ]; # # now can't find -lz for zlib. # # this is because nixpkgs zlib.dev has only include/ + a .pc file linking to zlib, which has the lib/ folder # # but httpd expects --with-zlib=prefix/ to hold both include/ and lib/ # # TODO: we could link farm, or we could skip straight to cross compilation and not emulate stdenv # }); # apacheHttpdPackagesFor = apacheHttpd: self: # let # prevHttpdPkgs = prev.apacheHttpdPackagesFor apacheHttpd self; # in prevHttpdPkgs // { # # fixes "configure: error: *** Sorry, could not find apxs ***" # # mod_dnssd = prevHttpdPkgs.mod_dnssd.override { # # inherit (emulated) stdenv; # # }; # # N.B.: the below apxs doesn't have a valid shebang (#!/replace/with/...). # # we can't replace it at the origin? # mod_dnssd = prevHttpdPkgs.mod_dnssd.overrideAttrs (upstream: { # configureFlags = upstream.configureFlags ++ [ # "--with-apxs=${self.apacheHttpd.dev}/bin" # ]; # }); # }; # 2024/05/13: upstreaming is unblocked; out for review: appstream = prev.appstream.overrideAttrs (upstream: { # fixes: "Message: Native appstream required for cross-building" # error introduced in: # - # - postPatch = (upstream.postPatch or "") + '' substituteInPlace data/meson.build \ --replace 'meson.is_cross_build()' 'false' ''; # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # prev.appstream # ]; }); # binutils = prev.binutils.override { # # fix that resulting binary files would specify build #!sh as their interpreter. # # dtrx is the primary beneficiary of this. # # this doesn't actually cause mass rebuilding. # # note that this isn't enough to remove all build references: # # - expand-response-params still references build stuff. # shell = runtimeShell; # }; # 2023/10/23: upstreaming blocked by gvfs, webkitgtk 4.1 # fixes: "error: Package not found in specified Vala API directories or GObject-Introspection GIR directories" calls = prev.calls.overrideAttrs (upstream: { # TODO: try building with mesonEmulatorHook when i upstream this # nativeBuildInputs = upstream.nativeBuildInputs ++ lib.optionals (!prev.stdenv.buildPlatform.canExecute prev.stdenv.hostPlatform) [ # mesonEmulatorHook # ]; outputs = lib.remove "devdoc" upstream.outputs; mesonFlags = lib.remove "-Dgtk_doc=true" upstream.mesonFlags; }); # 2024/02/27: upstreaming is unblocked # cdrtools = prev.cdrtools.override { # # "configure: error: installation or configuration problem: C compiler cc not found." # inherit (emulated) stdenv; # }; # cdrtools = prev.cdrtools.overrideAttrs (upstream: { # # can't get it to actually use our CC, even when specifying these explicitly # # CC = "${stdenv.cc}/bin/${stdenv.cc.targetPrefix}cc"; # makeFlags = upstream.makeFlags ++ [ # "CC=${stdenv.cc}/bin/${stdenv.cc.targetPrefix}cc" # ]; # }); # cinny = buildInQemu { overrides = { # buildNpmPackage = buildNpmPackage.override { # inherit (emulated) stdenv; # buildPackages = final.pkgsHostHost; # }; # }; } (prev.cinny.overrideAttrs (upstream: { # postPatch = '' # mkdir $TMP # ''; # NIX_DEBUG = "6"; # })); # 2024/02/27: upstreaming is blocked on appstream, qtsvg # clapper = prev.clapper.overrideAttrs (upstream: { # # use the host gjs (meson's find_program expects it to be executable) # postPatch = (upstream.postPatch or "") + '' # substituteInPlace bin/meson.build \ # --replace "find_program('gjs').path()" "'${gjs}/bin/gjs'" # ''; # }); # conky = ((useEmulatedStdenv prev.conky).override { # # docbook2x dependency doesn't cross compile # docsSupport = prev.stdenv.buildPlatform.canExecute prev.stdenv.hostPlatform; # }).overrideAttrs (upstream: { # nativeBuildInputs = upstream.nativeBuildInputs ++ [ git ]; # }); # conky = (prev.conky.override { # # docbook2x dependency doesn't cross compile # docsSupport = prev.stdenv.buildPlatform.canExecute prev.stdenv.hostPlatform; # }).overrideAttrs (upstream: { # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # # "Unable to find program 'git'" # git # # "bash: line 1: toluapp: command not found" # toluapp # ]; # }); delfin = prev.delfin.overrideAttrs (upstream: let cargoEnvWrapper = buildPackages.writeShellScript "cargo-env-wrapper" '' CARGO_BIN="$1" shift CARGO_OP="$1" shift ${rust.envVars.setEnv} "$CARGO_BIN" "$CARGO_OP" --target "${rust.envVars.rustHostPlatformSpec}" "$@" ''; in { nativeBuildInputs = upstream.nativeBuildInputs ++ [ # fixes: loaders/meson.build:72:7: ERROR: Program 'msgfmt' not found or not executable buildPackages.gettext ]; postPatch = '' substituteInPlace delfin/meson.build \ --replace "cargo, 'build'," "'${cargoEnvWrapper}', cargo, 'build'," \ --replace "'delfin' / rust_target" "'delfin' / '${rust.envVars.rustHostPlatformSpec}' / rust_target" ''; }); # 2023/12/08: upstreaming blocked on qtsvg (pipewire) dialect = prev.dialect.overrideAttrs (upstream: { # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host. postPatch = (upstream.postPatch or "") + '' substituteInPlace data/resources/meson.build --replace \ "find_program('blueprint-compiler')" \ "'env', 'GI_TYPELIB_PATH=${typelibPath [ buildPackages.gdk-pixbuf buildPackages.glib buildPackages.graphene buildPackages.gtk4 buildPackages.harfbuzz buildPackages.libadwaita buildPackages.pango ]}', find_program('blueprint-compiler')" ''; # error: " is not allowed to refer to the following paths: " # dialect's meson build script sets host binaries to use build PYTHON # disallowedReferences = []; postFixup = (upstream.postFixup or "") + '' patchShebangs --update --host $out/share/dialect/search_provider ''; # upstream sets strictDeps=false which makes gAppsWrapperHook wrap with the build dependencies strictDeps = true; }); # 2023/12/08: upstreaming is blocked on rpm # dtrx = prev.dtrx.override { # # `binutils` is the nix wrapper, which reads nix-related env vars # # before passing on to e.g. `ld`. # # dtrx probably only needs `ar` at runtime, not even `ld`. # binutils = binutils-unwrapped; # }; # emacs = prev.emacs.override { # # fixes "configure: error: cannot run test program while cross compiling" # inherit (emulated) stdenv; # }; # emacs = prev.emacs.override { # nativeComp = false; # will be renamed to `withNativeCompilation` in future # # future: we can specify 'action-if-cross-compiling' to actually invoke the test programs: # # # }; # firefox-extensions = prev.firefox-extensions.overrideScope (self: super: { # unwrapped = super.unwrapped // { # browserpass-extension = super.unwrapped.browserpass-extension.override { # mkYarnModules = args: buildInQemu { # override = { stdenv }: ( # (yarn2nix-moretea.override { # pkgs = pkgs.__splicedPackages // { inherit stdenv; }; # }).mkYarnModules args # ).overrideAttrs (upstream: { # # i guess the VM creates the output directory for the derivation? not sure. # # and `mv` across the VM boundary breaks, too? # # original errors: # # - "mv: cannot create directory <$out>: File exists" # # - "mv: failed to preserve ownership for" # buildPhase = lib.replaceStrings # [ # "mkdir $out" # "mv " # ] # [ # "mkdir $out || true ; chmod +w deps/browserpass-extension-modules/package.json" # "cp -Rv " # ] # upstream.buildPhase # ; # }); # }; # }; # }; # }); # 2024/02/27: upstreaming is unblocked firejail = prev.firejail.overrideAttrs (upstream: { # firejail executes its build outputs to produce the default filter list. # i think we *could* copy the default filters from pkgsBuildBuild, but that doesn't seem future proof # for any (future) arch-specific filtering postPatch = (upstream.postPatch or "") + (let emulator = stdenv.hostPlatform.emulator buildPackages; in lib.optionalString (!prev.stdenv.buildPlatform.canExecute prev.stdenv.hostPlatform) '' substituteInPlace Makefile \ --replace ' src/fseccomp/fseccomp' ' ${emulator} src/fseccomp/fseccomp' \ --replace ' src/fsec-optimize/fsec-optimize' ' ${emulator} src/fsec-optimize/fsec-optimize' ''); }); # flare-signal = prev.flare-signal.override { # # fixes "cargo:warning=aarch64-unknown-linux-gnu-gcc: error: unrecognized command-line option ‘-m64’" # inherit (emulated) cargo meson rustc rustPlatform stdenv; # }; flare-signal = prev.flare-signal.overrideAttrs (upstream: { # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host. postPatch = (upstream.postPatch or "") + '' substituteInPlace data/resources/meson.build --replace \ "find_program('blueprint-compiler')" \ "'env', 'GI_TYPELIB_PATH=${buildPackages.gdk-pixbuf.out}/lib/girepository-1.0:${buildPackages.harfbuzz.out}/lib/girepository-1.0:${buildPackages.gtk4.out}/lib/girepository-1.0:${buildPackages.graphene}/lib/girepository-1.0:${buildPackages.libadwaita}/lib/girepository-1.0:${buildPackages.pango.out}/lib/girepository-1.0', find_program('blueprint-compiler')" ''; env = let inherit buildPackages stdenv rust; ccForBuild = "${buildPackages.stdenv.cc}/bin/${buildPackages.stdenv.cc.targetPrefix}cc"; cxxForBuild = "${buildPackages.stdenv.cc}/bin/${buildPackages.stdenv.cc.targetPrefix}c++"; ccForHost = "${stdenv.cc}/bin/${stdenv.cc.targetPrefix}cc"; cxxForHost = "${stdenv.cc}/bin/${stdenv.cc.targetPrefix}c++"; rustBuildPlatform = rust.toRustTarget stdenv.buildPlatform; rustTargetPlatform = rust.toRustTarget stdenv.hostPlatform; rustTargetPlatformSpec = rust.toRustTargetSpec stdenv.hostPlatform; in { # taken from # fixes "cargo:warning=aarch64-unknown-linux-gnu-gcc: error: unrecognized command-line option ‘-m64’" # XXX: these aren't necessarily valid environment variables: the referenced nix file is more clever to get them to work. "CC_${rustBuildPlatform}" = "${ccForBuild}"; "CXX_${rustBuildPlatform}" = "${cxxForBuild}"; "CC_${rustTargetPlatform}" = "${ccForHost}"; "CXX_${rustTargetPlatform}" = "${cxxForHost}"; }; }); flare-signal-nixified = prev.flare-signal-nixified.overrideAttrs (upstream: { # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host. postPatch = (upstream.postPatch or "") + '' substituteInPlace data/resources/meson.build --replace \ "find_program('blueprint-compiler')" \ "'env', 'GI_TYPELIB_PATH=${buildPackages.gdk-pixbuf.out}/lib/girepository-1.0:${buildPackages.harfbuzz.out}/lib/girepository-1.0:${buildPackages.gtk4.out}/lib/girepository-1.0:${buildPackages.graphene}/lib/girepository-1.0:${buildPackages.libadwaita}/lib/girepository-1.0:${buildPackages.pango.out}/lib/girepository-1.0', find_program('blueprint-compiler')" ''; }); # 2024/02/27: upstreaming is blocked on appstream flatpak = prev.flatpak.overrideAttrs (upstream: { # fixes "No package 'libxml-2.0' found" buildInputs = upstream.buildInputs ++ [ libxml2 ]; configureFlags = upstream.configureFlags ++ [ "--enable-selinux-module=no" # fixes "checking for /usr/share/selinux/devel/Makefile... configure: error: cannot check for file existence when cross compiling" "--disable-gtk-doc" # fixes "You must have gtk-doc >= 1.20 installed to build documentation for Flatpak" ]; postPatch = let # copied from nixpkgs flatpak and modified to use buildPackages python vsc-py = buildPackages.python3.withPackages (pp: [ pp.pyparsing ]); in '' patchShebangs buildutil patchShebangs tests PATH=${lib.makeBinPath [vsc-py]}:$PATH patchShebangs --build subprojects/variant-schema-compiler/variant-schema-compiler '' + '' sed -i s:'\$BWRAP --version:${stdenv.hostPlatform.emulator buildPackages} \$BWRAP --version:' configure.ac sed -i s:'\$DBUS_PROXY --version:${stdenv.hostPlatform.emulator buildPackages} \$DBUS_PROXY --version:' configure.ac ''; }); # future: use `buildRustPackage`? # - find another rust package that uses a `-sys` crate (with a build script)? # - `halloy` uses openssl-sys (1 patch version ahead of fractal), builds # - uses `cargoBuildHook`, which sets the x86 CC # - copy from gst_all_1.gst-plugins-rs # - that's the rust dep which fails to build; nixpkgs chatter makes it sound like cargo-c is the culprit # fractal-next = prev.fractal-next.override { # # fixes "cargo:warning=aarch64-unknown-linux-gnu-gcc: error: unrecognized command-line option ‘-m64’" # # seems to hang when compiling fractal # inherit (emulated) cargo meson rustc rustPlatform stdenv; # }; # fractal-latest = prev.fractal-latest.override { # # fixes "cargo:warning=aarch64-unknown-linux-gnu-gcc: error: unrecognized command-line option ‘-m64’" # # seems to hang when compiling fractal # fractal-next = fractal-next.override { # inherit (emulated) cargo meson rustc rustPlatform stdenv; # }; # }; # fractal = prev.fractal.overrideAttrs (upstream: { # env = let # inherit buildPackages stdenv rust; # ccForBuild = "${buildPackages.stdenv.cc}/bin/${buildPackages.stdenv.cc.targetPrefix}cc"; # cxxForBuild = "${buildPackages.stdenv.cc}/bin/${buildPackages.stdenv.cc.targetPrefix}c++"; # ccForHost = "${stdenv.cc}/bin/${stdenv.cc.targetPrefix}cc"; # cxxForHost = "${stdenv.cc}/bin/${stdenv.cc.targetPrefix}c++"; # rustBuildPlatform = rust.toRustTarget stdenv.buildPlatform; # rustTargetPlatform = rust.toRustTarget stdenv.hostPlatform; # rustTargetPlatformSpec = rust.toRustTargetSpec stdenv.hostPlatform; # in { # # taken from # # fixes "cargo:warning=aarch64-unknown-linux-gnu-gcc: error: unrecognized command-line option ‘-m64’" # # XXX: these aren't necessarily valid environment variables: the referenced nix file is more clever to get them to work. # "CC_${rustBuildPlatform}" = "${ccForBuild}"; # "CXX_${rustBuildPlatform}" = "${cxxForBuild}"; # "CC_${rustTargetPlatform}" = "${ccForHost}"; # "CXX_${rustTargetPlatform}" = "${cxxForHost}"; # }; # mesonFlags = (upstream.mesonFlags or []) ++ # (let # # ERROR: 'rust' compiler binary not defined in cross or native file # crossFile = writeText "cross-file.conf" '' # [binaries] # rust = [ 'rustc', '--target', '${rust.toRustTargetSpec stdenv.hostPlatform}' ] # ''; # in # lib.optionals (stdenv.hostPlatform != stdenv.buildPlatform) [ "--cross-file=${crossFile}" ] # ); # # 2023/09/15: fails with: # # - error: linking with `/nix/store/75slks1wr3b3sxr5advswjzg9lvbv9jc-gcc-wrapper-12.3.0/bin/cc` failed: exit status: 1 # # - error: could not compile `gst-plugin-gtk4` (lib) due to previous error # # seems it's trying to link something for the build platform instead of the host platform # # fractal-next 5.beta2 is using gst-plugin-gtk4 0.11. # # - gst-plugin-gtk4 tip is at 0.12.0-alpha1, but that's not published to Crates.io # # - # # - no obvious PRs that merged after 0.11 release relevant to cross compilation # # patching gst-plugin-gtk4 to not build cdylib fixes the issue in the `fractal-nixified` variant of this package # }); # 2024/02/27: upstreaming is unblocked -- if i can rework to not use emulation # fwupd-efi = prev.fwupd-efi.override { # # fwupd-efi queries meson host_machine to decide what arch to build for. # # for some reason, this gives x86_64 unless meson itself is emulated. # # maybe meson's use of "host_machine" actually mirrors nix's "build machine"? # inherit (emulated) # stdenv # fixes: "efi/meson.build:162:0: ERROR: Program or command 'gcc' not found or not executable" # meson # fixes: "efi/meson.build:33:2: ERROR: Problem encountered: gnu-efi support requested, but headers were not found" # ; # }; # fwupd-efi = prev.fwupd-efi.overrideAttrs (upstream: { # # does not fix: "efi/meson.build:162:0: ERROR: Program or command 'gcc' not found or not executable" # makeFlags = upstream.makeFlags or [] ++ [ "CC=${prev.stdenv.cc.targetPrefix}cc" ]; # # does not fix: "efi/meson.build:162:0: ERROR: Program or command 'gcc' not found or not executable" # # nativeBuildInputs = upstream.nativeBuildInputs ++ lib.optionals (!prev.stdenv.buildPlatform.canExecute prev.stdenv.hostPlatform) [ # # mesonEmulatorHook # # ]; # }); # solves (meson) "Run-time dependency libgcab-1.0 found: NO (tried pkgconfig and cmake)", and others. # 2024/02/27: upstreaming is blocked on fwupd-efi # fwupd = (addBuildInputs # [ gcab ] # (mvToBuildInputs [ gnutls ] prev.fwupd) # ).overrideAttrs (upstream: { # # XXX: gcab is apparently needed as both build and native input # # can't build docs w/o adding `gi-docgen` to ldpath, but that adds a new glibc to the ldpath # # which causes host binaries to be linked against the build libc & fail # mesonFlags = (lib.remove "-Ddocs=enabled" upstream.mesonFlags) ++ [ "-Ddocs=disabled" ]; # outputs = lib.remove "devdoc" upstream.outputs; # }); # 2024/02/27: upstreaming is blocked on qtsvg (via pipewire) # required by epiphany, gnome-settings-daemon # N.B.: should be able to remove gnupg/ssh from {native}buildInputs when upstreaming gcr_4 = prev.gcr_4.overrideAttrs (upstream: { # fixes (meson): "ERROR: Program 'gpg2 gpg' not found or not executable" mesonFlags = (upstream.mesonFlags or []) ++ [ "-Dgpg_path=${gnupg}/bin/gpg" ]; }); # 2023/10/23: upstreaming: # gcr = prev.gcr.overrideAttrs (upstream: { # # removes build platform's gnupg from runtime closure # mesonFlags = (upstream.mesonFlags or []) ++ [ # "-Dgpg_path=${gnupg}/bin/gpg" # ]; # }); # 2024/02/27: upstreaming is unblocked glycin-loaders = prev.glycin-loaders.overrideAttrs (upstream: let cargoEnvWrapper = buildPackages.writeShellScript "cargo-env-wrapper" '' CARGO_BIN="$1" shift CARGO_OP="$1" shift ${rust.envVars.setEnv} "$CARGO_BIN" "$CARGO_OP" --target "${rust.envVars.rustHostPlatformSpec}" "$@" ''; in { nativeBuildInputs = upstream.nativeBuildInputs ++ [ # fixes: loaders/meson.build:72:7: ERROR: Program 'msgfmt' not found or not executable buildPackages.gettext ]; postPatch = '' substituteInPlace loaders/meson.build \ --replace "cargo_bin, 'build'," "'${cargoEnvWrapper}', cargo_bin, 'build'," \ --replace "'loaders' / rust_target" "'loaders' / '${rust.envVars.rustHostPlatformSpec}' / rust_target" ''; }); # gnustep = prev.gnustep.overrideScope (self: super: { # # gnustep is going to need a *lot* of work/domain-specific knowledge to truly cross-compile, # # base = emulated.gnustep.base; # base = (super.base.override { # # fixes: "configure: error: Your compiler does not appear to implement the -fconstant-string-class option needed for support of strings." # # emulating gsmake amounts to emulating stdenv. # inherit (emulated.gnustep) gsmakeDerivation; # }).overrideAttrs (upstream: { # # fixes: "checking FFI library usage... ./configure: line 11028: pkg-config: command not found" # # nixpkgs has this in nativeBuildInputs... but that's failing when we partially emulate things. # buildInputs = (upstream.buildInputs or []) ++ [ prev.pkg-config ]; # }); # }); # 2023/12/20: upstreaming is blocked on webp-pixbuf-loader # gthumb = mvInputs { nativeBuildInputs = [ glib ]; } prev.gthumb; # 2023/12/20: upstreaming is blocked on qtsvg (via pipewire) gnome-frog = prev.gnome-frog.overrideAttrs (upstream: { # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host. postPatch = (upstream.postPatch or "") + '' substituteInPlace data/meson.build --replace \ "find_program('blueprint-compiler')" \ "'env', 'GI_TYPELIB_PATH=${typelibPath [ buildPackages.gdk-pixbuf buildPackages.glib buildPackages.graphene buildPackages.gtk4 buildPackages.harfbuzz buildPackages.libadwaita buildPackages.pango ]}', find_program('blueprint-compiler')" ''; }); # 2024/05/08: fix: "meson.build:85:11: ERROR: Dependency "dbus-1" not found, tried pkgconfig". # 2024/05/13: upstreaming is bloked by dbus-python (fixed in staging), appstream (out for PR) gnome-online-accounts = mvToBuildInputs [ dbus ] prev.gnome-online-accounts; gnome = prev.gnome.overrideScope (self: super: { evolution-data-server = super.evolution-data-server.overrideAttrs (upstream: { # 2024/05/13: upstreaming is blocked by appstream (out for PR), libgweather (out for PR) cmakeFlags = upstream.cmakeFlags ++ [ "-DCMAKE_CROSSCOMPILING_EMULATOR=${stdenv.hostPlatform.emulator buildPackages}" "-DENABLE_TESTS=no" "-DGETTEXT_MSGFMT_EXECUTABLE=${lib.getBin buildPackages.gettext}/bin/msgfmt" "-DGETTEXT_MSGMERGE_EXECUTABLE=${lib.getBin buildPackages.gettext}/bin/msgmerge" "-DGETTEXT_XGETTEXT_EXECUTABLE=${lib.getBin buildPackages.gettext}/bin/xgettext" "-DGLIB_COMPILE_RESOURCES=${lib.getDev buildPackages.glib}/bin/glib-compile-resources" "-DGLIB_COMPILE_SCHEMAS=${lib.getDev buildPackages.glib}/bin/glib-compile-schemas" ]; postPatch = (upstream.postPatch or "") + '' substituteInPlace src/addressbook/libebook-contacts/CMakeLists.txt --replace \ 'COMMAND ''${CMAKE_CURRENT_BINARY_DIR}/gen-western-table' \ 'COMMAND ${stdenv.hostPlatform.emulator buildPackages} ''${CMAKE_CURRENT_BINARY_DIR}/gen-western-table' substituteInPlace src/camel/CMakeLists.txt --replace \ 'COMMAND ''${CMAKE_CURRENT_BINARY_DIR}/camel-gen-tables' \ 'COMMAND ${stdenv.hostPlatform.emulator buildPackages} ''${CMAKE_CURRENT_BINARY_DIR}/camel-gen-tables' ''; # N.B.: the deps are funky even without cross compiling. # upstream probably wants to replace pcre with pcre2, and maybe provide perl # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # perl # fixes "The 'perl' not found, not installing csv2vcard" # # glib # # libiconv # # iconv # ]; # buildInputs = upstream.buildInputs ++ [ # pcre2 # fixes: "Package 'libpcre2-8', required by 'glib-2.0', not found" # mount # fails to fix: "Package 'mount', required by 'gio-2.0', not found" # ]; }); # 2023/08/01: upstreaming is blocked on nautilus, gnome-user-share (apache-httpd, webp-pixbuf-loader) # fixes: "src/meson.build:106:0: ERROR: Program 'glib-compile-resources' not found or not executable" file-roller = mvToNativeInputs [ glib ] super.file-roller; # 2023/12/08: upstreaming is blocked by evolution-data-server geary = super.geary.overrideAttrs (upstream: { buildInputs = upstream.buildInputs ++ [ # glib appstream-glib libxml2 ]; }); # 2024/02/27: upstreaming is unblocked # fixes: "src/meson.build:3:0: ERROR: Program 'glib-compile-resources' not found or not executable" # gnome-color-manager = mvToNativeInputs [ glib ] super.gnome-color-manager; # 2023/08/01: upstreaming is blocked by apache-httpd, argyllcms, ibus, libavif, webp-pixbuf-loader # fixes "subprojects/gvc/meson.build:30:0: ERROR: Program 'glib-mkenums mkenums' not found or not executable" # gnome-control-center = mvToNativeInputs [ glib ] super.gnome-control-center; # gnome-keyring = super.gnome-keyring.overrideAttrs (orig: { # # 2024/02/27: upstreaming is unblocked; implemented but not for PR # # - # # this seems to work in practice, but leaves gkr with a reference to the build openssl, sqlite, xz, libxcrypt, glibc # # fixes "configure.ac:374: error: possibly undefined macro: AM_PATH_LIBGCRYPT" # nativeBuildInputs = orig.nativeBuildInputs ++ [ libgcrypt openssh glib ]; # }); gnome-maps = super.gnome-maps.overrideAttrs (upstream: { # 2023/11/21: upstreaming is blocked by libshumate, qtsvg (via pipewire/ffado) postPatch = (upstream.postPatch or "") + '' # fixes: "ERROR: Program 'gjs' not found or not executable" substituteInPlace meson.build \ --replace "find_program('gjs')" "find_program('${gjs}/bin/gjs')" # fixes missing `gapplication` binary when not on PATH (needed for non-cross build too) substituteInPlace data/org.gnome.Maps.desktop.in.in \ --replace "gapplication" "${glib.bin}/bin/gapplication" ''; }); # gnome-shell = super.gnome-shell.overrideAttrs (orig: { # # fixes "meson.build:128:0: ERROR: Program 'gjs' not found or not executable" # # does not fix "_giscanner.cpython-310-x86_64-linux-gnu.so: cannot open shared object file: No such file or directory" (python import failure) # nativeBuildInputs = orig.nativeBuildInputs ++ [ gjs gobject-introspection ]; # # try to reduce gobject-introspection/shew dependencies # mesonFlags = [ # "-Dextensions_app=false" # "-Dextensions_tool=false" # "-Dman=false" # ]; # # fixes "gvc| Build-time dependency gobject-introspection-1.0 found: NO" # # inspired by gupnp_1_6 # # outputs = [ "out" "dev" ] # # ++ lib.optionals (prev.stdenv.buildPlatform == prev.stdenv.hostPlatform) [ "devdoc" ]; # # mesonFlags = [ # # "-Dgtk_doc=${lib.boolToString (prev.stdenv.buildPlatform == prev.stdenv.hostPlatform)}" # # ]; # }); # gnome-shell = super.gnome-shell.overrideAttrs (upstream: { # # 2023/08/01: upstreaming is blocked on argyllcms, gnome-keyring, gnome-clocks, ibus, libavif, webp-pixbuf-loader # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # gjs # fixes "meson.build:128:0: ERROR: Program 'gjs' not found or not executable" # ]; # }); gnome-settings-daemon = super.gnome-settings-daemon.overrideAttrs (orig: { # 2024/02/27: upstreaming is blocked on qtsvg (ffado) # gsd is required by xdg-desktop-portal-gtk # glib solves: "Program 'glib-mkenums mkenums' not found or not executable" nativeBuildInputs = orig.nativeBuildInputs ++ [ glib ]; # pkg-config solves: "plugins/power/meson.build:22:0: ERROR: Dependency lookup for glib-2.0 with method 'pkgconfig' failed: Pkg-config binary for machine 0 not found." # stdenv.cc fixes: "plugins/power/meson.build:60:0: ERROR: No build machine compiler for 'plugins/power/gsd-power-enums-update.c'" # but then it fails with a link-time error. # depsBuildBuild = orig.depsBuildBuild or [] ++ [ glib pkg-config buildPackages.stdenv.cc ]; # hack to just not build the power plugin (panel?), to avoid cross compilation errors postPatch = orig.postPatch + '' sed -i "s/disabled_plugins = \[\]/disabled_plugins = ['power']/" plugins/meson.build ''; }); # 2023/08/01: upstreaming is blocked on argyllcms, gnome-keyring, gnome-clocks, ibus, libavif, webp-pixbuf-loader (gnome-shell) # fixes: "gdbus-codegen not found or executable" # gnome-session = mvToNativeInputs [ glib ] super.gnome-session; # gnome-terminal = super.gnome-terminal.overrideAttrs (orig: { # # 2023/07/31: upstreaming is blocked on argyllcms, apache-httpd, gnome-keyring, libavif, gnome-clocks, ibus, webp-pixbuf-loader # # fixes "meson.build:343:0: ERROR: Dependency "libpcre2-8" not found, tried pkgconfig" # buildInputs = orig.buildInputs ++ [ pcre2 ]; # }); # 2023/07/31: upstreaming is blocked on apache-httpd # fixes: meson.build:111:6: ERROR: Program 'glib-compile-schemas' not found or not executable # gnome-user-share = addNativeInputs [ glib ] super.gnome-user-share; # mutter = super.mutter.overrideAttrs (orig: { # # 2024/02/27: upstreaming is blocked on appstream, possibly others # # N.B.: not all of this suitable to upstreaming, as-is. # # mesa and xorgserver are removed here because they *themselves* don't build for `buildPackages` (temporarily: 2023/10/26) # nativeBuildInputs = lib.subtractLists [ mesa xorg.xorgserver ] orig.nativeBuildInputs; # buildInputs = orig.buildInputs ++ [ # mesa # fixes "meson.build:237:2: ERROR: Dependency "gbm" not found, tried pkgconfig" # libGL # fixes "meson.build:184:11: ERROR: Dependency "gl" not found, tried pkgconfig and system" # ]; # # Run-time dependency gi-docgen found: NO (tried pkgconfig and cmake) # mesonFlags = lib.remove "-Ddocs=true" orig.mesonFlags; # outputs = lib.remove "devdoc" orig.outputs; # postInstall = lib.replaceStrings [ "${glib.dev}" ] [ "${buildPackages.glib.dev}" ] orig.postInstall; # }); # nautilus = ( # # 2023/11/21: upstreaming is blocked on apache-httpd, webp-pixbuf-loader, qtsvg # addInputs { # # fixes: "meson.build:123:0: ERROR: Dependency "libxml-2.0" not found, tried pkgconfig" # buildInputs = [ libxml2 ]; # # fixes: "meson.build:226:6: ERROR: Program 'gtk-update-icon-cache' not found or not executable" # nativeBuildInputs = [ gtk4 ]; # } # ); }); # gnome2 = prev.gnome2.overrideScope (self: super: { # # GConf = ( # # # python3 -> nativeBuildInputs fixes "2to3: command not found" # # # glib.dev in nativeBuildInputs fixes "gconfmarshal.list: command not found" # # # new error: "** (orbit-idl-2): WARNING **: ./GConfX.idl compilation failed" # # addNativeInputs # # [ glib.dev ] # # (mvToNativeInputs [ python3 ] super.GConf); # # ); # # avoid gconf. last release was 2013: it's dead. # GConf = super.GConf.override { # inherit (emulated) stdenv; # }; # # gnome_vfs = ( # # # fixes: "configure: error: gconftool-2 executable not found in your path - should be installed with GConf" # # # new error: "configure: error: cannot run test program while cross compiling" # # mvToNativeInputs [ self.GConf ] super.gnome_vfs # # ); # gnome_vfs = useEmulatedStdenv super.gnome_vfs; # }); # out for PR: # hspell = prev.hspell.overrideAttrs (upstream: { # # build perl is needed by the Makefile, # # but $out/bin/multispell (which is simply copied from src) should use host perl # buildInputs = (upstream.buildInputs or []) ++ [ perl ]; # postInstall = '' # patchShebangs --update $out/bin/multispell # ''; # }); # hyprland = mvToNativeInputs [ hwdata ] prev.hyprland; # hyprland = prev.hyprland.overrideAttrs (_: { # depsBuildBuild = [ pkg-config ]; # }); # 2024/02/27: upstreaming is blocked on gconf # "setup: line 1595: ant: command not found" # i2p = mvToNativeInputs [ ant gettext ] prev.i2p; # 2024/02/27: upstreaming is unblocked (see `pkgs/patched/ibus`) # ibus = (prev.ibus.override { # inherit (emulated) # stdenv # fixes: "configure: error: cannot run test program while cross compiling" # gobject-introspection # "cannot open shared object ..." # ; # }); # .overrideAttrs (upstream: { # nativeBuildInputs = upstream.nativeBuildInputs or [] ++ [ # glib # fixes: ImportError: /nix/store/fi1rsalr11xg00dqwgzbf91jpl3zwygi-gobject-introspection-aarch64-unknown-linux-gnu-1.74.0/lib/gobject-introspection/giscanner/_giscanner.cpython-310-x86_64-linux-gnu.so: cannot open shared object file: No such file or directory # buildPackages.gobject-introspection # fixes "_giscanner.cpython-310-x86_64-linux-gnu.so: cannot open shared object file: No such file or directory" # ]; # buildInputs = lib.remove gobject-introspection upstream.buildInputs ++ [ # vala # fixes: "Package `ibus-1.0' not found in specified Vala API directories or GObject-Introspection GIR directories" # ]; # }); # ibus = buildInQemu (prev.ibus.override { # # not enough: still tries to execute build machine perl # buildPackages.gtk-doc = gtk-doc; # }); # 2023/12/08: upstreaming is blocked on qtsvg iotas = prev.iotas.overrideAttrs (_: { # error: " is not allowed to refer to the following paths: " # disallowedReferences = []; postPatch = '' # @PYTHON@ becomes the build python, but this file isn't executable anyway so shouldn't have a shebang substituteInPlace iotas/const.py.in \ --replace '#!@PYTHON@' "" ''; }); # fixes: "make: gcc: No such file or directory" # java-service-wrapper = useEmulatedStdenv prev.java-service-wrapper; # javaPackages = prev.javaPackages // { # compiler = prev.javaPackages.compiler // { # adoptopenjdk-8 = prev.javaPackages.compiler.adoptopenjdk-8 // { # # fixes "error: auto-patchelf could not satisfy dependency libgcc_s.so.1 wanted by /nix/store/fvln9pahd3c4ys8xv5c0w91xm2347cvq-adoptopenjdk-hotspot-bin-aarch64-unknown-linux-gnu-8.0.322/jre/lib/aarch64/libsunec.so" # jdk-hotspot = useEmulatedStdenv prev.javaPackages.compiler.adoptopenjdk-8.jdk-hotspot; # }; # openjdk8-bootstrap = useEmulatedStdenv prev.javaPackages.compiler.openjdk8-bootstrap; # # fixes "configure: error: Could not find required tool for WHICH" # openjdk8 = useEmulatedStdenv prev.javaPackages.compiler.openjdk8; # # openjdk19 = ( # # # fixes "configure: error: Could not find required tool for ZIPEXE" # # # new failure: "checking for cc... [not found]" # # (mvToNativeInputs # # [ zip ] # # (useEmulatedStdenv prev.javaPackages.compiler.openjdk19) # # ).overrideAttrs (_upstream: { # # # avoid building `support/demos`, which segfaults # # buildFlags = [ "product-images" ]; # # doCheck = false; # pre-emptive # # }) # # ); # openjdk19 = emulated.javaPackages.compiler.openjdk19; # }; # }; # jellyfin-media-player = mvToBuildInputs # [ libsForQt5.wrapQtAppsHook ] # this shouldn't be: but otherwise we get mixed qtbase deps # (prev.jellyfin-media-player.overrideAttrs (upstream: { # meta = upstream.meta // { # platforms = upstream.meta.platforms ++ [ # "aarch64-linux" # ]; # }; # })); # jellyfin-media-player-qt6 = prev.jellyfin-media-player-qt6.overrideAttrs (upstream: { # # nativeBuildInputs => result targets x86. # # buildInputs => result targets correct platform, but doesn't wrap the runtime deps # # TODO: fix the hook in qt6 itself? # depsHostHost = upstream.depsHostHost or [] ++ [ qt6.wrapQtAppsHook ]; # nativeBuildInputs = lib.remove [ qt6.wrapQtAppsHook ] upstream.nativeBuildInputs; # }); # jellyfin-web = prev.jellyfin-web.override { # # in node-dependencies-jellyfin-web: "node: command not found" # inherit (emulated) stdenv; # }; # 2023/12/08: upstreaming is blocked by qtsvg (pipewire) komikku = prev.komikku.overrideAttrs (upstream: { # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host. postPatch = (upstream.postPatch or "") + '' substituteInPlace data/meson.build --replace \ "find_program('blueprint-compiler')" \ "'env', 'GI_TYPELIB_PATH=${typelibPath [ buildPackages.gdk-pixbuf buildPackages.glib buildPackages.graphene buildPackages.gtk4 buildPackages.harfbuzz buildPackages.libadwaita buildPackages.pango ]}', find_program('blueprint-compiler')" ''; }); # koreader = (prev.koreader.override { # # fixes runtime error: luajit: ./ffi/util.lua:757: attempt to call field 'pack' (a nil value) # # inherit (emulated) luajit; # luajit = buildInQemu (luajit.override { # buildPackages.stdenv = emulated.stdenv; # it uses buildPackages.stdenv for HOST_CC # }); # }).overrideAttrs (upstream: { # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # autoPatchelfHook # ]; # }); lemoa = prev.lemoa.overrideAttrs (upstream: let rustTargetPlatform = rust.toRustTarget stdenv.hostPlatform; in { # nixpkgs sets CARGO_BUILD_TARGET to the build platform target, so correct that. buildPhase = '' runHook preBuild mkdir -p target/release ln -s ../${rustTargetPlatform}/release/lemoa target/release/lemoa ${rust.envVars.setEnv} "CARGO_BUILD_TARGET=${rustTargetPlatform}" ninja -j$NIX_BUILD_CORES runHook postBuild ''; } ); # 2024/02/27: upstreaming is unblocked # out for PR: # fixes "proto/meson.build:17:15: ERROR: Failed running '/nix/store/sx2814jd7xim65qbiqry94vkq2b4xv5b-python3-aarch64-unknown-linux-gnu-3.11.7-env/bin/python3', binary or interpreter not executable." # source runs python during build only as a sanity check: we could instead disable that. # this library is probably only used by xwayland: # it's a dependency of waybar (via sway), but doesn't actually occur in the output! # libei = prev.libei.override { python3 = buildPackages.python3; }; # libgweather = prev.libgweather.overrideAttrs (upstream: { # nativeBuildInputs = (lib.remove gobject-introspection upstream.nativeBuildInputs) ++ [ # buildPackages.gobject-introspection # fails to fix "gi._error.GError: g-invoke-error-quark: Could not locate g_option_error_quark: /nix/store/dsx6kqmyg7f3dz9hwhz7m3jrac4vn3pc-glib-aarch64-unknown-linux-gnu-2.74.3/lib/libglib-2.0.so.0" # ]; # # fixes "Run-time dependency vapigen found: NO (tried pkgconfig)" # buildInputs = upstream.buildInputs ++ [ vala ]; # }); # 2023/08/27: out for PR: # libgweather = (prev.libgweather.override { # # we need introspection for bindings, used by e.g. # # - gnome.gnome-weather (javascript) # # - sane-weather (python) # # # # enabling introspection on cross is tricky because `gen_locations_variant.py` # # outputs binary files (Locations.bin) which use the endianness of the build machine # # OTOH, aarch64 and x86_64 have same endianness: why not just ignore the issue, then? # # upstream issue (loosely related): # withIntrospection = true; # }).overrideAttrs (upstream: { # # TODO: the `is_cross_build` change to meson.build is in nixpkgs, but specifies the wrong filepath # # (libgweather/meson.build instead of meson.build) # postPatch = (upstream.postPatch or "") + '' # sed -i '2i import os; os.environ["GI_TYPELIB_PATH"] = ""' build-aux/meson/gen_locations_variant.py # substituteInPlace meson.build \ # --replace "g_ir_scanner.found() and not meson.is_cross_build()" "g_ir_scanner.found()" # substituteInPlace libgweather/meson.build \ # --replace "dependency('vapigen'," "dependency('vapigen', native:true," # ''; # }); # 2024/02/27: upstreaming is blocked on appstream # libpanel = prev.libpanel.overrideAttrs (upstream: { # doCheck = false; # # depsBuildBuild = (upstream.depsBuildBuild or []) ++ [ # # # fixes "Build-time dependency gi-docgen found: NO (tried pkgconfig and cmake)" # # pkg-config # # ]; # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # buildPackages.gtk4 # fixes "ERROR: Program 'gtk-update-icon-cache' not found or not executable" # ]; # # it can't figure out where gi-docgen lives # mesonFlags = (upstream.mesonFlags or []) ++ [ # "-Ddocs=disabled" # ]; # outputs = lib.remove "devdoc" upstream.outputs; # }); # libsForQt5 = prev.libsForQt5.overrideScope (self: super: { # qgpgme = super.qgpgme.overrideAttrs (orig: { # # fix so it can find the MOC compiler # # it looks like it might not *need* to propagate qtbase, but so far unclear # nativeBuildInputs = orig.nativeBuildInputs ++ [ self.qtbase ]; # propagatedBuildInputs = lib.remove self.qtbase orig.propagatedBuildInputs; # }); # phonon = super.phonon.overrideAttrs (orig: { # # fixes "ECM (required version >= 5.60), Extra CMake Modules" # buildInputs = orig.buildInputs ++ [ extra-cmake-modules ]; # }); # }); # libsForQt5 = prev.libsForQt5.overrideScope (self: super: { # # emulate all the qt5 packages, but rework `libsForQt5.callPackage` and `mkDerivation` # # to use non-emulated stdenv by default. # mkDerivation = self.mkDerivationWith stdenv.mkDerivation; # callPackage = self.newScope { inherit (self) qtCompatVersion qtModule srcs; inherit stdenv; }; # }); # 2024/02/27: upstreaming is unblocked, out for PR: # but i don't think either the pkg-config fix (which breaks binfmt cross) nor disabling docs is the right fix. # libshumate = prev.libshumate.overrideAttrs (upstream: { # # fixes "Build-time dependency gi-docgen found: NO (tried pkgconfig and cmake)" # mesonFlags = (upstream.mesonFlags or []) ++ [ "-Dgtk_doc=false" ]; # # alternative partial fix, but then it tries to link against the build glib # # depsBuildBuild = (upstream.depsBuildBuild or []) ++ [ pkg-config ]; # }); # 2023/12/19: upstreaming blocked on glycin-loaders loupe = prev.loupe.overrideAttrs (upstream: let cargoEnvWrapper = buildPackages.writeShellScript "cargo-env-wrapper" '' CARGO_BIN="$1" shift CARGO_OP="$1" shift ${rust.envVars.setEnv} "$CARGO_BIN" "$CARGO_OP" --target "${rust.envVars.rustHostPlatformSpec}" "$@" ''; in { postPatch = (upstream.postPatch or "") + '' substituteInPlace src/meson.build \ --replace "cargo, 'build'," "'${cargoEnvWrapper}', cargo, 'build'," \ --replace "'src' / rust_target" "'src' / '${rust.envVars.rustHostPlatformSpec}' / rust_target" ''; }); mepo = (prev.mepo.override { # nixpkgs mepo correctly puts `zig_0_11.hook` in nativeBuildInputs, # but for some reason that tries to use the host zig instead of the build zig. zig_0_11 = buildPackages.zig_0_11; }).overrideAttrs (upstream: { dontUseZigCheck = true; nativeBuildInputs = upstream.nativeBuildInputs ++ [ # zig hardcodes the /lib/ld-linux.so interpreter which breaks nix dynamic linking & dep tracking. # this shouldn't have to be buildPackages.autoPatchelfHook... # but without specifying `buildPackages` the host coreutils ends up on the builder's path and breaks things buildPackages.autoPatchelfHook # zig hard-codes `pkg-config` inside lib/std/build.zig (buildPackages.writeShellScriptBin "pkg-config" '' exec $PKG_CONFIG $@ '') ]; postPatch = (upstream.postPatch or "") + '' substituteInPlace src/sdlshim.zig \ --replace 'cInclude("SDL2/SDL2_gfxPrimitives.h")' 'cInclude("SDL2_gfxPrimitives.h")' \ --replace 'cInclude("SDL2/SDL_image.h")' 'cInclude("SDL_image.h")' \ --replace 'cInclude("SDL2/SDL_ttf.h")' 'cInclude("SDL_ttf.h")' substituteInPlace build.zig \ --replace 'step.linkSystemLibrary("curl")' 'step.linkSystemLibrary("libcurl")' \ --replace 'exe.install();' 'exe.install(); if (true) { return; } // skip tests when cross compiling' ''; # skip the mepo -docman self-documenting invocation postInstall = '' install -d $out/share/man/man1 ''; # optional `zig build` debugging flags: # - --verbose # - --verbose-cimport # - --help zigBuildFlags = [ "-Dtarget=aarch64-linux-gnu" ]; }); # mepo = emulateBuildMachine (prev.mepo.override { # zig = (buildPackages.zig.overrideAttrs (upstream: { # cmakeFlags = (upstream.cmakeFlags or []) ++ [ # "-DZIG_EXECUTABLE=${buildPackages.zig}/bin/zig" # "-DZIG_TARGET_TRIPLE=aarch64-linux-gnu" # # "-DZIG_MCPU=${targetPlatform.gcc.cpu}" # ]; # # makeFlags = (upstream.makeFlags or []) ++ [ # # # stop at the second stage. # # # the third stage would be a self-hosted compiler (i.e. build the compiler using what you just built), # # # but that only works on native builds # # "zig2" # # ]; # })); # }); # mepo = prev.mepo.overrideAttrs (upstream: { # installPhase = lib.replaceStrings [ "zig " ] [ "zig -Dtarget=aarch64-linux "] upstream.installPhase; # doCheck = false; # }); # mepo = # # let # # zig = zig.override { # # inherit (emulated) stdenv; # # }; # # # makeWrapper = makeWrapper.override { # # # inherit (emulated) stdenv; # # # }; # # # makeWrapper = emulated.stdenv.mkDerivation makeWrapper; # # in # # (prev.mepo.overrideAttrs (upstream: { # # checkPhase = lib.replaceStrings [ "zig" ] [ "${zig}/bin/zig" ] upstream.checkPhase; # # installPhase = lib.replaceStrings [ "zig" ] [ "${zig}/bin/zig" ] upstream.installPhase; # # })).override { # # inherit (emulated) stdenv; # # inherit zig; # # }; # let # mepoDefn = { # stdenv # , upstreamMepo # , makeWrapper # , pkg-config # , zig # # buildInputs # , curl # , SDL2 # , SDL2_gfx # , SDL2_image # , SDL2_ttf # , jq # , ncurses # }: stdenv.mkDerivation { # inherit (upstreamMepo) # pname # version # src # # buildInputs # preBuild # doCheck # postInstall # meta # ; # # moves pkg-config to buildInputs where zig can see it, and uses the host build of zig. # nativeBuildInputs = [ makeWrapper ]; # buildInputs = [ # curl SDL2 SDL2_gfx SDL2_image SDL2_ttf jq ncurses pkg-config # ]; # checkPhase = lib.replaceStrings [ "zig" ] [ "${zig}/bin/zig" ] upstreamMepo.checkPhase; # installPhase = lib.replaceStrings [ "zig" ] [ "${zig}/bin/zig" ] upstreamMepo.installPhase; # }; # in # emulateBuildMachine (callPackage mepoDefn { # upstreamMepo = prev.mepo; # zig = zig.overrideAttrs (upstream: { # # TODO: for zig1 we can actually set ZIG_EXECUTABLE and use the build zig. # # zig2 doesn't support that. # postPatch = (upstream.postPatch or "") + '' # substituteInPlace CMakeLists.txt \ # --replace "COMMAND zig1 " "COMMAND ${stdenv.hostPlatform.emulator buildPackages} $PWD/build/zig1 " \ # --replace "COMMAND zig2 " "COMMAND ${stdenv.hostPlatform.emulator buildPackages} $PWD/build/zig2 " # ''; # }); # # zig = emulateBuildMachine (zig.overrideAttrs (upstream: { # # # speed up the emulated build by skipping docs and tests # # outputs = [ "out" ]; # # postBuild = ""; # don't build docs # # doInstallCheck = false; # # doCheck = false; # # })); # }); # # (prev.mepo.override { # # # emulate zig and stdenv to fix: # # # - "/build/source/src/sdlshim.zig:1:20: error: C import failed" # # # emulate makeWrapper to fix: # # # - "error: makeWrapper/makeShellWrapper must be in nativeBuildInputs" # # # inherit (emulated) makeWrapper stdenv; # # inherit (emulated) stdenv; # # inherit zig; # # # inherit makeWrapper; # # }).overrideAttrs (upstream: { # # # nativeBuildInputs = [ pkg-config makeWrapper ]; # # # nativeBuildInputs = [ pkg-config emulated.makeWrapper ]; # # # ref to zig by full path because otherwise it doesn't end up on the path... # # #checkPhase = lib.replaceStrings [ "zig" ] [ "${zig}/bin/zig" ] upstream.checkPhase; # # #installPhase = lib.replaceStrings [ "zig" ] [ "${zig}/bin/zig" ] upstream.installPhase; # # }); # mepo = (prev.mepo.override { # # emulate zig and stdenv to fix: # # - "/build/source/src/sdlshim.zig:1:20: error: C import failed" # # emulate makeWrapper to fix: # # - "error: makeWrapper/makeShellWrapper must be in nativeBuildInputs" # inherit (emulated) makeWrapper stdenv zig; # }).overrideAttrs (upstream: { # nativeBuildInputs = [ pkg-config emulated.makeWrapper ]; # # ref to zig by full path because otherwise it doesn't end up on the path... # checkPhase = lib.replaceStrings [ "zig" ] [ "${emulated.zig}/bin/zig" ] upstream.checkPhase; # installPhase = lib.replaceStrings [ "zig" ] [ "${emulated.zig}/bin/zig" ] upstream.installPhase; # }); # mepo = (prev.mepo.override { # inherit (emulated) stdenv; # }).overrideAttrs (upstream: { # nativeBuildInputs = [ pkg-config emulated.makeWrapper ]; # buildInputs = [ # curl SDL2 SDL2_gfx SDL2_image SDL2_ttf jq ncurses # emulated.zig # ]; # }); # mepo = mvToBuildInputs [ emulated.zig ] (prev.mepo.override { # inherit (emulated) makeWrapper stdenv zig; # }); # mepo = (prev.mepo.override { # inherit (emulated) # stdenv # SDL2 # SDL2_gfx # SDL2_image # SDL2_ttf # zig # ; # }).overrideAttrs (_upstream: { # doCheck = false; # # dontConfigure = true; # # dontBuild = true; # # preInstall = '' # # export HOME=$TMPDIR # # ''; # # installPhase = '' # # runHook preInstall # # zig build -Drelease-safe=true -Dtarget=aarch64-linux-gnu -Dcpu=baseline --prefix $out # # install -d $out/share/man/man1 # # $out/bin/mepo -docman > $out/share/man/man1/mepo.1 # # runHook postInstall # # ''; # }); # fixes: "ar: command not found" # `ar` is provided by bintools # 2023/07/27: upstreaming is unblocked by deps; but turns out to not be this simple ncftp = addNativeInputs [ bintools ] prev.ncftp; # fixes "gdbus-codegen: command not found" # 2023/07/31: upstreaming is blocked on p11-kit, openfortivpn, qttranslations (qtbase) cross compilation # networkmanager-fortisslvpn = mvToNativeInputs [ glib ] prev.networkmanager-fortisslvpn; # networkmanager-iodine = prev.networkmanager-iodine.overrideAttrs (orig: { # # fails to fix "configure.ac:58: error: possibly undefined macro: AM_GLIB_GNU_GETTEXT" # nativeBuildInputs = orig.nativeBuildInputs ++ [ gettext ]; # }); # networkmanager-iodine = prev.networkmanager-iodine.override { # # fixes "configure.ac:58: error: possibly undefined macro: AM_GLIB_GNU_GETTEXT" # inherit (emulated) stdenv; # }; # networkmanager-iodine = addNativeInputs [ gettext ] prev.networkmanager-iodine; # networkmanager-iodine = prev.networkmanager-iodine.overrideAttrs (upstream: { # # buildInputs = upstream.buildInputs ++ [ intltool gettext ]; # # nativeBuildInputs = lib.remove intltool upstream.nativeBuildInputs; # # nativeBuildInputs = upstream.nativeBuildInputs ++ [ gettext ]; # postPatch = upstream.postPatch or "" + '' # sed -i s/AM_GLIB_GNU_GETTEXT/AM_GNU_GETTEXT/ configure.ac # ''; # }); # fixes "gdbus-codegen: command not found" # fixes "gtk4-builder-tool: command not found" # 2023/07/31: upstreaming is unblocked,implemented # networkmanager-l2tp = addNativeInputs [ gtk4 ] # (mvToNativeInputs [ glib ] prev.networkmanager-l2tp); # fixes "properties/gresource.xml: Permission denied" # - by providing glib-compile-resources # 2023/07/31: upstreaming is blocked on libavif cross compilation # networkmanager-openconnect = mvToNativeInputs [ glib ] prev.networkmanager-openconnect; # fixes "properties/gresource.xml: Permission denied" # - by providing glib-compile-resources # 2023/07/31: upstreaming is unblocked,implemented # networkmanager-openvpn = mvToNativeInputs [ glib ] prev.networkmanager-openvpn; # 2023/07/31: upstreaming is unblocked,implemented # networkmanager-sstp = ( # # fixes "gdbus-codegen: command not found" # mvToNativeInputs [ glib ] ( # # fixes gtk4-builder-tool wrong format # addNativeInputs [ gtk4.dev ] prev.networkmanager-sstp # ) # ); # 2023/07/31: upstreaming is blocked on vpnc cross compilation # networkmanager-vpnc = mvToNativeInputs [ glib ] prev.networkmanager-vpnc; # fixes "properties/gresource.xml: Permission denied" # - by providing glib-compile-resources # 2023/07/27: upstreaming is blocked on p11-kit, coeurl cross compilation # nheko = (prev.nheko.override { # gst_all_1 = gst_all_1 // { # # don't build gst-plugins-good with "qt5 support" # # alternative build fix is to remove `qtbase` from nativeBuildInputs: # # - that avoids the mixd qt5 deps, but forces a rebuild of gst-plugins-good and +20MB to closure # gst-plugins-good.override = attrs: gst_all_1.gst-plugins-good.override (builtins.removeAttrs attrs [ "qt5Support" ]); # }; # }).overrideAttrs (orig: { # # fixes "fatal error: lmdb++.h: No such file or directory # buildInputs = orig.buildInputs ++ [ lmdbxx ]; # }); # 2023/08/02: upstreaming in PR: # - needs (my) review # notmuch = prev.notmuch.overrideAttrs (upstream: { # # fixes "Error: The dependencies of notmuch could not be satisfied" (xapian, gmime, glib, talloc) # # when cross-compiling, we only have a triple-prefixed pkg-config which notmuch's configure script doesn't know how to find. # # so just replace these with the nix-supplied env-var which resolves to the relevant pkg-config. # postPatch = upstream.postPatch or "" + '' # sed -i 's/pkg-config/\$PKG_CONFIG/g' configure # ''; # XAPIAN_CONFIG = buildPackages.writeShellScript "xapian-config" '' # exec ${lib.getBin xapian}/bin/xapian-config $@ # ''; # # depsBuildBuild = [ gnupg ]; # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # gnupg # nixpkgs specifies gpg as a buildInput instead of a nativeBuildInput # perl # used to build manpages # # pythonPackages.python # # shared-mime-info # ]; # buildInputs = [ # xapian gmime3 talloc zlib # dependencies described in INSTALL # # perl # # pythonPackages.python # ruby # notmuch links against ruby.so # ]; # # buildInputs = # # (lib.remove # # perl # # (lib.remove # # gmime # # (lib.remove gnupg upstream.buildInputs) # # ) # # ) ++ [ gmime ]; # }); # notmuch = prev.notmuch.overrideAttrs (upstream: { # # fixes "Error: The dependencies of notmuch could not be satisfied" (xapian, gmime, glib, talloc) # # when cross-compiling, we only have a triple-prefixed pkg-config which notmuch's configure script doesn't know how to find. # # so just replace these with the nix-supplied env-var which resolves to the relevant pkg-config. # postPatch = upstream.postPatch or "" + '' # sed -i 's/pkg-config/\$PKG_CONFIG/g' configure # sed -i 's: gpg : ${buildPackages.gnupg}/bin/gpg :' configure # ''; # XAPIAN_CONFIG = buildPackages.writeShellScript "xapian-config" '' # exec ${lib.getBin xapian}/bin/xapian-config $@ # ''; # # depsBuildBuild = upstream.depsBuildBuild or [] ++ [ # # buildPackages.stdenv.cc # # ]; # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # # gnupg # perl # ]; # # buildInputs = lib.remove gnupg upstream.buildInputs; # }); # openfortivpn = prev.openfortivpn.override { # # fixes "checking for /proc/net/route... configure: error: cannot check for file existence when cross compiling" # inherit (emulated) stdenv; # }; # fixes (meson) "Program 'glib-mkenums mkenums' not found or not executable" # 2023/07/27: upstreaming is blocked on p11-kit, argyllcms, libavif cross compilation # phoc = mvToNativeInputs [ wayland-scanner glib ] prev.phoc; # phosh = prev.phosh.overrideAttrs (upstream: { # buildInputs = upstream.buildInputs ++ [ # libadwaita # "plugins/meson.build:41:2: ERROR: Dependency "libadwaita-1" not found, tried pkgconfig" # ]; # mesonFlags = upstream.mesonFlags ++ [ # "-Dphoc_tests=disabled" # "tests/meson.build:20:0: ERROR: Program 'phoc' not found or not executable" # ]; # # postPatch = upstream.postPatch or "" + '' # # sed -i 's:gio_querymodules = :gio_querymodules = "${buildPackages.glib.dev}/bin/gio-querymodules" if True else :' build-aux/post_install.py # # ''; # }); # phosh-mobile-settings = mvInputs { # # fixes "meson.build:26:0: ERROR: Dependency "phosh-plugins" not found, tried pkgconfig" # # phosh is used only for its plugins; these are specified as a runtime dep in src. # # it's correct for them to be runtime dep: src/ms-lockscreen-panel.c loads stuff from # buildInputs = [ phosh ]; # nativeBuildInputs = [ # gettext # fixes "data/meson.build:1:0: ERROR: Program 'msgfmt' not found or not executable" # wayland-scanner # fixes "protocols/meson.build:7:0: ERROR: Program 'wayland-scanner' not found or not executable" # glib # fixes "src/meson.build:1:0: ERROR: Program 'glib-mkenums mkenums' not found or not executable" # desktop-file-utils # fixes "meson.build:116:8: ERROR: Program 'update-desktop-database' not found or not executable" # ]; # } prev.phosh-mobile-settings; # pipewire = prev.pipewire.override { # # avoid a dep on python3.10-PyQt5, which has mixed qt5 versions. # # this means we lose firewire support (oh well..?) # ffadoSupport = false; # }; # psqlodbc = prev.psqlodbc.override { # # fixes "configure: error: odbc_config not found (required for unixODBC build)" # inherit (emulated) stdenv; # }; # 2023/12/13: upstreaming is blocked by qtsvg (via pipewire) pwvucontrol = prev.pwvucontrol.overrideAttrs (upstream: let rustTargetPlatform = rust.toRustTarget stdenv.hostPlatform; in { postPatch = (upstream.postPatch or "") + '' substituteInPlace src/meson.build --replace \ "'src' / rust_target" \ "'src' / '${rustTargetPlatform}' / rust_target" ''; # nixpkgs sets CARGO_BUILD_TARGET to the build platform target, so correct that. buildPhase = '' runHook preBuild ${rust.envVars.setEnv} "CARGO_BUILD_TARGET=${rustTargetPlatform}" ninja -j$NIX_BUILD_CORES runHook postBuild ''; }); # qt5 = let # emulatedQt5 = prev.qt5.override { # # emulate qt5base and all qtModules. # # because qt5 doesn't place this `stdenv` argument into its scope, `libsForQt5` doesn't inherit # # this stdenv. so anything using `libsForQt5.callPackage` builds w/o emulation. # stdenv = stdenv // { # mkDerivation = args: buildInQemu { # override = { stdenv }: stdenv.mkDerivation args; # }; # }; # }; # in prev.qt5.overrideScope (self: super: { # inherit (emulatedQt5) # qtbase # # without emulation these all fail with "Project ERROR: Cannot run compiler 'g++'." # qtdeclarative # qtgraphicaleffects # qtimageformats # qtmultimedia # qtquickcontrols # qtquickcontrols2 # qtsvg # qttools # qtwayland # ; # }); # qt5 = prev.qt5.overrideScope (self: super: { # # emulate all qt5 modules # # this is a good idea, because qt is touchy about mixing "versions", # # but idk if it's necessary -- i haven't tried selective emulation. # # # # qt5's `callPackage` doesn't use the final `qtModule`, but the non-overriden one. # # so to modify `qtModule` we have to go through callPackage. # callPackage = self.newScope { # inherit (self) qtCompatVersion srcs stdenv; # qtModule = args: buildInQemu { # # clunky buildInQemu API, when not used via `callPackage` # override = _attrs: super.qtModule args; # }; # }; # # emulate qtbase (which doesn't go through qtModule) # qtbase = buildInQemu super.qtbase; # }); # qt5 = prev.qt5.overrideScope (self: super: # let # emulateQtModule = pkg: buildInQemu { # # qtModule never gets `stdenv` # override = _stdenv: pkg; # }; # in { # qtbase = buildInQemu super.qtbase; # qtdeclarative = emulateQtModule super.qtdeclarative; # qtgraphicaleffects = emulateQtModule super.qtgraphicaleffects; # qtimageformats = emulateQtModule super.qtimageformats; # qtkeychain = emulateQtModule super.qtkeychain; #< doesn't exist? # qtmultimedia = emulateQtModule super.qtmultimedia; # qtquickcontrols = emulateQtModule super.qtquickcontrols; # qtquickcontrols2 = emulateQtModule super.qtquickcontrols2; # qtsvg = emulateQtModule super.qtsvg; # qttools = emulateQtModule super.qttools; # qtwayland = emulateQtModule super.qtwayland; # }); # qt5 = prev.qt5.overrideScope (self: super: { # # stdenv.mkDerivation is used by qtModule, so this emulates all the qt modules # stdenv = stdenv // { # mkDerivation = args: buildInQemu { # override = { stdenv }: stdenv.mkDerivation args; # }; # }; # # callPackage/mkDerivation is used by libsForQt5, so we avoid emulating qt consumers. # # mkDerivation = stdenv.mkDerivation; # # callPackage = self.newScope { # # inherit (self) qtCompatVersion qtModule srcs; # # inherit stdenv; # # }; # # qtbase = buildInQemu super.qtbase; # }); # libsForQt5 = prev.libsForQt5.overrideScope (self: super: { # inherit stdenv; # inherit (self.stdenv) mkderivation; # }); # qt5 = (prev.qt5.override { # # qt5 modules see this stdenv; they don't pick up the scope's qtModule or stdenv # stdenv = emulated.stdenv // { # # mkDerivation = args: buildInQemu (stdenv.mkDerivation args); # mkDerivation = args: buildInQemu { # # clunky buildInQemu API, when not used via `callPackage` # override = _attrs: stdenv.mkDerivation args; # }; # }; # }).overrideScope (self: super: { # # but for anything using `libsForQt5.callPackage`, don't emulate. # # note: alternative approach is to only `libsForQt5` (it's a separate scope),. # # it inherits so much from the `qt5` scope, so not a clear improvement. # mkDerivation = self.mkDerivationWith stdenv.mkDerivation; # callPackage = self.newScope { inherit (self) qtCompatVersion qtModule srcs; inherit stdenv; }; # # except, still emulate qtbase. # # all other modules build with qtModule (which emulates), except for qtbase which is behind a `callPackage` and uses `stdenv.mkDerivation`. # # therefore we need to re-emulate it when make callPackage not emulate here. # qtbase = buildInQemu super.qtbase; # # qtbase = super.qtbase.override { # # # qtbase is the only thing in `qt5` scope that references `[stdenv.]mkDerivation`. # # # to emulate it, we emulate stdenv; all the other qt5 members are emulated via `qt5.qtModule` # # inherit (emulated) stdenv; # # }; # }); # qt5 = emulated.qt5.overrideScope (self: super: { # # emulate all the qt5 packages, but rework `libsForQt5.callPackage` and `mkDerivation` # # to use non-emulated stdenv by default. # mkDerivation = self.mkDerivationWith stdenv.mkDerivation; # callPackage = self.newScope { inherit (self) qtCompatVersion qtModule srcs; inherit stdenv; }; # }); # qt6 = prev.qt6.overrideScope (self: super: { # # # inherit (emulated.qt6) qtModule; # # qtbase = super.qtbase.overrideAttrs (upstream: { # # # cmakeFlags = upstream.cmakeFlags ++ lib.optionals (stdenv.buildPlatform != stdenv.hostPlatform) [ # # cmakeFlags = upstream.cmakeFlags ++ lib.optionals (stdenv.buildPlatform != stdenv.hostPlatform) [ # # # "-DCMAKE_CROSSCOMPILING=True" # fails to solve QT_HOST_PATH error # # "-DQT_HOST_PATH=${buildPackages.qt6.full}" # # ]; # # }); # # qtModule = args: (super.qtModule args).overrideAttrs (upstream: { # # # the nixpkgs comment about libexec seems to be outdated: # # # it's just that cross-compiled syncqt.pl doesn't get its #!/usr/bin/env shebang replaced. # # preConfigure = lib.replaceStrings # # ["${lib.getDev self.qtbase}/libexec/syncqt.pl"] # # ["perl ${lib.getDev self.qtbase}/libexec/syncqt.pl"] # # upstream.preConfigure; # # }); # # # qtwayland = super.qtwayland.overrideAttrs (upstream: { # # # preConfigure = "fixQtBuiltinPaths . '*.pr?'"; # # # }); # # # qtwayland = super.qtwayland.override { # # # inherit (self) qtbase; # # # }; # # # qtbase = super.qtbase.override { # # # # fixes: "You need to set QT_HOST_PATH to cross compile Qt." # # # inherit (emulated) stdenv; # # # }; # qtwebengine = super.qtwebengine.overrideAttrs (upstream: { # # depsBuildBuild = upstream.depsBuildBuild or [] ++ [ pkg-config ]; # # XXX: qt seems to use its own terminology for "host" and "target": # # - # # - "host" = machine invoking the compiler # # - "target" = machine on which the resulting qtwebengine.so binaries will run # # XXX: NIX_CFLAGS_COMPILE_ is how we get the `-isystem ` flags. # # probably we shouldn't blindly copy these from host machine to build machine, # # as the headers could reasonably make different assumptions. # preConfigure = upstream.preConfigure + '' # # export PKG_CONFIG_HOST="$PKG_CONFIG" # export PKG_CONFIG_HOST="$PKG_CONFIG_FOR_BUILD" # # expose -isystem to x86 builds # export NIX_CFLAGS_COMPILE_x86_64_unknown_linux_gnu="$NIX_CFLAGS_COMPILE" # export NIX_LDFLAGS_x86_64_unknown_linux_gnu="-L${buildPackages.zlib}/lib" # ''; # patches = upstream.patches or [] ++ [ # # ./qtwebengine-host-pkg-config.patch # # alternatively, look at dlopenBuildInputs # ./qtwebengine-host-cc.patch # ]; # # patch the qt pkg-config script to show us more debug info # postPatch = upstream.postPatch or "" + '' # sed -i s/options.debug/True/g src/3rdparty/chromium/build/config/linux/pkg-config.py # ''; # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # bintools-unwrapped # for readelf # buildPackages.cups # for cups-config # buildPackages.fontconfig # buildPackages.glib # buildPackages.harfbuzz # buildPackages.icu # buildPackages.libjpeg # buildPackages.libpng # buildPackages.libwebp # buildPackages.nss # # gcc-unwrapped.libgcc # for libgcc_s.so # buildPackages.zlib # ]; # depsBuildBuild = upstream.depsBuildBuild or [] ++ [ pkg-config ]; # # buildInputs = upstream.buildInputs ++ [ # # gcc-unwrapped.libgcc # for libgcc_s.so. this gets loaded during build, suggesting i surely messed something up # # ]; # # buildInputs = upstream.buildInputs ++ [ # # gcc-unwrapped.libgcc # # ]; # # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # # icu # # ]; # # buildInputs = upstream.buildInputs ++ [ # # icu # # ]; # # env.NIX_DEBUG="1"; # # env.NIX_DEBUG="7"; # # cmakeFlags = lib.remove "-DQT_FEATURE_webengine_system_icu=ON" upstream.cmakeFlags; # cmakeFlags = upstream.cmakeFlags ++ lib.optionals (stdenv.hostPlatform != stdenv.buildPlatform) [ # # "--host-cc=${buildPackages.stdenv.cc}/bin/cc" # # "--host-cxx=${buildPackages.stdenv.cc}/bin/c++" # # these are my own vars, used by my own patch # "-DCMAKE_HOST_C_COMPILER=${buildPackages.stdenv.cc}/bin/gcc" # "-DCMAKE_HOST_CXX_COMPILER=${buildPackages.stdenv.cc}/bin/g++" # "-DCMAKE_HOST_AR=${buildPackages.stdenv.cc}/bin/ar" # "-DCMAKE_HOST_NM=${buildPackages.stdenv.cc}/bin/nm" # ]; # }); # }); # rmlint = prev.rmlint.override { # # fixes "Checking whether the C compiler works... no" # # rmlint is scons; it reads the CC environment variable, though, so *may* be cross compilable # inherit (emulated) stdenv; # }; # 2023/07/30: upstreaming requires some changes, as configure tries to invoke our `python` # implemented (broken) on servo cross-staging-2023-07-30 branch # rpm = prev.rpm.overrideAttrs (upstream: { # # fixes "python too old". might also be specifiable as a configure flag? # env = upstream.env // lib.optionalAttrs (upstream.version == "4.18.1") { # # 4.19.0 upgrade should fix cross compilation. # # see: # PYTHON = python3.interpreter; # }; # }); # samba = prev.samba.overrideAttrs (_upstream: { # # we get "cannot find C preprocessor: aarch64-unknown-linux-gnu-cpp", but ONLY when building with the ccache stdenv. # # this solves that, but `CPP` must be a *single* path -- not an expression. # # i do not understand how the original error arises, as my ccacheStdenv should match the API of the base stdenv (except for cpp being a symlink??). # # but oh well, this fixes it. # CPP = buildPackages.writeShellScript "cpp" '' # exec ${lib.getBin stdenv.cc}/bin/${stdenv.cc.targetPrefix}cc -E $@; # ''; # }); # sequoia = prev.sequoia.override { # # fails to fix original error # inherit (emulated) stdenv; # }; # 2023/12/19: upstreaming is blocked by qtsvg (via pipewire) spot = prev.spot.overrideAttrs (upstream: let rustTargetPlatform = rust.toRustTarget stdenv.hostPlatform; in { # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host. postPatch = (upstream.postPatch or "") + '' substituteInPlace src/meson.build \ --replace-fail \ "find_program('blueprint-compiler')" \ "'env', 'GI_TYPELIB_PATH=${typelibPath [ buildPackages.gdk-pixbuf buildPackages.glib buildPackages.graphene buildPackages.gtk4 buildPackages.harfbuzz buildPackages.libadwaita buildPackages.pango ]}', find_program('blueprint-compiler')" \ --replace-fail \ "meson.project_build_root() / cargo_output" \ "meson.project_build_root() / 'src' / '${rust.envVars.rustHostPlatformSpec}' / rust_target / meson.project_name()" ''; # nixpkgs sets CARGO_BUILD_TARGET to the build platform target, so correct that. buildPhase = '' runHook preBuild ${rust.envVars.setEnv} "CARGO_BUILD_TARGET=${rustTargetPlatform}" ninja -j$NIX_BUILD_CORES runHook postBuild ''; } ); # squeekboard = prev.squeekboard.overrideAttrs (upstream: { # # fixes: "meson.build:1:0: ERROR: 'rust' compiler binary not defined in cross or native file" # # new error: "meson.build:1:0: ERROR: Rust compiler rustc --target aarch64-unknown-linux-gnu -C linker=aarch64-unknown-linux-gnu-gcc can not compile programs." # # NB(2023/03/04): upstream nixpkgs has a new squeekboard that's closer to cross-compiling; use that # # NB(2023/08/24): this emulates the entire rust build process # mesonFlags = # let # # ERROR: 'rust' compiler binary not defined in cross or native file # crossFile = writeText "cross-file.conf" '' # [binaries] # rust = [ 'rustc', '--target', '${rust.toRustTargetSpec stdenv.hostPlatform}' ] # ''; # in # # upstream.mesonFlags or [] ++ # [ # "-Dtests=false" # "-Dnewer=true" # "-Donline=false" # ] # ++ lib.optional # (stdenv.hostPlatform != stdenv.buildPlatform) # "--cross-file=${crossFile}" # ; # # cargoDeps = null; # # cargoVendorDir = "vendor"; # # depsBuildBuild = (upstream.depsBuildBuild or []) ++ [ # # pkg-config # # ]; # # this is identical to upstream, but somehow build fails if i remove it?? # nativeBuildInputs = [ # meson # ninja # pkg-config # glib # wayland # rustPlatform.cargoSetupHook # cargo # rustc # ]; # }); # 2023/12/08: upstreaming is blocked by qtsvg (via pipewire) tangram = prev.tangram.overrideAttrs (upstream: { # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host. # additionally, gsjpack has a shebang for the host gjs. patchShebangs --build doesn't fix that: just manually specify the build gjs postPatch = (upstream.postPatch or "") + '' substituteInPlace src/meson.build \ --replace "find_program('gjs').full_path()" "'${gjs}/bin/gjs'" \ --replace "gjspack," "'env', 'GI_TYPELIB_PATH=${typelibPath [ buildPackages.gdk-pixbuf buildPackages.glib buildPackages.graphene buildPackages.gtk4 buildPackages.harfbuzz buildPackages.libadwaita buildPackages.pango ]}', '${buildPackages.gjs}/bin/gjs', '-m', gjspack," ''; }); # fixes: "ar: command not found" # `ar` is provided by bintools # 2024/02/27: upstreaming is blocked on gnustep-base cross compilation unar = addNativeInputs [ bintools ] prev.unar; # unixODBCDrivers = prev.unixODBCDrivers // { # # TODO: should this package be deduped with toplevel psqlodbc in upstream nixpkgs? # psql = prev.unixODBCDrivers.psql.overrideAttrs (_upstream: { # # XXX: these are both available as configureFlags, if we prefer that (we probably do, so as to make them available only during specific parts of the build). # ODBC_CONFIG = buildPackages.writeShellScript "odbc_config" '' # exec ${stdenv.hostPlatform.emulator buildPackages} ${unixODBC}/bin/odbc_config $@ # ''; # PG_CONFIG = buildPackages.writeShellScript "pg_config" '' # exec ${stdenv.hostPlatform.emulator buildPackages} ${postgresql}/bin/pg_config $@ # ''; # }); # }; # fixes: "Run-time dependency scdoc found: NO (tried pkgconfig)" unl0kr = prev.unl0kr.overrideAttrs (upstream: { postPatch = (upstream.postPatch or "") + '' substituteInPlace meson.build \ --replace "scdoc = dependency('scdoc')" "" \ --replace "scdoc.get_pkgconfig_variable('scdoc')" "'scdoc'" ''; }); # visidata = prev.visidata.override { # # hdf5 / h5py don't cross-compile, but i don't use that file format anyway. # # setting this to null means visidata will work as normal but not be able to load hdf files. # h5py = null; # }; # vlc = prev.vlc.overrideAttrs (orig: { # # 2023/11/21: upstreaming is blocked on qtsvg, qtx11extras # # fixes: "configure: error: could not find the LUA byte compiler" # # fixes: "configure: error: protoc compiler needed for chromecast was not found" # nativeBuildInputs = orig.nativeBuildInputs ++ [ lua5 protobuf ]; # # fix that it can't find the c compiler # # makeFlags = orig.makeFlags or [] ++ [ "CC=${prev.stdenv.cc.targetPrefix}cc" ]; # env = orig.env // { # BUILDCC = "${stdenv.cc}/bin/${stdenv.cc.targetPrefix}cc"; # }; # }); # fixes "perl: command not found" # 2023/07/30: upstreaming is unblocked, but requires alternative fix # - i think the build script tries to run the generated binary? # vpnc = mvToNativeInputs [ perl ] prev.vpnc; # 2023/11/21: upstreaming is blocked on flatpak xdg-desktop-portal = prev.xdg-desktop-portal.overrideAttrs (upstream: { nativeBuildInputs = upstream.nativeBuildInputs ++ [ # fixes "meson.build:117:8: ERROR: Program 'bwrap' not found or not executable" bubblewrap ]; # ++ upstream.nativeCheckInputs; mesonFlags = (upstream.mesonFlags or []) ++ [ # fixes "tests/meson.build:268:9: ERROR: Program 'pytest-3 pytest' not found or not executable" # nixpkgs should add this whenever doCheck == false, i think "-Dpytest=disabled" ]; }); # fixes "No package 'xdg-desktop-portal' found" # 2023/12/08: upstreaming is blocked on argyllcms, flatpak, qtsvg (via pipewire/ffado) xdg-desktop-portal-gtk = mvToBuildInputs [ xdg-desktop-portal ] prev.xdg-desktop-portal-gtk; # fixes: "data/meson.build:33:5: ERROR: Program 'msgfmt' not found or not executable" # fixes: "src/meson.build:25:0: ERROR: Program 'gdbus-codegen' not found or not executable" # 2023/07/27: upstreaming is blocked on p11-kit cross compilation xdg-desktop-portal-gnome = ( addNativeInputs [ wayland-scanner ] ( mvToNativeInputs [ gettext glib ] prev.xdg-desktop-portal-gnome ) ); # 2024/02/27: upstreaming is blocked on wlroots-hyprland (libei) # out for PR: # waybar = (prev.waybar.override { # runTests = false; #< upstream expects `catch2_3` as a runtime requirement # hyprlandSupport = false; # doesn't cross compile # # fixes: "/nix/store/sc1pz0zaqwpai24zh7xx0brjinflmc6v-aarch64-unknown-linux-gnu-binutils-2.40/bin/aarch64-unknown-linux-gnu-ld: /nix/store/ghxl1zrfnvh69dmv7xa1swcbyx06va4y-wayland-1.22.0/lib/libwayland-client.so: error adding symbols: file in wrong format" # wrapGAppsHook = wrapGAppsNoGuiHook; # }).overrideAttrs (upstream: { # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # buildPackages.wayland-scanner # (makeShellWrapper.overrideAttrs (_: { # # else it tries to invoke the host CC compiler (??) # shell = runtimeShell; # })) # ]; # # buildInputs = upstream.buildInputs ++ [ catch2_3 ]; #< either this or override `runTests = false` # mesonFlags = upstream.mesonFlags ++ [ # # fixes "Dependency lookup for scdoc with method 'pkgconfig' failed: Pkg-config binary for machine 0 not found. Giving up." # "-Dman-pages=disabled" # ]; # }); # waybar = (prev.waybar.override { runTests = false; }).overrideAttrs (upstream: { # nativeBuildInputs = upstream.nativeBuildInputs ++ [ # wayland-scanner # ]; # strictDeps = true; # }); # 2024/02/27: upstreaming is unblocked webp-pixbuf-loader = prev.webp-pixbuf-loader.overrideAttrs (upstream: { # fixes: "Builder called die: Cannot wrap '/nix/store/kpp8qhzdjqgvw73llka5gpnsj0l4jlg8-gdk-pixbuf-aarch64-unknown-linux-gnu-2.42.10/bin/gdk-pixbuf-thumbnailer' because it is not an executable file" # gdk-pixbuf doesn't create a `bin/` directory when cross-compiling, breaks some thumbnailing stuff. # - gnome's gdk-pixbuf *explicitly* doesn't build thumbnailer on cross builds # see `librsvg` for a more bullet-proof cross-compilation approach postInstall = ""; }); # XXX: aarch64 webp-pixbuf-loader wanted by gdk-pixbuf-loaders.cache.drv, wanted by aarch64 gnome-control-center # 2023/12/08: upstreaming is blocked by qtsvg (via pipewire) wike = prev.wike.overrideAttrs (upstream: { # error: " is not allowed to refer to the following paths: " # wike's meson build script sets host binaries to use build PYTHON # disallowedReferences = []; postFixup = (upstream.postFixup or "") + '' patchShebangs --update $out/share/wike/wike-sp ''; }); # 2024/02/29: upstreaming is blocked on libei (unless Xwayland config option is disabled in nixpkgs) # out for PR: # wlroots = prev.wlroots.overrideAttrs (upstream: { # nativeBuildInputs = (upstream.nativeBuildInputs or []) ++ [ # # incorrectly specified as `buildInputs` in nixpkgs. # hwdata # ]; # }); # wrapFirefox = prev.wrapFirefox.override { # buildPackages = buildPackages // { # # fixes "extract-binary-wrapper-cmd: line 2: strings: command not found" # # ^- in the `nix log` output of cross-compiled `firefox` (it's non-fatal) # makeBinaryWrapper = bpkgs.makeBinaryWrapper.overrideAttrs (upstream: { # passthru.extractCmd = bpkgs.writeShellScript "extract-binary-wrapper-cmd" '' # ${stdenv.cc.targetPrefix}strings -dw "$1" | sed -n '/^makeCWrapper/,/^$/ p' # ''; # }); # }; # }; # fixes `hostPrograms.moby.neovim` (but breaks eval of `hostPkgs.moby.neovim` :o) # wrapNeovimUnstable = neovim: config: (prev.wrapNeovimUnstable neovim config).overrideAttrs (upstream: { # # nvim wrapper has a sanity check that the plugins will load correctly. # # this is effectively a check phase and should be rewritten as such # postBuild = lib.replaceStrings # [ "! $out/bin/nvim-wrapper" ] # # [ "${stdenv.hostPlatform.emulator buildPackages} $out/bin/nvim-wrapper" ] # [ "false && $out/bin/nvim-wrapper" ] # upstream.postBuild; # }); # 2023/07/30: upstreaming is blocked on unar (gnustep), unless i also make that optional xarchiver = mvToNativeInputs [ libxslt ] prev.xarchiver; }