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nix-files/overlays/cross.nix

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# outstanding cross-compilation PRs/issues:
# - all: <https://github.com/NixOS/nixpkgs/labels/6.topic%3A%20cross-compilation>
# - qtsvg mixed deps: <https://github.com/NixOS/nixpkgs/issues/269756>
# - big Qt fix: <https://github.com/NixOS/nixpkgs/pull/267311>
#
# outstanding issues:
# - 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
# - 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 <https://github.com/NixOS/nixpkgs/pull/260068> -- 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: <https://gitlab.gnome.org/GNOME/gdk-pixbuf/-/merge_requests/20>
# - 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;
## 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
);
# build a GI_TYPELIB_PATH out of some packages, useful for build-time tools which otherwise
# try to load gobject-introspection files for the wrong platform (e.g. `blueprint` compiler).
typelibPath = pkgs: lib.concatStringsSep ":" (builtins.map (p: "${lib.getLib p}/lib/girepository-1.0") pkgs);
# blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host.
# wrap it so that it accesses the build-time GIR, whatever those are for some derivation
# wrapBlueprint = typelibs: final.buildPackages.blueprint-compiler.overrideAttrs (upstream: {
# nativeBuildInputs = (upstream.nativeBuildInputs or []) ++ [
# final.buildPackages.makeShellWrapper
# ];
# postInstall = (upstream.postInstall or "") + ''
# wrapProgram $out/bin/blueprint-compiler --set GI_TYPELIB_PATH ${typelibPath typelibs}
# '';
# });
wrapBlueprint = typelibs: final.buildPackages.writeShellScriptBin "blueprint-compiler" ''
export GI_TYPELIB_PATH=${typelibPath typelibs}
exec ${lib.getExe final.buildPackages.blueprint-compiler} "$@"
'';
# `cargo` which adds the correct env vars and `--target` flag when invoked from meson build scripts
crossCargo = let
inherit (final.pkgsBuildHost) cargo;
inherit (final.rust.envVars) setEnv rustHostPlatformSpec;
in (final.pkgsBuildBuild.writeShellScriptBin "cargo" ''
targetDir=target
isFlavored=
cargoArgs=("$@")
nextIsTargetDir=
for arg in "''${cargoArgs[@]}"; do
if [[ -n "$nextIsTargetDir" ]]; then
nextIsTargetDir=
targetDir="$arg"
elif [[ "$arg" = "--target-dir" ]]; then
nextIsTargetDir=1
elif [[ "$arg" = "build" ]]; then
isFlavored=1
fi
done
extraFlags=()
# not all subcommands support flavored arguments like `--target`
if [ -n "$isFlavored" ]; then
# pass the target triple to cargo so it will cross compile
# and fix so it places outputs in the same directory as non-cross, see: <https://doc.rust-lang.org/cargo/guide/build-cache.html>
extraFlags+=(
--target "${rustHostPlatformSpec}"
-Z unstable-options
--out-dir "$targetDir"/release
)
fi
exec ${setEnv} "${lib.getExe cargo}" "$@" "''${extraFlags[@]}"
'').overrideAttrs {
inherit (cargo) meta;
};
in with final; {
# bamf: required via pantheon.switchboard -> wingpanel -> gala
# 2025/01/13: upstreaming is unblocked
# bamf = prev.bamf.overrideAttrs (upstream: {
# # "You must have gtk-doc >= 1.0 installed to build documentation"
# depsBuildBuild = (upstream.depsBuildBuild or []) ++ [
# pkg-config #< to find gtk-doc
# (buildPackages.python3.withPackages (ps: with ps; [ lxml ])) # Tests
# ];
# # nativeBuildInputs = [
# # # (python3.withPackages (ps: with ps; [ lxml ])) # Tests
# # autoreconfHook
# # dbus
# # docbook_xsl
# # gnome.gnome-common
# # gobject-introspection
# # gtk-doc
# # pkg-config
# # vala
# # which
# # wrapGAppsHook3
# # xorg.xorgserver
# # ] ++ [
# # nativeBuildInputs = lib.tail upstream.nativeBuildInputs ++ [
# nativeBuildInputs = (
# lib.filter (p:
# !lib.hasPrefix python3.pname (p.name or p.pname or "") &&
# # ... i can't figure out where it's getting libX11 from :|
# (p.pname or "") != xorg.xorgserver.pname &&
# (p.pname or "") != gnome.gnome-common.pname
# )
# upstream.nativeBuildInputs
# ) ++ [
# buildPackages.gettext #< for msgfmt
# ];
# buildInputs = upstream.buildInputs ++ [
# xorg.xorgserver #< upstream incorrectly places this in `nativeBuildInputs`
# ];
# # nativeBuildInputs = upstream.nativeBuildInputs ++ [
# # (python3.pythonOnBuildForHost.withPackages (ps: with ps; [ lxml ])) # Tests
# # ];
# configureFlags = [
# "--enable-gtk-doc"
# # "--enable-headless-tests" #< can't test when cross compiling
# ];
# });
# 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;
# };
blanket = prev.blanket.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
};
# 2025/02/04: upstreaming is unblocked, but a cleaner solution than this doesn't seem to exist yet
confy = (prev.confy.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
}).overrideAttrs (upstream: {
# meson's `python.find_installation` method somehow just doesn't support cross compilation.
# - <https://mesonbuild.com/Python-module.html#find_installation>
# so, build it to target build python, then patch in the host python
nativeBuildInputs = upstream.nativeBuildInputs ++ [
python3.pythonOnBuildForHost
];
postFixup = ''
substituteInPlace $out/bin/.confy-wrapped --replace-fail ${python3.pythonOnBuildForHost} ${python3.withPackages (
ps: with ps; [
icalendar
pygobject3
]
)}
'';
});
# 2024/11/19: upstreaming is unblocked
delfin = (prev.delfin.override {
cargo = crossCargo;
}).overrideAttrs (upstream: {
nativeBuildInputs = upstream.nativeBuildInputs ++ [
# fixes: loaders/meson.build:72:7: ERROR: Program 'msgfmt' not found or not executable
buildPackages.gettext
];
});
# 2024/11/19: upstreaming is unblocked
dialect = (prev.dialect.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
}).overrideAttrs (upstream: {
# error: "<dialect> is not allowed to refer to the following paths: <build python>"
# 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;
});
# 2024/05/31: 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;
# };
# 2025/01/13: upstreaming is unblocked
# 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:
# # <https://www.gnu.org/software/autoconf/manual/autoconf-2.63/html_node/Runtime.html>
# };
envelope = prev.envelope.override {
cargo = crossCargo; #< fixes openssl not being able to find its library
};
# 2025/01/25: 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-fail ' src/fseccomp/fseccomp' ' ${emulator} src/fseccomp/fseccomp' \
# --replace-fail ' src/fsec-optimize/fsec-optimize' ' ${emulator} src/fsec-optimize/fsec-optimize'
# '');
# });
# 2025/01/13: upstreaming is unblocked
# flare-signal = prev.flare-signal.overrideAttrs (upstream: {
# # blueprint-compiler runs on the build machine, but tries to load gobject-introspection types meant for the host.
# postPatch = (upstream.postPatch or "") + ''
# substituteInPlace data/resources/meson.build --replace-fail \
# "find_program('blueprint-compiler')" \
# "'env', 'GI_TYPELIB_PATH=${typelibPath [
# buildPackages.gdk-pixbuf
# buildPackages.harfbuzz
# buildPackages.gtk4
# buildPackages.libadwaita
# buildPackages.pango
# buildPackages.graphene
# ]}', 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 = stdenv.buildPlatform.rust.rustcTarget;
# rustTargetPlatform = stdenv.hostPlatform.rust.rustcTarget;
# rustTargetPlatformSpec = stdenv.hostPlatform.rust.rustcTargetSpec;
# in {
# # taken from <pkgs/build-support/rust/hooks/default.nix>
# # 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.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
};
# 2025/02/08: upstreaming is unblocked
flatpak = prev.flatpak.overrideAttrs (upstream: {
outputs = lib.remove "devdoc" upstream.outputs;
depsBuildBuild = (upstream.depsBuildBuild or []) ++ [
pkgsBuildBuild.pkg-config
];
nativeBuildInputs = upstream.nativeBuildInputs ++ [
gtk-doc
pkgsBuildHost.wayland-scanner
];
mesonFlags = upstream.mesonFlags ++ [
"-Dgtkdoc=disabled"
];
});
# 2025/01/13: upstreaming is blocked by glycin-loaders
fractal = prev.fractal.override {
cargo = crossCargo;
};
# 2025/01/13: upstreaming is unblocked
glycin-loaders = (prev.glycin-loaders.override {
cargo = crossCargo;
}).overrideAttrs (upstream: {
nativeBuildInputs = upstream.nativeBuildInputs ++ [
# fixes: loaders/meson.build:72:7: ERROR: Program 'msgfmt' not found or not executable
buildPackages.gettext
];
});
# gnustep = prev.gnustep.overrideScope (self: super: {
# # gnustep is going to need a *lot* of work/domain-specific knowledge to truly cross-compile,
# base = super.base.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 ];
# });
# });
# 2024/11/19: upstreaming is blocked on qtx11extras (via zbar)
gnome-frog = prev.gnome-frog.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
};
# 2025/01/13: upstreaming is blocked on gnome-shell
# fixes: "gdbus-codegen not found or executable"
# gnome-session = mvToNativeInputs [ glib ] super.gnome-session;
# 2025/01/28: upstreaming is unblocked
# 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: {
# nativeBuildInputs = upstream.nativeBuildInputs ++ [
# gjs # fixes "meson.build:128:0: ERROR: Program 'gjs' not found or not executable"
# ];
# });
# 2025/01/13: blocked on psqlodbc
# used by hyprland (which is an indirect dep of waybar, nwg-panel, etc),
# which it shells out to at runtime (and hence, not ever used by me).
hyprland-qtutils = null;
# 2025/01/13: upstreaming is blocked on java-service-wrapper
# "setup: line 1595: ant: command not found"
# i2p = mvToNativeInputs [ ant gettext ] prev.i2p;
# 2024/08/12: upstreaming is blocked on lua, lpeg, pandoc, unicode-collation, etc
# iotas = prev.iotas.overrideAttrs (_: {
# # error: "<iotas> is not allowed to refer to the following paths: <build python>"
# # 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-fail '#!@PYTHON@' ""
# '';
# });
# 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;
# });
# 2024/11/19: upstreaming is unblocked
komikku = prev.komikku.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
};
# 2024/08/12: upstreaming is unblocked -- but is this necessary?
# koreader = prev.koreader.overrideAttrs (upstream: {
# nativeBuildInputs = upstream.nativeBuildInputs ++ [
# autoPatchelfHook
# ];
# });
lemoa = prev.lemoa.override { cargo = crossCargo; };
# libsForQt5 = prev.libsForQt5.overrideScope (self: super: {
# 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; };
# });
# 2024/11/19: upstreaming blocked on glycin-loaders
loupe = prev.loupe.override {
cargo = crossCargo;
};
# 2024/11/19: upstreaming is unblocked
mepo = (prev.mepo.override {
# nixpkgs mepo correctly puts `zig_0_12.hook` in nativeBuildInputs,
# but for some reason that tries to use the host zig instead of the build zig.
zig_0_12 = buildPackages.zig_0_12;
}).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-fail 'cInclude("SDL2/SDL2_gfxPrimitives.h")' 'cInclude("SDL2_gfxPrimitives.h")' \
--replace-fail 'cInclude("SDL2/SDL_image.h")' 'cInclude("SDL_image.h")' \
--replace-fail 'cInclude("SDL2/SDL_ttf.h")' 'cInclude("SDL_ttf.h")'
substituteInPlace build.zig \
--replace-fail 'step.linkSystemLibrary("curl")' 'step.linkSystemLibrary("libcurl")'
'';
# skip the mepo -docman self-documenting invocation
postInstall = ''
install -d $out/share/man/man1
'';
# optional `zig build` debugging flags:
# - --verbose
# - --verbose-cimport
# - --help
zigBuildFlags = [ "-Dtarget=aarch64-linux-gnu" ];
});
# fixes: "ar: command not found"
# `ar` is provided by bintools
# 2025/01/13: upstreaming is unblocked by deps; but turns out to not be this simple
# ncftp = addNativeInputs [ bintools ] prev.ncftp;
# 2024/11/19: upstreaming is unblocked
newsflash = (prev.newsflash.override {
blueprint-compiler = wrapBlueprint [
buildPackages.clapper
buildPackages.glib
buildPackages.gtk4
buildPackages.gst_all_1.gstreamer
buildPackages.gst_all_1.gst-plugins-base
buildPackages.gdk-pixbuf
buildPackages.pango
buildPackages.graphene
buildPackages.harfbuzz
buildPackages.libadwaita
];
cargo = crossCargo; #< fixes openssl not being able to find its library
}).overrideAttrs (upstream: {
postPatch = (upstream.postPatch or "") + ''
rm build.rs
export OUT_DIR=$(pwd)
# from build.rs:
glib-compile-resources --sourcedir=data/resources --target=icons.gresource data/resources/icons.gresource.xml
glib-compile-resources --sourcedir=data/resources --target=styles.gresource data/resources/styles.gresource.xml
substitute data/io.gitlab.news_flash.NewsFlash.appdata.xml.in.in \
data/resources/io.gitlab.news_flash.NewsFlash.appdata.xml \
--replace-fail '@appid@' 'io.gitlab.news_flash.NewsFlash'
glib-compile-resources --sourcedir=data/resources --target=appdata.gresource data/resources/appdata.gresource.xml
'';
env = let
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 = stdenv.buildPlatform.rust.rustcTarget;
rustTargetPlatform = stdenv.hostPlatform.rust.rustcTarget;
in (upstream.env or {}) // {
# taken from <pkgs/build-support/rust/hooks/default.nix>
# 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}";
# fails to fix "Failed to find OpenSSL development headers."
# OPENSSL_NO_VENDOR = 1;
# OPENSSL_LIB_DIR = "${lib.getLib openssl}/lib";
# OPENSSL_DIR = "${lib.getDev openssl}";
};
});
# fixes "properties/gresource.xml: Permission denied"
# - by providing glib-compile-resources
# 2025/01/13: upstreaming is blocked on psqlodbc, qtsvg, qtimageformats
# 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 ];
# });
# 2025/01/13: upstreaming blocked on emacs (and maybe ruby, libgccjit?)
# - previous upstreaming attempt: <https://github.com/NixOS/nixpkgs/pull/225111/files>
# 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;
# });
# 2025/02/10: upstreaming is blocked on ruby
nvimpager = prev.nvimpager.overrideAttrs (upstream: {
# fix so nvimpager specifies host machine sh as interpreter, not build sh
buildInputs = upstream.buildInputs ++ [
bash
];
postFixup = (upstream.postFixup or "") + ''
patchShebangs --update --host $out/bin/nvimpager
'';
});
# 2025/01/25: upstreaming is unblocked
papers = prev.papers.override {
cargo = crossCargo;
};
# 2025/01/28: upstreaming is blocked on gnome-session (itself blocked on gnome-shell)
# phosh = prev.phosh.overrideAttrs (upstream: {
# buildInputs = upstream.buildInputs ++ [
# libadwaita # "plugins/meson.build:41:2: ERROR: Dependency "libadwaita-1" not found, tried pkgconfig"
# ];
# mesonFlags = upstream.mesonFlags ++ [
# "-Dphoc_tests=disabled" # "tests/meson.build:20:0: ERROR: Program 'phoc' not found or not executable"
# ];
# # postPatch = upstream.postPatch or "" + ''
# # sed -i 's:gio_querymodules = :gio_querymodules = "${buildPackages.glib.dev}/bin/gio-querymodules" if True else :' build-aux/post_install.py
# # '';
# });
# 2024/05/31: upstreaming is blocked on qtsvg, libgweather, webp-pixbuf-loader, appstream, gnome-color-manager, apache-httpd, ibus, freerdp (mostly gnome-shell i think)
# 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;
# 2025/01/13: upstreaming is unblocked
pwvucontrol = prev.pwvucontrol.override {
cargo = crossCargo;
};
# qt6 = prev.qt6.overrideScope (self: super: {
# # 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 ${lib.getDev self.qtbase}/libexec/syncqt.pl"]
# # upstream.preConfigure;
# # });
# # # qtwayland = super.qtwayland.overrideAttrs (upstream: {
# # # preConfigure = "fixQtBuiltinPaths . '*.pr?'";
# # # });
# # # qtwayland = super.qtwayland.override {
# # # inherit (self) qtbase;
# # # };
# qtwebengine = super.qtwebengine.overrideAttrs (upstream: {
# # depsBuildBuild = upstream.depsBuildBuild or [] ++ [ pkg-config ];
# # XXX: qt seems to use its own terminology for "host" and "target":
# # - <https://www.qt.io/blog/qt6-development-hosts-and-targets>
# # - "host" = machine invoking the compiler
# # - "target" = machine on which the resulting qtwebengine.so binaries will run
# # XXX: NIX_CFLAGS_COMPILE_<machine> is how we get the `-isystem <dir>` flags.
# # probably we shouldn't blindly copy these from host machine to build machine,
# # as the headers could reasonably make different assumptions.
# preConfigure = upstream.preConfigure + ''
# # export PKG_CONFIG_HOST="$PKG_CONFIG"
# export PKG_CONFIG_HOST="$PKG_CONFIG_FOR_BUILD"
# # expose -isystem <zlib> to x86 builds
# export NIX_CFLAGS_COMPILE_x86_64_unknown_linux_gnu="$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=${buildPackages.stdenv.cc}/bin/nm"
# ];
# });
# });
# 2024/05/31: upstreaming is unblocked; requires some changes, as configure tries to invoke our `python`
# implemented (broken) on servo cross-staging-2023-07-30 branch
# rpm = prev.rpm.overrideAttrs (upstream: {
# # fixes "python too old". might also be specifiable as a configure flag?
# env = upstream.env // lib.optionalAttrs (upstream.version == "4.18.1") {
# # 4.19.0 upgrade should fix cross compilation.
# # see: <https://github.com/NixOS/nixpkgs/pull/260558>
# PYTHON = python3.interpreter;
# };
# });
# 2025/01/13: upstreaming is blocked on glycin-loaders
snapshot = prev.snapshot.override {
# fixes "error: linker `cc` not found"
cargo = crossCargo;
};
# 2025/01/13: upstreaming is unblocked
spot = prev.spot.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
cargo = crossCargo;
};
# 2025/01/13: upstreaming is unblocked
# squeekboard = prev.squeekboard.overrideAttrs (upstream: {
# # fixes: "meson.build:1:0: ERROR: 'rust' compiler binary not defined in cross or native file"
# # new error: "meson.build:1:0: ERROR: Rust compiler rustc --target aarch64-unknown-linux-gnu -C linker=aarch64-unknown-linux-gnu-gcc can not compile programs."
# # NB(2023/03/04): upstream nixpkgs has a new squeekboard that's closer to cross-compiling; use that
# # NB(2023/08/24): this emulates the entire rust build process
# mesonFlags =
# let
# # ERROR: 'rust' compiler binary not defined in cross or native file
# crossFile = writeText "cross-file.conf" ''
# [binaries]
# rust = [ 'rustc', '--target', '${stdenv.hostPlatform.rust.rustcTargetSpec}' ]
# '';
# in
# # upstream.mesonFlags or [] ++
# [
# "-Dtests=false"
# "-Dnewer=true"
# "-Donline=false"
# ]
# ++ lib.optional
# (stdenv.hostPlatform != stdenv.buildPlatform)
# "--cross-file=${crossFile}"
# ;
# # cargoDeps = null;
# # cargoVendorDir = "vendor";
# # depsBuildBuild = (upstream.depsBuildBuild or []) ++ [
# # pkg-config
# # ];
# # this is identical to upstream, but somehow build fails if i remove it??
# nativeBuildInputs = [
# meson
# ninja
# pkg-config
# glib
# wayland
# rustPlatform.cargoSetupHook
# cargo
# rustc
# ];
# });
# 2024/11/19: upstreaming is unblocked
tangram = (prev.tangram.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
}).overrideAttrs (upstream: {
# gsjpack has a shebang for the host gjs. patchShebangs --build doesn't fix that: just manually specify the build gjs
postPatch = (upstream.postPatch or "") + ''
substituteInPlace src/meson.build \
--replace-fail "find_program('gjs').full_path()" "'${gjs}/bin/gjs'" \
--replace-fail "gjspack," "'env', 'GI_TYPELIB_PATH=${typelibPath [
buildPackages.glib
]}', '${buildPackages.gjs}/bin/gjs', '-m', gjspack,"
'';
});
# 2025/01/19: upstreaming is unblocked
tree-sitter = prev.tree-sitter.overrideAttrs (upstream: {
# shell completions were enabled, but aren't cross-compatible: <https://github.com/nixos/nixpkgs/pull/368976>
postInstall = lib.replaceStrings [ "installShellCompletion" ] [ "true || installShellCompletion" ] upstream.postInstall;
});
# fixes: "ar: command not found"
# `ar` is provided by bintools
# 2024/05/31: 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?
# # N.B.: psqlodbc is a WAY MORE DIFFICULT PACKAGE TO GET CROSS COMPILING
# # - even after fixing configurePhase to actually find all its shit, there are actual C compilation errors like
# # > misc.h:23:17: error: conflicting types for 'strlcat';
# 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 $@
# '';
# });
# };
# 2025/01/13: upstreaming is unblocked
video-trimmer = prev.video-trimmer.override {
blueprint-compiler = wrapBlueprint [
buildPackages.gdk-pixbuf
buildPackages.glib
buildPackages.graphene
buildPackages.gtk4
buildPackages.harfbuzz
buildPackages.libadwaita
buildPackages.pango
];
cargo = crossCargo;
};
# 2025/01/13: upstreaming is blocked on arrow-cpp, python-pyarrow, python-contourpy, python-matplotlib, python-h5py, python-pandas, google-cloud-cpp
# visidata = prev.visidata.override {
# # hdf5 / h5py don't cross-compile, but i don't use that file format anyway.
# # setting this to null means visidata will work as normal but not be able to load hdf files.
# h5py = null;
# };
# 2025/01/28: upstreaming is blocked on qtsvg
# vlc = prev.vlc.overrideAttrs (orig: {
# # fixes: "configure: error: could not find the LUA byte compiler"
# # fixes: "configure: error: protoc compiler needed for chromecast was not found"
# nativeBuildInputs = orig.nativeBuildInputs ++ [ lua5 protobuf ];
# # fix that it can't find the c compiler
# # makeFlags = orig.makeFlags or [] ++ [ "CC=${prev.stdenv.cc.targetPrefix}cc" ];
# env = orig.env // {
# BUILDCC = "${stdenv.cc}/bin/${stdenv.cc.targetPrefix}cc";
# };
# });
# 2024/08/12: upstreaming is unblocked
# 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;
# });
wvkbd = prev.wvkbd.overrideAttrs (upstream: {
nativeBuildInputs = (upstream.nativeBuildInputs or []) ++ [
buildPackages.scdoc
];
});
# 2024/11/19: upstreaming is blocked on unar (gnustep), unless i also make that optional
xarchiver = mvToNativeInputs [ libxslt ] prev.xarchiver;
}