/* Examples Shared urbit and urbit-worker binaries: $ nix-build -A urbit Static urbit and urbit-worker binaries: $ nix-build -A urbit --arg enableStatic true Note that on linux the previous command is equivalent to: $ nix-build -A urbit --argstr crossSystem x86_64-unknown-linux-musl \ --arg enableStatic true Static release tarball: $ nix-build -A tarball --arg enableStatic true Build a pill: $ nix-build -A ivory.build $ nix-build -A brass.build $ nix-build -A solid.build */ # The build system where packages will be _built_. { system ? builtins.currentSystem # The host system where packages will _run_. , crossSystem ? null # Additional sources.json overrides. , sources ? { } # Additional nixpkgs.config overrides. , config ? { } # Additional nixpkgs.overlays. , overlays ? [ ] # Overlays to apply to the last package set in cross compilation. , crossOverlays ? [ ] # Whether to use pkgs.pkgsStatic.* to obtain statically linked package # dependencies - ie. when building fully-static libraries or executables. , enableStatic ? false }: let pkgsNative = import ./nix/default.nix { inherit system; }; pkgsCross = import ./nix/default.nix { inherit system sources config overlays crossOverlays; # If we're running on linux and crossSystem is unspecified but # enableStatic = true - set the crossSystem to musl64. crossSystem = if system == "x86_64-linux" && crossSystem == null && enableStatic then "x86_64-unknown-linux-musl" else crossSystem; }; # Use nixpkgs' top-level/static overlay if enableStatic = true. pkgsStatic = if enableStatic then pkgsCross.pkgsStatic else pkgsCross; # Enrich the global package set with our local functions and packages. # Cross vs static build dependencies can be selectively overridden for # inputs like python etc. callPackage = pkgsNative.lib.callPackageWith (pkgsStatic // libLocal // pkgsLocal); # Local library import-from-derivation functions such as fetchGitHubLFS, etc. libLocal = pkgsNative.callPackage ./nix/lib { }; # Local vendored packages defined in ./pkg. # For non-vendored nixpkgs specific package overrides, see ./nix/overlays. pkgsLocal = { ca-bundle = callPackage ./nix/pkgs/ca-bundle { }; ent = callPackage ./nix/pkgs/ent { }; libaes_siv = callPackage ./nix/pkgs/libaes_siv { inherit (pkgsNative) cmake; }; murmur3 = callPackage ./nix/pkgs/murmur3 { }; softfloat3 = callPackage ./nix/pkgs/softfloat3 { }; herb = callPackage ./nix/pkgs/herb { inherit (pkgsCross) python; }; arvo = callPackage ./nix/pkgs/arvo { }; ivory = callPackage ./nix/pkgs/pill/ivory.nix { }; brass = callPackage ./nix/pkgs/pill/brass.nix { }; solid = callPackage ./nix/pkgs/pill/solid.nix { }; marsSources = callPackage ./nix/pkgs/marsSources { }; urbit = callPackage ./nix/pkgs/urbit { inherit enableStatic; }; urcrypt = callPackage ./nix/pkgs/urcrypt { inherit enableStatic; }; docker-image = callPackage ./nix/pkgs/docker-image { }; }; # Additional top-level packages and attributes exposed for convenience. pkgsExtra = with pkgsLocal; rec { # Expose packages with local customisations (like patches) for dev access. inherit (pkgsStatic) libsigsegv lmdb; urbit-debug = urbit.override { enableDebug = true; }; urbit-tests = libLocal.testFakeShip { inherit arvo; urbit = urbit-debug; pill = solid.lfs; }; ivory-ropsten = ivory.override { arvo = arvo.ropsten; }; brass-ropsten = brass.override { arvo = arvo.ropsten; }; # Create a .tgz of the primary binaries. tarball = let name = "urbit-v${urbit.version}-${urbit.system}"; in libLocal.makeReleaseTarball { inherit name; contents = { "${name}/urbit" = "${urbit}/bin/urbit"; "${name}/urbit-worker" = "${urbit}/bin/urbit-worker"; }; }; inherit (pkgsNative) skopeo; # A convenience function for constructing a shell.nix for any of the # pkgsLocal derivations by automatically propagating any dependencies # to the nix-shell. # # Example: # # let # pkgs = import ./default.nix { }; # in pkgs.shellFor { # packages = ps: [ # ps.urbit # ps.herb # ]; # } # shellFor = { name, packages, ... }@attrs: pkgsNative.mkShell ({ inputsFrom = packages pkgsLocal; } // builtins.removeAttrs attrs [ "packages" ]); }; # Ensure that in the case of cross-compilation we're not statically linking # against glibc. This is typically a sign that crossSystem is misconfigured. checkPlatform = if enableStatic && pkgsCross.stdenv.hostPlatform.libc == "glibc" then builtins.trace "warning: statically linking against glibc." else pkgsNative.lib.id; in checkPlatform (pkgsLocal // pkgsExtra)