9ef11e4c4d
most of the kernel expressions for the sheevaplug). I still have not added anything in the kernels about cross compilation. I moved the platform definitions out of all-packages. I have not written good platform definitions for the sheevaplug - only for the PC. Only the linux-2.6.32 expression uses the platforms kernelConfig. The linux-2.6.31 was broken, and I left it broken. svn path=/nixpkgs/branches/stdenv-updates/; revision=19046
104 lines
2.9 KiB
Nix
104 lines
2.9 KiB
Nix
{ stdenv, fetchurl, perl, mktemp, module_init_tools
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, # The kernel source tarball.
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src
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, # The kernel version.
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version
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, # The kernel configuration.
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config
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, # An attribute set whose attributes express the availability of
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# certain features in this kernel. E.g. `{iwlwifi = true;}'
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# indicates a kernel that provides Intel wireless support. Used in
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# NixOS to implement kernel-specific behaviour.
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features ? {}
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, # A list of patches to apply to the kernel. Each element of this list
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# should be an attribute set {name, patch} where `name' is a
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# symbolic name and `patch' is the actual patch. The patch may
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# optionally be compressed with gzip or bzip2.
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kernelPatches ? []
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, # Whether to build a User-Mode Linux kernel.
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userModeLinux ? false
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, # Whether to build a Xen kernel.
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xen ? false
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, # Allows you to set your own kernel version suffix (e.g.,
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# "-my-kernel").
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localVersion ? ""
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, preConfigure ? ""
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, extraMeta ? {}
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, platform ? { name = "pc"; uboot = null; kernelBaseConfig = "defconfig"; }
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, ...
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}:
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assert stdenv.system == "i686-linux" || stdenv.system == "x86_64-linux"
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|| stdenv.system == "armv5tel-linux";
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assert platform.name == "sheevaplug" -> platform.uboot != null;
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assert (platform.name == "sheevaplug" || platform.name == "versatileARM") ->
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stdenv.system == "armv5tel-linux";
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let
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lib = stdenv.lib;
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in
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stdenv.mkDerivation {
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name = if userModeLinux then "user-mode-linux-${version}" else "linux-${version}";
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passthru = {
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inherit version;
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# Combine the `features' attribute sets of all the kernel patches.
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features = lib.fold (x: y: (if x ? features then x.features else {}) // y) features kernelPatches;
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};
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builder = ./builder.sh;
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generateConfig = ./generate-config.pl;
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inherit preConfigure src module_init_tools localVersion;
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patches = map (p: p.patch) kernelPatches;
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kernelConfig =
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let
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configFromPatches =
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map ({extraConfig ? "", ...}: extraConfig) kernelPatches;
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in lib.concatStringsSep "\n" ([config] ++ configFromPatches);
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# For UML, just ignore all options that don't apply (I'm lazy).
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ignoreConfigErrors = userModeLinux;
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buildInputs = [ perl mktemp ]
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++ lib.optional (platform.uboot != null) [platform.uboot];
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platformName = platform.name;
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kernelBaseConfig = platform.kernelBaseConfig;
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arch =
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if xen then "xen" else
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if userModeLinux then "um" else
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if platform ? kernelArch then platform.kernelArch else
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if stdenv.system == "i686-linux" then "i386" else
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if stdenv.system == "x86_64-linux" then "x86_64" else
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abort "Platform ${stdenv.system} is not supported.";
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meta = {
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description =
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(if userModeLinux then
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"User-Mode Linux"
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else
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"The Linux kernel") +
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(if kernelPatches == [] then "" else
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" (with patches: "
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+ lib.concatStrings (lib.intersperse ", " (map (x: x.name) kernelPatches))
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+ ")");
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} // extraMeta;
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}
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