uboot: (firmwareOdroidC2/C4) don't invoke patch tool, use patches = [] instead
https://github.com/NixOS/nixpkgs/blob/master/pkgs/stdenv/generic/setup.sh#L948 this can do it nicely. Signed-off-by: Anton Arapov <anton@deadbeef.mx>
This commit is contained in:
Anton Arapov
Alan Daniels
commit
56de2bcd43
30691 changed files with 3076956 additions and 0 deletions
490
lib/systems/parse.nix
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490
lib/systems/parse.nix
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@ -0,0 +1,490 @@
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# Define the list of system with their properties.
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#
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# See https://clang.llvm.org/docs/CrossCompilation.html and
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# http://llvm.org/docs/doxygen/html/Triple_8cpp_source.html especially
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# Triple::normalize. Parsing should essentially act as a more conservative
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||||
# version of that last function.
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#
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# Most of the types below come in "open" and "closed" pairs. The open ones
|
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# specify what information we need to know about systems in general, and the
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# closed ones are sub-types representing the whitelist of systems we support in
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# practice.
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#
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# Code in the remainder of nixpkgs shouldn't rely on the closed ones in
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# e.g. exhaustive cases. Its more a sanity check to make sure nobody defines
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# systems that overlap with existing ones and won't notice something amiss.
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#
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{ lib }:
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with lib.lists;
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with lib.types;
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with lib.attrsets;
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with lib.strings;
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with (import ./inspect.nix { inherit lib; }).predicates;
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let
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inherit (lib.options) mergeOneOption;
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setTypes = type:
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mapAttrs (name: value:
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assert type.check value;
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setType type.name ({ inherit name; } // value));
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in
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rec {
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################################################################################
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types.openSignificantByte = mkOptionType {
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name = "significant-byte";
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description = "Endianness";
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merge = mergeOneOption;
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};
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types.significantByte = enum (attrValues significantBytes);
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significantBytes = setTypes types.openSignificantByte {
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bigEndian = {};
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littleEndian = {};
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};
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################################################################################
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# Reasonable power of 2
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types.bitWidth = enum [ 8 16 32 64 128 ];
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################################################################################
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types.openCpuType = mkOptionType {
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name = "cpu-type";
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description = "instruction set architecture name and information";
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merge = mergeOneOption;
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check = x: types.bitWidth.check x.bits
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&& (if 8 < x.bits
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then types.significantByte.check x.significantByte
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else !(x ? significantByte));
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};
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types.cpuType = enum (attrValues cpuTypes);
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cpuTypes = with significantBytes; setTypes types.openCpuType {
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arm = { bits = 32; significantByte = littleEndian; family = "arm"; };
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armv5tel = { bits = 32; significantByte = littleEndian; family = "arm"; version = "5"; arch = "armv5t"; };
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armv6m = { bits = 32; significantByte = littleEndian; family = "arm"; version = "6"; arch = "armv6-m"; };
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armv6l = { bits = 32; significantByte = littleEndian; family = "arm"; version = "6"; arch = "armv6"; };
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armv7a = { bits = 32; significantByte = littleEndian; family = "arm"; version = "7"; arch = "armv7-a"; };
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armv7r = { bits = 32; significantByte = littleEndian; family = "arm"; version = "7"; arch = "armv7-r"; };
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armv7m = { bits = 32; significantByte = littleEndian; family = "arm"; version = "7"; arch = "armv7-m"; };
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armv7l = { bits = 32; significantByte = littleEndian; family = "arm"; version = "7"; arch = "armv7"; };
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armv8a = { bits = 32; significantByte = littleEndian; family = "arm"; version = "8"; arch = "armv8-a"; };
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armv8r = { bits = 32; significantByte = littleEndian; family = "arm"; version = "8"; arch = "armv8-a"; };
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armv8m = { bits = 32; significantByte = littleEndian; family = "arm"; version = "8"; arch = "armv8-m"; };
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aarch64 = { bits = 64; significantByte = littleEndian; family = "arm"; version = "8"; arch = "armv8-a"; };
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aarch64_be = { bits = 64; significantByte = bigEndian; family = "arm"; version = "8"; arch = "armv8-a"; };
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i386 = { bits = 32; significantByte = littleEndian; family = "x86"; arch = "i386"; };
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i486 = { bits = 32; significantByte = littleEndian; family = "x86"; arch = "i486"; };
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i586 = { bits = 32; significantByte = littleEndian; family = "x86"; arch = "i586"; };
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i686 = { bits = 32; significantByte = littleEndian; family = "x86"; arch = "i686"; };
|
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x86_64 = { bits = 64; significantByte = littleEndian; family = "x86"; arch = "x86-64"; };
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|
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mips = { bits = 32; significantByte = bigEndian; family = "mips"; };
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mipsel = { bits = 32; significantByte = littleEndian; family = "mips"; };
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mips64 = { bits = 64; significantByte = bigEndian; family = "mips"; };
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mips64el = { bits = 64; significantByte = littleEndian; family = "mips"; };
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|
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mmix = { bits = 64; significantByte = bigEndian; family = "mmix"; };
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m68k = { bits = 32; significantByte = bigEndian; family = "m68k"; };
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|
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powerpc = { bits = 32; significantByte = bigEndian; family = "power"; };
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powerpc64 = { bits = 64; significantByte = bigEndian; family = "power"; };
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powerpc64le = { bits = 64; significantByte = littleEndian; family = "power"; };
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powerpcle = { bits = 32; significantByte = littleEndian; family = "power"; };
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riscv32 = { bits = 32; significantByte = littleEndian; family = "riscv"; };
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riscv64 = { bits = 64; significantByte = littleEndian; family = "riscv"; };
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|
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s390 = { bits = 32; significantByte = bigEndian; family = "s390"; };
|
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s390x = { bits = 64; significantByte = bigEndian; family = "s390"; };
|
||||
|
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sparc = { bits = 32; significantByte = bigEndian; family = "sparc"; };
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sparc64 = { bits = 64; significantByte = bigEndian; family = "sparc"; };
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||||
|
||||
wasm32 = { bits = 32; significantByte = littleEndian; family = "wasm"; };
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wasm64 = { bits = 64; significantByte = littleEndian; family = "wasm"; };
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|
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alpha = { bits = 64; significantByte = littleEndian; family = "alpha"; };
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rx = { bits = 32; significantByte = littleEndian; family = "rx"; };
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msp430 = { bits = 16; significantByte = littleEndian; family = "msp430"; };
|
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avr = { bits = 8; family = "avr"; };
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vc4 = { bits = 32; significantByte = littleEndian; family = "vc4"; };
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or1k = { bits = 32; significantByte = bigEndian; family = "or1k"; };
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|
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js = { bits = 32; significantByte = littleEndian; family = "js"; };
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};
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|
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# GNU build systems assume that older NetBSD architectures are using a.out.
|
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gnuNetBSDDefaultExecFormat = cpu:
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if (cpu.family == "arm" && cpu.bits == 32) ||
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(cpu.family == "sparc" && cpu.bits == 32) ||
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(cpu.family == "m68k" && cpu.bits == 32) ||
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(cpu.family == "x86" && cpu.bits == 32)
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then execFormats.aout
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else execFormats.elf;
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||||
|
||||
# Determine when two CPUs are compatible with each other. That is,
|
||||
# can code built for system B run on system A? For that to happen,
|
||||
# the programs that system B accepts must be a subset of the
|
||||
# programs that system A accepts.
|
||||
#
|
||||
# We have the following properties of the compatibility relation,
|
||||
# which must be preserved when adding compatibility information for
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||||
# additional CPUs.
|
||||
# - (reflexivity)
|
||||
# Every CPU is compatible with itself.
|
||||
# - (transitivity)
|
||||
# If A is compatible with B and B is compatible with C then A is compatible with C.
|
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#
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||||
# Note: Since 22.11 the archs of a mode switching CPU are no longer considered
|
||||
# pairwise compatible. Mode switching implies that binaries built for A
|
||||
# and B respectively can't be executed at the same time.
|
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isCompatible = a: b: with cpuTypes; lib.any lib.id [
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# x86
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(b == i386 && isCompatible a i486)
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(b == i486 && isCompatible a i586)
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(b == i586 && isCompatible a i686)
|
||||
|
||||
# XXX: Not true in some cases. Like in WSL mode.
|
||||
(b == i686 && isCompatible a x86_64)
|
||||
|
||||
# ARMv4
|
||||
(b == arm && isCompatible a armv5tel)
|
||||
|
||||
# ARMv5
|
||||
(b == armv5tel && isCompatible a armv6l)
|
||||
|
||||
# ARMv6
|
||||
(b == armv6l && isCompatible a armv6m)
|
||||
(b == armv6m && isCompatible a armv7l)
|
||||
|
||||
# ARMv7
|
||||
(b == armv7l && isCompatible a armv7a)
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||||
(b == armv7l && isCompatible a armv7r)
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||||
(b == armv7l && isCompatible a armv7m)
|
||||
(b == armv7a && isCompatible a armv8a)
|
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(b == armv7r && isCompatible a armv8a)
|
||||
(b == armv7m && isCompatible a armv8a)
|
||||
(b == armv7a && isCompatible a armv8r)
|
||||
(b == armv7r && isCompatible a armv8r)
|
||||
(b == armv7m && isCompatible a armv8r)
|
||||
(b == armv7a && isCompatible a armv8m)
|
||||
(b == armv7r && isCompatible a armv8m)
|
||||
(b == armv7m && isCompatible a armv8m)
|
||||
|
||||
# ARMv8
|
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(b == armv8r && isCompatible a armv8a)
|
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(b == armv8m && isCompatible a armv8a)
|
||||
|
||||
# XXX: not always true! Some arm64 cpus don’t support arm32 mode.
|
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(b == aarch64 && a == armv8a)
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(b == armv8a && isCompatible a aarch64)
|
||||
|
||||
# PowerPC
|
||||
(b == powerpc && isCompatible a powerpc64)
|
||||
(b == powerpcle && isCompatible a powerpc64le)
|
||||
|
||||
# MIPS
|
||||
(b == mips && isCompatible a mips64)
|
||||
(b == mipsel && isCompatible a mips64el)
|
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|
||||
# RISCV
|
||||
(b == riscv32 && isCompatible a riscv64)
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||||
|
||||
# SPARC
|
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(b == sparc && isCompatible a sparc64)
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|
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# WASM
|
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(b == wasm32 && isCompatible a wasm64)
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|
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# identity
|
||||
(b == a)
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];
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||||
|
||||
################################################################################
|
||||
|
||||
types.openVendor = mkOptionType {
|
||||
name = "vendor";
|
||||
description = "vendor for the platform";
|
||||
merge = mergeOneOption;
|
||||
};
|
||||
|
||||
types.vendor = enum (attrValues vendors);
|
||||
|
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vendors = setTypes types.openVendor {
|
||||
apple = {};
|
||||
pc = {};
|
||||
# Actually matters, unlocking some MinGW-w64-specific options in GCC. See
|
||||
# bottom of https://sourceforge.net/p/mingw-w64/wiki2/Unicode%20apps/
|
||||
w64 = {};
|
||||
|
||||
none = {};
|
||||
unknown = {};
|
||||
};
|
||||
|
||||
################################################################################
|
||||
|
||||
types.openExecFormat = mkOptionType {
|
||||
name = "exec-format";
|
||||
description = "executable container used by the kernel";
|
||||
merge = mergeOneOption;
|
||||
};
|
||||
|
||||
types.execFormat = enum (attrValues execFormats);
|
||||
|
||||
execFormats = setTypes types.openExecFormat {
|
||||
aout = {}; # a.out
|
||||
elf = {};
|
||||
macho = {};
|
||||
pe = {};
|
||||
wasm = {};
|
||||
|
||||
unknown = {};
|
||||
};
|
||||
|
||||
################################################################################
|
||||
|
||||
types.openKernelFamily = mkOptionType {
|
||||
name = "exec-format";
|
||||
description = "executable container used by the kernel";
|
||||
merge = mergeOneOption;
|
||||
};
|
||||
|
||||
types.kernelFamily = enum (attrValues kernelFamilies);
|
||||
|
||||
kernelFamilies = setTypes types.openKernelFamily {
|
||||
bsd = {};
|
||||
darwin = {};
|
||||
};
|
||||
|
||||
################################################################################
|
||||
|
||||
types.openKernel = mkOptionType {
|
||||
name = "kernel";
|
||||
description = "kernel name and information";
|
||||
merge = mergeOneOption;
|
||||
check = x: types.execFormat.check x.execFormat
|
||||
&& all types.kernelFamily.check (attrValues x.families);
|
||||
};
|
||||
|
||||
types.kernel = enum (attrValues kernels);
|
||||
|
||||
kernels = with execFormats; with kernelFamilies; setTypes types.openKernel {
|
||||
# TODO(@Ericson2314): Don't want to mass-rebuild yet to keeping 'darwin' as
|
||||
# the normalized name for macOS.
|
||||
macos = { execFormat = macho; families = { inherit darwin; }; name = "darwin"; };
|
||||
ios = { execFormat = macho; families = { inherit darwin; }; };
|
||||
freebsd = { execFormat = elf; families = { inherit bsd; }; };
|
||||
linux = { execFormat = elf; families = { }; };
|
||||
netbsd = { execFormat = elf; families = { inherit bsd; }; };
|
||||
none = { execFormat = unknown; families = { }; };
|
||||
openbsd = { execFormat = elf; families = { inherit bsd; }; };
|
||||
solaris = { execFormat = elf; families = { }; };
|
||||
wasi = { execFormat = wasm; families = { }; };
|
||||
redox = { execFormat = elf; families = { }; };
|
||||
windows = { execFormat = pe; families = { }; };
|
||||
ghcjs = { execFormat = unknown; families = { }; };
|
||||
genode = { execFormat = elf; families = { }; };
|
||||
mmixware = { execFormat = unknown; families = { }; };
|
||||
} // { # aliases
|
||||
# 'darwin' is the kernel for all of them. We choose macOS by default.
|
||||
darwin = kernels.macos;
|
||||
watchos = kernels.ios;
|
||||
tvos = kernels.ios;
|
||||
win32 = kernels.windows;
|
||||
};
|
||||
|
||||
################################################################################
|
||||
|
||||
types.openAbi = mkOptionType {
|
||||
name = "abi";
|
||||
description = "binary interface for compiled code and syscalls";
|
||||
merge = mergeOneOption;
|
||||
};
|
||||
|
||||
types.abi = enum (attrValues abis);
|
||||
|
||||
abis = setTypes types.openAbi {
|
||||
cygnus = {};
|
||||
msvc = {};
|
||||
|
||||
# Note: eabi is specific to ARM and PowerPC.
|
||||
# On PowerPC, this corresponds to PPCEABI.
|
||||
# On ARM, this corresponds to ARMEABI.
|
||||
eabi = { float = "soft"; };
|
||||
eabihf = { float = "hard"; };
|
||||
|
||||
# Other architectures should use ELF in embedded situations.
|
||||
elf = {};
|
||||
|
||||
androideabi = {};
|
||||
android = {
|
||||
assertions = [
|
||||
{ assertion = platform: !platform.isAarch32;
|
||||
message = ''
|
||||
The "android" ABI is not for 32-bit ARM. Use "androideabi" instead.
|
||||
'';
|
||||
}
|
||||
];
|
||||
};
|
||||
|
||||
gnueabi = { float = "soft"; };
|
||||
gnueabihf = { float = "hard"; };
|
||||
gnu = {
|
||||
assertions = [
|
||||
{ assertion = platform: !platform.isAarch32;
|
||||
message = ''
|
||||
The "gnu" ABI is ambiguous on 32-bit ARM. Use "gnueabi" or "gnueabihf" instead.
|
||||
'';
|
||||
}
|
||||
];
|
||||
};
|
||||
gnuabi64 = { abi = "64"; };
|
||||
muslabi64 = { abi = "64"; };
|
||||
|
||||
# NOTE: abi=n32 requires a 64-bit MIPS chip! That is not a typo.
|
||||
# It is basically the 64-bit abi with 32-bit pointers. Details:
|
||||
# https://www.linux-mips.org/pub/linux/mips/doc/ABI/MIPS-N32-ABI-Handbook.pdf
|
||||
gnuabin32 = { abi = "n32"; };
|
||||
muslabin32 = { abi = "n32"; };
|
||||
|
||||
musleabi = { float = "soft"; };
|
||||
musleabihf = { float = "hard"; };
|
||||
musl = {};
|
||||
|
||||
uclibceabi = { float = "soft"; };
|
||||
uclibceabihf = { float = "hard"; };
|
||||
uclibc = {};
|
||||
|
||||
unknown = {};
|
||||
};
|
||||
|
||||
################################################################################
|
||||
|
||||
types.parsedPlatform = mkOptionType {
|
||||
name = "system";
|
||||
description = "fully parsed representation of llvm- or nix-style platform tuple";
|
||||
merge = mergeOneOption;
|
||||
check = { cpu, vendor, kernel, abi }:
|
||||
types.cpuType.check cpu
|
||||
&& types.vendor.check vendor
|
||||
&& types.kernel.check kernel
|
||||
&& types.abi.check abi;
|
||||
};
|
||||
|
||||
isSystem = isType "system";
|
||||
|
||||
mkSystem = components:
|
||||
assert types.parsedPlatform.check components;
|
||||
setType "system" components;
|
||||
|
||||
mkSkeletonFromList = l: {
|
||||
"1" = if elemAt l 0 == "avr"
|
||||
then { cpu = elemAt l 0; kernel = "none"; abi = "unknown"; }
|
||||
else throw "Target specification with 1 components is ambiguous";
|
||||
"2" = # We only do 2-part hacks for things Nix already supports
|
||||
if elemAt l 1 == "cygwin"
|
||||
then { cpu = elemAt l 0; kernel = "windows"; abi = "cygnus"; }
|
||||
# MSVC ought to be the default ABI so this case isn't needed. But then it
|
||||
# becomes difficult to handle the gnu* variants for Aarch32 correctly for
|
||||
# minGW. So it's easier to make gnu* the default for the MinGW, but
|
||||
# hack-in MSVC for the non-MinGW case right here.
|
||||
else if elemAt l 1 == "windows"
|
||||
then { cpu = elemAt l 0; kernel = "windows"; abi = "msvc"; }
|
||||
else if (elemAt l 1) == "elf"
|
||||
then { cpu = elemAt l 0; vendor = "unknown"; kernel = "none"; abi = elemAt l 1; }
|
||||
else { cpu = elemAt l 0; kernel = elemAt l 1; };
|
||||
"3" = # Awkward hacks, beware!
|
||||
if elemAt l 1 == "apple"
|
||||
then { cpu = elemAt l 0; vendor = "apple"; kernel = elemAt l 2; }
|
||||
else if (elemAt l 1 == "linux") || (elemAt l 2 == "gnu")
|
||||
then { cpu = elemAt l 0; kernel = elemAt l 1; abi = elemAt l 2; }
|
||||
else if (elemAt l 2 == "mingw32") # autotools breaks on -gnu for window
|
||||
then { cpu = elemAt l 0; vendor = elemAt l 1; kernel = "windows"; }
|
||||
else if (elemAt l 2 == "wasi")
|
||||
then { cpu = elemAt l 0; vendor = elemAt l 1; kernel = "wasi"; }
|
||||
else if (elemAt l 2 == "redox")
|
||||
then { cpu = elemAt l 0; vendor = elemAt l 1; kernel = "redox"; }
|
||||
else if (elemAt l 2 == "mmixware")
|
||||
then { cpu = elemAt l 0; vendor = elemAt l 1; kernel = "mmixware"; }
|
||||
else if hasPrefix "netbsd" (elemAt l 2)
|
||||
then { cpu = elemAt l 0; vendor = elemAt l 1; kernel = elemAt l 2; }
|
||||
else if (elem (elemAt l 2) ["eabi" "eabihf" "elf"])
|
||||
then { cpu = elemAt l 0; vendor = "unknown"; kernel = elemAt l 1; abi = elemAt l 2; }
|
||||
else if (elemAt l 2 == "ghcjs")
|
||||
then { cpu = elemAt l 0; vendor = "unknown"; kernel = elemAt l 2; }
|
||||
else if hasPrefix "genode" (elemAt l 2)
|
||||
then { cpu = elemAt l 0; vendor = elemAt l 1; kernel = elemAt l 2; }
|
||||
else throw "Target specification with 3 components is ambiguous";
|
||||
"4" = { cpu = elemAt l 0; vendor = elemAt l 1; kernel = elemAt l 2; abi = elemAt l 3; };
|
||||
}.${toString (length l)}
|
||||
or (throw "system string has invalid number of hyphen-separated components");
|
||||
|
||||
# This should revert the job done by config.guess from the gcc compiler.
|
||||
mkSystemFromSkeleton = { cpu
|
||||
, # Optional, but fallback too complex for here.
|
||||
# Inferred below instead.
|
||||
vendor ? assert false; null
|
||||
, kernel
|
||||
, # Also inferred below
|
||||
abi ? assert false; null
|
||||
} @ args: let
|
||||
getCpu = name: cpuTypes.${name} or (throw "Unknown CPU type: ${name}");
|
||||
getVendor = name: vendors.${name} or (throw "Unknown vendor: ${name}");
|
||||
getKernel = name: kernels.${name} or (throw "Unknown kernel: ${name}");
|
||||
getAbi = name: abis.${name} or (throw "Unknown ABI: ${name}");
|
||||
|
||||
parsed = {
|
||||
cpu = getCpu args.cpu;
|
||||
vendor =
|
||||
/**/ if args ? vendor then getVendor args.vendor
|
||||
else if isDarwin parsed then vendors.apple
|
||||
else if isWindows parsed then vendors.pc
|
||||
else vendors.unknown;
|
||||
kernel = if hasPrefix "darwin" args.kernel then getKernel "darwin"
|
||||
else if hasPrefix "netbsd" args.kernel then getKernel "netbsd"
|
||||
else getKernel args.kernel;
|
||||
abi =
|
||||
/**/ if args ? abi then getAbi args.abi
|
||||
else if isLinux parsed || isWindows parsed then
|
||||
if isAarch32 parsed then
|
||||
if lib.versionAtLeast (parsed.cpu.version or "0") "6"
|
||||
then abis.gnueabihf
|
||||
else abis.gnueabi
|
||||
else abis.gnu
|
||||
else abis.unknown;
|
||||
};
|
||||
|
||||
in mkSystem parsed;
|
||||
|
||||
mkSystemFromString = s: mkSystemFromSkeleton (mkSkeletonFromList (lib.splitString "-" s));
|
||||
|
||||
doubleFromSystem = { cpu, kernel, abi, ... }:
|
||||
/**/ if abi == abis.cygnus then "${cpu.name}-cygwin"
|
||||
else if kernel.families ? darwin then "${cpu.name}-darwin"
|
||||
else "${cpu.name}-${kernel.name}";
|
||||
|
||||
tripleFromSystem = { cpu, vendor, kernel, abi, ... } @ sys: assert isSystem sys; let
|
||||
optExecFormat =
|
||||
lib.optionalString (kernel.name == "netbsd" &&
|
||||
gnuNetBSDDefaultExecFormat cpu != kernel.execFormat)
|
||||
kernel.execFormat.name;
|
||||
optAbi = lib.optionalString (abi != abis.unknown) "-${abi.name}";
|
||||
in "${cpu.name}-${vendor.name}-${kernel.name}${optExecFormat}${optAbi}";
|
||||
|
||||
################################################################################
|
||||
|
||||
}
|
||||
Loading…
Add table
Add a link
Reference in a new issue