AUDIT

pub const AUDIT = struct

File

Code

pub const AUDIT = struct {
    pub const ARCH = enum(u32) {
        const CONVENTION_MIPS64_N32 = 0x20000000;
        const @"64BIT" = 0x80000000;
        const LE = 0x40000000;

        AARCH64 = toAudit(.AARCH64, @"64BIT" | LE),
        ALPHA = toAudit(.ALPHA, @"64BIT" | LE),
        ARCOMPACT = toAudit(.ARC_COMPACT, LE),
        ARCOMPACTBE = toAudit(.ARC_COMPACT, 0),
        ARCV2 = toAudit(.ARC_COMPACT2, LE),
        ARCV2BE = toAudit(.ARC_COMPACT2, 0),
        ARM = toAudit(.ARM, LE),
        ARMEB = toAudit(.ARM, 0),
        C6X = toAudit(.TI_C6000, LE),
        C6XBE = toAudit(.TI_C6000, 0),
        CRIS = toAudit(.CRIS, LE),
        CSKY = toAudit(.CSKY, LE),
        FRV = toAudit(.FRV, 0),
        H8300 = toAudit(.H8_300, 0),
        HEXAGON = toAudit(.HEXAGON, 0),
        I386 = toAudit(.@"386", LE),
        IA64 = toAudit(.IA_64, @"64BIT" | LE),
        M32R = toAudit(.M32R, 0),
        M68K = toAudit(.@"68K", 0),
        MICROBLAZE = toAudit(.MICROBLAZE, 0),
        MIPS = toAudit(.MIPS, 0),
        MIPSEL = toAudit(.MIPS, LE),
        MIPS64 = toAudit(.MIPS, @"64BIT"),
        MIPS64N32 = toAudit(.MIPS, @"64BIT" | CONVENTION_MIPS64_N32),
        MIPSEL64 = toAudit(.MIPS, @"64BIT" | LE),
        MIPSEL64N32 = toAudit(.MIPS, @"64BIT" | LE | CONVENTION_MIPS64_N32),
        NDS32 = toAudit(.NDS32, LE),
        NDS32BE = toAudit(.NDS32, 0),
        NIOS2 = toAudit(.ALTERA_NIOS2, LE),
        OPENRISC = toAudit(.OPENRISC, 0),
        PARISC = toAudit(.PARISC, 0),
        PARISC64 = toAudit(.PARISC, @"64BIT"),
        PPC = toAudit(.PPC, 0),
        PPC64 = toAudit(.PPC64, @"64BIT"),
        PPC64LE = toAudit(.PPC64, @"64BIT" | LE),
        RISCV32 = toAudit(.RISCV, LE),
        RISCV64 = toAudit(.RISCV, @"64BIT" | LE),
        S390 = toAudit(.S390, 0),
        S390X = toAudit(.S390, @"64BIT"),
        SH = toAudit(.SH, 0),
        SHEL = toAudit(.SH, LE),
        SH64 = toAudit(.SH, @"64BIT"),
        SHEL64 = toAudit(.SH, @"64BIT" | LE),
        SPARC = toAudit(.SPARC, 0),
        SPARC64 = toAudit(.SPARCV9, @"64BIT"),
        TILEGX = toAudit(.TILEGX, @"64BIT" | LE),
        TILEGX32 = toAudit(.TILEGX, LE),
        TILEPRO = toAudit(.TILEPRO, LE),
        UNICORE = toAudit(.UNICORE, LE),
        X86_64 = toAudit(.X86_64, @"64BIT" | LE),
        XTENSA = toAudit(.XTENSA, 0),
        LOONGARCH32 = toAudit(.LOONGARCH, LE),
        LOONGARCH64 = toAudit(.LOONGARCH, @"64BIT" | LE),

        fn toAudit(em: elf.EM, flags: u32) u32 {
            return @backingInt(em) | flags;
        }

        pub const current: AUDIT.ARCH = switch (native_arch) {
            .arm, .thumb => .ARM,
            .armeb, .thumbeb => .ARMEB,
            .aarch64 => .AARCH64,
            .arc => .ARCV2,
            .arceb => .ARCV2BE,
            .csky => .CSKY,
            .hexagon => .HEXAGON,
            .loongarch32 => .LOONGARCH32,
            .loongarch64 => .LOONGARCH64,
            .m68k => .M68K,
            .microblaze, .microblazeel => .MICROBLAZE,
            .mips => .MIPS,
            .mipsel => .MIPSEL,
            .mips64 => switch (native_abi) {
                .gnuabin32, .muslabin32, .abin32 => .MIPS64N32,
                else => .MIPS64,
            },
            .mips64el => switch (native_abi) {
                .gnuabin32, .muslabin32, .abin32 => .MIPSEL64N32,
                else => .MIPSEL64,
            },
            .or1k => .OPENRISC,
            .powerpc => .PPC,
            .powerpc64 => .PPC64,
            .powerpc64le => .PPC64LE,
            .riscv32 => .RISCV32,
            .riscv64 => .RISCV64,
            .s390x => .S390X,
            .sh => .SHEL,
            .sheb => .SH,
            .sparc => .SPARC,
            .sparc64 => .SPARC64,
            .x86 => .I386,
            .x86_64 => .X86_64,
            .xtensa => .XTENSA,
            else => @compileError("unsupported architecture"),
        };
    };
}