Enum lief::elf::header::Arch

pub enum Arch {
    NONE,
    M32,
    SPARC,
    I386,
    M68K,
    M88K,
    IAMCU,
    I860,
    MIPS,
    S370,
    MIPS_RS3_LE,
    PARISC,
    VPP500,
    SPARC32PLUS,
    I60,
    PPC,
    PPC64,
    S390,
    SPU,
    V800,
    FR20,
    RH32,
    RCE,
    ARM,
    ALPHA,
    SH,
    SPARCV9,
    TRICORE,
    ARC,
    H8_300,
    H8_300H,
    H8S,
    H8_500,
    IA_64,
    MIPS_X,
    COLDFIRE,
    M68HC12,
    MMA,
    PCP,
    NCPU,
    NDR1,
    STARCORE,
    ME16,
    ST100,
    TINYJ,
    X86_64,
    PDSP,
    PDP10,
    PDP11,
    FX66,
    ST9PLUS,
    ST7,
    M68HC16,
    M68HC11,
    M68HC08,
    M68HC05,
    SVX,
    ST19,
    VAX,
    CRIS,
    JAVELIN,
    FIREPATH,
    ZSP,
    MMIX,
    HUANY,
    PRISM,
    AVR,
    FR30,
    D10V,
    D30V,
    V850,
    M32R,
    MN10300,
    MN10200,
    PJ,
    OPENRISC,
    ARC_COMPACT,
    XTENSA,
    VIDEOCORE,
    TMM_GPP,
    NS32K,
    TPC,
    SNP1K,
    ST200,
    IP2K,
    MAX,
    CR,
    F2MC16,
    MSP430,
    BLACKFIN,
    SE_C33,
    SEP,
    ARCA,
    UNICORE,
    EXCESS,
    DXP,
    ALTERA_NIOS2,
    CRX,
    XGATE,
    C166,
    M16C,
    DSPIC30F,
    CE,
    M32C,
    TSK3000,
    RS08,
    SHARC,
    ECOG2,
    SCORE7,
    DSP24,
    VIDEOCORE3,
    LATTICEMICO32,
    SE_C17,
    TI_C6000,
    TI_C2000,
    TI_C5500,
    MMDSP_PLUS,
    CYPRESS_M8C,
    R32C,
    TRIMEDIA,
    HEXAGON,
    M8051,
    STXP7X,
    NDS32,
    ECOG1,
    MAXQ30,
    XIMO16,
    MANIK,
    CRAYNV2,
    RX,
    METAG,
    MCST_ELBRUS,
    ECOG16,
    CR16,
    ETPU,
    SLE9X,
    L10M,
    K10M,
    AARCH64,
    AVR32,
    STM8,
    TILE64,
    TILEPRO,
    CUDA,
    TILEGX,
    CLOUDSHIELD,
    COREA_1ST,
    COREA_2ND,
    ARC_COMPACT2,
    OPEN8,
    RL78,
    VIDEOCORE5,
    M78KOR,
    M56800EX,
    BA1,
    BA2,
    XCORE,
    MCHP_PIC,
    INTEL205,
    INTEL206,
    INTEL207,
    INTEL208,
    INTEL209,
    KM32,
    KMX32,
    KMX16,
    KMX8,
    KVARC,
    CDP,
    COGE,
    COOL,
    NORC,
    CSR_KALIMBA,
    AMDGPU,
    RISCV,
    BPF,
    CSKY,
    LOONGARCH,
    UNKNOWN(u32),
}

Variants

NONE

M32

SPARC

I386

M68K

M88K

IAMCU

I860

MIPS

S370

MIPS_RS3_LE

PARISC

VPP500

SPARC32PLUS

I60

PPC

PPC64

S390

SPU

V800

FR20

RH32

RCE

ARM

ALPHA

SH

SPARCV9

TRICORE

ARC

H8_300

H8_300H

H8S

H8_500

IA_64

MIPS_X

COLDFIRE

M68HC12

MMA

PCP

NCPU

NDR1

STARCORE

ME16

ST100

TINYJ

X86_64

PDSP

PDP10

PDP11

FX66

ST9PLUS

ST7

M68HC16

M68HC11

M68HC08

M68HC05

SVX

ST19

VAX

CRIS

JAVELIN

FIREPATH

ZSP

MMIX

HUANY

PRISM

AVR

FR30

D10V

D30V

V850

M32R

MN10300

MN10200

PJ

OPENRISC

ARC_COMPACT

XTENSA

VIDEOCORE

TMM_GPP

NS32K

TPC

SNP1K

ST200

IP2K

MAX

CR

F2MC16

MSP430

BLACKFIN

SE_C33

SEP

ARCA

UNICORE

EXCESS

DXP

ALTERA_NIOS2

CRX

XGATE

C166

M16C

DSPIC30F

CE

M32C

TSK3000

RS08

SHARC

ECOG2

SCORE7

DSP24

VIDEOCORE3

LATTICEMICO32

SE_C17

TI_C6000

TI_C2000

TI_C5500

MMDSP_PLUS

CYPRESS_M8C

R32C

TRIMEDIA

HEXAGON

M8051

STXP7X

NDS32

ECOG1

MAXQ30

XIMO16

MANIK

CRAYNV2

RX

METAG

MCST_ELBRUS

ECOG16

CR16

ETPU

SLE9X

L10M

K10M

AARCH64

AVR32

STM8

TILE64

TILEPRO

CUDA

TILEGX

CLOUDSHIELD

COREA_1ST

COREA_2ND

ARC_COMPACT2

OPEN8

RL78

VIDEOCORE5

M78KOR

M56800EX

BA1

BA2

XCORE

MCHP_PIC

INTEL205

INTEL206

INTEL207

INTEL208

INTEL209

KM32

KMX32

KMX16

KMX8

KVARC

CDP

COGE

COOL

NORC

CSR_KALIMBA

AMDGPU

RISCV

BPF

CSKY

LOONGARCH

UNKNOWN(u32)

Trait Implementations

impl Clone for Arch

fn clone(&self) -> Arch

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Arch

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl From<Arch> for u32

fn from(value: Arch) -> u32

Converts to this type from the input type.

impl From<u32> for Arch

fn from(value: u32) -> Self

Converts to this type from the input type.

impl Hash for Arch

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq<Arch> for Arch

fn eq(&self, other: &Arch) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Arch

impl Eq for Arch

impl StructuralEq for Arch

impl StructuralPartialEq for Arch