Enum Architechture 

#[repr(u16)]
pub enum Architechture {
    None = 0,
    M32 = 1,
    Sparc = 2,
    I386 = 3,
    M68K = 4,
    Motorola88K = 5,
    Iamcu = 6,
    Intel860 = 7,
    Mips = 8,
    S370 = 9,
    MipsRs3Le = 10,
    _OldSparcv9OrRes011 = 11,
    Res012 = 12,
    Res013 = 13,
    Res014 = 14,
    Parisc = 15,
    Res016 = 16,
    _PpcOldOrVpp550OrVpp500 = 17,
    Sparc32Plus = 18,
    Intel960 = 19,
    Ppc = 20,
    Ppc64 = 21,
    S390 = 22,
    Spu = 23,
    Res024 = 24,
    Res025 = 25,
    Res026 = 26,
    Res027 = 27,
    Res028 = 28,
    Res029 = 29,
    Res030 = 30,
    Res031 = 31,
    Res032 = 32,
    Res033 = 33,
    Res034 = 34,
    Res035 = 35,
    V800 = 36,
    Fr20 = 37,
    Rh32 = 38,
    _McoreOrRceOrCskyOld = 39,
    Arm = 40,
    _OldAlphaOrFakeAlpha = 41,
    Sh = 42,
    Sparcv9 = 43,
    Tricore = 44,
    Arc = 45,
    H8300 = 46,
    H8300H = 47,
    H8S = 48,
    H8500 = 49,
    Ia64 = 50,
    MipsX = 51,
    Coldfire = 52,
    Motorola68Hc12 = 53,
    Mma = 54,
    Pcp = 55,
    Ncpu = 56,
    Ndr1 = 57,
    Starcore = 58,
    Me16 = 59,
    St100 = 60,
    Tinyj = 61,
    X8664 = 62,
    Pdsp = 63,
    Pdp10 = 64,
    Pdp11 = 65,
    Fx66 = 66,
    St9Plus = 67,
    St7 = 68,
    Motorola68Hc16 = 69,
    Motorola68Hc11 = 70,
    Motorola68Hc08 = 71,
    Motorola68Hc05 = 72,
    Svx = 73,
    St19 = 74,
    Vax = 75,
    Cris = 76,
    Javelin = 77,
    Firepath = 78,
    Zsp = 79,
    Mmix = 80,
    Huany = 81,
    Prism = 82,
    Avr = 83,
    Fr30 = 84,
    D10V = 85,
    D30V = 86,
    V850 = 87,
    M32R = 88,
    Mn10300 = 89,
    Mn10200 = 90,
    Pj = 91,
    _Or1KOrOpenrisc = 92,
    _ArcCompactOrArcA5 = 93,
    Xtensa = 94,
    _ScoreOldOrVideocore = 95,
    TmmGpp = 96,
    Ns32K = 97,
    Tpc = 98,
    _PjOldOrSnp1K = 99,
    St200 = 100,
    Ip2K = 101,
    Max = 102,
    Cr = 103,
    F2Mc16 = 104,
    Msp430 = 105,
    Blackfin = 106,
    SeC33 = 107,
    Sep = 108,
    Arca = 109,
    Unicore = 110,
    Excess = 111,
    Dxp = 112,
    AlteraNios2 = 113,
    Crx = 114,
    _Cr16OldOrXgate = 115,
    C166 = 116,
    M16C = 117,
    Dspic30F = 118,
    Ce = 119,
    M32C = 120,
    Res121 = 121,
    Res122 = 122,
    Res123 = 123,
    Res124 = 124,
    Res125 = 125,
    Res126 = 126,
    Res127 = 127,
    Res128 = 128,
    Res129 = 129,
    Res130 = 130,
    Tsk3000 = 131,
    Rs08 = 132,
    _Res133OrSharc = 133,
    Ecog2 = 134,
    _ScoreOrScore7 = 135,
    Dsp24 = 136,
    Videocore3 = 137,
    Latticemico32 = 138,
    SeC17 = 139,
    TiC6000 = 140,
    TiC2000 = 141,
    TiC5500 = 142,
    _Res143OrTiArp32 = 143,
    TiPru = 144,
    Res145 = 145,
    Res146 = 146,
    Res147 = 147,
    Res148 = 148,
    Res149 = 149,
    Res150 = 150,
    Res151 = 151,
    Res152 = 152,
    Res153 = 153,
    Res154 = 154,
    Res155 = 155,
    Res156 = 156,
    Res157 = 157,
    Res158 = 158,
    Res159 = 159,
    MmdspPlus = 160,
    CypressM8C = 161,
    R32C = 162,
    Trimedia = 163,
    Qdsp6 = 164,
    Intel8051 = 165,
    Stxp7X = 166,
    Nds32 = 167,
    _Ecog1OrEcog1X = 168,
    Maxq30 = 169,
    Ximo16 = 170,
    Manik = 171,
    Craynv2 = 172,
    Rx = 173,
    Metag = 174,
    McstElbrus = 175,
    Ecog16 = 176,
    Cr16 = 177,
    Etpu = 178,
    Sle9X = 179,
    _L1OmOrL10M = 180,
    _K1OmOrK10M = 181,
    Intel182 = 182,
    AArch64 = 183,
    Arm184 = 184,
    Avr32 = 185,
    Stm8 = 186,
    Tile64 = 187,
    Tilepro = 188,
    Microblaze = 189,
    Cuda = 190,
    Tilegx = 191,
    Cloudshield = 192,
    Corea1St = 193,
    Corea2Nd = 194,
    _ArcCompact2OrArcv2 = 195,
    Open8 = 196,
    Rl78 = 197,
    Videocore5 = 198,
    _Renesas78K0ROrRenesas78Kor = 199,
    Freescale56800Ex = 200,
    Ba1 = 201,
    Ba2 = 202,
    Xcore = 203,
    MchpPic = 204,
    Intelgt = 205,
    Intel206 = 206,
    Intel207 = 207,
    Intel208 = 208,
    Intel209 = 209,
    Km32 = 210,
    Kmx32 = 211,
    _Kmx16OrEmx16 = 212,
    _Kmx8OrEmx8 = 213,
    Kvarc = 214,
    Cdp = 215,
    Coge = 216,
    Cool = 217,
    Norc = 218,
    CsrKalimba = 219,
    Z80 = 220,
    Visium = 221,
    Ft32 = 222,
    Moxie = 223,
    Amdgpu = 224,
    Riscv = 243,
    Lanai = 244,
    Ceva = 245,
    CevaX2 = 246,
    Bpf = 247,
    GraphcoreIpu = 248,
    Img1 = 249,
    Nfp = 250,
    Ve = 251,
    Csky = 252,
    ArcCompact364 = 253,
    Mcs6502 = 254,
    ArcCompact3 = 255,
    Kvx = 256,
    Wdc65816 = 257,
    Loongarch = 258,
    Kf32 = 259,
    U16U8Core = 260,
    Tachyum = 261,
    Nxp56800Ef = 262,
    AvrOld = 4_183,
    Msp430Old = 4_185,
    Mt = 9_520,
    CygnusFr30 = 13_104,
    Webassembly = 16_727,
    S12Z = 19_951,
    Dlx = 23_205,
    CygnusFrv = 21_569,
    Xc16X = 18_056,
    CygnusD10V = 30_288,
    CygnusD30V = 30_326,
    Ip2KOld = 33_303,
    CygnusPowerpc = 36_901,
    Alpha = 36_902,
    CygnusM32R = 36_929,
    CygnusV850 = 36_992,
    S390Old = 41_872,
    XtensaOld = 43_975,
    Xstormy16 = 44_357,
    CygnusMn10300 = 48_879,
    CygnusMn10200 = 57_005,
    M32COld = 65_200,
    Iq2000 = 65_210,
    Nios32 = 65_211,
    CygnusMep = 61_453,
    MoxieOld = 65_261,
    MicroblazeOld = 47_787,
    AdaptevaEpiphany = 4_643,
}

Variants

None = 0

No machine

M32 = 1

AT&T WE 32100

Sparc = 2

SUN SPARC

I386 = 3

Intel 80386

M68K = 4

Motorola m68k family

Motorola88K = 5

Motorola m88k family

Iamcu = 6

Intel MCU

Intel860 = 7

Intel 80860

Mips = 8

MIPS R3000 (officially, big-endian only)

S370 = 9

IBM System/370

MipsRs3Le = 10

MIPS R3000 little-endian (Oct 4 1999 Draft). Deprecated.

_OldSparcv9OrRes011 = 11

Old version of Sparc v9, from before the ABI. Deprecated Or Reserved

Res012 = 12

Reserved

Res013 = 13

Reserved

Res014 = 14

Reserved

Parisc = 15

HPPA

Res016 = 16

Reserved

_PpcOldOrVpp550OrVpp500 = 17

Old version of PowerPC. Deprecated Or Fujitsu VPP500 Or Fujitsu VPP500

Sparc32Plus = 18

Sun’s “v8plus”

Intel960 = 19

Intel 80960

Ppc = 20

PowerPC

Ppc64 = 21

64-bit PowerPC

S390 = 22

IBM S/390

Spu = 23

Sony/Toshiba/IBM SPU

Res024 = 24

Reserved

Res025 = 25

Reserved

Res026 = 26

Reserved

Res027 = 27

Reserved

Res028 = 28

Reserved

Res029 = 29

Reserved

Res030 = 30

Reserved

Res031 = 31

Reserved

Res032 = 32

Reserved

Res033 = 33

Reserved

Res034 = 34

Reserved

Res035 = 35

Reserved

V800 = 36

NEC V800 series

Fr20 = 37

Fujitsu FR20

Rh32 = 38

TRW RH32

_McoreOrRceOrCskyOld = 39

Motorola M*Core / / May also be taken by Fujitsu MMA Or Old name for MCore Or CskyOld

Arm = 40

ARM

_OldAlphaOrFakeAlpha = 41

Digital Alpha Or Digital Alpha

Sh = 42

Renesas (formerly Hitachi) / SuperH SH

Sparcv9 = 43

SPARC v9 64-bit

Tricore = 44

Siemens Tricore embedded processor

Arc = 45

ARC Cores

H8300 = 46

Renesas (formerly Hitachi) H8/300

H8300H = 47

Renesas (formerly Hitachi) H8/300H

H8S = 48

Renesas (formerly Hitachi) H8S

H8500 = 49

Renesas (formerly Hitachi) H8/500

Ia64 = 50

Intel IA-64 Processor

MipsX = 51

Stanford MIPS-X

Coldfire = 52

Motorola Coldfire

Motorola68Hc12 = 53

Motorola M68HC12

Mma = 54

Fujitsu Multimedia Accelerator

Pcp = 55

Siemens PCP

Ncpu = 56

Sony nCPU embedded RISC processor

Ndr1 = 57

Denso NDR1 microprocessor

Starcore = 58

Motorola Star*Core processor

Me16 = 59

Toyota ME16 processor

St100 = 60

STMicroelectronics ST100 processor

Tinyj = 61

Advanced Logic Corp. TinyJ embedded processor

X8664 = 62

Advanced Micro Devices X86-64 processor

Pdsp = 63

Sony DSP Processor

Pdp10 = 64

Digital Equipment Corp. PDP-10

Pdp11 = 65

Digital Equipment Corp. PDP-11

Fx66 = 66

Siemens FX66 microcontroller

St9Plus = 67

STMicroelectronics ST9+ 8/16 bit microcontroller

St7 = 68

STMicroelectronics ST7 8-bit microcontroller

Motorola68Hc16 = 69

Motorola MC68HC16 Microcontroller

Motorola68Hc11 = 70

Motorola MC68HC11 Microcontroller

Motorola68Hc08 = 71

Motorola MC68HC08 Microcontroller

Motorola68Hc05 = 72

Motorola MC68HC05 Microcontroller

Svx = 73

Silicon Graphics SVx

St19 = 74

STMicroelectronics ST19 8-bit cpu

Vax = 75

Digital VAX

Cris = 76

Axis Communications 32-bit embedded processor

Javelin = 77

Infineon Technologies 32-bit embedded cpu

Firepath = 78

Element 14 64-bit DSP processor

Zsp = 79

LSI Logic’s 16-bit DSP processor

Mmix = 80

Donald Knuth’s educational 64-bit processor

Huany = 81

Harvard’s machine-independent format

Prism = 82

SiTera Prism

Avr = 83

Atmel AVR 8-bit microcontroller

Fr30 = 84

Fujitsu FR30

D10V = 85

Mitsubishi D10V

D30V = 86

Mitsubishi D30V

V850 = 87

Renesas V850 (formerly NEC V850)

M32R = 88

Renesas M32R (formerly Mitsubishi M32R)

Mn10300 = 89

Matsushita MN10300

Mn10200 = 90

Matsushita MN10200

Pj = 91

picoJava

_Or1KOrOpenrisc = 92

OpenRISC 1000 32-bit embedded processor Or Openrisc

_ArcCompactOrArcA5 = 93

ARC International ARCompact processor Or ArcA5

Xtensa = 94

Tensilica Xtensa Architecture

_ScoreOldOrVideocore = 95

Old Sunplus S+core7 backend magic number. Written in the absence of an ABI Or Alphamosaic VideoCore processor

TmmGpp = 96

Thompson Multimedia General Purpose Processor

Ns32K = 97

National Semiconductor 32000 series

Tpc = 98

Tenor Network TPC processor

_PjOldOrSnp1K = 99

Old value for picoJava. Deprecated Or Trebia SNP 1000 processor

St200 = 100

STMicroelectronics ST200 microcontroller

Ip2K = 101

Ubicom IP2022 micro controller

Max = 102

MAX Processor

Cr = 103

National Semiconductor CompactRISC

F2Mc16 = 104

Fujitsu F2MC16

Msp430 = 105

TI msp430 micro controller

Blackfin = 106

ADI Blackfin

SeC33 = 107

S1C33 Family of Seiko Epson processors

Sep = 108

Sharp embedded microprocessor

Arca = 109

Arca RISC Microprocessor

Unicore = 110

Microprocessor series from PKU-Unity Ltd. and MPRC of Peking University

Excess = 111

eXcess: 16/32/64-bit configurable embedded CPU

Dxp = 112

Icera Semiconductor Inc. Deep Execution Processor

AlteraNios2 = 113

Altera Nios II soft-core processor

Crx = 114

National Semiconductor CRX

_Cr16OldOrXgate = 115

Old, value for National Semiconductor CompactRISC. Deprecated Or Motorola XGATE embedded processor

C166 = 116

Infineon C16x/XC16x processor

M16C = 117

Renesas M16C series microprocessors

Dspic30F = 118

Microchip Technology dsPIC30F Digital Signal Controller

Ce = 119

Freescale Communication Engine RISC core

M32C = 120

Renesas M32C series microprocessors

Res121 = 121

Reserved

Res122 = 122

Reserved

Res123 = 123

Reserved

Res124 = 124

Reserved

Res125 = 125

Reserved

Res126 = 126

Reserved

Res127 = 127

Reserved

Res128 = 128

Reserved

Res129 = 129

Reserved

Res130 = 130

Reserved

Tsk3000 = 131

Altium TSK3000 core

Rs08 = 132

Freescale RS08 embedded processor

_Res133OrSharc = 133

Reserved Or Analog Devices SHARC family

Ecog2 = 134

Cyan Technology eCOG2 microprocessor

_ScoreOrScore7 = 135

Sunplus Score Or Sunplus S+core7 RISC processor

Dsp24 = 136

New Japan Radio (NJR) 24-bit DSP Processor

Videocore3 = 137

Broadcom VideoCore III processor

Latticemico32 = 138

RISC processor for Lattice FPGA architecture

SeC17 = 139

Seiko Epson C17 family

TiC6000 = 140

Texas Instruments TMS320C6000 DSP family

TiC2000 = 141

Texas Instruments TMS320C2000 DSP family

TiC5500 = 142

Texas Instruments TMS320C55x DSP family

_Res143OrTiArp32 = 143

Reserved Or Texas Instruments App. Specific RISC

TiPru = 144

Texas Instruments Programmable Realtime Unit

Res145 = 145

Reserved

Res146 = 146

Reserved

Res147 = 147

Reserved

Res148 = 148

Reserved

Res149 = 149

Reserved

Res150 = 150

Reserved

Res151 = 151

Reserved

Res152 = 152

Reserved

Res153 = 153

Reserved

Res154 = 154

Reserved

Res155 = 155

Reserved

Res156 = 156

Reserved

Res157 = 157

Reserved

Res158 = 158

Reserved

Res159 = 159

Reserved

MmdspPlus = 160

STMicroelectronics 64bit VLIW Data Signal Processor

CypressM8C = 161

Cypress M8C microprocessor

R32C = 162

Renesas R32C series microprocessors

Trimedia = 163

NXP Semiconductors TriMedia architecture family

Qdsp6 = 164

QUALCOMM DSP6 Processor

Intel8051 = 165

Intel 8051 and variants

Stxp7X = 166

STMicroelectronics STxP7x family

Nds32 = 167

Andes Technology compact code size embedded RISC processor family

_Ecog1OrEcog1X = 168

Cyan Technology eCOG1X family Or Cyan Technology eCOG1X family

Maxq30 = 169

Dallas Semiconductor MAXQ30 Core Micro-controllers

Ximo16 = 170

New Japan Radio (NJR) 16-bit DSP Processor

Manik = 171

M2000 Reconfigurable RISC Microprocessor

Craynv2 = 172

Cray Inc. NV2 vector architecture

Rx = 173

Renesas RX family

Metag = 174

Imagination Technologies Meta processor architecture

McstElbrus = 175

MCST Elbrus general purpose hardware architecture

Ecog16 = 176

Cyan Technology eCOG16 family

Cr16 = 177

National Semiconductor CompactRISC 16-bit processor

Etpu = 178

Freescale Extended Time Processing Unit

Sle9X = 179

Infineon Technologies SLE9X core

_L1OmOrL10M = 180

Intel L1OM Or Intel L10M

_K1OmOrK10M = 181

Intel K1OM Or Intel K10M

Intel182 = 182

Reserved by Intel

AArch64 = 183

ARM 64-bit architecture

Arm184 = 184

Reserved by ARM

Avr32 = 185

Atmel Corporation 32-bit microprocessor family

Stm8 = 186

STMicroeletronics STM8 8-bit microcontroller

Tile64 = 187

Tilera TILE64 multicore architecture family

Tilepro = 188

Tilera TILEPro multicore architecture family

Microblaze = 189

Xilinx MicroBlaze 32-bit RISC soft processor core

Cuda = 190

NVIDIA CUDA architecture

Tilegx = 191

Tilera TILE-Gx multicore architecture family

Cloudshield = 192

CloudShield architecture family

Corea1St = 193

KIPO-KAIST Core-A 1st generation processor family

Corea2Nd = 194

KIPO-KAIST Core-A 2nd generation processor family

_ArcCompact2OrArcv2 = 195

Synopsys ARCompact V2 Or Synopsys ARCv2 ISA

Open8 = 196

Open8 8-bit RISC soft processor core

Rl78 = 197

Renesas RL78 family.

Videocore5 = 198

Broadcom VideoCore V processor

_Renesas78K0ROrRenesas78Kor = 199

Renesas 78K0R Or Renesas 78KOR

Freescale56800Ex = 200

Freescale 56800EX Digital Signal Controller (DSC)

Ba1 = 201

Beyond BA1 CPU architecture

Ba2 = 202

Beyond BA2 CPU architecture

Xcore = 203

XMOS xCORE processor family

MchpPic = 204

Microchip 8-bit PIC(r) family

Intelgt = 205

Intel Graphics Technology

Intel206 = 206

Reserved by Intel

Intel207 = 207

Reserved by Intel

Intel208 = 208

Reserved by Intel

Intel209 = 209

Reserved by Intel

Km32 = 210

KM211 KM32 32-bit processor

Kmx32 = 211

KM211 KMX32 32-bit processor

_Kmx16OrEmx16 = 212

KM211 KMX16 16-bit processor Or KM211 KMX16

_Kmx8OrEmx8 = 213

KM211 KMX8 8-bit processor Or KM211 KMX8

Kvarc = 214

KM211 KVARC processor

Cdp = 215

Paneve CDP architecture family

Coge = 216

Cognitive Smart Memory Processor

Cool = 217

Bluechip Systems CoolEngine

Norc = 218

Nanoradio Optimized RISC

CsrKalimba = 219

CSR Kalimba architecture family

Z80 = 220

Zilog Z80

Visium = 221

Controls and Data Services VISIUMcore processor

Ft32 = 222

FTDI Chip FT32 high performance 32-bit RISC architecture

Moxie = 223

Moxie processor family

Amdgpu = 224

AMD GPU architecture

Riscv = 243

RISC-V

Lanai = 244

Lanai 32-bit processor.

Ceva = 245

CEVA Processor Architecture Family

CevaX2 = 246

CEVA X2 Processor Family

Bpf = 247

Linux BPF – in-kernel virtual machine.

GraphcoreIpu = 248

Graphcore Intelligent Processing Unit

Img1 = 249

Imagination Technologies

Nfp = 250

Netronome Flow Processor.

Ve = 251

NEC Vector Engine

Csky = 252

C-SKY processor family.

ArcCompact364 = 253

Synopsys ARCv2.3 64-bit

Mcs6502 = 254

MOS Technology MCS 6502 processor

ArcCompact3 = 255

Synopsys ARCv2.3 32-bit

Kvx = 256

Kalray VLIW core of the MPPA processor family

Wdc65816 = 257

WDC 65816/65C816

Loongarch = 258

LoongArch

Kf32 = 259

ChipON KungFu32

U16U8Core = 260

LAPIS nX-U16/U8

Tachyum = 261

Tachyum

Nxp56800Ef = 262

NXP 56800EF Digital Signal Controller (DSC)

AvrOld = 4_183

Msp430Old = 4_185

Mt = 9_520

CygnusFr30 = 13_104

Webassembly = 16_727

S12Z = 19_951

Dlx = 23_205

CygnusFrv = 21_569

Xc16X = 18_056

CygnusD10V = 30_288

CygnusD30V = 30_326

Ip2KOld = 33_303

CygnusPowerpc = 36_901

Alpha = 36_902

CygnusM32R = 36_929

CygnusV850 = 36_992

S390Old = 41_872

XtensaOld = 43_975

Xstormy16 = 44_357

CygnusMn10300 = 48_879

CygnusMn10200 = 57_005

M32COld = 65_200

Iq2000 = 65_210

Nios32 = 65_211

CygnusMep = 61_453

Toshiba MeP

MoxieOld = 65_261

MicroblazeOld = 47_787

Old MicroBlaze

AdaptevaEpiphany = 4_643

Adapteva’s Epiphany architecture.

Implementations

impl Architechture

pub const OldSparcv9: Self = Self::_OldSparcv9OrRes011

Old version of Sparc v9, from before the ABI. Deprecated.

pub const Res011: Self = Self::_OldSparcv9OrRes011

Reserved

pub const PpcOld: Self = Self::_PpcOldOrVpp550OrVpp500

Old version of PowerPC. Deprecated.

pub const Vpp550: Self = Self::_PpcOldOrVpp550OrVpp500

Fujitsu VPP500

pub const Vpp500: Self = Self::_PpcOldOrVpp550OrVpp500

Fujitsu VPP500

pub const Mcore: Self = Self::_McoreOrRceOrCskyOld

Motorola M*Core / / May also be taken by Fujitsu MMA

pub const Rce: Self = Self::_McoreOrRceOrCskyOld

Old name for MCore

pub const CskyOld: Self = Self::_McoreOrRceOrCskyOld

pub const OldAlpha: Self = Self::_OldAlphaOrFakeAlpha

Digital Alpha

pub const FakeAlpha: Self = Self::_OldAlphaOrFakeAlpha

Digital Alpha

pub const Or1K: Self = Self::_Or1KOrOpenrisc

OpenRISC 1000 32-bit embedded processor

pub const Openrisc: Self = Self::_Or1KOrOpenrisc

pub const ArcCompact: Self = Self::_ArcCompactOrArcA5

ARC International ARCompact processor

pub const ArcA5: Self = Self::_ArcCompactOrArcA5

pub const ScoreOld: Self = Self::_ScoreOldOrVideocore

Old Sunplus S+core7 backend magic number. Written in the absence of an ABI.

pub const Videocore: Self = Self::_ScoreOldOrVideocore

Alphamosaic VideoCore processor

pub const PjOld: Self = Self::_PjOldOrSnp1K

Old value for picoJava. Deprecated.

pub const Snp1K: Self = Self::_PjOldOrSnp1K

Trebia SNP 1000 processor

pub const Cr16Old: Self = Self::_Cr16OldOrXgate

Old, value for National Semiconductor CompactRISC. Deprecated.

pub const Xgate: Self = Self::_Cr16OldOrXgate

Motorola XGATE embedded processor

pub const Res133: Self = Self::_Res133OrSharc

Reserved

pub const Sharc: Self = Self::_Res133OrSharc

Analog Devices SHARC family

pub const Score: Self = Self::_ScoreOrScore7

Sunplus Score

pub const Score7: Self = Self::_ScoreOrScore7

Sunplus S+core7 RISC processor

pub const Res143: Self = Self::_Res143OrTiArp32

Reserved

pub const TiArp32: Self = Self::_Res143OrTiArp32

Texas Instruments App. Specific RISC

pub const Ecog1: Self = Self::_Ecog1OrEcog1X

Cyan Technology eCOG1X family

pub const Ecog1X: Self = Self::_Ecog1OrEcog1X

Cyan Technology eCOG1X family

pub const L1Om: Self = Self::_L1OmOrL10M

Intel L1OM

pub const L10M: Self = Self::_L1OmOrL10M

Intel L10M

pub const K1Om: Self = Self::_K1OmOrK10M

Intel K1OM

pub const K10M: Self = Self::_K1OmOrK10M

Intel K10M

pub const ArcCompact2: Self = Self::_ArcCompact2OrArcv2

Synopsys ARCompact V2

pub const Arcv2: Self = Self::_ArcCompact2OrArcv2

Synopsys ARCv2 ISA.

pub const Renesas78K0R: Self = Self::_Renesas78K0ROrRenesas78Kor

Renesas 78K0R.

pub const Renesas78Kor: Self = Self::_Renesas78K0ROrRenesas78Kor

Renesas 78KOR

pub const Kmx16: Self = Self::_Kmx16OrEmx16

KM211 KMX16 16-bit processor

pub const Emx16: Self = Self::_Kmx16OrEmx16

KM211 KMX16

pub const Kmx8: Self = Self::_Kmx8OrEmx8

KM211 KMX8 8-bit processor

pub const Emx8: Self = Self::_Kmx8OrEmx8

KM211 KMX8

Trait Implementations

impl BinarySerde for Architechture

const SERIALIZED_SIZE: usize = 2usize

the size of this type when serialized to a packed binary format.

type RecursiveArray = <u16 as BinarySerde>::RecursiveArray

the fixed size recursive array type that is returned when serializing this type to an array. the length of this array is guaranteed to be equal to Self::SERIALIZED_SIZE.

fn binary_serialize(&self, buf: &mut [u8], endianness: Endianness)

serialize this value into the given buffer using the given endianness.

fn binary_deserialize( buf: &[u8], endianness: Endianness, ) -> Result<Self, DeserializeError>

deserializes the given buffer using the given endianness into a value of this type.

fn binary_serialize_to_array( &self, endianness: Endianness, ) -> Self::RecursiveArray

serialize this value to a fixed size array using the given endianness.

impl Clone for Architechture

fn clone(&self) -> Architechture

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Architechture

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

Formats the value using the given formatter.

impl Hash for Architechture

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 for Architechture

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

Tests for self and other values to be equal, and is used by ==.

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

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

impl Copy for Architechture

impl Eq for Architechture

impl StructuralPartialEq for Architechture