/// Object name definitions.
///
/// This module handles various machine definitions as expressed as
/// baseline instruction set architectures.
///
/// Authors: dd86k <dd@dax.moe>
/// Copyright: © dd86k <dd@dax.moe>
/// License: BSD-3-Clause-Clear
module adbg.machines;
import core.stdc.string : strcmp;
import adbg.error;
// NOTE: Machine enum names are the same as their alias name.
// This avoids (mostly) possible collisions.
//TODO: Consider removing "native" as it just confused me with a process function.
// There is now a function to get the default machine.
/// Object machine type.
enum AdbgMachine {
/// Unknown.
unknown,
/// Alias to unknown, used for disassembler, to use default platform.
native = unknown,
/// Intel x86 16-bit (8086)
i8086,
/// Intel x86 32-bit (i386)
i386,
/// AMD x86 64-bit (amd64)
amd64,
/// Intel MCU
mcu,
/// Intel i860
i860,
/// Intel i960
i960,
/// Intel 8051
i8051,
/// Intel L10M
l10m,
/// Intel K10M
k10m,
/// Intel Itanium (EPIC)
ia64,
/// Thumb 16-bit T16
thumb,
/// Thumb 32-bit T32 (Thumb-2)
thumb32,
/// Arm AArch32/A32
arm,
/// Arm AArch64/A64
aarch64,
/// Compiled-Hybrid Portable Executable,
/// a Microsoft extension
arm64x,
/// IBM ROMP
romp,
/// PowerPC/PowerISA
ppc,
/// PowerPC with FPU
ppcfpu,
/// PowerPC64/PowerISA 64-bit
ppc64,
/// IBM System/370
s370,
/// IBM System/390
s390,
/// IBM SPU/SPC
spu,
/// IBM RS/6000
rs6000,
/// SPARC
sparc,
/// Enhanced SPARC
sparc8p,
/// SPARC Version 9
sparc9,
/// RISC-V (any)
riscv,
/// RISC-V RV32
riscv32,
/// RISC-V RV64
riscv64,
/// RISC-V RV128
riscv128,
/// Stanford MIPS-X
mipsx,
/// MIPS I (R3000)
mips,
/// MIPS I (R3000) with FPU
mipsfpu,
/// MIPS I (R3000) Little-Endian
mipsle,
/// MIPS16
mips16,
/// MIPS16 with FPU
mips16fpu,
/// MIPS II (R4000)
mipsii,
/// MIPS III (R4000)
mipsiii,
/// MIPS IV (R10000)
mipsiv,
/// MIPS little-endian WCE v2
mipswcele,
/// DEC PDP-10
pdp10,
/// DEC PDP-11
pdp11,
/// DEC VAX
vax,
/// DEC Alpha
alpha,
/// DEC Alpha (64-bit)
alpha64,
/// Motorola 68000
m68k,
/// Motorola 88000
m88k,
// NOTE: MC98000 *is* PowerPC
/// Motorola 68HC05
m68hc05,
/// Motorola 68HC08
m68hc08,
/// Motorola 68HC11
m68hc11,
/// Motorola M68HC12
m68hc12,
/// Motorola 68HC16
m68hc16,
/// Motorola RCE
rce,
/// Motorola ColdFire
coldfire,
/// Motorola Star*Core
starcore,
/// Motorola XGATE
xgate,
/// Atmel AVR
avr,
/// Atmel AVR32
avr32,
/// Hitachi H8/300
h8300,
/// Hitachi H8/300H
h8300h,
/// Hitachi H8S
h8s,
/// Hitachi H8/500
h8500,
/// Hitachi SuperH
sh,
/// Hitachi SuperH 3
sh3,
/// Hitachi SuperH 3 DSP
sh3dsp,
/// Hitachi SuperH 4
sh4,
/// Hitachi SuperH 5
sh5,
/// Mitsubishi D10V
d10v,
/// Mitsubishi D30V
d30v,
/// Mitsubishi M32R
m32r,
/// Mitsubishi MN10300 (AM33)
am33,
/// Mitsubishi MN10200
mn10200,
/// Mitsubishi MN10300
mn10300,
/// ARC
arc,
/// XTensa
xtensa,
/// Renesas M16C
m16c,
/// Renesas M32C
m32c,
/// Renesas R32C
r32c,
/// Renesas RX
rx,
/// Renesas RL78
rl78,
/// Renesas 78KOR
r78kor,
/// Texas Instruments MSP430
msp430,
/// Texas Instruments TMS320C2000
tic2000,
/// Texas Instruments TMS320C55xx
tic55xx,
/// Texas Instruments TMS320C6000
tic6000,
/// Texas Instruments Application Specific RISC (32-bit)
asrisc,
/// Texas Instruments Programmable Realtime Unit
pru,
/// STMicroelectronics ST7 (8-bit)
st7,
/// STMicroelectronics STM8 (8-bit)
stm8,
/// STMicroelectronics ST9+ (8/16-bit)
st9,
/// STMicroelectronics ST19 (8-bit)
st19,
/// STMicroelectronics ST100
st100,
/// STMicroelectronics ST200
st200,
/// STMicroelectronics VLIW DSP (64-bit)
vdsp,
/// STMicroelectronics STxP7x
stxp7x,
/// Fujitsu VPP500
vpp500,
/// Fujitsu FR20
fr20,
/// Fujitsu MMA Multimedia Accelerator
mma,
/// Fujitsu FR30
fr30,
/// Fujitsu F2MC16
f2mc16,
/// National Semiconductor 32000
ns32k,
/// National Semiconductor CompactRISC
cr,
/// National Semiconductor CompactRISC CRX
crx,
/// National Semiconductor CompactRISC CR16 (16-bit)
cr16,
/// Freescale Communication Engine RISC
ce,
/// Freescale RS08
rs08,
/// Freescale Extended Time Processing Unit
etpu,
/// Freescale 56800EX DSC
dsc,
/// Siemens TriCore embedded
tricore,
/// Siemens PCP
pcp,
/// Siemens FX66
fx66,
/// KM211 KMX8 (8-bit)
kmx8,
/// KM211 KMX16 (16-bit)
kmx16,
/// KM211 KM32 (32-bit)
km32,
/// KM211 KMX32 (32-bit)
kmx32,
/// KM211 KVARC
kvarc,
/// Elbrus
elbrus,
/// NEC V800
v800,
/// NEC V850
v850,
/// LoonArch32
loongarch32,
/// LoonArch64
loongarch64,
/// SHARC
sharc,
/// Moxie soft processor
moxie,
/// Donald Knuth's educational processor
mmix,
/// Harvard University machine-independent object
harvard,
/// AMD GPU
amdgpu,
/// NVIDIA CUDA
cuda,
/// EFI Byte Code
ebc,
/// Common Language Runtime
clr,
/// picoJava
pj,
/// AT&T WE 32100
we32100,
/// Hewlett-Packard PA-RISC
parisc,
/// TRW (RH32)
rh32,
/// Argonaut RISC Core
arisc,
/// Sony nCPU embedded RISC
ncpu,
/// Denso NDR1
ndr1,
/// Toyota ME16
me16,
/// Advanced Logic Corp. TinyJ
tinyj,
/// Sony DSP
sonydsp,
/// Silicon Graphics SVx
svx,
/// Axis Communications (32-bit)
axis,
/// Element Firepath 14 DSP (64-bit)
firepath,
/// LSI Logic ZSP DSP (16-bit)
zsp,
/// SiTera Prism
prism,
/// OpenRISC (32-bit)
openrisc,
/// Alphamosaic VideoCore
videocore,
/// Thompson Multimedia General Purpose
tmm,
/// Tenor Network TPC
tpc,
/// Trebia SNP 1000
snp1k,
/// Ubicom IP2xxx
ip2k,
/// MAX
max,
/// Analog Devices Blackfin DSP
blackfin,
/// Sharp
sep,
/// Arca RISC
arca,
/// PKU-Unity/Pekin Unicore
unicore,
/// eXcess (16/32/64-bit)
excess,
/// Icera Semiconductor Inc. Deep Execution (DXP)
dxp,
/// Altera Nios II soft-core
nios2,
/// Microchip Technology DSPIC30F
dspic30f,
/// Altium TSK3000
tsk3000,
/// Sunplus S+core7 RISC
score7,
/// Broadcom VideoCore III
videocore3,
/// Broadcom VideoCore V
videocore5,
/// Lattice FPGA
mico32,
/// Seiko Epson S1C33
s1c33,
/// Seiko Epson C17
c17,
/// Cypress M8C
m8c,
/// NXP Semiconductors TriMedia
trimedia,
/// Qualcomm DSP6
dsp6,
/// Andes Technology RISC
nds32,
/// Dallas Semiconductor MAXQ30
maxq30,
/// New Japan Radio (NJR) DSP (16-bit)
dsp16,
/// New Japan Radio (NJR) DSP (24-bit)
dsp24,
/// M2000 Reconfigurable RISC
m2000,
/// Cray Inc. NV2
nv2,
/// Imagination Technologies META
meta,
/// Cyan Technology eCOG16
ecog16,
/// Cyan Technology eCOG1X
ecog1x,
/// Cyan Technology eCOG2
ecog2,
/// Infineon C16x/XC16x
c166,
/// Infineon Technologies SLE9X (32-bit)
sle9x,
/// Tilera TILE64
tile64,
/// Tilera TILEPro
tilepro,
/// Tilera TILE-Gx
tilegx,
/// Xilinx MicroBlaze RISC soft core (32-bit)
microblaze,
/// CloudShield
cloudshield,
/// KIPO-KAIST Core-A 1st generation
corea1,
/// KIPO-KAIST Core-A 2nd generation
corea2,
/// Synopsys ARCompact V2
arcc2,
/// Open8 RISC soft core (8-bit)
open8,
/// Beyond BA1
ba1,
/// Beyond BA2
ba2,
/// XMOS xCORE
xcore,
/// Microchip PIC(r) (8-bit)
picr8,
/// Paneve CDP
cdp,
/// Cognitive Smart Memory
csm,
/// Bluechip Systems
bluechip,
/// Nanoradio Optimized RISC
nano,
/// CSR Kalimba
csr,
/// Zilog Z80
z80,
/// VISIUMcore
visium,
/// FTDI Chip FT32 RISC (32-bit)
ftdi,
/// VEO
veo,
}
/// Machine name.
struct adbg_machine_t {
/// Machine type.
AdbgMachine machine;
/// Short name.
/// Example: "i386"
const(char) *alias1;
/// Common alias.
/// Example: "x86"
const(char) *alias2;
/// Full name.
/// Example: "Intel x86"
const(char) *name;
}
// NOTE: Full name consistency.
// - Proper names (like an English name or title).
// - Avoid parentheses when possible as they can be confused with another set.
/// List of known machines.
immutable adbg_machine_t[] machines = [
// Intel
{ AdbgMachine.i8086, "8086", null, "Intel 8086" },
{ AdbgMachine.i386, "i386", "x86", "Intel x86" },
{ AdbgMachine.amd64, "amd64", "x86_64", "AMD x86-64" },
{ AdbgMachine.mcu, "mcu", null, "Intel MCU" },
{ AdbgMachine.i860, "i860", null, "Intel i860" },
{ AdbgMachine.i960, "i960", null, "Intel i960" },
{ AdbgMachine.i8051, "8051", null, "Intel 8051" },
{ AdbgMachine.l10m, "l10m", null, "Intel L10M" },
{ AdbgMachine.k10m, "k10m", null, "Intel K10M" },
{ AdbgMachine.ia64, "ia64", null, "Intel Itanium Architecture 64" },
// Arm
{ AdbgMachine.thumb, "thumb", "t16", "ARM Thumb" },
{ AdbgMachine.thumb32, "thumb32", "t32", "ARM Thumb-2 32-bit" },
{ AdbgMachine.arm, "arm", "arm32", "ARM 32-bit" },
{ AdbgMachine.aarch64, "aarch64", "arm64", "ARM 64-bit" },
{ AdbgMachine.arm64x, "arm64ec", "arm64x", "ARM64EC" },
// IBM
{ AdbgMachine.romp, "romp", null, "IBM ROMP" },
{ AdbgMachine.ppc, "ppc", null, "IBM PowerPC" },
{ AdbgMachine.ppcfpu, "ppcfpu", null, "IBM PowerPC with FPU" },
{ AdbgMachine.ppc64, "ppc64", null, "IBM PowerPC 64-bit" },
{ AdbgMachine.s370, "s370", null, "IBM System/370" },
{ AdbgMachine.s390, "s390", null, "IBM System/390" },
{ AdbgMachine.spu, "spu", null, "IBM SPU/SPC" },
{ AdbgMachine.rs6000, "rs6000", null, "IBM RS/6000" },
// Sun Microsystems
{ AdbgMachine.sparc, "sparc", null, "SPARC" },
{ AdbgMachine.sparc8p, "sparc8p", null, "Enhanced SPARC Version 8+" },
{ AdbgMachine.sparc9, "sparc9", null, "SPARC Version 9" },
// RISC-V
{ AdbgMachine.riscv, "riscv", null, "RISC-V" },
{ AdbgMachine.riscv32, "riscv32", null, "RISC-V 32-bit" },
{ AdbgMachine.riscv64, "riscv64", null, "RISC-V 64-bit" },
{ AdbgMachine.riscv128, "riscv128", null, "RISC-V 128-bit" },
// MIPS
{ AdbgMachine.mipsx, "mipsx", null, "Stanford MIPS-X" },
{ AdbgMachine.mips, "mips", "rs3000", "MIPS I RS3000" },
{ AdbgMachine.mipsfpu, "mipsfpu", "rs3000", "MIPS I RS3000 with FPU" },
{ AdbgMachine.mipsle, "mipsle", "rs3000", "MIPS I RS3000 Little-Endian" },
{ AdbgMachine.mips16, "mips16", null, "MIPS16" },
{ AdbgMachine.mips16fpu, "mips16fpu", null, "MIPS16 with FPU" },
{ AdbgMachine.mipsii, "mipsii", "r3000", "MIPS II R3000" },
{ AdbgMachine.mipsiii, "mipsiii", "r4000", "MIPS III R4000" },
{ AdbgMachine.mipsiv, "mipsiv", "r10000", "MIPS IV R10000" },
{ AdbgMachine.mipswcele, "mipswcele", "wcev2le", "MIPS WCE v2 Little-Endian" },
// DEC
{ AdbgMachine.pdp10, "pdp10", null, "DEC PDP-10" },
{ AdbgMachine.pdp11, "pdp11", null, "DEC PDP-11" },
{ AdbgMachine.vax, "vax", null, "DEC VAX" },
{ AdbgMachine.alpha, "alpha", null, "DEC Alpha" },
{ AdbgMachine.alpha64, "alpha64", null, "DEC Alpha 64-bit" },
// Motorola
{ AdbgMachine.m68k, "m68k", "m68000", "Motorola 68000" },
{ AdbgMachine.m88k, "m88k", "m88000", "Motorola 88000" },
{ AdbgMachine.m68hc05, "m68hc05", null, "Motorola 68HC05" },
{ AdbgMachine.m68hc08, "m68hc08", null, "Motorola 68HC08" },
{ AdbgMachine.m68hc11, "m68hc11", null, "Motorola 68HC11" },
{ AdbgMachine.m68hc12, "m68hc12", null, "Motorola M68HC12" },
{ AdbgMachine.m68hc16, "m68hc16", null, "Motorola 68HC16" },
{ AdbgMachine.rce, "rce", null, "Motorola RCE" },
{ AdbgMachine.coldfire, "coldfire", null, "Motorola ColdFire" },
{ AdbgMachine.starcore, "starcore", null, "Motorola Star*Core" },
{ AdbgMachine.xgate, "xgate", null, "Motorola XGATE" },
// Atmel
{ AdbgMachine.avr, "avr", null, "Atmel AVR 8-bit" },
{ AdbgMachine.avr32, "avr32", null, "Atmel AVR 32-bit" },
// Hitachi
{ AdbgMachine.h8300, "h8300", null, "Hitachi H8/300" },
{ AdbgMachine.h8300h, "h8300h", null, "Hitachi H8/300H" },
{ AdbgMachine.h8s, "h8s", null, "Hitachi H8S" },
{ AdbgMachine.h8500, "h8500", null, "Hitachi H8/500" },
{ AdbgMachine.sh, "sh", null, "Hitachi SuperH" },
{ AdbgMachine.sh3, "sh3", null, "Hitachi SuperH 3" },
{ AdbgMachine.sh3dsp, "sh3dsp", null, "Hitachi SuperH 3 DSP" },
{ AdbgMachine.sh4, "sh4", null, "Hitachi SuperH 4" },
{ AdbgMachine.sh5, "sh5", null, "Hitachi SuperH 5" },
// Mitsubishi
{ AdbgMachine.d10v, "d10v", null, "Mitsubishi D10V" },
{ AdbgMachine.d30v, "d30v", null, "Mitsubishi D30V" },
{ AdbgMachine.m32r, "m32r", null, "Mitsubishi M32R" },
{ AdbgMachine.am33, "am33", null, "Mitsubishi AM33" }, // MN10300?
{ AdbgMachine.mn10200, "mn10200", null, "Mitsubishi MN10200" },
{ AdbgMachine.mn10300, "mn10300", null, "Mitsubishi MN10300" },
// ARC
{ AdbgMachine.arc, "arc", null, "ARC International ARCompact" },
// XTENSA
{ AdbgMachine.xtensa, "xtensa", null, "Tensilica Xtensa" },
// Renesas
{ AdbgMachine.m16c, "m16c", null, "Renesas M16C" },
{ AdbgMachine.m32c, "m32c", null, "Renesas M32C" },
{ AdbgMachine.r32c, "r32c", null, "Renesas R32C" },
{ AdbgMachine.rx, "rx", null, "Renesas RX" },
{ AdbgMachine.rl78, "rl78", null, "Renesas RL78" },
{ AdbgMachine.r78kor, "r78kor", null, "Renesas 78KOR" },
// Texas Instruments
{ AdbgMachine.msp430, "msp430", null, "Texas Instruments MSP430" },
{ AdbgMachine.tic2000, "tic2000", null, "Texas Instruments TMS320C2000" },
{ AdbgMachine.tic55xx, "tic55xx", null, "Texas Instruments TMS320C55xx" },
{ AdbgMachine.tic6000, "tic6000", null, "Texas Instruments TMS320C6000" },
{ AdbgMachine.asrisc, "asrisc", null, "Texas Instruments Application Specific RISC 32-bit" },
{ AdbgMachine.pru, "pru", null, "Texas Instruments Programmable Realtime Unit" },
// STMicroelectronics
{ AdbgMachine.st7, "st7", null, "STMicroelectronics ST7 8-bit" },
{ AdbgMachine.stm8, "stm8", null, "STMicroelectronics STM8 8-bit" },
{ AdbgMachine.st9, "st9", null, "STMicroelectronics ST9+ 8/16-bit" },
{ AdbgMachine.st19, "st19", null, "STMicroelectronics ST19 8-bit" },
{ AdbgMachine.st100, "st100", null, "STMicroelectronics ST100" },
{ AdbgMachine.st200, "st200", null, "STMicroelectronics ST200" },
{ AdbgMachine.vdsp, "vdsp", null, "STMicroelectronics VLIW DSP 64-bit" },
{ AdbgMachine.stxp7x, "stxp7x", null, "STMicroelectronics STxP7x" },
// Fujistu
{ AdbgMachine.vpp500, "vpp500", null, "Fujitsu VPP500" },
{ AdbgMachine.fr20, "fr20", null, "Fujitsu FR20" },
{ AdbgMachine.mma, "mma", null, "Fujitsu MMA Multimedia Accelerator" },
{ AdbgMachine.fr30, "fr30", null, "Fujitsu FR30" },
{ AdbgMachine.f2mc16, "f2mc16", null, "Fujitsu F2MC16" },
// National Semiconductor
{ AdbgMachine.ns32k, "ns32k", null, "National Semiconductor 32000" },
{ AdbgMachine.cr, "cr", null, "National Semiconductor CompactRISC" },
{ AdbgMachine.crx, "crx", null, "National Semiconductor CompactRISC CRX" },
{ AdbgMachine.cr16, "cr16", null, "National Semiconductor CompactRISC CR16 16-bit" },
// Freescale
{ AdbgMachine.ce, "ce", null, "Freescale Communication Engine RISC" },
{ AdbgMachine.rs08, "rs08", null, "Freescale RS08" },
{ AdbgMachine.etpu, "etpu", null, "Freescale Extended Time Processing Unit" },
{ AdbgMachine.dsc, "dsc", null, "Freescale 56800EX DSC" },
// Siemens
{ AdbgMachine.tricore, "tricore", null, "Siemens TriCore embedded" },
{ AdbgMachine.pcp, "pcp", null, "Siemens PCP" },
{ AdbgMachine.fx66, "fx66", null, "Siemens FX66" },
// KM211
{ AdbgMachine.kmx8, "kmx8", null, "KM211 KMX8 8-bit" },
{ AdbgMachine.kmx16, "kmx16", null, "KM211 KMX16 16-bit" },
{ AdbgMachine.km32, "km32", null, "KM211 KM32 32-bit" },
{ AdbgMachine.kmx32, "kmx32", null, "KM211 KMX32 32-bit" },
{ AdbgMachine.kvarc, "kvarc", null, "KM211 KVARC" },
// MCST
{ AdbgMachine.elbrus, "elbrus", null, "MCST Elbrus" },
// NEC
{ AdbgMachine.v800, "v800", null, "NEC V800" },
{ AdbgMachine.v850, "v850", null, "NEC V850" },
// Loongson
{ AdbgMachine.loongarch32, "loongarch32", null, "LoongArch32" },
{ AdbgMachine.loongarch64, "loongarch64", null, "LoongArch64" },
// Analog Devices
{ AdbgMachine.sharc, "sharc", null, "SHARC 32-bit" },
// Soft processor group
{ AdbgMachine.moxie, "moxie", null, "Moxie" },
// Educational group
{ AdbgMachine.mmix, "mmix", null, "Donald Knuth's educational processor 64-bit" },
{ AdbgMachine.harvard, "harvard", null, "Harvard University machine-independent object" },
// GPU group
{ AdbgMachine.amdgpu, "amdgpu", null, "AMD GPU" },
{ AdbgMachine.cuda, "cuda", null, "NVIDIA CUDA" },
// Bytecode group
{ AdbgMachine.ebc, "ebc", "efi", "EFI Byte Code" },
{ AdbgMachine.clr, "clr", null, "Common Language Runtime" },
{ AdbgMachine.pj, "pj", "picojava", "picoJava" },
// Etc.
{ AdbgMachine.we32100, "we32100", null, "AT&T WE 32100" },
{ AdbgMachine.parisc, "parisc", null, "Hewlett-Packard PA-RISC" },
{ AdbgMachine.rh32, "rh32", null, "TRW RH32" },
{ AdbgMachine.arisc, "arisc", null, "Argonaut RISC Core" },
{ AdbgMachine.ncpu, "ncpu", null, "Sony nCPU embedded RISC" },
{ AdbgMachine.ndr1, "ndr1", null, "Denso NDR1" },
{ AdbgMachine.me16, "me16", null, "Toyota ME16" },
{ AdbgMachine.tinyj, "tinyj", null, "Advanced Logic Corp. TinyJ" },
{ AdbgMachine.sonydsp, "sonydsp", null, "Sony DSP" },
{ AdbgMachine.svx, "svx", null, "Silicon Graphics SVx" },
{ AdbgMachine.axis, "axis", null, "Axis Communications 32-bit" },
{ AdbgMachine.firepath, "firepath", null, "Element Firepath 14 DSP 64-bit" },
{ AdbgMachine.zsp, "zsp", null, "LSI Logic ZSP DSP 16-bit" },
{ AdbgMachine.prism, "prism", null, "SiTera Prism" },
{ AdbgMachine.openrisc, "openrisc", null, "OpenRISC 32-bit" },
{ AdbgMachine.videocore, "videocore", null, "Alphamosaic VideoCore" },
{ AdbgMachine.tmm, "tmm", null, "Thompson Multimedia General Purpose" },
{ AdbgMachine.tpc, "tpc", null, "Tenor Network TPC" },
{ AdbgMachine.snp1k, "snp1k", null, "Trebia SNP 1000" },
{ AdbgMachine.ip2k, "ip2k", null, "Ubicom IP2xxx" },
{ AdbgMachine.max, "max", null, "MAX" },
{ AdbgMachine.blackfin, "blackfin", null, "Analog Devices Blackfin DSP" },
{ AdbgMachine.sep, "sep", null, "Sharp" },
{ AdbgMachine.arca, "arca", null, "Arca RISC" },
{ AdbgMachine.unicore, "unicore", null, "PKU-Unity/Pekin Unicore" },
{ AdbgMachine.excess, "excess", null, "eXcess 16/32/64-bit" },
{ AdbgMachine.dxp, "dxp", null, "Icera Semiconductor Inc. Deep Execution" },
{ AdbgMachine.nios2, "nios2", null, "Altera Nios II soft-core" },
{ AdbgMachine.dspic30f, "dspic30f", null, "Microchip Technology DSPIC30F" },
{ AdbgMachine.tsk3000, "tsk3000", null, "Altium TSK3000" },
{ AdbgMachine.score7, "score7", null, "Sunplus S+core7 RISC" },
{ AdbgMachine.videocore3, "videocore3", null, "Broadcom VideoCore III" },
{ AdbgMachine.videocore5, "videocore5", null, "Broadcom VideoCore V" },
{ AdbgMachine.mico32, "mico32", null, "Lattice FPGA" },
{ AdbgMachine.s1c33, "s1c33", null, "Seiko Epson S1C33" },
{ AdbgMachine.c17, "c17", null, "Seiko Epson C17" },
{ AdbgMachine.m8c, "m8c", null, "Cypress M8C" },
{ AdbgMachine.trimedia, "trimedia", null, "NXP Semiconductors TriMedia" },
{ AdbgMachine.dsp6, "dsp6", null, "Qualcomm DSP6" },
{ AdbgMachine.nds32, "nds32", null, "Andes Technology RISC" },
{ AdbgMachine.maxq30, "maxq30", null, "Dallas Semiconductor MAXQ30" },
{ AdbgMachine.dsp16, "dsp16", null, "New Japan Radio DSP 16-bit" },
{ AdbgMachine.dsp24, "dsp24", null, "New Japan Radio DSP 24-bit" },
{ AdbgMachine.m2000, "m2000", null, "M2000 Reconfigurable RISC" },
{ AdbgMachine.nv2, "nv2", null, "Cray Inc. NV2" },
{ AdbgMachine.meta, "meta", null, "Imagination Technologies META" },
{ AdbgMachine.ecog16, "ecog16", null, "Cyan Technology eCOG16" },
{ AdbgMachine.ecog1x, "ecog1x", null, "Cyan Technology eCOG1X" },
{ AdbgMachine.ecog2, "ecog2", null, "Cyan Technology eCOG2" },
{ AdbgMachine.c166, "c166", null, "Infineon C16x/XC16x" },
{ AdbgMachine.sle9x, "sle9x", null, "Infineon Technologies SLE9X 32-bit" },
{ AdbgMachine.tile64, "tile64", null, "Tilera TILE64" },
{ AdbgMachine.tilepro, "tilepro", null, "Tilera TILEPro" },
{ AdbgMachine.tilegx, "tilegx", null, "Tilera TILE-Gx" },
{ AdbgMachine.microblaze, "microblaze", null, "Xilinx MicroBlaze RISC soft core 32-bit" },
{ AdbgMachine.cloudshield, "cloudshield", null, "CloudShield" },
{ AdbgMachine.corea1, "corea1", null, "KIPO-KAIST Core-A 1st generation" },
{ AdbgMachine.corea2, "corea2", null, "KIPO-KAIST Core-A 2nd generation" },
{ AdbgMachine.arcc2, "arcc2", null, "Synopsys ARCompact V2" },
{ AdbgMachine.open8, "open8", null, "Open8 RISC soft core 8-bit" },
{ AdbgMachine.ba1, "ba1", null, "Beyond BA1" },
{ AdbgMachine.ba2, "ba2", null, "Beyond BA2" },
{ AdbgMachine.xcore, "xcore", null, "XMOS xCORE" },
{ AdbgMachine.picr8, "picr8", null, "Microchip PIC(r) 8-bit" },
{ AdbgMachine.cdp, "cdp", null, "Paneve CDP" },
{ AdbgMachine.csm, "csm", null, "Cognitive Smart Memory" },
{ AdbgMachine.bluechip, "bluechip", null, "Bluechip Systems" },
{ AdbgMachine.nano, "nano", null, "Nanoradio Optimized RISC" },
{ AdbgMachine.csr, "csr", null, "CSR Kalimba" },
{ AdbgMachine.z80, "z80", null, "Zilog Z80" },
{ AdbgMachine.visium, "visium", null, "VISIUMcore" },
{ AdbgMachine.ftdi, "ftdi", null, "FTDI Chip FT32 RISC 32-bit" },
{ AdbgMachine.veo, "veo", null, "VEO" },
];
//
// Target default machine
//
version (X86) {
private enum DEFAULT_MACHINE = AdbgMachine.i386;
} else version (X86_64) {
private enum DEFAULT_MACHINE = AdbgMachine.amd64;
} else version (Arm) {
private enum DEFAULT_MACHINE = AdbgMachine.arm;
} else version (AArch64) {
private enum DEFAULT_MACHINE = AdbgMachine.aarch64;
} else
static assert(false, "Add default machine for target");
/// Return the target machine default.
///
/// For example, if this binary was compiled on and AMD64 machine,
/// then this function returns the amd64 value.
/// Returns: Machine value.
AdbgMachine adbg_machine_default() {
return DEFAULT_MACHINE;
}
/// Get the number of registered machine platforms.
/// Returns: Count.
size_t adbg_machine_count() {
return machines.length;
}
/// Select a machine architecture from an machine enum value.
/// Params: mach = Machine enumeration value.
/// Returns: Machine pointer or null.
immutable(adbg_machine_t)* adbg_machine(AdbgMachine mach) {
size_t i = cast(size_t)(mach - 1);
if (i >= machines.length) {
adbg_oops(AdbgError.indexBounds);
return null;
}
return &machines[i];
}
@system unittest {
assert(adbg_machine(cast(AdbgMachine)-1) == null);
assert(adbg_machine(cast(AdbgMachine)0) == null);
for (size_t i = 1; i < machines.length; ++i) {
immutable(adbg_machine_t)* m =
adbg_machine(cast(AdbgMachine)i);
assert(m);
assert(m.machine == cast(AdbgMachine)i);
}
}
/// Get machine alias from enumeration value.
/// Params: mach = Machine value.
/// Returns: Machine name, or null if invalid.
const(char)* adbg_machine_alias(AdbgMachine mach) {
immutable(adbg_machine_t)* m = adbg_machine(mach);
if (m == null) // Error already set.
return null;
return m.alias1;
}
/// Get machine name from enumeration value.
/// Params: mach = Machine value.
/// Returns: Machine name, or null if invalid.
const(char)* adbg_machine_name(AdbgMachine mach) {
immutable(adbg_machine_t)* m = adbg_machine(mach);
if (m == null) // Error already set.
return null;
return m.name;
}
/// Select a machine architecture from an alias name.
/// Params: alias_ = Alias string.
/// Returns: Machine pointer or null.
immutable(adbg_machine_t)* adbg_machine_select(const(char) *alias_) {
// NOTE: strcmp is unlikely to check for null pointers.
// Checked under musl 1.20.
for (size_t i = 1; i < machines.length; ++i) {
immutable(adbg_machine_t)* machine = &machines[i];
if (machine.alias1 == null) continue;
if (strcmp(machine.alias1, alias_) == 0)
return machine;
if (machine.alias2 == null) continue;
if (strcmp(machine.alias2, alias_) == 0)
return machine;
}
adbg_oops(AdbgError.unfindable);
return null;
}
@system unittest {
assert(adbg_machine_select("I do not exist") == null);
assert(adbg_machine_select("i386").machine == AdbgMachine.i386);
assert(adbg_machine_select("amd64").machine == AdbgMachine.amd64);
}
