238 lines
6.3 KiB
OpenEdge ABL
238 lines
6.3 KiB
OpenEdge ABL
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ifnd ELF_I
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ELF_I equ 1
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clrso
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Elf_Ehdr.ei_mag: so.b 4
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Elf_Ehdr.ei_class: so.b 1
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Elf_Ehdr.ei_data: so.b 1
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Elf_Ehdr.ei_version so.b 1
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Elf_Ehdr.ei_osabi: so.b 1
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Elf_Ehdr.ei_padd: so.b 8
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Elf_Ehdr.e_type: so.w 1
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Elf_Ehdr.e_machine: so.w 1
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Elf_Ehdr.e_version: so.l 1
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Elf_Ehdr.sizeof equ __SO
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Elf32_Ehdr.e_entry: so.l 1
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Elf32_Ehdr.e_phoff: so.l 1
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Elf32_Ehdr.e_shoff: so.l 1
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Elf32_Ehdr.e_flags: so.l 1
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Elf32_Ehdr.e_ehsize: so.w 1
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Elf32_Ehdr.e_phentsize: so.w 1
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Elf32_Ehdr.e_phnum: so.w 1
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Elf32_Ehdr.e_shentsize: so.w 1
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Elf32_Ehdr.e_shnum: so.w 1
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Elf32_Ehdr.e_shstrndx: so.w 1
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Elf32_Ehdr.sizeof equ __SO
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ELFMAG0 equ $7f ; EI_MAG
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ELFMAG1 equ 'E'
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ELFMAG2 equ 'L'
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ELFMAG3 equ 'F'
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ELFCLASSNONE equ 0 ; EI_CLASS
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ELFCLASS32 equ 1
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ELFCLASS64 equ 2
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ELFCLASSNUM equ 3
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ELFDATANONE equ 0 ; EI_DATA
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ELFDATA2LSB equ 1
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ELFDATA2MSB equ 2
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ELFDATANUM equ 3
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ET_NONE equ 0 ; e_type
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ET_REL equ 1
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ET_EXEC equ 2
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ET_DYN equ 3
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ET_CORE equ 4
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ET_NUM equ 5
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ET_LOOS equ $fe00 ; OS specific range
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ET_LOSUNW equ $feff
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ET_SUNWPSEUDO equ $feff
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ET_HISUNW equ $feff
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ET_HIOS equ $feff
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ET_LOPROC equ $ff00 ; processor specific range
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ET_HIPROC equ $ffff
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EM_NONE equ 0 ; e_machine
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EM_M32 equ 1 ; AT&T WE 32100
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EM_SPARC equ 2 ; Sun SPARC
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EM_386 equ 3 ; Intel 80386
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EM_68K equ 4 ; Motorola 68000
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EM_88K equ 5 ; Motorola 88000
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EM_486 equ 6 ; Intel 80486
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EM_860 equ 7 ; Intel i860
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EM_MIPS equ 8 ; MIPS RS3000 Big-Endian
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EM_S370 equ 9 ; IBM System/370 Processor
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EM_MIPS_RS3_LE equ 10 ; MIPS RS3000 Little-Endian
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EM_RS6000 equ 11 ; RS6000
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EM_UNKNOWN12 equ 12
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EM_UNKNOWN13 equ 13
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EM_UNKNOWN14 equ 14
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EM_PA_RISC equ 15 ; PA-RISC
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EM_nCUBE equ 16 ; nCUBE
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EM_VPP500 equ 17 ; Fujitsu VPP500
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EM_SPARC32PLUS equ 18 ; Sun SPARC 32+
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EM_960 equ 19 ; Intel 80960
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EM_PPC equ 20 ; PowerPC
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EM_PPC64 equ 21 ; 64-bit PowerPC
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EM_UNKNOWN22 equ 22
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EM_UNKNOWN23 equ 23
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EM_UNKNOWN24 equ 24
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EM_UNKNOWN25 equ 25
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EM_UNKNOWN26 equ 26
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EM_UNKNOWN27 equ 27
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EM_UNKNOWN28 equ 28
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EM_UNKNOWN29 equ 29
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EM_UNKNOWN30 equ 30
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EM_UNKNOWN31 equ 31
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EM_UNKNOWN32 equ 32
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EM_UNKNOWN33 equ 33
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EM_UNKNOWN34 equ 34
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EM_UNKNOWN35 equ 35
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EM_V800 equ 36 ; NEX V800
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EM_FR20 equ 37 ; Fujitsu FR20
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EM_RH32 equ 38 ; TRW RH-32
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EM_RCE equ 39 ; Motorola RCE
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EM_ARM equ 40 ; Advanced RISC Marchines ARM
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EM_ALPHA equ 41 ; Digital Alpha
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EM_SH equ 42 ; Hitachi SH
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EM_SPARCV9 equ 43 ; Sun SPARC V9 (64-bit)
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EM_TRICORE equ 44 ; Siemens Tricore embedded processor
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EM_ARC equ 45 ; Argonaut RISC Core,
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; Argonaut Technologies Inc.
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EM_H8_300 equ 46 ; Hitachi H8/300
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EM_H8_300H equ 47 ; Hitachi H8/300H
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EM_H8S equ 48 ; Hitachi H8S
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EM_H8_500 equ 49 ; Hitachi H8/500
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EM_IA_64 equ 50 ; Intel IA64
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EM_MIPS_X equ 51 ; Stanford MIPS-X
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EM_COLDFIRE equ 52 ; Motorola ColdFire
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EM_68HC12 equ 53 ; Motorola M68HC12
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EM_MMA equ 54 ; Fujitsu MMA Mulimedia Accelerator
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EM_PCP equ 55 ; Siemens PCP
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EM_NCPU equ 56 ; Sony nCPU embedded RISC processor
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EM_NDR1 equ 57 ; Denso NDR1 microprocessor
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EM_STARCORE equ 58 ; Motorola Star*Core processor
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EM_ME16 equ 59 ; Toyota ME16 processor
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EM_ST100 equ 60 ; STMicroelectronics ST100 processor
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EM_TINYJ equ 61 ; Advanced Logic Corp. TinyJ
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; embedded processor family
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EM_AMD64 equ 62 ; AMDs x86-64 architecture
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EM_X86_64 equ EM_AMD64 ; (compatibility)
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EM_PDSP equ 63 ; Sony DSP Processor
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EM_UNKNOWN64 equ 64
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EM_UNKNOWN65 equ 65
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EM_FX66 equ 66 ; Siemens FX66 microcontroller
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EM_ST9PLUS equ 67 ; STMicroelectronics ST9+8/16 bit
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; microcontroller
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EM_ST7 equ 68 ; STMicroelectronics ST7 8-bit
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; microcontroller
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EM_68HC16 equ 69 ; Motorola MC68HC16 Microcontroller
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EM_68HC11 equ 70 ; Motorola MC68HC11 Microcontroller
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EM_68HC08 equ 71 ; Motorola MC68HC08 Microcontroller
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EM_68HC05 equ 72 ; Motorola MC68HC05 Microcontroller
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EM_SVX equ 73 ; Silicon Graphics SVx
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EM_ST19 equ 74 ; STMicroelectronics ST19 8-bit
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; microcontroller
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EM_VAX equ 75 ; Digital VAX
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EM_CRIS equ 76 ; Axis Communications 32-bit
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; embedded processor
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EM_JAVELIN equ 77 ; Infineon Technologies 32-bit
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; embedded processor
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EM_FIREPATH equ 78 ; Element 14 64-bit DSP Processor
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EM_ZSP equ 79 ; LSI Logic 16-bit DSP Processor
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EM_MMIX equ 80 ; Donald Knuth's educational
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; 64-bit processor
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EM_HUANY equ 81 ; Harvard University
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; machine-independent
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; object files
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EM_PRISM equ 82 ; SiTera Prism
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EM_AVR equ 83 ; Atmel AVR 8-bit microcontroller
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EM_FR30 equ 84 ; Fujitsu FR30
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EM_D10V equ 85 ; Mitsubishi D10V
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EM_D30V equ 86 ; Mitsubishi D30V
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EM_V850 equ 87 ; NEC v850
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EM_M32R equ 88 ; Mitsubishi M32R
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EM_MN10300 equ 89 ; Matsushita MN10300
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EM_MN10200 equ 90 ; Matsushita MN10200
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EM_PJ equ 91 ; picoJava
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EM_OPENRISC equ 92 ; OpenRISC 32-bit embedded processor
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EM_ARC_A5 equ 93 ; ARC Cores Tangent-A5
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EM_XTENSA equ 94 ; Tensilica Xtensa architecture
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EM_NUM equ 95
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EV_NONE equ 0 ; e_version, EI_VERSION
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EV_CURRENT equ 1
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EV_NUM equ 2
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ELFOSABI_NONE equ 0 ; No extensions or unspecified
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ELFOSABI_HPUX equ 1 ; Hewlett-Packard HP-UX
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ELFOSABI_NETBSD equ 2 ; NetBSD
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ELFOSABI_LINUX equ 3 ; Linux
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ELFOSABI_UNKNOWN4 equ 4
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ELFOSABI_UNKNOWN5 equ 5
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ELFOSABI_SOLARIS equ 6 ; Sun Solaris
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ELFOSABI_AIX equ 7 ; AIX
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ELFOSABI_IRIX equ 8 ; IRIX
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ELFOSABI_FREEBSD equ 9 ; FreeBSD
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ELFOSABI_TRU64 equ 10 ; Compaq TRU64 UNIX
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ELFOSABI_MODESTO equ 11 ; Novell Modesto
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ELFOSABI_OPENBSD equ 12 ; Open BSD
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clrso
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Elf32_Phdr.p_type: so.l 1
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Elf32_Phdr.p_offset: so.l 1
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Elf32_Phdr.p_vaddr: so.l 1
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Elf32_Phdr.p_paddr: so.l 1
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Elf32_Phdr.p_filesz: so.l 1
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Elf32_Phdr.p_memsz: so.l 1
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Elf32_Phdr.p_flags: so.l 1
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Elf32_Phdr.p_align: so.l 1
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Elf32_Phdr.sizeof equ __SO
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PT_NULL equ 0 ; p_type
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PT_LOAD equ 1
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PT_DYNAMIC equ 2
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PT_INTERP equ 3
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PT_NOTE equ 4
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PT_SHLIB equ 5
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PT_PHDR equ 6
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PT_TLS equ 7
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PT_NUM equ 8
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PT_LOOS equ $60000000 ; OS specific range
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;
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; Note: The amd64 psABI defines that the UNWIND program header
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; should reside in the OS specific range of the program
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; headers.
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;
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PT_SUNW_UNWIND equ $6464e550 ; amd64 UNWIND program header
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PT_GNU_EH_FRAME equ PT_SUNW_UNWIND
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PT_LOSUNW equ $6ffffffa
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PT_SUNWBSS equ $6ffffffa ; Sun Specific segment
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PT_SUNWSTACK equ $6ffffffb ; describes the stack segment
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PT_SUNWDTRACE equ $6ffffffc ; private
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PT_SUNWCAP equ $6ffffffd ; hard/soft capabilities segment
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PT_HISUNW equ $6fffffff
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PT_HIOS equ $6fffffff
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PT_LOPROC equ $70000000 ; processor specific range
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PT_HIPROC equ $7fffffff
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PF_R equ $4 ; p_flags
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PF_W equ $2
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PF_X equ $1
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PF_MASKOS equ $0ff00000 ; OS specific values
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PF_MASKPROC equ $f0000000 ; processor specific values
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PF_SUNW_FAILURE equ $00100000 ; mapping absent due to failure
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PN_XNUM equ $ffff ; extended program header index
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endif
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