package com.vpand.icppiobj

Get desktop application:
View/edit binary Protocol Buffers messages

Used in: InterpObject

• Unsupported = 0

• X86_64 = 1

• AArch64 = 2

Used in: InterpObject

• repeated uint64 infos = 1

  decoded instruction information

icpp interpretable object file it's a kind of runtime cache file to make icpp run faster e.g.: full workflow:   source.cc --compile--> object --parse--> iobject --interpret--> done cache workflow:   source.cc --load|source.cc.io--> iobject -->interpret--> done As we can see, the skipping of compile and parse stages which are very expensive at runtime will make icpp run much faster next time with the same C++ source script.

• uint32 magic = 1

  .io proto instance header

• uint32 version = 2

• ArchType arch = 3

  architecture and orignal object file type

• ObjectType otype = 4

• string icpp = 5

  cache file generator main program path

• repeated InsnInfos instinfos = 6

  instruction details, e.g.: type, reloc, length, etc.

• map<string, bytes> instmetas = 7

  decoded instruction operand meta datas

• repeated string modules = 8

  module list referenced by relocation symbol

• repeated RelocInfo irefsyms = 9

  details of the instruction relocation symbol

• bytes objbuf = 10

  the original object buffer

Used in: InterpObject

• MachO_Reloc = 0

• MachO_Exe = 1

• ELF_Reloc = 2

• ELF_Exe = 3

• COFF_Reloc = 4

• COFF_Exe = 5

Used in: InterpObject

• uint32 module = 1

  module index

• uint32 rva = 2

  symbol file buffer rva from text[0] section

• uint32 type = 3

  symbol type

• uint32 dindex = 4

  dynamical section index

• string symbol = 5

  symbol name