zjgcjy/pykd
1
0
Fork 0
mirror of https://github.com/ivellioscolin/pykd.git synced 2025-04-20 03:23:23 +08:00
Code Issues Actions Packages Projects Releases Wiki Activity

[0.2.x] ~ dia files refactoring

Browse Source 
git-svn-id: https://pykd.svn.codeplex.com/svn@83439 9b283d60-5439-405e-af05-b73fd8c4d996
This commit is contained in:
SND\EreTIk_cp 2013-04-22 14:16:09 +00:00 committed by Mikhail I. Izmestev
parent 00aa7d2e6b
commit b4442b7383
11 changed files with 530 additions and 1006 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

573
pykd/dia/diadata.cpp
View File

@ -1,5 +1,5 @@
#include "stdafx.h"
#include "diawrapper.h"
#include "diasymbol.h"
namespace pykd {
@ -32,532 +32,49 @@ const size_t DiaSymbol::cntBasicTypeName = _countof(DiaSymbol::basicTypeName);
///////////////////////////////////////////////////////////////////////////////
namespace
{
const struct DiaRegToRegRelativeAmd64 : DiaRegToRegRelativeBase
{
typedef std::map<ULONG, ULONG> Base;
DiaRegToRegRelativeAmd64();
} g_DiaRegToRegRelativeAmd64;
DiaRegToRegRelativeAmd64::DiaRegToRegRelativeAmd64()
{
(*this)[CV_AMD64_RIP] = rriInstructionPointer;
(*this)[CV_AMD64_RBP] = rriStackFrame;
(*this)[CV_AMD64_RSP] = rriStackPointer;
}
}
const DiaRegToRegRelativeBase &DiaSymbol::regToRegRelativeAmd64 = g_DiaRegToRegRelativeAmd64;
///////////////////////////////////////////////////////////////////////////////
namespace
{
const struct DiaRegToRegRelativeI386 : DiaRegToRegRelativeBase
{
typedef std::map<ULONG, ULONG> Base;
DiaRegToRegRelativeI386();
} g_DiaRegToRegRelativeI386;
DiaRegToRegRelativeI386::DiaRegToRegRelativeI386()
{
(*this)[CV_REG_EIP] = rriInstructionPointer;
(*this)[CV_REG_EBP] = rriStackFrame;
(*this)[CV_REG_ESP] = rriStackPointer;
}
}
const DiaRegToRegRelativeBase &DiaSymbol::regToRegRelativeI386 = g_DiaRegToRegRelativeI386;
///////////////////////////////////////////////////////////////////////////////
} //pykd namespace end
//
//#include "diawrapper.h"
//#include "utils.h"
//
//namespace pyDia {
//
//////////////////////////////////////////////////////////////////////////////////
//
//#define _DEF_SYM_TAG_VAL(x) Symbol::ValueNameEntry(SymTag##x, #x)
//const Symbol::ValueNameEntry Symbol::symTagName[SymTagMax] = {
// _DEF_SYM_TAG_VAL(Null),
// _DEF_SYM_TAG_VAL(Exe),
// _DEF_SYM_TAG_VAL(Compiland),
// _DEF_SYM_TAG_VAL(CompilandDetails),
// _DEF_SYM_TAG_VAL(CompilandEnv),
// _DEF_SYM_TAG_VAL(Function),
// _DEF_SYM_TAG_VAL(Block),
// _DEF_SYM_TAG_VAL(Data),
// _DEF_SYM_TAG_VAL(Annotation),
// _DEF_SYM_TAG_VAL(Label),
// _DEF_SYM_TAG_VAL(PublicSymbol),
// _DEF_SYM_TAG_VAL(UDT),
// _DEF_SYM_TAG_VAL(Enum),
// _DEF_SYM_TAG_VAL(FunctionType),
// _DEF_SYM_TAG_VAL(PointerType),
// _DEF_SYM_TAG_VAL(ArrayType),
// _DEF_SYM_TAG_VAL(BaseType),
// _DEF_SYM_TAG_VAL(Typedef),
// _DEF_SYM_TAG_VAL(BaseClass),
// _DEF_SYM_TAG_VAL(Friend),
// _DEF_SYM_TAG_VAL(FunctionArgType),
// _DEF_SYM_TAG_VAL(FuncDebugStart),
// _DEF_SYM_TAG_VAL(FuncDebugEnd),
// _DEF_SYM_TAG_VAL(UsingNamespace),
// _DEF_SYM_TAG_VAL(VTableShape),
// _DEF_SYM_TAG_VAL(VTable),
// _DEF_SYM_TAG_VAL(Custom),
// _DEF_SYM_TAG_VAL(Thunk),
// _DEF_SYM_TAG_VAL(CustomType),
// _DEF_SYM_TAG_VAL(ManagedType),
// _DEF_SYM_TAG_VAL(Dimension)
//};
//#undef _DEF_SYM_TAG_VAL
//
//////////////////////////////////////////////////////////////////////////////////
//
//#define _DEF_DATA_KIND_VAL(x) Symbol::ValueNameEntry(DataIs##x, #x)
//const Symbol::ValueNameEntry Symbol::dataKindName[DataIsConstant + 1] = {
// _DEF_DATA_KIND_VAL(Unknown),
// _DEF_DATA_KIND_VAL(Local),
// _DEF_DATA_KIND_VAL(StaticLocal),
// _DEF_DATA_KIND_VAL(Param),
// _DEF_DATA_KIND_VAL(ObjectPtr),
// _DEF_DATA_KIND_VAL(FileStatic),
// _DEF_DATA_KIND_VAL(Global),
// _DEF_DATA_KIND_VAL(Member),
// _DEF_DATA_KIND_VAL(StaticMember),
// _DEF_DATA_KIND_VAL(Constant)
//};
//#undef _DEF_DATA_KIND_VAL
//
//
//////////////////////////////////////////////////////////////////////////////////
//
//#define _DEF_LOC_TYPE(x) Symbol::ValueNameEntry(LocIs##x, #x)
//const Symbol::ValueNameEntry Symbol::locTypeName[LocTypeMax] = {
// _DEF_LOC_TYPE(Null),
// _DEF_LOC_TYPE(Static),
// _DEF_LOC_TYPE(TLS),
// _DEF_LOC_TYPE(RegRel),
// _DEF_LOC_TYPE(ThisRel),
// _DEF_LOC_TYPE(Enregistered),
// _DEF_LOC_TYPE(BitField),
// _DEF_LOC_TYPE(Slot),
// _DEF_LOC_TYPE(IlRel),
// Symbol::ValueNameEntry(LocInMetaData, "InMetaData"),
// _DEF_LOC_TYPE(Constant)
//};
//#undef _DEF_LOC_TYPE
//
//////////////////////////////////////////////////////////////////////////////////
//
//#define _DEF_BASIC_TYPE(x) Symbol::ValueNameEntry(bt##x, #x)
//const Symbol::ValueNameEntry Symbol::basicTypeName[] = {
// _DEF_BASIC_TYPE(NoType),
// _DEF_BASIC_TYPE(Void),
// _DEF_BASIC_TYPE(Char),
// _DEF_BASIC_TYPE(WChar),
// _DEF_BASIC_TYPE(Int),
// _DEF_BASIC_TYPE(UInt),
// _DEF_BASIC_TYPE(Float),
// _DEF_BASIC_TYPE(BCD),
// _DEF_BASIC_TYPE(Bool),
// _DEF_BASIC_TYPE(Long),
// _DEF_BASIC_TYPE(ULong),
// _DEF_BASIC_TYPE(Currency),
// _DEF_BASIC_TYPE(Date),
// _DEF_BASIC_TYPE(Variant),
// _DEF_BASIC_TYPE(Complex),
// _DEF_BASIC_TYPE(Bit),
// _DEF_BASIC_TYPE(BSTR),
// _DEF_BASIC_TYPE(Hresult)
//};
//#undef _DEF_BASIC_TYPE
//
//const size_t Symbol::cntBasicTypeName = _countof(Symbol::basicTypeName);
//
//std::string Symbol::getBasicTypeName( ULONG basicType )
//{
// for ( size_t i = 0; i < Symbol::cntBasicTypeName; ++i )
// {
// if ( basicType == Symbol::basicTypeName[i].first )
// return std::string( Symbol::basicTypeName[i].second );
// }
//
// std::stringstream sstr;
//
// sstr << "faild to find basic type with index %d" << basicType;
//
// throw Exception( sstr.str() );
//}
//
//////////////////////////////////////////////////////////////////////////////////
//
//#define _DEF_UDT_KIND(x) Symbol::ValueNameEntry(Udt##x, #x)
//const Symbol::ValueNameEntry Symbol::udtKindName[] = {
// _DEF_UDT_KIND(Struct),
// _DEF_UDT_KIND(Class),
// _DEF_UDT_KIND(Union)
//};
//#undef _DEF_UDT_KIND
//
//const size_t Symbol::cntUdtKindName = _countof(udtKindName);
//
//////////////////////////////////////////////////////////////////////////////////
//
//#define _DEF_I386_REG(x) Symbol::ValueNameEntry(CV_REG_##x, #x)
//const Symbol::ValueNameEntry Symbol::i386RegName[] = {
// _DEF_I386_REG(AL),
// _DEF_I386_REG(CL),
// _DEF_I386_REG(DL),
// _DEF_I386_REG(BL),
// _DEF_I386_REG(AH),
// _DEF_I386_REG(CH),
// _DEF_I386_REG(DH),
// _DEF_I386_REG(BH),
// _DEF_I386_REG(AX),
// _DEF_I386_REG(CX),
// _DEF_I386_REG(DX),
// _DEF_I386_REG(BX),
// _DEF_I386_REG(SP),
// _DEF_I386_REG(BP),
// _DEF_I386_REG(SI),
// _DEF_I386_REG(DI),
// _DEF_I386_REG(EAX),
// _DEF_I386_REG(ECX),
// _DEF_I386_REG(EDX),
// _DEF_I386_REG(EBX),
// _DEF_I386_REG(ESP),
// _DEF_I386_REG(EBP),
// _DEF_I386_REG(ESI),
// _DEF_I386_REG(EDI),
// _DEF_I386_REG(ES),
// _DEF_I386_REG(CS),
// _DEF_I386_REG(SS),
// _DEF_I386_REG(DS),
// _DEF_I386_REG(FS),
// _DEF_I386_REG(GS),
// _DEF_I386_REG(IP),
// _DEF_I386_REG(FLAGS ),
// _DEF_I386_REG(EIP),
// _DEF_I386_REG(EFLAGS),
// _DEF_I386_REG(TEMP),
// _DEF_I386_REG(TEMPH),
// _DEF_I386_REG(QUOTE),
// _DEF_I386_REG(PCDR3),
// _DEF_I386_REG(PCDR4),
// _DEF_I386_REG(PCDR5),
// _DEF_I386_REG(PCDR6),
// _DEF_I386_REG(PCDR7),
// _DEF_I386_REG(CR0),
// _DEF_I386_REG(CR1),
// _DEF_I386_REG(CR2),
// _DEF_I386_REG(CR3),
// _DEF_I386_REG(CR4),
// _DEF_I386_REG(DR0),
// _DEF_I386_REG(DR1),
// _DEF_I386_REG(DR2),
// _DEF_I386_REG(DR3),
// _DEF_I386_REG(DR4),
// _DEF_I386_REG(DR5),
// _DEF_I386_REG(DR6),
// _DEF_I386_REG(DR7),
// _DEF_I386_REG(GDTR),
// _DEF_I386_REG(GDTL),
// _DEF_I386_REG(IDTR),
// _DEF_I386_REG(IDTL),
// _DEF_I386_REG(LDTR),
// _DEF_I386_REG(TR)
//};
//#undef _DEF_I386_REG
//
//const size_t Symbol::cntI386RegName = _countof(i386RegName);
//
//////////////////////////////////////////////////////////////////////////////////
//
//#define _DEF_AMD64_REG(x) Symbol::ValueNameEntry(CV_AMD64_##x, #x)
//const Symbol::ValueNameEntry Symbol::amd64RegName[] = {
// _DEF_AMD64_REG(AL),
// _DEF_AMD64_REG(CL),
// _DEF_AMD64_REG(DL),
// _DEF_AMD64_REG(BL),
// _DEF_AMD64_REG(AH),
// _DEF_AMD64_REG(CH),
// _DEF_AMD64_REG(DH),
// _DEF_AMD64_REG(BH),
// _DEF_AMD64_REG(AX),
// _DEF_AMD64_REG(CX),
// _DEF_AMD64_REG(DX),
// _DEF_AMD64_REG(BX),
// _DEF_AMD64_REG(SP),
// _DEF_AMD64_REG(BP),
// _DEF_AMD64_REG(SI),
// _DEF_AMD64_REG(DI),
// _DEF_AMD64_REG(EAX),
// _DEF_AMD64_REG(ECX),
// _DEF_AMD64_REG(EDX),
// _DEF_AMD64_REG(EBX),
// _DEF_AMD64_REG(ESP),
// _DEF_AMD64_REG(EBP),
// _DEF_AMD64_REG(ESI),
// _DEF_AMD64_REG(EDI),
// _DEF_AMD64_REG(ES),
// _DEF_AMD64_REG(CS),
// _DEF_AMD64_REG(SS),
// _DEF_AMD64_REG(DS),
// _DEF_AMD64_REG(FS),
// _DEF_AMD64_REG(GS),
// _DEF_AMD64_REG(FLAGS),
// _DEF_AMD64_REG(RIP),
// _DEF_AMD64_REG(EFLAGS),
// _DEF_AMD64_REG(CR0),
// _DEF_AMD64_REG(CR1),
// _DEF_AMD64_REG(CR2),
// _DEF_AMD64_REG(CR3),
// _DEF_AMD64_REG(CR4),
// _DEF_AMD64_REG(CR8),
// _DEF_AMD64_REG(DR0),
// _DEF_AMD64_REG(DR1),
// _DEF_AMD64_REG(DR2),
// _DEF_AMD64_REG(DR3),
// _DEF_AMD64_REG(DR4),
// _DEF_AMD64_REG(DR5),
// _DEF_AMD64_REG(DR6),
// _DEF_AMD64_REG(DR7),
// _DEF_AMD64_REG(DR8),
// _DEF_AMD64_REG(DR9),
// _DEF_AMD64_REG(DR10),
// _DEF_AMD64_REG(DR11),
// _DEF_AMD64_REG(DR12),
// _DEF_AMD64_REG(DR13),
// _DEF_AMD64_REG(DR14),
// _DEF_AMD64_REG(DR15),
// _DEF_AMD64_REG(GDTR),
// _DEF_AMD64_REG(GDTL),
// _DEF_AMD64_REG(IDTR),
// _DEF_AMD64_REG(IDTL),
// _DEF_AMD64_REG(LDTR),
// _DEF_AMD64_REG(TR),
// _DEF_AMD64_REG(ST0),
// _DEF_AMD64_REG(ST1),
// _DEF_AMD64_REG(ST2),
// _DEF_AMD64_REG(ST3),
// _DEF_AMD64_REG(ST4),
// _DEF_AMD64_REG(ST5),
// _DEF_AMD64_REG(ST6),
// _DEF_AMD64_REG(ST7),
// _DEF_AMD64_REG(CTRL),
// _DEF_AMD64_REG(STAT),
// _DEF_AMD64_REG(TAG),
// _DEF_AMD64_REG(FPIP),
// _DEF_AMD64_REG(FPCS),
// _DEF_AMD64_REG(FPDO),
// _DEF_AMD64_REG(FPDS),
// _DEF_AMD64_REG(ISEM),
// _DEF_AMD64_REG(FPEIP),
// _DEF_AMD64_REG(FPEDO),
// _DEF_AMD64_REG(MM0),
// _DEF_AMD64_REG(MM1),
// _DEF_AMD64_REG(MM2),
// _DEF_AMD64_REG(MM3),
// _DEF_AMD64_REG(MM4),
// _DEF_AMD64_REG(MM5),
// _DEF_AMD64_REG(MM6),
// _DEF_AMD64_REG(MM7),
// _DEF_AMD64_REG(XMM0),
// _DEF_AMD64_REG(XMM1),
// _DEF_AMD64_REG(XMM2),
// _DEF_AMD64_REG(XMM3),
// _DEF_AMD64_REG(XMM4),
// _DEF_AMD64_REG(XMM5),
// _DEF_AMD64_REG(XMM6),
// _DEF_AMD64_REG(XMM7),
// _DEF_AMD64_REG(XMM0_0),
// _DEF_AMD64_REG(XMM0_1),
// _DEF_AMD64_REG(XMM0_2),
// _DEF_AMD64_REG(XMM0_3),
// _DEF_AMD64_REG(XMM1_0),
// _DEF_AMD64_REG(XMM1_1),
// _DEF_AMD64_REG(XMM1_2),
// _DEF_AMD64_REG(XMM1_3),
// _DEF_AMD64_REG(XMM2_0),
// _DEF_AMD64_REG(XMM2_1),
// _DEF_AMD64_REG(XMM2_2),
// _DEF_AMD64_REG(XMM2_3),
// _DEF_AMD64_REG(XMM3_0),
// _DEF_AMD64_REG(XMM3_1),
// _DEF_AMD64_REG(XMM3_2),
// _DEF_AMD64_REG(XMM3_3),
// _DEF_AMD64_REG(XMM4_0),
// _DEF_AMD64_REG(XMM4_1),
// _DEF_AMD64_REG(XMM4_2),
// _DEF_AMD64_REG(XMM4_3),
// _DEF_AMD64_REG(XMM5_0),
// _DEF_AMD64_REG(XMM5_1),
// _DEF_AMD64_REG(XMM5_2),
// _DEF_AMD64_REG(XMM5_3),
// _DEF_AMD64_REG(XMM6_0),
// _DEF_AMD64_REG(XMM6_1),
// _DEF_AMD64_REG(XMM6_2),
// _DEF_AMD64_REG(XMM6_3),
// _DEF_AMD64_REG(XMM7_0),
// _DEF_AMD64_REG(XMM7_1),
// _DEF_AMD64_REG(XMM7_2),
// _DEF_AMD64_REG(XMM7_3),
// _DEF_AMD64_REG(XMM0L),
// _DEF_AMD64_REG(XMM1L),
// _DEF_AMD64_REG(XMM2L),
// _DEF_AMD64_REG(XMM3L),
// _DEF_AMD64_REG(XMM4L),
// _DEF_AMD64_REG(XMM5L),
// _DEF_AMD64_REG(XMM6L),
// _DEF_AMD64_REG(XMM7L),
// _DEF_AMD64_REG(XMM0H),
// _DEF_AMD64_REG(XMM1H),
// _DEF_AMD64_REG(XMM2H),
// _DEF_AMD64_REG(XMM3H),
// _DEF_AMD64_REG(XMM4H),
// _DEF_AMD64_REG(XMM5H),
// _DEF_AMD64_REG(XMM6H),
// _DEF_AMD64_REG(XMM7H),
// _DEF_AMD64_REG(MXCSR),
// _DEF_AMD64_REG(EMM0L),
// _DEF_AMD64_REG(EMM1L),
// _DEF_AMD64_REG(EMM2L),
// _DEF_AMD64_REG(EMM3L),
// _DEF_AMD64_REG(EMM4L),
// _DEF_AMD64_REG(EMM5L),
// _DEF_AMD64_REG(EMM6L),
// _DEF_AMD64_REG(EMM7L),
// _DEF_AMD64_REG(EMM0H),
// _DEF_AMD64_REG(EMM1H),
// _DEF_AMD64_REG(EMM2H),
// _DEF_AMD64_REG(EMM3H),
// _DEF_AMD64_REG(EMM4H),
// _DEF_AMD64_REG(EMM5H),
// _DEF_AMD64_REG(EMM6H),
// _DEF_AMD64_REG(EMM7H),
// _DEF_AMD64_REG(MM00),
// _DEF_AMD64_REG(MM01),
// _DEF_AMD64_REG(MM10),
// _DEF_AMD64_REG(MM11),
// _DEF_AMD64_REG(MM20),
// _DEF_AMD64_REG(MM21),
// _DEF_AMD64_REG(MM30),
// _DEF_AMD64_REG(MM31),
// _DEF_AMD64_REG(MM40),
// _DEF_AMD64_REG(MM41),
// _DEF_AMD64_REG(MM50),
// _DEF_AMD64_REG(MM51),
// _DEF_AMD64_REG(MM60),
// _DEF_AMD64_REG(MM61),
// _DEF_AMD64_REG(MM70),
// _DEF_AMD64_REG(MM71),
// _DEF_AMD64_REG(XMM8),
// _DEF_AMD64_REG(XMM9),
// _DEF_AMD64_REG(XMM10),
// _DEF_AMD64_REG(XMM11),
// _DEF_AMD64_REG(XMM12),
// _DEF_AMD64_REG(XMM13),
// _DEF_AMD64_REG(XMM14),
// _DEF_AMD64_REG(XMM15),
// _DEF_AMD64_REG(XMM8_0),
// _DEF_AMD64_REG(XMM8_1),
// _DEF_AMD64_REG(XMM8_2),
// _DEF_AMD64_REG(XMM8_3),
// _DEF_AMD64_REG(XMM9_0),
// _DEF_AMD64_REG(XMM9_1),
// _DEF_AMD64_REG(XMM9_2),
// _DEF_AMD64_REG(XMM9_3),
// _DEF_AMD64_REG(XMM10_0),
// _DEF_AMD64_REG(XMM10_1),
// _DEF_AMD64_REG(XMM10_2),
// _DEF_AMD64_REG(XMM10_3),
// _DEF_AMD64_REG(XMM11_0),
// _DEF_AMD64_REG(XMM11_1),
// _DEF_AMD64_REG(XMM11_2),
// _DEF_AMD64_REG(XMM11_3),
// _DEF_AMD64_REG(XMM12_0),
// _DEF_AMD64_REG(XMM12_1),
// _DEF_AMD64_REG(XMM12_2),
// _DEF_AMD64_REG(XMM12_3),
// _DEF_AMD64_REG(XMM13_0),
// _DEF_AMD64_REG(XMM13_1),
// _DEF_AMD64_REG(XMM13_2),
// _DEF_AMD64_REG(XMM13_3),
// _DEF_AMD64_REG(XMM14_0),
// _DEF_AMD64_REG(XMM14_1),
// _DEF_AMD64_REG(XMM14_2),
// _DEF_AMD64_REG(XMM14_3),
// _DEF_AMD64_REG(XMM15_0),
// _DEF_AMD64_REG(XMM15_1),
// _DEF_AMD64_REG(XMM15_2),
// _DEF_AMD64_REG(XMM15_3),
// _DEF_AMD64_REG(XMM8L),
// _DEF_AMD64_REG(XMM9L),
// _DEF_AMD64_REG(XMM10L),
// _DEF_AMD64_REG(XMM11L),
// _DEF_AMD64_REG(XMM12L),
// _DEF_AMD64_REG(XMM13L),
// _DEF_AMD64_REG(XMM14L),
// _DEF_AMD64_REG(XMM15L),
// _DEF_AMD64_REG(XMM8H),
// _DEF_AMD64_REG(XMM9H),
// _DEF_AMD64_REG(XMM10H),
// _DEF_AMD64_REG(XMM11H),
// _DEF_AMD64_REG(XMM12H),
// _DEF_AMD64_REG(XMM13H),
// _DEF_AMD64_REG(XMM14H),
// _DEF_AMD64_REG(XMM15H),
// _DEF_AMD64_REG(EMM8L),
// _DEF_AMD64_REG(EMM9L),
// _DEF_AMD64_REG(EMM10L),
// _DEF_AMD64_REG(EMM11L),
// _DEF_AMD64_REG(EMM12L),
// _DEF_AMD64_REG(EMM13L),
// _DEF_AMD64_REG(EMM14L),
// _DEF_AMD64_REG(EMM15L),
// _DEF_AMD64_REG(EMM8H),
// _DEF_AMD64_REG(EMM9H),
// _DEF_AMD64_REG(EMM10H),
// _DEF_AMD64_REG(EMM11H),
// _DEF_AMD64_REG(EMM12H),
// _DEF_AMD64_REG(EMM13H),
// _DEF_AMD64_REG(EMM14H),
// _DEF_AMD64_REG(EMM15H),
// _DEF_AMD64_REG(SIL),
// _DEF_AMD64_REG(DIL),
// _DEF_AMD64_REG(BPL),
// _DEF_AMD64_REG(SPL),
// _DEF_AMD64_REG(RAX),
// _DEF_AMD64_REG(RBX),
// _DEF_AMD64_REG(RCX),
// _DEF_AMD64_REG(RDX),
// _DEF_AMD64_REG(RSI),
// _DEF_AMD64_REG(RDI),
// _DEF_AMD64_REG(RBP),
// _DEF_AMD64_REG(RSP),
// _DEF_AMD64_REG(R8),
// _DEF_AMD64_REG(R9),
// _DEF_AMD64_REG(R10),
// _DEF_AMD64_REG(R11),
// _DEF_AMD64_REG(R12),
// _DEF_AMD64_REG(R13),
// _DEF_AMD64_REG(R14),
// _DEF_AMD64_REG(R15),
// _DEF_AMD64_REG(R8B),
// _DEF_AMD64_REG(R9B),
// _DEF_AMD64_REG(R10B),
// _DEF_AMD64_REG(R11B),
// _DEF_AMD64_REG(R12B),
// _DEF_AMD64_REG(R13B),
// _DEF_AMD64_REG(R14B),
// _DEF_AMD64_REG(R15B),
// _DEF_AMD64_REG(R8W),
// _DEF_AMD64_REG(R9W),
// _DEF_AMD64_REG(R10W),
// _DEF_AMD64_REG(R11W),
// _DEF_AMD64_REG(R12W),
// _DEF_AMD64_REG(R13W),
// _DEF_AMD64_REG(R14W),
// _DEF_AMD64_REG(R15W),
// _DEF_AMD64_REG(R8D),
// _DEF_AMD64_REG(R9D),
// _DEF_AMD64_REG(R10D),
// _DEF_AMD64_REG(R11D),
// _DEF_AMD64_REG(R12D),
// _DEF_AMD64_REG(R13D),
// _DEF_AMD64_REG(R14D),
// _DEF_AMD64_REG(R15D)
//};
//#undef _DEF_AMD64_REG
//
//const size_t Symbol::cntAmd64RegName= _countof(amd64RegName);
//
//////////////////////////////////////////////////////////////////////////////////
//
//}

25
pykd/dia/diadecls.h Normal file
View File

@ -0,0 +1,25 @@
#pragma once
#include <dia2.h>
#include "symengine.h"
#include "dia\diaexcept.h"
namespace pykd {
//////////////////////////////////////////////////////////////////////////////
typedef CComPtr< IDiaSymbol > DiaSymbolPtr;
typedef CComPtr< IDiaEnumSymbols > DiaEnumSymbolsPtr;
typedef CComPtr< IDiaDataSource > DiaDataSourcePtr;
typedef CComPtr< IDiaSession > DiaSessionPtr;
typedef CComPtr< IDiaEnumSymbolsByAddr > DiaEnumSymbolsByAddrPtr;
typedef CComPtr< IDiaEnumLineNumbers > DiaEnumLineNumbersPtr;
typedef CComPtr< IDiaLineNumber> DiaLineNumberPtr;
typedef CComPtr< IDiaSourceFile > DiaSourceFilePtr;
//////////////////////////////////////////////////////////////////////////////
} // end pykd namespace

121
pykd/dia/diaexcept.cpp Normal file
View File

@ -0,0 +1,121 @@
#include "stdafx.h"
#include "dia\diadecls.h"
#include "win\utils.h"
namespace pykd {
///////////////////////////////////////////////////////////////////////////////
const std::string DiaException::descPrefix("pyDia: ");
std::string DiaException::makeFullDesc(const std::string &desc, HRESULT hres, IDiaSymbol *symbol /*= NULL*/)
{
std::stringstream sstream;
sstream << descPrefix << desc << " failed" << std::endl;
if (symbol)
{
BSTR bstrName = NULL;
HRESULT locRes = symbol->get_undecoratedName(&bstrName);
if (S_OK == locRes && bstrName)
{
autoBstr freeBstr(bstrName);
sstream << "Symbol name: \"" << autoBstr::asStr(bstrName) << "\"";
}
else
{
locRes = symbol->get_name(&bstrName);
if (S_OK == locRes && bstrName)
{
autoBstr freeBstr(bstrName);
sstream << "Symbol name: " << autoBstr::asStr(bstrName);
}
else
{
sstream << "Symbol: ";
}
}
DWORD dwValue;
locRes = symbol->get_relativeVirtualAddress(&dwValue);
if (S_OK == locRes)
{
sstream << ", RVA= 0x" << std::hex << dwValue;
}
locRes = symbol->get_symTag(&dwValue);
if (S_OK == locRes)
{
sstream << ", tag= " << std::dec << dwValue;
}
locRes = symbol->get_locationType(&dwValue);
if (S_OK == locRes)
{
sstream << ", location: " << std::dec << dwValue;
}
sstream << std::endl;
}
sstream << "Return value is 0x" << std::hex << hres;
switch (hres)
{
#define _CASE_DIA_ERROR(x) case E_PDB_##x: sstream << ": E_PDB_" #x << std::endl; break
_CASE_DIA_ERROR(USAGE);
_CASE_DIA_ERROR(OUT_OF_MEMORY);
_CASE_DIA_ERROR(FILE_SYSTEM);
_CASE_DIA_ERROR(NOT_FOUND);
_CASE_DIA_ERROR(INVALID_SIG);
_CASE_DIA_ERROR(INVALID_AGE);
_CASE_DIA_ERROR(PRECOMP_REQUIRED);
_CASE_DIA_ERROR(OUT_OF_TI);
_CASE_DIA_ERROR(NOT_IMPLEMENTED);
_CASE_DIA_ERROR(V1_PDB);
_CASE_DIA_ERROR(FORMAT);
_CASE_DIA_ERROR(LIMIT);
_CASE_DIA_ERROR(CORRUPT);
_CASE_DIA_ERROR(TI16);
_CASE_DIA_ERROR(ACCESS_DENIED);
_CASE_DIA_ERROR(ILLEGAL_TYPE_EDIT);
_CASE_DIA_ERROR(INVALID_EXECUTABLE);
_CASE_DIA_ERROR(DBG_NOT_FOUND);
_CASE_DIA_ERROR(NO_DEBUG_INFO);
_CASE_DIA_ERROR(INVALID_EXE_TIMESTAMP);
_CASE_DIA_ERROR(RESERVED);
_CASE_DIA_ERROR(DEBUG_INFO_NOT_IN_PDB);
_CASE_DIA_ERROR(SYMSRV_BAD_CACHE_PATH);
_CASE_DIA_ERROR(SYMSRV_CACHE_FULL);
#undef _CASE_DIA_ERROR
default:
{
PCHAR errMessage = NULL;
FormatMessageA(
FORMAT_MESSAGE_ALLOCATE_BUFFER | FORMAT_MESSAGE_FROM_SYSTEM,
NULL,
hres,
MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT),
(PCHAR)&errMessage,
0,
NULL);
if (errMessage)
{
sstream << ": " << std::endl;
sstream << errMessage;
LocalFree(errMessage);
}
else
{
sstream << std::endl;
}
}
}
return sstream.str();
}
///////////////////////////////////////////////////////////////////////////////
}; // pykd namespace end

39
pykd/dia/diaexcept.h Normal file
View File

@ -0,0 +1,39 @@
#pragma once
#include "dbgexcept.h"
namespace pykd {
//////////////////////////////////////////////////////////////////////////////
class DiaException : public SymbolException {
public:
DiaException(const std::string &desc, HRESULT hres, IDiaSymbol *symbol = NULL)
: SymbolException( makeFullDesc(desc, hres, symbol) )
, m_hres(hres)
{
}
DiaException(const std::string &desc)
: SymbolException(descPrefix + desc)
, m_hres(S_FALSE)
{
}
HRESULT getRes() const {
return m_hres;
}
private:
static const std::string descPrefix;
static std::string makeFullDesc(const std::string &desc, HRESULT hres, IDiaSymbol *symbol = NULL);
HRESULT m_hres;
};
////////////////////////////////////////////////////////////////////////////
} // end pykd namespace

7
pykd/dia/diaload.cpp
View File

@ -4,10 +4,11 @@
#include "stdafx.h"
#include "dbghelp.h"
#include "dia/diawrapper.h"
#include "win/utils.h"
#include "dbgmem.h"
#include "dbgengine.h"
#include "diacallback.h"
#include "win/utils.h"
#include "dia/diasession.h"
#include "dia/diacallback.h"
//////////////////////////////////////////////////////////////////////////////////

77
pykd/dia/diasession.cpp Normal file
View File

@ -0,0 +1,77 @@
#include "stdafx.h"
#include "dbghelp.h"
#include "dia\diasession.h"
#include "win\utils.h"
namespace pykd {
//////////////////////////////////////////////////////////////////////////////
SymbolPtr DiaSession::findByRva( ULONG rva, ULONG symTag, LONG* pdisplacement )
{
DiaSymbolPtr child;
LONG displacement;
HRESULT hres =
m_session->findSymbolByRVAEx(
rva,
static_cast<enum ::SymTagEnum>(symTag),
&child,
&displacement);
if (S_OK != hres)
throw DiaException("Call IDiaSession::findSymbolByRVAEx", hres);
if (!child)
throw DiaException("Call IDiaSession::findSymbolByRVAEx", E_UNEXPECTED);
if ( !pdisplacement && displacement)
throw DiaException("Call IDiaSession::findSymbolByRVAEx failed to find suymbol" );
if (pdisplacement)
*pdisplacement = displacement;
return SymbolPtr( new DiaSymbol(child, m_globalSymbol->getMachineType() ) );
}
///////////////////////////////////////////////////////////////////////////////
void DiaSession::getSourceLine( ULONG64 offset, std::string &fileName, ULONG &lineNo, LONG &displacement )
{
DiaEnumLineNumbersPtr lines;
HRESULT hres = m_session->findLinesByVA( offset, 1, &lines );
if (S_OK != hres)
throw DiaException("failed to find source line");
DiaLineNumberPtr sourceLine;
hres = lines->Item( 0, &sourceLine );
if (S_OK != hres)
throw DiaException("failed to find source line");
DiaSourceFilePtr sourceFile;
hres = sourceLine->get_sourceFile( &sourceFile );
if (S_OK != hres)
throw DiaException("failed to find source line");
autoBstr fileNameBstr;
hres = sourceFile->get_fileName ( &fileNameBstr );
if (S_OK != hres)
throw DiaException("failed to find source line");
fileName = fileNameBstr.asStr();
hres = sourceLine->get_lineNumber( &lineNo );
if (S_OK != hres)
throw DiaException("failed to find source line");
ULONGLONG va;
hres = sourceLine->get_virtualAddress ( &va );
if (S_OK != hres)
throw DiaException("failed to find source line");
displacement = (LONG)( (LONGLONG)offset - (LONGLONG)va );
}
///////////////////////////////////////////////////////////////////////////////
}; // pykd namespace end

48
pykd/dia/diasession.h Normal file
View File

@ -0,0 +1,48 @@
#pragma once
#include "dia\diadecls.h"
#include "dia\diasymbol.h"
namespace pykd {
////////////////////////////////////////////////////////////////////////////
class DiaSession : public SymbolSession
{
public:
DiaSession( IDiaSession* session, IDiaSymbol *globalScope, const std::string symbolFile ) :
m_globalScope( globalScope ),
m_globalSymbol( DiaSymbol::fromGlobalScope( globalScope ) ),
m_session( session ),
m_symbolFileName( symbolFile )
{}
virtual SymbolPtr getSymbolScope() {
return m_globalSymbol;
}
virtual SymbolPtr findByRva( ULONG rva, ULONG symTag = SymTagNull, LONG* displacement = NULL );
virtual void getSourceLine( ULONG64 offset, std::string &fileName, ULONG &lineNo, LONG &displacement );
virtual std::string getSymbolFileName() {
return m_symbolFileName;
}
private:
ULONG findRvaByName( const std::string &name );
DiaSymbolPtr m_globalScope;
SymbolPtr m_globalSymbol;
DiaSessionPtr m_session;
std::string m_symbolFileName;
};
////////////////////////////////////////////////////////////////////////////
} // end pykd namespace

223
pykd/dia/diawrapper.cpp → pykd/dia/diasymbol.cpp
View File

@ -1,152 +1,12 @@
#include "stdafx.h"
#include "dbghelp.h"
#include "dia/diawrapper.h"
#include "dia/diasymbol.h"
#include "win/utils.h"
namespace pykd {
///////////////////////////////////////////////////////////////////////////////
static const struct DiaRegToRegRelativeAmd64 : DiaRegToRegRelativeBase
{
typedef std::map<ULONG, ULONG> Base;
DiaRegToRegRelativeAmd64();
} g_DiaRegToRegRelativeAmd64;
DiaRegToRegRelativeAmd64::DiaRegToRegRelativeAmd64()
{
(*this)[CV_AMD64_RIP] = rriInstructionPointer;
(*this)[CV_AMD64_RBP] = rriStackFrame;
(*this)[CV_AMD64_RSP] = rriStackPointer;
}
///////////////////////////////////////////////////////////////////////////////
static const struct DiaRegToRegRelativeI386 : DiaRegToRegRelativeBase
{
typedef std::map<ULONG, ULONG> Base;
DiaRegToRegRelativeI386();
} g_DiaRegToRegRelativeI386;
DiaRegToRegRelativeI386::DiaRegToRegRelativeI386()
{
(*this)[CV_REG_EIP] = rriInstructionPointer;
(*this)[CV_REG_EBP] = rriStackFrame;
(*this)[CV_REG_ESP] = rriStackPointer;
}
///////////////////////////////////////////////////////////////////////////////
const std::string DiaException::descPrefix("pyDia: ");
std::string DiaException::makeFullDesc(const std::string &desc, HRESULT hres, IDiaSymbol *symbol /*= NULL*/)
{
std::stringstream sstream;
sstream << descPrefix << desc << " failed" << std::endl;
if (symbol)
{
BSTR bstrName = NULL;
HRESULT locRes = symbol->get_undecoratedName(&bstrName);
if (S_OK == locRes && bstrName)
{
autoBstr freeBstr(bstrName);
sstream << "Symbol name: \"" << autoBstr::asStr(bstrName) << "\"";
}
else
{
locRes = symbol->get_name(&bstrName);
if (S_OK == locRes && bstrName)
{
autoBstr freeBstr(bstrName);
sstream << "Symbol name: " << autoBstr::asStr(bstrName);
}
else
{
sstream << "Symbol: ";
}
}
DWORD dwValue;
locRes = symbol->get_relativeVirtualAddress(&dwValue);
if (S_OK == locRes)
{
sstream << ", RVA= 0x" << std::hex << dwValue;
}
locRes = symbol->get_symTag(&dwValue);
if (S_OK == locRes)
{
sstream << ", tag= " << std::dec << dwValue;
}
locRes = symbol->get_locationType(&dwValue);
if (S_OK == locRes)
{
sstream << ", location: " << std::dec << dwValue;
}
sstream << std::endl;
}
sstream << "Return value is 0x" << std::hex << hres;
switch (hres)
{
#define _CASE_DIA_ERROR(x) case E_PDB_##x: sstream << ": E_PDB_" #x << std::endl; break
_CASE_DIA_ERROR(USAGE);
_CASE_DIA_ERROR(OUT_OF_MEMORY);
_CASE_DIA_ERROR(FILE_SYSTEM);
_CASE_DIA_ERROR(NOT_FOUND);
_CASE_DIA_ERROR(INVALID_SIG);
_CASE_DIA_ERROR(INVALID_AGE);
_CASE_DIA_ERROR(PRECOMP_REQUIRED);
_CASE_DIA_ERROR(OUT_OF_TI);
_CASE_DIA_ERROR(NOT_IMPLEMENTED);
_CASE_DIA_ERROR(V1_PDB);
_CASE_DIA_ERROR(FORMAT);
_CASE_DIA_ERROR(LIMIT);
_CASE_DIA_ERROR(CORRUPT);
_CASE_DIA_ERROR(TI16);
_CASE_DIA_ERROR(ACCESS_DENIED);
_CASE_DIA_ERROR(ILLEGAL_TYPE_EDIT);
_CASE_DIA_ERROR(INVALID_EXECUTABLE);
_CASE_DIA_ERROR(DBG_NOT_FOUND);
_CASE_DIA_ERROR(NO_DEBUG_INFO);
_CASE_DIA_ERROR(INVALID_EXE_TIMESTAMP);
_CASE_DIA_ERROR(RESERVED);
_CASE_DIA_ERROR(DEBUG_INFO_NOT_IN_PDB);
_CASE_DIA_ERROR(SYMSRV_BAD_CACHE_PATH);
_CASE_DIA_ERROR(SYMSRV_CACHE_FULL);
#undef _CASE_DIA_ERROR
default:
{
PCHAR errMessage = NULL;
FormatMessageA(
FORMAT_MESSAGE_ALLOCATE_BUFFER | FORMAT_MESSAGE_FROM_SYSTEM,
NULL,
hres,
MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT),
(PCHAR)&errMessage,
0,
NULL);
if (errMessage)
{
sstream << ": " << std::endl;
sstream << errMessage;
LocalFree(errMessage);
}
else
{
sstream << std::endl;
}
}
}
return sstream.str();
}
////////////////////////////////////////////////////////////////////////////////
#define callSymbol(method) \
@ -415,22 +275,22 @@ ULONG DiaSymbol::getRegRealativeId()
switch (m_machineType)
{
case IMAGE_FILE_MACHINE_AMD64:
return getRegRealativeIdImpl(g_DiaRegToRegRelativeAmd64);
return getRegRealativeIdImpl(regToRegRelativeAmd64);
case IMAGE_FILE_MACHINE_I386:
return getRegRealativeIdImpl(g_DiaRegToRegRelativeI386);
return getRegRealativeIdImpl(regToRegRelativeI386);
}
throw DiaException("Unsupported machine type");
}
////////////////////////////////////////////////////////////////////////////////
ULONG DiaSymbol::getRegRealativeIdImpl(const DiaRegToRegRelativeBase &DiaRegToRegRelative)
ULONG DiaSymbol::getRegRealativeIdImpl(const DiaRegToRegRelativeBase &regToRegRelative)
{
DiaRegToRegRelativeBase::const_iterator it =
DiaRegToRegRelative.find(callSymbol(get_registerId));
regToRegRelative.find(callSymbol(get_registerId));
if (it == DiaRegToRegRelative.end())
throw DiaException("Cannot convert DAI register ID to relative register ID");
if (it == regToRegRelative.end())
throw DiaException("Cannot convert DIA register ID to relative register ID");
return it->second;
}
@ -678,70 +538,5 @@ bool DiaSymbol::isVirtualBaseClass()
//////////////////////////////////////////////////////////////////////////////
SymbolPtr DiaSession::findByRva( ULONG rva, ULONG symTag, LONG* pdisplacement )
{
DiaSymbolPtr child;
LONG displacement;
HRESULT hres =
m_session->findSymbolByRVAEx(
rva,
static_cast<enum ::SymTagEnum>(symTag),
&child,
&displacement);
if (S_OK != hres)
throw DiaException("Call IDiaSession::findSymbolByRVAEx", hres);
if (!child)
throw DiaException("Call IDiaSession::findSymbolByRVAEx", E_UNEXPECTED);
if ( !pdisplacement && displacement)
throw DiaException("Call IDiaSession::findSymbolByRVAEx failed to find suymbol" );
if (pdisplacement)
*pdisplacement = displacement;
return SymbolPtr( new DiaSymbol(child, m_globalSymbol->getMachineType() ) );
}
///////////////////////////////////////////////////////////////////////////////
void DiaSession::getSourceLine( ULONG64 offset, std::string &fileName, ULONG &lineNo, LONG &displacement )
{
DiaEnumLineNumbersPtr lines;
HRESULT hres = m_session->findLinesByVA( offset, 1, &lines );
if (S_OK != hres)
throw DiaException("failed to find source line");
DiaLineNumberPtr sourceLine;
hres = lines->Item( 0, &sourceLine );
if (S_OK != hres)
throw DiaException("failed to find source line");
DiaSourceFilePtr sourceFile;
hres = sourceLine->get_sourceFile( &sourceFile );
if (S_OK != hres)
throw DiaException("failed to find source line");
autoBstr fileNameBstr;
hres = sourceFile->get_fileName ( &fileNameBstr );
if (S_OK != hres)
throw DiaException("failed to find source line");
fileName = fileNameBstr.asStr();
hres = sourceLine->get_lineNumber( &lineNo );
if (S_OK != hres)
throw DiaException("failed to find source line");
ULONGLONG va;
hres = sourceLine->get_virtualAddress ( &va );
if (S_OK != hres)
throw DiaException("failed to find source line");
displacement = (LONG)( (LONGLONG)offset - (LONGLONG)va );
}
///////////////////////////////////////////////////////////////////////////////
}; // pykd nemaspace end
}; // pykd namespace end

139
pykd/dia/diasymbol.h Normal file
View File

@ -0,0 +1,139 @@
#pragma once
#include "dia\diadecls.h"
namespace pykd {
//////////////////////////////////////////////////////////////////////////////
typedef std::map<ULONG, ULONG> DiaRegToRegRelativeBase;
//////////////////////////////////////////////////////////////////////////////
class DiaSymbol : public Symbol {
public:
DiaSymbol( DiaSymbolPtr &_symbol, DWORD machineType );
static SymbolPtr fromGlobalScope( IDiaSymbol *_symbol );
SymbolPtr getChildByName(const std::string &_name );
ULONG getRva();
SymbolPtrList findChildren(
ULONG symTag,
const std::string &name = "",
bool caseSensitive = FALSE
);
ULONGLONG getSize();
std::string getName();
SymbolPtr getType();
SymbolPtr getIndexType();
ULONG getSymTag();
ULONGLONG getVa();
ULONG getLocType();
LONG getOffset();
ULONG getCount();
void getValue( BaseTypeVariant &vtValue );
bool isBasicType();
bool isIndirectVirtualBaseClass();
bool isVirtualBaseClass();
ULONG getBaseType();
ULONG getBitPosition();
ULONG getIndexId();
ULONG getUdtKind();
ULONG getDataKind();
//ULONG getRegisterId();
virtual ULONG getRegRealativeId() override;
ULONG getMachineType() {
return m_machineType;
}
//SymbolPtr getChildByName(const std::string &_name);
ULONG getChildCount( ULONG symTag );
ULONG getChildCount() {
return getChildCount(SymTagNull);
}
SymbolPtr getChildByIndex(ULONG symTag, ULONG _index );
SymbolPtr getChildByIndex(ULONG _index ) {
return getChildByIndex( SymTagNull, _index );
}
bool isConstant();
//std::string print();
//bool eq(Symbol &rhs);
int getVirtualBasePointerOffset();
ULONG getVirtualBaseDispIndex();
ULONG getVirtualBaseDispSize();
//ULONG getSection();
void setLoadAddress( ULONGLONG baseAddress );
public:
typedef std::pair<ULONG, const char *> ValueNameEntry;
static const ValueNameEntry basicTypeName[];
static const size_t cntBasicTypeName;
static std::string getBasicTypeName( ULONG basicType );
protected:
static const DiaRegToRegRelativeBase &regToRegRelativeAmd64;
static const DiaRegToRegRelativeBase &regToRegRelativeI386;
ULONG getRegRealativeIdImpl(const DiaRegToRegRelativeBase &DiaRegToRegRelative);
template <typename TRet>
TRet callSymbolT(
HRESULT(STDMETHODCALLTYPE IDiaSymbol::*method)(TRet *),
const char *methodName
)
{
TRet retValue;
HRESULT hres = (m_symbol->*method)(&retValue);
if (S_OK != hres)
throw DiaException(std::string("Call IDiaSymbol::") + methodName, hres, m_symbol);
return retValue;
}
DiaSymbolPtr m_symbol;
DWORD m_machineType;
};
////////////////////////////////////////////////////////////////////////////
} // end pykd namespace

258
pykd/dia/diawrapper.h
View File

@ -1,258 +0,0 @@
#pragma once
#include "symengine.h"
#include "dbgexcept.h"
#include <dia2.h>
namespace pykd {
//////////////////////////////////////////////////////////////////////////////
typedef CComPtr< IDiaSymbol > DiaSymbolPtr;
typedef CComPtr< IDiaEnumSymbols > DiaEnumSymbolsPtr;
typedef CComPtr< IDiaDataSource > DiaDataSourcePtr;
typedef CComPtr< IDiaSession > DiaSessionPtr;
typedef CComPtr< IDiaEnumSymbolsByAddr > DiaEnumSymbolsByAddrPtr;
typedef CComPtr< IDiaEnumLineNumbers > DiaEnumLineNumbersPtr;
typedef CComPtr< IDiaLineNumber> DiaLineNumberPtr;
typedef CComPtr< IDiaSourceFile > DiaSourceFilePtr;
typedef std::map<ULONG, ULONG> DiaRegToRegRelativeBase;
//////////////////////////////////////////////////////////////////////////////
class DiaException : public SymbolException {
public:
DiaException(const std::string &desc, HRESULT hres, IDiaSymbol *symbol = NULL)
: SymbolException( makeFullDesc(desc, hres, symbol) )
, m_hres(hres)
{
}
DiaException(const std::string &desc)
: SymbolException(descPrefix + desc)
, m_hres(S_FALSE)
{
}
HRESULT getRes() const {
return m_hres;
}
private:
static const std::string descPrefix;
static std::string makeFullDesc(const std::string &desc, HRESULT hres, IDiaSymbol *symbol = NULL);
HRESULT m_hres;
};
////////////////////////////////////////////////////////////////////////////
class DiaSymbol : public Symbol {
public:
DiaSymbol( DiaSymbolPtr &_symbol, DWORD machineType );
static SymbolPtr fromGlobalScope( IDiaSymbol *_symbol );
SymbolPtr getChildByName(const std::string &_name );
ULONG getRva();
SymbolPtrList findChildren(
ULONG symTag,
const std::string &name = "",
bool caseSensitive = FALSE
);
ULONGLONG getSize();
std::string getName();
SymbolPtr getType();
SymbolPtr getIndexType();
ULONG getSymTag();
ULONGLONG getVa();
ULONG getLocType();
LONG getOffset();
ULONG getCount();
void getValue( BaseTypeVariant &vtValue );
bool isBasicType();
bool isIndirectVirtualBaseClass();
bool isVirtualBaseClass();
ULONG getBaseType();
ULONG getBitPosition();
ULONG getIndexId();
ULONG getUdtKind();
ULONG getDataKind();
//ULONG getRegisterId();
virtual ULONG getRegRealativeId() override;
ULONG getMachineType() {
return m_machineType;
}
//SymbolPtr getChildByName(const std::string &_name);
ULONG getChildCount( ULONG symTag );
ULONG getChildCount() {
return getChildCount(SymTagNull);
}
SymbolPtr getChildByIndex(ULONG symTag, ULONG _index );
SymbolPtr getChildByIndex(ULONG _index ) {
return getChildByIndex( SymTagNull, _index );
}
bool isConstant();
//std::string print();
//bool eq(Symbol &rhs);
int getVirtualBasePointerOffset();
ULONG getVirtualBaseDispIndex();
ULONG getVirtualBaseDispSize();
//ULONG getSection();
void setLoadAddress( ULONGLONG baseAddress );
public:
typedef std::pair<ULONG, const char *> ValueNameEntry;
//static const ValueNameEntry dataKindName[DataIsConstant + 1];
//static const ValueNameEntry symTagName[SymTagMax];
//static const ValueNameEntry locTypeName[LocTypeMax];
static const ValueNameEntry basicTypeName[];
static const size_t cntBasicTypeName;
//static const ValueNameEntry udtKindName[];
//static const size_t cntUdtKindName;
//static const ValueNameEntry i386RegName[];
//static const size_t cntI386RegName;
//static const ValueNameEntry amd64RegName[];
//static const size_t cntAmd64RegName;
static std::string getBasicTypeName( ULONG basicType );
protected:
//// Check symbols loop
//class checkSymLoop
//{
//public:
// checkSymLoop(checkSymLoop *prev)
// : m_symSetPtr( prev ? prev->m_symSetPtr : symSetPtr(new symSet) )
// {
// }
// bool check(IDiaSymbol *_symbol)
// {
// DWORD symIndexId = 0;
// _symbol->get_symIndexId(&symIndexId);
// return !m_symSetPtr->insert(symIndexId).second;
// }
//private:
// typedef std::set<DWORD> symSet;
// typedef boost::shared_ptr<symSet> symSetPtr;
// symSetPtr m_symSetPtr;
//};
//static std::string printImpl(
// IDiaSymbol *_symbol,
// DWORD machineType,
// ULONG indent = 0,
// checkSymLoop *checkLoopPrev = NULL,
// const char *prefix = NULL
//);
ULONG getRegRealativeIdImpl(const DiaRegToRegRelativeBase &DiaRegToRegRelative);
template <typename TRet>
TRet callSymbolT(
HRESULT(STDMETHODCALLTYPE IDiaSymbol::*method)(TRet *),
const char *methodName
)
{
TRet retValue;
HRESULT hres = (m_symbol->*method)(&retValue);
if (S_OK != hres)
throw DiaException(std::string("Call IDiaSymbol::") + methodName, hres, m_symbol);
return retValue;
}
DiaSymbolPtr m_symbol;
DWORD m_machineType;
};
////////////////////////////////////////////////////////////////////////////
class DiaSession : public SymbolSession
{
public:
DiaSession( IDiaSession* session, IDiaSymbol *globalScope, const std::string symbolFile ) :
m_globalScope( globalScope ),
m_globalSymbol( DiaSymbol::fromGlobalScope( globalScope ) ),
m_session( session ),
m_symbolFileName( symbolFile )
{}
virtual SymbolPtr getSymbolScope() {
return m_globalSymbol;
}
virtual SymbolPtr findByRva( ULONG rva, ULONG symTag = SymTagNull, LONG* displacement = NULL );
virtual void getSourceLine( ULONG64 offset, std::string &fileName, ULONG &lineNo, LONG &displacement );
virtual std::string getSymbolFileName() {
return m_symbolFileName;
}
private:
ULONG findRvaByName( const std::string &name );
DiaSymbolPtr m_globalScope;
SymbolPtr m_globalSymbol;
DiaSessionPtr m_session;
std::string m_symbolFileName;
};
////////////////////////////////////////////////////////////////////////////
} // end pykd namespace

24
pykd/pykd_2008.vcproj
View File

@ -625,16 +625,36 @@
RelativePath=".\dia\diadata.cpp"
>
</File>
<File
RelativePath=".\dia\diadecls.h"
>
</File>
<File
RelativePath=".\dia\diaexcept.cpp"
>
</File>
<File
RelativePath=".\dia\diaexcept.h"
>
</File>
<File
RelativePath=".\dia\diaload.cpp"
>
</File>
<File
RelativePath=".\dia\diawrapper.cpp"
RelativePath=".\dia\diasession.cpp"
>
</File>
<File
RelativePath=".\dia\diawrapper.h"
RelativePath=".\dia\diasession.h"
>
</File>
<File
RelativePath=".\dia\diasymbol.cpp"
>
</File>
<File
RelativePath=".\dia\diasymbol.h"
>
</File>
<File