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process.cpp
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/*
*
* Copyright (C) 2010-2011 Amr Thabet <[email protected]>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to Amr Thabet
*
*/
#include "x86emu.h"
// -----------------------------------------------------------------------------------------------------------------------
int Process::ImportTableFixup(DWORD FileHandler)
{
image_header * PEHeader = (image_header *) (((dos_header *) FileHandler)->e_lfanew + FileHandler);
if (PEHeader->optional.data_directory[1].virtual_address == 0) {
return 0;
}
image_import_descriptor * Imports = (image_import_descriptor *) (PEHeader->optional.data_directory[1].virtual_address + FileHandler);
while(1)
{
if (Imports->name == 0)
{
break;
}
DWORD name = Imports->name + FileHandler;
DWORD dllbase = sys->GetDllBase((char *) name);
APIsFixup(FileHandler, Imports, dllbase);
Imports = (image_import_descriptor *) ((DWORD) Imports + (DWORD) sizeof(image_import_descriptor));
}
return 0;
}
// -----------------------------------------------------------------------------------------------------------------------
int Process::APIsFixup(DWORD FileHandler, image_import_descriptor * Imports, DWORD dllbase) {
image_import_by_name ** names; // pointer to the names that we will get's address
DWORD * pointers; // pointer to the the place that we will put the addresses there
if (Imports->original_first_thunk != 0) {
names = (image_import_by_name **) Imports->original_first_thunk;
} else {
names = (image_import_by_name **) Imports->first_thunk;
}
names = (image_import_by_name **) ((DWORD) names + FileHandler);
pointers = (DWORD *) (Imports->first_thunk + FileHandler);
if (Imports->first_thunk == 0) {
return 0;
}
// cout << (int*)FileHandler << "\n";
for (int i = 0; i < 20000; i++) {
if (names[i] == 0) {
break;
}
if (!((DWORD) (names[i]->name + FileHandler) & 0x80000000)) {
DWORD s = (DWORD) names[i]->name;
DWORD ptr = sys->GetAPI((char *) (s + FileHandler), dllbase);
DWORD n = this->SharedMem->get_virtual_pointer(ptr);
// if (dllbase)
// cout << (int*)dllbase << " " << (int*)ptr << "\n";
if (n != 0) {
ptr = n;
} else {
n = sys->DLLs[0].imagebase; // equal to the kernel32 base address
}
// pointers[i]=ptr;
memcpy(&pointers[i], &ptr, 4);
}
}
return 0;
}
// -----------------------------------------------------------------------------------------------------------------------
Process::Process (System* sys,char* buff,int size,int Flags)
{
AppType = Flags;
if (buff == NULL)return;
DWORD FileHandler = (DWORD)buff;
DWORD Entrypoint;
// 1.Load the buffer
if (Flags == PROCESS_UNLOADEDIMAGE)
{
FileHandler = PELoader(buff);
}
//cout << (int*)FileHandler << "\n";
// 2.initialize the System
this->sys = sys;
// 3.initalize the Memory
this->SharedMem = new VirtualMemory();
if (Flags == PROCESS_LOADEDIMAGE || Flags == PROCESS_UNLOADEDIMAGE)
{
image_header * PEHeader;
PEHeader = (image_header *) (((dos_header *) FileHandler)->e_lfanew + FileHandler);
Imagebase = PEHeader->optional.image_base; // the imagebase
this->SharedMem->add_pointer(FileHandler, PEHeader->optional.image_base, PEHeader->optional.size_of_image, MEM_IMAGEBASE);
Entrypoint = PEHeader->optional.address_of_entry_point + PEHeader->optional.image_base;
if (PEHeader->header.characteristics & IMAGE_FILE_DLL) {
IsDLL = true;
} else {
IsDLL = false;
}
}
else
{
this->SharedMem->add_pointer(FileHandler, FileHandler, size, MEM_READWRITE);
Entrypoint = FileHandler;
}
//Load the dlls
for (int i = 0; i < sys->dll_entries; i++) {
if (sys->DLLs[i].vAddr != 0) {
this->SharedMem->add_pointer(sys->DLLs[i].imagebase, sys->DLLs[i].vAddr, sys->DLLs[i].size, MEM_DLLBASE);
} else {
this->SharedMem->add_pointer(sys->DLLs[i].imagebase, sys->DLLs[i].imagebase, sys->DLLs[i].size, MEM_DLLBASE);
}
}
// 4.fix the import table
if (Flags == PROCESS_UNLOADEDIMAGE) ImportTableFixup(FileHandler);
nimports = 0;
// 5.initialize the debugger
debugger = new AsmDebugger(*this);
// 6.initialize the PEB
CreatePEB();
// 7.initialize the first thread
nthreads = 0;
this->MaxIterations = sys->enVars.MaxIterations;
CreateThread(Entrypoint);
ins = (DISASM_INSTRUCTION *) malloc(sizeof(DISASM_INSTRUCTION)+1000); // preparing the buffer for instructions
}
Process::Process (System * sys, string filename) {
// 1.open the file
DWORD FileHandler = PELoader(filename);
if (FileHandler == 0) {
throw (ERROR_FILENAME);
}
AppType = PROCESS_FILENAME;
// 2.initialize the System
this->sys = sys;
// 3.initalize the Memory
this->SharedMem = new VirtualMemory();
image_header * PEHeader;
PEHeader = (image_header *) (((dos_header *) FileHandler)->e_lfanew + FileHandler);
Imagebase = PEHeader->optional.image_base; // the imagebase
this->SharedMem->add_pointer(FileHandler, PEHeader->optional.image_base, PEHeader->optional.size_of_image, MEM_IMAGEBASE);
for (int i = 0; i < sys->dll_entries; i++)
{
if (sys->DLLs[i].vAddr != 0 && this->SharedMem->read_virtual_mem(sys->DLLs[i].vAddr) == 0)
{
this->SharedMem->add_pointer(sys->DLLs[i].imagebase, sys->DLLs[i].vAddr, sys->DLLs[i].size, MEM_DLLBASE);
}
else
{
this->SharedMem->add_pointer(sys->DLLs[i].imagebase, SharedMem->create_memory_address(VMEM_TYPE_DLL), sys->DLLs[i].size, MEM_DLLBASE);
}
}
if (PEHeader->header.characteristics & IMAGE_FILE_DLL) {
IsDLL = true;
} else {
IsDLL = false;
}
// 4.fix the import table
ImportTableFixup(FileHandler);
nimports = 0;
// 5.initialize the debugger
debugger = new AsmDebugger(*this);
// 6.initialize the PEB
CreatePEB();
// 7.initialize the first thread
nthreads = 0;
this->MaxIterations = sys->enVars.MaxIterations;
CreateThread(PEHeader->optional.address_of_entry_point + PEHeader->optional.image_base);
// threads[0]->stack->push(threads[0]->mem->get_virtual_pointer(sys->APITable[0].addr)); //pushes the pointer to ExitProcess (some viruses get the kernelbase from it)
ins = (DISASM_INSTRUCTION *) malloc(sizeof(DISASM_INSTRUCTION)+1000); // preparing the buffer for instructions
}
Process::~Process() {
for (int i = 0; i < SharedMem->vmem_length; i++) {
if (!(SharedMem->vmem[i]->flags & MEM_VIRTUALPROTECT)) {
#ifdef WIN32
VirtualFree((void *) SharedMem->vmem[i]->rmem, SharedMem->vmem[i]->size, MEM_DECOMMIT);
#else
free((void *) SharedMem->vmem[i]->rmem);
#endif
}
}
free(ins);
delete SharedMem;
for (int i =0;i < nthreads;i++)
{
delete this->threads[i];
}
delete debugger;
}
// this proc copy all the shared memory entries on every thread memory to become visible for each thread
// all the threads will see the changes in the shared memory as the shared pointers in all threads point to the same location in memory
System * Process::getsystem() {
return sys;
}
DISASM_INSTRUCTION * Process::GetLastIns()
{
return ins;
}
int Process::CreateThread(DWORD ptr) {
this->threads[nthreads] = new Thread(ptr, *this);
// for (int i=0;i<SharedMem->vmem_length;i++){
// this->threads[nthreads]->mem->add_pointer(SharedMem->vmem[i]->rmem,SharedMem->vmem[i]->vmem,SharedMem->vmem[i]->size,SharedMem->vmem[i]->flags);
// };
nthreads++;
return nthreads - 1;
}
// n--> the Thread number
int Process::emulatecommand(int n) {return 0;}
int Process::emulatecommand()
{
string str;
int Error = 0; // Emulated Successfully
int errorSEH = 0;
Continue_th:
DWORD Max = 1;
for (int i = 0; i < Max; i++)
{
char * ptr = (char *) SharedMem->read_virtual_mem(this->threads[0]->Eip);
if (ptr == 0)
{
Error = EXP_INVALIDPOINTER;
break;
}
ins = sys->disasm(ins, ptr); // ,str
if ((ins->hde.flags & F_ERROR) && (ins->hde.flags & F_ERROR_OPERAND))
{
Error = EXP_INVALID_OPCODE;
break;
}
bool IsApi = sys->IsApiCall(*threads[0], ins);
bool bp = this->debugger->TestBp(*threads[0], ins);
if (bp && !TiggeredBreakpoint)
{
TiggeredBreakpoint = true;
return EXP_BREAKPOINT;
} else if (TiggeredBreakpoint)
{
TiggeredBreakpoint = false;
}
if (IsApi)
{
if ((threads[0]->Eip & 0xFFFF0000) == 0xBBBB0000) {
cout << "HERE2!!!!\n\n\n";
}
this->threads[0]->log->addlog(this->threads[0]->Eip);
this->threads[0]->Eip += ins->hde.len;
sys->CallToAPI(threads[0], ins);
}
else
{
this->threads[0]->log->addlog(this->threads[0]->Eip);
this->threads[0]->Eip += ins->hde.len;
Error = ins->emu_func(*threads[0], ins);
if (Error != 0) {
break;
}
}
MaxIterations -= 1;
if (MaxIterations == 0)
{
return EXP_EXCEED_MAX_ITERATIONS;
}
}
if (Error != EXP_INVALID_OPCODE)
{
this->threads[0]->Eip -= ins->hde.len; // because it's added before emulating the instruction
}
DWORD fsptr = *SharedMem->read_virtual_mem(threads[0]->GetFS());
if (SharedMem->read_virtual_mem(fsptr) == 0)
{
return Error;
}
if (*SharedMem->read_virtual_mem(fsptr) != 0xFFFFFFFF)
{
DWORD * ptr = (DWORD *) this->SharedMem->read_virtual_mem(threads[0]->GetFS());
DWORD err_ptr = *ptr;
DWORD * nextptr = (DWORD *) this->SharedMem->read_virtual_mem(err_ptr); // the next handler
if ((DWORD) nextptr == 0) {
return Error;
}
threads[0]->generateException(Error);
*ptr = *nextptr; // save it
errorSEH = 1;
goto Continue_th;
}
else
{
return Error;
}
}
// ------------------------------------------------------------------------------------------------------
// /*
int Process::emulate()
{
string str;
int Error = 0; // Emulated Successfully
int errorSEH = 0;
Continue_th:
DWORD Max = MaxIterations;
for (int i = 0; i < Max; i++)
{
char * ptr = (char *) SharedMem->read_virtual_mem(this->threads[0]->Eip);
if (ptr == 0)
{
Error = EXP_INVALIDPOINTER;
break;
}
ins = sys->disasm(ins, ptr); // ,str
if ((ins->hde.flags & F_ERROR) && (ins->hde.flags & F_ERROR_OPERAND))
{
Error = EXP_INVALID_OPCODE;
break;
}
bool IsApi = sys->IsApiCall(*threads[0], ins);
bool bp = this->debugger->TestBp(*threads[0], ins);
if (bp && !TiggeredBreakpoint)
{
TiggeredBreakpoint = true;
return EXP_BREAKPOINT;
}
//This is used to not break on the same bp everytime
else if (TiggeredBreakpoint)
{
TiggeredBreakpoint = false;
}
if (IsApi)
{
if ((threads[0]->Eip & 0xFFFF0000) == 0xBBBB0000)
{
cout << "HERE2!!!!\n\n\n";
}
this->threads[0]->log->addlog(this->threads[0]->Eip);
this->threads[0]->Eip += ins->hde.len;
sys->CallToAPI(threads[0], ins);
}
else
{
this->threads[0]->log->addlog(this->threads[0]->Eip);
this->threads[0]->Eip += ins->hde.len;
Error = ins->emu_func(*threads[0], ins);
if (Error != 0)
{
break;
}
}
MaxIterations -= 1;
if (MaxIterations == 0)
{
return EXP_EXCEED_MAX_ITERATIONS;
}
}
if (Error != EXP_INVALID_OPCODE)
{
this->threads[0]->Eip -= ins->hde.len; // because it's added before emulating the instruction
}
//SEH Part
DWORD fsptr = *SharedMem->read_virtual_mem(threads[0]->GetFS());
if (SharedMem->read_virtual_mem(fsptr) == 0)
{
return Error;
}
if (*SharedMem->read_virtual_mem(fsptr) != 0xFFFFFFFF)
{
DWORD * ptr = (DWORD *) this->SharedMem->read_virtual_mem(threads[0]->GetFS());
DWORD err_ptr = *ptr;
DWORD * nextptr = (DWORD *) this->SharedMem->read_virtual_mem(err_ptr); // the next handler
if ((DWORD) nextptr == 0)
{
return Error;
}
threads[0]->generateException(Error);
*ptr = *nextptr; // save it
errorSEH = 1;
goto Continue_th;
}
else
{
return Error;
}
}
// */
// ------------------------------------------------------------------------------------------------------
// /*
int Process::emulate(string LogFile)
{
string str;
int Error = 0; // Emulated Successfully
int errorSEH = 0;
FILE * x2;
x2 = fopen(LogFile.c_str(), "w");
Continue_th:
DWORD Max = MaxIterations;
for (int i = 0; i < Max; i++) {
char * ptr = (char *) SharedMem->read_virtual_mem(this->threads[0]->Eip);
if (ptr == 0) {
Error = EXP_INVALIDPOINTER;
break;
}
DWORD x = (DWORD)ins;
ins = sys->disasm(ins, ptr, str);
if (x != (DWORD)ins) cout << "a DISASTER !!!" << "\n";
if ((ins->hde.flags & F_ERROR) && (ins->hde.flags & F_ERROR_OPERAND)) {
Error = EXP_INVALID_OPCODE;
break;
}
bool IsApi = sys->IsApiCall(*threads[0], ins);
bool bp = this->debugger->TestBp(*threads[0], ins);
// **************************************
string str1 = "EAX = ";
string str3 = "ESP = ";
string str4;
char buff[50];
string str2[9];
string strST[9];
for (int l = 0; l < 8; l++) {
sprintf(buff, "%X", threads[0]->Exx[l]);
str2[l] = buff;
}
sprintf(buff, "%X", threads[0]->EFlags);
str2[8] = buff;
sprintf(buff, "%X", threads[0]->Eip);
str4 = buff;
str4.append(" : ");
str4.append(str);
str1.append(str2[0].append((string(" ECX = ")).append(str2[1].append((string(" EDX = ")).append(str2[2])).append((string(" EBX = ")).append(str2[3].append("\n"))))));
str3.append(str2[4].append((string(" EBP = ")).append(str2[5].append((string(" ESI = ")).append(str2[6])).append((string(" EDI = ")).append(str2[7]))))); // .append("\n")
str3.append(string(" EFLAGS = ").append(str2[8].append("\n")));
for (int l = 0; l < 8; l++) {
float st = threads[0]->ST[l];
sprintf(buff, "%G", st);
strST[l] = buff;
}
str3.append("ST[0] = ").append(strST[0]).append(" ST[1] = ").append(strST[1]).append("\n");
fprintf(x2, str1.c_str());
fprintf(x2, str3.c_str());
fprintf(x2, str4.c_str());
fprintf(x2, " \n\n");
// ***************************************
if (bp && !TiggeredBreakpoint) {
TiggeredBreakpoint = true;
return EXP_BREAKPOINT;
} else if (TiggeredBreakpoint) {
TiggeredBreakpoint = false;
}
if (IsApi) {
this->threads[0]->log->addlog(this->threads[0]->Eip);
this->threads[0]->Eip += ins->hde.len;
sys->CallToAPI(threads[0], ins);
} else {
this->threads[0]->log->addlog(this->threads[0]->Eip);
this->threads[0]->Eip += ins->hde.len;
Error = ins->emu_func(*threads[0], ins);
if (Error != 0) {
break;
}
}
MaxIterations -= 1;
if (MaxIterations == 0) {
fclose(x2);
return EXP_EXCEED_MAX_ITERATIONS;
}
}
if (Error != EXP_INVALID_OPCODE) {
this->threads[0]->Eip -= ins->hde.len; // because it's added before emulating the instruction
}
DWORD fsptr = *SharedMem->read_virtual_mem(threads[0]->GetFS());
if (SharedMem->read_virtual_mem(fsptr) == 0) {
fclose(x2);
return Error;
}
if (*SharedMem->read_virtual_mem(fsptr) != 0xFFFFFFFF) {
DWORD * ptr = (DWORD *) this->SharedMem->read_virtual_mem(threads[0]->GetFS());
DWORD err_ptr = *ptr;
DWORD * nextptr = (DWORD *) this->SharedMem->read_virtual_mem(err_ptr); // the next handler
if ((DWORD) nextptr == 0) {
fclose(x2);
return Error;
}
threads[0]->generateException(Error);
*ptr = *nextptr; // save it
errorSEH = 1;
goto Continue_th;
} else {
fclose(x2);
return Error;
}
}
// ------------------------------------------------------------------------------------------------------
Thread * Process::GetThread(int id)
{
return this->threads[id];
}
DWORD Process::GetImagebase()
{
return Imagebase;
}
void Process::CreatePEB()
{
// Important Strings
wchar_t * skernel32 = L"Kernel32.dll";
DWORD skernel32length = 13 * 2; // the Size of kernel32.dll unicode string + null wide char
wchar_t * sntdll = L"ntdll.dll";
DWORD sntdlllength = 10 * 2; // the Size of ntdll.dll unicode string + null wide char
wchar_t * sprogram = L"program.exe";
DWORD sprogramlength = 12 * 2; // the Size of program.exe unicode string + null wide char
// creating the PEB
DWORD size = sizeof(PEB) + 3 * sizeof(_LDR_DATA_TABLE_ENTRY) + sizeof(_PEB_LDR_DATA);
size += skernel32length + sntdlllength + sprogramlength; // adding the strings
#ifdef WIN32
DWORD ptr = (DWORD) VirtualAlloc(NULL, size, MEM_COMMIT, PAGE_READWRITE); // the virtual place
#else
DWORD ptr = (DWORD) malloc(size); // the virtual place
#endif
// Copying the Strings
DWORD strs_ptr = ptr + sizeof(PEB) + 3 * sizeof(_LDR_DATA_TABLE_ENTRY) + sizeof(_PEB_LDR_DATA);
memcpy((void *) strs_ptr, skernel32, 13 * 2);
skernel32 = (wchar_t *) strs_ptr;
size += 13 * 2;
strs_ptr += 13 * 2;
memcpy((void *) strs_ptr, sntdll, 10 * 2);
sntdll = (wchar_t *) strs_ptr;
size += 10 * 2;
strs_ptr += 10 * 2;
memcpy((void *) strs_ptr, sprogram, 12 * 2);
sprogram = (wchar_t *) strs_ptr;
size += 12 * 2;
strs_ptr += 12 * 2;
peb = (PEB *) ptr;
// Preparing the Data Table Entry
_PEB_LDR_DATA * LoaderData = (_PEB_LDR_DATA *) (ptr + sizeof(PEB));
_LDR_DATA_TABLE_ENTRY * program = (_LDR_DATA_TABLE_ENTRY *) (ptr + sizeof(PEB) + sizeof(_PEB_LDR_DATA));
_LDR_DATA_TABLE_ENTRY * ntdll = (_LDR_DATA_TABLE_ENTRY *) (ptr + sizeof(PEB) + sizeof(_LDR_DATA_TABLE_ENTRY) + sizeof(_PEB_LDR_DATA));
_LDR_DATA_TABLE_ENTRY * kernel = (_LDR_DATA_TABLE_ENTRY *) (ptr + sizeof(PEB) + 2 * sizeof(_LDR_DATA_TABLE_ENTRY) + sizeof(_PEB_LDR_DATA));
memset(peb, 0, sizeof(PEB) + 3 * sizeof(_LDR_DATA_TABLE_ENTRY) + sizeof(_PEB_LDR_DATA));
// Create it
this->SharedMem->add_pointer((DWORD) peb, 0x7FFD5000, size);
// Fill the PEB with the important formation
peb->ImageBaseAddress = Imagebase; //
// Filling the pointers
peb->LoaderData = (_PEB_LDR_DATA *) SharedMem->get_virtual_pointer((DWORD) LoaderData);
// filling the entries
program->DllBase = Imagebase;
program->FullDllNameLength = sprogramlength;
program->BaseDllNameLength = sprogramlength;
program->BaseDllName = (char *) SharedMem->get_virtual_pointer((DWORD) sprogram);
program->FullDllName = (char *) SharedMem->get_virtual_pointer((DWORD) sprogram);
ntdll->DllBase = sys->DLLs[1].vAddr;
ntdll->FullDllNameLength = sntdlllength;
ntdll->BaseDllNameLength = sntdlllength;
ntdll->BaseDllName = (char *) SharedMem->get_virtual_pointer((DWORD) sntdll);
ntdll->FullDllName = (char *) SharedMem->get_virtual_pointer((DWORD) sntdll);
kernel->DllBase = sys->DLLs[0].vAddr;
kernel->FullDllNameLength = skernel32length;
kernel->BaseDllNameLength = skernel32length;
kernel->BaseDllName = (char *) SharedMem->get_virtual_pointer((DWORD) skernel32);
kernel->FullDllName = (char *) SharedMem->get_virtual_pointer((DWORD) skernel32);
// LoaderData
LoaderData->InLoadOrderModuleList.Flink = SharedMem->get_virtual_pointer((DWORD) program);
LoaderData->InLoadOrderModuleList.Blink = SharedMem->get_virtual_pointer((DWORD) kernel);
LoaderData->InMemoryOrderModuleList.Flink = SharedMem->get_virtual_pointer((DWORD) program + 0x8); // Here the FLink is directed to the InMemoryOrderModuleList inside Program data
LoaderData->InMemoryOrderModuleList.Blink = SharedMem->get_virtual_pointer((DWORD) kernel + 0x8);
LoaderData->InInitializationOrderModuleList.Flink = SharedMem->get_virtual_pointer((DWORD) ntdll + 0x10); // Here the FLink is directed to the InInitializationOrderModuleList inside ntdll data
LoaderData->InInitializationOrderModuleList.Blink = SharedMem->get_virtual_pointer((DWORD) kernel + 0x10);
// Program
program->InLoadOrderLinks.Flink = SharedMem->get_virtual_pointer((DWORD) ntdll);
// program->InLoadOrderLinks.Blink=SharedMem->get_virtual_pointer((DWORD)ntdll);
program->InMemoryOrderLinks.Flink = SharedMem->get_virtual_pointer((DWORD) ntdll + 0x8);
// program->InMemoryOrderLinks.Blink=SharedMem->get_virtual_pointer((DWORD)ntdll);
program->InInitializationOrderLinks.Flink = 0;
program->InInitializationOrderLinks.Blink = 0;
// ntdll
ntdll->InLoadOrderLinks.Flink = SharedMem->get_virtual_pointer((DWORD) kernel);
ntdll->InLoadOrderLinks.Blink = SharedMem->get_virtual_pointer((DWORD) program);
ntdll->InMemoryOrderLinks.Flink = SharedMem->get_virtual_pointer((DWORD) kernel + 0x8);
ntdll->InMemoryOrderLinks.Blink = SharedMem->get_virtual_pointer((DWORD) program + 0x8);
ntdll->InInitializationOrderLinks.Flink = SharedMem->get_virtual_pointer((DWORD) kernel + 0x10);
// ntdll->InInitializationOrderLinks.Blink=SharedMem->get_virtual_pointer((DWORD)kernel);
// kernel
// kernel->InLoadOrderLinks.Flink=SharedMem->get_virtual_pointer((DWORD)program);
kernel->InLoadOrderLinks.Blink = SharedMem->get_virtual_pointer((DWORD) ntdll);
// kernel->InMemoryOrderLinks.Flink=SharedMem->get_virtual_pointer((DWORD)program);
kernel->InMemoryOrderLinks.Blink = SharedMem->get_virtual_pointer((DWORD) ntdll + 0x8);
// kernel->InInitializationOrderLinks.Flink=SharedMem->get_virtual_pointer((DWORD)program);
kernel->InInitializationOrderLinks.Blink = SharedMem->get_virtual_pointer((DWORD) ntdll + 0x10);
}
void Process::SkipIt() {
this->threads[0]->Eip += ins->hde.len;
ins = sys->disasm(ins, (char *) SharedMem->read_virtual_mem(this->threads[0]->Eip)); // ,str
}