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PE.cpp
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#include "PE.h"
#if _WINDOWS
#define TRACEEX(...) OutputDebugStringEx(__VA_ARGS__)
#elif _CONSOLE
#define TRACEEX(...) printf(__VA_ARGS__)
#else
#define TRACEEX(...) OutputDebugStringA(__VA_ARGS__)
#endif
void OutputDebugStringEx(const char* strOutputString, ...)
{
va_list vlArgs = NULL;
va_start(vlArgs, strOutputString);
size_t nLen = _vscprintf(strOutputString, vlArgs) + 1;
char* strBuffer = new char[nLen + 8];
_vsnprintf_s(strBuffer, nLen, nLen, strOutputString, vlArgs);
va_end(vlArgs);
OutputDebugStringA(strBuffer);
delete[] strBuffer;
}
PE::PE(const char* path)
{
handle = GetStdHandle(STD_OUTPUT_HANDLE);
isMemoryLoad = FALSE;
ReadPE_File((char*)path, &m_FileBuffer);
Anysis_Header();
Anysis_Section_Table();
CopyFileBufferToImageBuffer(m_FileBuffer, &m_ImageBuffer);
Anysis_Export_Table();
Anysis_Import_Table();
}
PE::PE(LPVOID pFileBuffer,BOOL isMemLoad)
{
handle = GetStdHandle(STD_OUTPUT_HANDLE);
m_FileBuffer = pFileBuffer;
m_ImageBuffer = pFileBuffer;
isMemoryLoad = isMemLoad;
Anysis_Header();
Anysis_Section_Table();
Anysis_Export_Table();
Anysis_Import_Table();
}
PE::~PE()
{
free(m_FileBuffer);
m_FileBuffer = NULL;
m_ImageBuffer = NULL;
m_DOS_Header = NULL;
m_DosStub = NULL;
m_DosStubSize = NULL;
m_NT_Header = NULL;
m_File_Header = NULL;
m_Option_Header = NULL;
m_Diretory_Table = NULL;
}
/***********************************
* 函数：bCompare
* 说明：字节比较，比较特征码是否匹配，含有占位符。
*
* 参数：pData 需要比较的数据
* bMask 特征码，字节
* szMask 占位符，匹配
*
* 返回：失败->0
************************************/
BOOL PE::bCompare(const BYTE* pData, const BYTE* bMask, const char* szMask) {
for (; *szMask; ++szMask, ++pData, ++bMask)
if (*szMask == 'x' && *pData != *bMask) return 0;
return (*szMask) == NULL;
}
/***********************************
* 函数：FeatureCodeMatch
* 说明：特征码匹配,将所有匹配的地址push到MachAddress中
*
* 参数：hexData buffer
* MachAddress 传出匹配到的地址
* bMask 特征码
* szMask 占位符，模糊匹配
* AddressBase 基地址
*
* 返回：失败->0 成功->寻找到的基地址
************************************/
DWORD PE::FeatureCodeMatch(std::vector<unsigned char> hexData,std::vector<unsigned int> &MachAddress,BYTE* bMask, char* szMask, DWORD AddressBase)
{
for (DWORD i = 0; i < hexData.size(); i++)
{
if (bCompare((BYTE*)&hexData[0]+i, bMask, szMask))
{
MachAddress.push_back(AddressBase + i);
}
}
return 0;
}
/***********************************
* 函数：CalculateThunkData
* 说明：计算IMAGE_THUNK_DATA数组的数量，
* 规则是遇到零就停止。
*
*
* 参数：ThunkBaseAddr(传入的thunkData结构地址)
*
*
* 返回：失败->0 成功->数量
************************************/
int PE::CalculateThunkData(DWORD ThunkBaseAddr, ImportFuncInfo &importfunc_info)
{
int nCount = 0;
DWORD tmpThunkBaseAddr = ThunkBaseAddr;
importfunc_info.hasSerialName = false;
char szMsg[MAX_PATH] = { 0 };
while (true)
{
PIMAGE_THUNK_DATA pThunk = (PIMAGE_THUNK_DATA)tmpThunkBaseAddr;
//这里判断是否循环结束
if (pThunk->u1.AddressOfData == 0)
{
break;
}
//这里判断是否用的是序号方式
if (0x80000000 & pThunk->u1.AddressOfData)
{
//序号名方式
importfunc_info.hasSerialName = true;
DWORD Serinumber = pThunk->u1.AddressOfData & 0x7FFFFFFF;
wsprintfA(szMsg, "函数序号:[%d]", Serinumber);
ImportFunc import_func;
import_func.SerialNumber = 0;
import_func.funcName = szMsg;
importfunc_info.import_functionVec.push_back(import_func);
}
else
{
//函数名字方式
DWORD AddressOfDataFOA = 0;
RVAToFOA(pThunk->u1.AddressOfData, AddressOfDataFOA);
PIMAGE_IMPORT_BY_NAME pImageImportByName = PIMAGE_IMPORT_BY_NAME((unsigned char*)m_FileBuffer + (isMemoryLoad?pThunk->u1.AddressOfData:AddressOfDataFOA) );
ImportFunc import_func;
import_func.SerialNumber = pImageImportByName->Hint;
import_func.funcName = pImageImportByName->Name;
importfunc_info.import_functionVec.push_back(import_func);
}
nCount++;
tmpThunkBaseAddr += 4;
}
return nCount;
}
/***********************************
* 函数：CalculateThunkData
* 说明：计算IMAGE_THUNK_DATA数组的数量，
* 规则是遇到零就停止。
*
*
* 参数：ThunkBaseAddr(传入的thunkData结构地址)
*
*
* 返回：失败->0 成功->数量
************************************/
int PE::CalculateFirstThunkData(DWORD FirstThunkBaseAddr, ImportFuncInfo& importfunc_info)
{
int nCount = 0;
DWORD tmpThunkBaseAddr = FirstThunkBaseAddr;
importfunc_info.hasSerialName = false;
char szMsg[MAX_PATH] = { 0 };
if (isMemoryLoad)
{
while (true)
{
PIMAGE_THUNK_DATA pThunk = (PIMAGE_THUNK_DATA)FirstThunkBaseAddr;
//这里判断循环结束
if (pThunk->u1.AddressOfData == 0)
{
break;
}
//内存加载的话不存在序号方式
ImportIatAddress import_addressfunc;
import_addressfunc.dwAddress = pThunk->u1.AddressOfData;
import_addressfunc.funcName = "";
importfunc_info.iat_functionvec.push_back(import_addressfunc);
nCount++;
FirstThunkBaseAddr += 4;
}
}
else
{
while (true)
{
PIMAGE_THUNK_DATA pThunk = (PIMAGE_THUNK_DATA)tmpThunkBaseAddr;
//这里判断是否循环结束
if (pThunk->u1.AddressOfData == 0)
{
break;
}
//这里判断是否用的是序号方式
if (0x80000000 & pThunk->u1.AddressOfData)
{
//序号名方式
importfunc_info.hasSerialName = true;
DWORD Serinumber = pThunk->u1.AddressOfData & 0x7FFFFFFF;
wsprintfA(szMsg, "函数序号:[%d]", Serinumber);
ImportIatAddress import_addressfunc;
import_addressfunc.dwAddress = pThunk->u1.AddressOfData;
import_addressfunc.funcName = szMsg;
importfunc_info.iat_functionvec.push_back(import_addressfunc);
}
else
{
//函数名字方式
DWORD AddressOfDataFOA = 0;
RVAToFOA(pThunk->u1.AddressOfData, AddressOfDataFOA);
PIMAGE_IMPORT_BY_NAME pImageImportByName = PIMAGE_IMPORT_BY_NAME((unsigned char*)m_FileBuffer + AddressOfDataFOA);
ImportIatAddress import_addressfunc;
import_addressfunc.dwAddress = pThunk->u1.AddressOfData;
import_addressfunc.funcName = pImageImportByName->Name;
importfunc_info.iat_functionvec.push_back(import_addressfunc);
}
nCount++;
tmpThunkBaseAddr += 4;
}
}
return nCount;
}
/***********************************
* 函数：ReadPEFile
* 说明：读取PE文件到缓冲区中
*
* 参数：lpszFile 文件路径
* pFileBuffer 缓冲区指针
*
* 返回：失败->0 成功->实际读取大小
************************************/
DWORD PE::ReadPE_File(__in char* lpszFile, __out LPVOID* pFileBuffer)
{
FILE* fp = fopen(lpszFile, "rb");
if (fp == NULL)
{
return 0;
}
fseek(fp, 0, SEEK_END);
int nSize = ftell(fp);
fseek(fp, 0, SEEK_SET);
if (nSize > 0xFFFFFFFF) {
fclose(fp);
return 0;
}
*pFileBuffer = malloc(nSize);
fread(*pFileBuffer, 1, nSize, fp);
fclose(fp);
return nSize;
}
/***********************************
* 函数：WritePE_File
* 说明：写出PE文件到目标路径
*
* 参数：
* pFileBuffer 缓冲区指针
* nSize 缓冲区大小
* lpszFile 文件路径
*
* 返回：失败->0 成功->实际读取大小
************************************/
DWORD PE::WritePE_File(__in unsigned char* pFileBuffer,__in int nSize,__out char* lpszFile)
{
FILE* fp = fopen(lpszFile, "wb");
if (fp == NULL)
{
return 0;
}
fwrite(pFileBuffer, 1, nSize, fp);
fclose(fp);
return nSize;
}
/***********************************
* 函数：CopyFileBufferToImageBuffer()
* 说明：将文件从FileBuffer 拷贝到ImageBuffer
*
* 参数：pFileBuffer FileBuffer指针
* pImageBuffer ImageBuffer指针
*
* 返回：失败->0 成功->复制的大小
************************************/
DWORD PE::CopyFileBufferToImageBuffer(__in LPVOID pFileBuffer, __out LPVOID* pImageBuffer)
{
//ImageBuffer的大小
DWORD nImageBufferSize = m_Option_Header->SizeOfImage;
*pImageBuffer = VirtualAlloc(NULL, nImageBufferSize, MEM_COMMIT, PAGE_EXECUTE_READWRITE);
memset(*pImageBuffer, 0, nImageBufferSize);
//获取对其大小 和 PE头大小
int nAllFile_HeaderSize = m_Option_Header->SizeOfHeaders;
int nFileAlignment = m_Option_Header->FileAlignment;
int nImageAlignment = m_Option_Header->SectionAlignment;
//拷贝PE头
memcpy(*pImageBuffer, pFileBuffer, nAllFile_HeaderSize);
//拷贝节表
for (vector<pair<string, PIMAGE_SECTION_HEADER>>::iterator iter = m_vec_section.begin(); iter != m_vec_section.end(); iter++)
{
DWORD dwVirtualAddress = iter->second->VirtualAddress;
DWORD dwRawAddress = iter->second->PointerToRawData;
memcpy((unsigned char*)*pImageBuffer + dwVirtualAddress, (unsigned char*)pFileBuffer + dwRawAddress, iter->second->SizeOfRawData);
}
m_ImageBufferSize = nImageBufferSize;
return nImageBufferSize;
//
//
// //赋值各个相关字段
// pDosHeder = (PIMAGE_DOS_HEADER)*pImageBuffer;
// pNtHeder = (PIMAGE_NT_HEADERS)((char*)*pImageBuffer + pDosHeder->e_lfanew);
// pFileHeder = (PIMAGE_FILE_HEADER)&pNtHeder->FileHeader;
// pOptHeder = (PIMAGE_OPTIONAL_HEADER)&pNtHeder->OptionalHeader;
// pSec = (PIMAGE_SECTION_HEADER)&pNtHeder[1];
//
// pOptHeder->ImageBase = (DWORD)(unsigned char*)*pImageBuffer;
//
// DWORD dwOEP = IMAGE_NT_HREADERS_2.OptionalHeader.AddressOfEntryPoint + (DWORD)(unsigned char*)*pImageBuffer;
// DWORD OldProtext = 0;
// VirtualProtect((LPVOID)dwOEP, nImageBufferSize, PAGE_EXECUTE_READWRITE, &OldProtext);
// return 0;
}
/***********************************
* 函数：Anysis_Header
* 说明：解析PE头
* **********************************/
void PE::Anysis_Header()
{
m_DOS_Header = (PIMAGE_DOS_HEADER)m_FileBuffer;
m_DosStub = ((unsigned char*)m_FileBuffer + sizeof(_IMAGE_DOS_HEADER));
m_NT_Header = (PIMAGE_NT_HEADERS) ( (DWORD) ((unsigned char*)m_FileBuffer + m_DOS_Header->e_lfanew) );
m_File_Header = (PIMAGE_FILE_HEADER)&m_NT_Header->FileHeader;
m_Option_Header = (PIMAGE_OPTIONAL_HEADER)&m_NT_Header->OptionalHeader;
m_DosStubSize = (DWORD)m_NT_Header - (DWORD)m_DosStub;
m_Diretory_Table = (StucDirectoryTable*)&m_NT_Header->OptionalHeader.DataDirectory;
}
/************************************
* 函数：ReadSection_Table
* 说明：解析PE节表
* ************************************/
void PE::Anysis_Section_Table()
{
DWORD dwAddress = (DWORD)(unsigned char*)m_FileBuffer + sizeof(*m_DOS_Header) + m_DosStubSize + sizeof(*m_NT_Header);
PIMAGE_SECTION_HEADER tmp_section_header = (PIMAGE_SECTION_HEADER)dwAddress;
int sum = 0;
for (size_t i = 0; i < m_NT_Header->FileHeader.NumberOfSections; i++)
{
string strTemp = (char*)tmp_section_header->Name;
m_vec_section.push_back(pair<string, PIMAGE_SECTION_HEADER>(strTemp, tmp_section_header));
tmp_section_header = (PIMAGE_SECTION_HEADER)((DWORD)(unsigned char*)tmp_section_header + sizeof(_IMAGE_SECTION_HEADER));
sum += tmp_section_header->PointerToRawData;
}
m_vec_section_size = sum;
}
/************************************
* 函数：Anysis_Export_Table
* 说明：解析导出表
* ************************************/
void PE::Anysis_Export_Table()
{
//1.解析导出表，需要先根据目录表中找到导出表的地址和大小
DWORD RVA_ExportTable = m_Diretory_Table->export_table.VirtualAddress;
//如果RVA_ExportTable为0 说明没有导入表就不在解析了
if (RVA_ExportTable == 0 || m_Diretory_Table->export_table.Size<=0 )
{
m_Export_Table.isValid = false;
return;
}
DWORD dwSize_ExportTable = m_Diretory_Table->export_table.Size;
DWORD FOA_ExportTable = 0;
RVAToFOA(RVA_ExportTable, FOA_ExportTable);
m_Export_Table.rva_address = RVA_ExportTable;
m_Export_Table.va_address = m_Option_Header->ImageBase + RVA_ExportTable;
m_Export_Table.foa_address = FOA_ExportTable;
m_Export_Table.size = dwSize_ExportTable;
//2.解析导出表名字,导出表创建时间,导出表版本号,导出表总数
//导出表指针
m_Export_Table._this = (PIMAGE_EXPORT_DIRECTORY)((unsigned char*)m_FileBuffer + (isMemoryLoad?RVA_ExportTable:FOA_ExportTable) );
//[创建时间TimeDateStamp]
struct tm test_gmtime_s;
test_gmtime_s = *gmtime((time_t*)&m_Export_Table._this->TimeDateStamp);
//errno_t err = gmtime_s(&test_gmtime_s, (time_t*)&m_Export_Table._this->TimeDateStamp);
char Time_Temp[256] = { 0 };
sprintf(Time_Temp, "%d年%d月%d日 %02d时:%02d分:%02d秒(周%d)", test_gmtime_s.tm_year + 1900, test_gmtime_s.tm_mon, test_gmtime_s.tm_mday,
test_gmtime_s.tm_hour + 8, test_gmtime_s.tm_min, test_gmtime_s.tm_sec, test_gmtime_s.tm_wday);
m_Export_Table.datetime = Time_Temp;
//[版本号MajorVersion&MinorVersion]
char Temp[20] = { 0 };
sprintf(Temp, "%2d.%2d", m_Export_Table._this->MajorVersion, m_Export_Table._this->MinorVersion);
m_Export_Table.version = Temp;
//[文件名Name]
char dllname[256] = { 0 };
DWORD RVA_DLLName = m_Export_Table._this->Name;
DWORD VA_DLLName = m_Option_Header->ImageBase + RVA_DLLName;
DWORD FOA_DLLName = 0;
RVAToFOA(RVA_DLLName, FOA_DLLName);
sprintf(dllname, "%s", (char*)(unsigned char*)m_FileBuffer + (isMemoryLoad?RVA_DLLName:FOA_DLLName) );
m_Export_Table.dllname = dllname;
//[导出函数起始序号 Base]
m_Export_Table.serialno = m_Export_Table._this->Base;
//[导出函数总数量 NumberOfFunctions NumberOfNames]
m_Export_Table.count = m_Export_Table._this->NumberOfFunctions;
//[函数名序号表]
DWORD RVA_Serialno = m_Export_Table._this->AddressOfNameOrdinals;
DWORD VA_Serialno = m_Option_Header->ImageBase + RVA_Serialno;
DWORD FOA_Serialno = 0;
RVAToFOA(RVA_Serialno, FOA_Serialno);
//[函数名称表]
DWORD RVA_ExportFunctionName = m_Export_Table._this->AddressOfNames;
DWORD VA_ExportFunctionName = m_Option_Header->ImageBase + RVA_ExportFunctionName;
DWORD FOA_ExportFunctionName = 0;
RVAToFOA(RVA_ExportFunctionName, FOA_ExportFunctionName);
//[函数地址表]
DWORD RVA_ExportFunction = m_Export_Table._this->AddressOfFunctions;
DWORD VA_ExportFunction = m_Option_Header->ImageBase + RVA_ExportFunction;
DWORD FOA_ExportFunction = 0;
RVAToFOA(RVA_ExportFunction, FOA_ExportFunction);
//赋值
m_Export_Table.function.serialno_table.rva = RVA_Serialno;
m_Export_Table.function.serialno_table.va = VA_Serialno;
m_Export_Table.function.serialno_table.foa = FOA_Serialno;
m_Export_Table.function.export_functionname_table.rva = RVA_ExportFunctionName;
m_Export_Table.function.export_functionname_table.va = VA_ExportFunctionName;
m_Export_Table.function.export_functionname_table.foa = FOA_ExportFunctionName;
m_Export_Table.function.export_function_table.rva = RVA_ExportFunction;
m_Export_Table.function.export_function_table.va = VA_ExportFunction;
m_Export_Table.function.export_function_table.foa = FOA_ExportFunction;
//开始遍历导出函数
Exprot_Function function;
WORD exportfun_serino = 0;
char exportfun_szName[256] = { 0 };
DWORD exportfun_rva_address = 0;
DWORD exportfun_va_address = 0;
DWORD exportfun_foa_address = 0;
vector <string> func_names;
vector <DWORD> func_address;
vector <WORD> func_serinumbers;
DWORD tmp = 0;
//地址表
for (size_t i = 0; i < m_Export_Table.count; i++)
{
DWORD dwFunAddr = *((DWORD*)((unsigned char*)m_FileBuffer + (isMemoryLoad ? RVA_ExportFunction : FOA_ExportFunction)) + i);
func_address.push_back(dwFunAddr);
}
//名字表
for (size_t i = 0; i < m_Export_Table._this->NumberOfNames; i++)
{
DWORD dwFunName = *((DWORD*)((unsigned char*)m_FileBuffer + (isMemoryLoad ? RVA_ExportFunctionName : FOA_ExportFunctionName)) + i);
RVAToFOA(dwFunName, tmp);
string name = (char*)(unsigned char*)m_FileBuffer + (isMemoryLoad?dwFunName:tmp);
func_names.push_back(name);
}
//序号表
for (size_t i = 0; i < m_Export_Table._this->NumberOfNames; i++)
{
int nIndex = i;
DWORD Offset = (isMemoryLoad ? RVA_Serialno : FOA_Serialno);//序号表偏移
LPVOID pbuf = (unsigned char*)m_FileBuffer + Offset ; //PE文件内容Buffer
WORD wOrdinal = *( (WORD*)pbuf+ nIndex); //强转WORD* [nIdex]序号表索引
wOrdinal = m_Export_Table._this->Base + wOrdinal; //取出序号 + Base
func_serinumbers.push_back(wOrdinal);
}
DWORD tmpfoa = 0;
char szTmp[512] = { 0 };
for (size_t i = 0; i < func_address.size(); i++)
{
//函数地址，RVA 、VA、FOA
function.rva_address = func_address[i];
if (function.rva_address <= 0)
{
function.va_address = m_Option_Header->AddressOfEntryPoint;
}
else
{
function.va_address = m_Option_Header->ImageBase + function.rva_address;
}
RVAToFOA(function.rva_address, tmpfoa);
function.foa_address = tmpfoa;
//function.serialno = exportfun_serino;
//function.functionanme = exportfun_szName;
//
//函数地址索引
int nFunAddrIndex = i+m_Export_Table._this->Base;
//查序号表
vector<WORD>::iterator iter = find(func_serinumbers.begin(), func_serinumbers.end(), nFunAddrIndex);
if (iter!= func_serinumbers.end())
{
//用函数名方式导出
function.serialno = *iter;
int nPos = std::distance(func_serinumbers.begin(), iter);// std::begin(func_serinumbers)
function.functionanme = func_names[nPos];
}
else
{
//用序号名方式导出
function.serialno = nFunAddrIndex;
wsprintfA(szTmp,"[序号名:%d]", function.serialno);
function.functionanme = szTmp;
}
m_vec_exportfunction.push_back(pair<string, Exprot_Function>(function.functionanme, function));
}
m_Export_Table.isValid = true;
return;
////按照函数名解析的话有4个。
////按照序号解析的话也是4个.
////所以我还是按照序号来进行解析吧，因为不用序号进行解析的话 那速度就是太慢了。
//for (size_t i = 0; i < m_Export_Table.count; i++)
//{
// //取出函数地址、名字表RVA、序号
// DWORD dwFunAddr = *((DWORD*)((unsigned char*)m_FileBuffer + (isMemoryLoad?RVA_ExportFunction:FOA_ExportFunction) ) + i);
// //判断地址是否有效
// //if (dwFunAddr == 0)
// //{
// // continue;
// //}
// DWORD dwFunName = *((DWORD*)((unsigned char*)m_FileBuffer + (isMemoryLoad?RVA_ExportFunctionName:FOA_ExportFunctionName) ) + i);
// WORD wOrdinal = *(WORD*)((unsigned char*)m_FileBuffer + (isMemoryLoad?RVA_Serialno:FOA_Serialno) ) + i;
//
// int n = 5;
// //这里可以优化!
// DWORD temp_funname_rva = *((DWORD*)((unsigned char*)m_FileBuffer + FOA_ExportFunctionName) + i);
// DWORD temp_funname_foa = 0;
// RVAToFOA(temp_funname_rva, temp_funname_foa);
// DWORD temp_fun_rva = *((DWORD*)((unsigned char*)m_FileBuffer + FOA_ExportFunction) + i);
// DWORD temp_fun_foa = 0;
// RVAToFOA(temp_fun_rva, temp_fun_foa);
// //取出函数名称
// strcpy(exportfun_szName, (char*)(unsigned char*)m_FileBuffer + temp_funname_foa);
// //取出序号
// exportfun_serino = *(WORD*)((unsigned char*)m_FileBuffer + FOA_Serialno) + i;
// //取出地址
// exportfun_rva_address = temp_fun_rva;
// //VA
// exportfun_va_address = m_Option_Header->ImageBase + exportfun_rva_address;
// //FOA
// exportfun_foa_address = temp_fun_foa;
// Exprot_Function function;
// function.serialno = exportfun_serino;
// function.functionanme = exportfun_szName;
// function.rva_address = exportfun_rva_address;
// function.va_address = exportfun_va_address;
// function.foa_address = exportfun_foa_address;
// //赋值给vector
// m_vec_exportfunction.push_back(pair<string, Exprot_Function>(exportfun_szName, function));
//}
//m_Export_Table.isValid = true;
}
/************************************
* 函数：Anysis_Import_Table
* 说明：解析导入表
* ************************************/
void PE::Anysis_Import_Table()
{
//1.解析导入表，需要先根据目录表中找到导入表的地址和大小
DWORD RVA_ImportTable = m_Diretory_Table->import_table.VirtualAddress;
//如果RVA_ImportTable为0 说明没有导入表,就不再解析了。
if (RVA_ImportTable == 0)
{
m_Import_Table.isValid = false;
return;
}
DWORD dwSize_ImportTable = m_Diretory_Table->import_table.Size;
//RVA VA 大小基址赋值
DWORD FOA_ImportTable = 0;
RVAToFOA(RVA_ImportTable, FOA_ImportTable);
m_Import_Table.rva_address = RVA_ImportTable;
m_Import_Table.va_address = m_Option_Header->ImageBase + RVA_ImportTable;
m_Import_Table.foa_address = FOA_ImportTable;
m_Import_Table.size = dwSize_ImportTable;
DWORD tmp = 0;
PIMAGE_IMPORT_DESCRIPTOR pImport_descriptorTmp = (PIMAGE_IMPORT_DESCRIPTOR)((unsigned char*)m_FileBuffer + (isMemoryLoad?RVA_ImportTable:FOA_ImportTable) + sizeof(IMAGE_IMPORT_DESCRIPTOR) );
m_Import_Table.import_name_table.rva_address = pImport_descriptorTmp->OriginalFirstThunk;
m_Import_Table.import_name_table.va_address = pImport_descriptorTmp->OriginalFirstThunk + m_Option_Header->ImageBase;
RVAToFOA(pImport_descriptorTmp->OriginalFirstThunk, tmp);
m_Import_Table.import_name_table.foa_address = tmp;
m_Import_Table.import_name_table.nSize = 0;
DWORD tmp2 = 0;
m_Import_Table.import_address_table.rva_address = pImport_descriptorTmp->FirstThunk;
m_Import_Table.import_address_table.va_address = pImport_descriptorTmp->FirstThunk + m_Option_Header->ImageBase;
RVAToFOA(pImport_descriptorTmp->FirstThunk, tmp2);
m_Import_Table.import_address_table.foa_address = tmp2;
m_Import_Table.import_address_table.nSize = 0;
//DLL名字
//pImport_descriptorTmp->Name
RVAToFOA(pImport_descriptorTmp->Name, tmp);
//DLL名字不能这样解析，得根据dll名字表来进行遍历到底有多少dll名
//2. 解析导入表，DLL名字 -->vector 数组赋值
PIMAGE_IMPORT_DESCRIPTOR pImport_descriptor = NULL;
int nDllCount = 0;
DWORD dwLen = 0;
int i = 0;
if (pImport_descriptorTmp->Name!=0)
{
while (true)
{
LPCSTR c_dllname = (char*)((unsigned char*)m_FileBuffer + (isMemoryLoad ? pImport_descriptorTmp->Name : tmp) + dwLen);
if (strlen(c_dllname) == 0)
{
break;
}
//根据DLL名字来进行循环.
pImport_descriptor = (PIMAGE_IMPORT_DESCRIPTOR)((unsigned char*)m_FileBuffer + (isMemoryLoad ? RVA_ImportTable : FOA_ImportTable) + sizeof(IMAGE_IMPORT_DESCRIPTOR) * i);
//std::string str_dllname = dllname;
DWORD foa = 0;
RVAToFOA(pImport_descriptor->Name, foa);
std::string dllname = (char*)((unsigned char*)m_FileBuffer + (isMemoryLoad ? pImport_descriptor->Name : foa));
ImportDllInfo tmp_dllinfo;
tmp_dllinfo.dllname = dllname;
tmp_dllinfo.OriginalFirstThunk = pImport_descriptor->OriginalFirstThunk;
tmp_dllinfo.FirstThunk = pImport_descriptor->FirstThunk;
m_vec_import_dllname.push_back(dllname);
m_Import_Table.dllname_vec.push_back(tmp_dllinfo);
dwLen += strlen(c_dllname) + 1;
nDllCount++;
i++;
}
}
//for (size_t i = 0; i < dwSize_ImportTable / sizeof(IMAGE_IMPORT_DESCRIPTOR); i++)
//{
// pImport_descriptor = (PIMAGE_IMPORT_DESCRIPTOR)((unsigned char*)m_FileBuffer + (isMemoryLoad?RVA_ImportTable:FOA_ImportTable) + sizeof(IMAGE_IMPORT_DESCRIPTOR) * i);
// //DLL名
// if (pImport_descriptor->Name != 0)
// {
// DWORD foa = 0;
// RVAToFOA(pImport_descriptor->Name, foa);
// std::string dllname = (char*)((unsigned char*)m_FileBuffer + (isMemoryLoad?pImport_descriptor->Name:foa) );
// TRACEEX("引用动态库:%s,(%d)\n", dllname.c_str() , nDllCount);
// ImportDllInfo tmp_dllinfo;
// tmp_dllinfo.dllname = dllname;
// tmp_dllinfo.OriginalFirstThunk = pImport_descriptor->OriginalFirstThunk;
// tmp_dllinfo.FirstThunk = pImport_descriptor->FirstThunk;
// m_vec_import_dllname.push_back(dllname);
// m_Import_Table.dllname_vec.push_back(tmp_dllinfo);
// nDllCount++;
// }
//}
m_Import_Table.nDLLCount = nDllCount;
//3. 解析导入表，Dll 函数名|序号名 , IAT表
for (size_t i = 0; i < m_Import_Table.dllname_vec.size(); i++)
{
//TRACEEX("-----------------------------%s-------------------------------\n", m_Import_Table.dllname_vec[i].dllname.c_str());
//INT表
ImportFuncInfo importfunc_info;
int nFunctionCount=0;
if (m_Import_Table.dllname_vec[i].OriginalFirstThunk!=0)
{
DWORD ThunkBaseAddr = 0;
DWORD ThunkBaseAddrFOA = 0;
RVAToFOA(m_Import_Table.dllname_vec[i].OriginalFirstThunk, ThunkBaseAddrFOA);
ThunkBaseAddr = (DWORD)((unsigned char*)m_FileBuffer + (isMemoryLoad ? m_Import_Table.dllname_vec[i].OriginalFirstThunk : ThunkBaseAddrFOA));
nFunctionCount = CalculateThunkData(ThunkBaseAddr, importfunc_info);
m_Import_Table.import_name_table.nSize += nFunctionCount * (DWORD)(sizeof(IMAGE_THUNK_DATA));
}
if (m_Import_Table.dllname_vec[i].FirstThunk!=0)
{
//IAT表
DWORD FirstThunkAddr = 0;
DWORD FirstThunkAddrFOA = 0;
RVAToFOA(m_Import_Table.dllname_vec[i].FirstThunk, FirstThunkAddrFOA);
FirstThunkAddr = (DWORD)((unsigned char*)m_FileBuffer + (isMemoryLoad ? m_Import_Table.dllname_vec[i].FirstThunk : FirstThunkAddrFOA));
int nIatAddressCount = CalculateFirstThunkData(FirstThunkAddr, importfunc_info);
m_Import_Table.import_address_table.nSize += nIatAddressCount * (DWORD)(sizeof(IMAGE_THUNK_DATA));
}
importfunc_info.nFunctionCount = nFunctionCount;
m_Import_Table.m_map_importdll.insert(std::pair<std::string, ImportFuncInfo>(m_Import_Table.dllname_vec[i].dllname, importfunc_info));
//TRACEEX("---------------------------------------------------------------------------\n");
}
}
/************************************
* 函数：RVAToFOA
* 说明：从内存偏移转换到文件偏移
* ************************************/
BOOL PE::RVAToFOA(DWORD RVA,DWORD &FOA,BOOL IsEnableLog)
{
/*
* 计算公式：
* 1. 先计算出此RVA 属于那个节
2. 该节与文件节的差值k
3. RVA - 差 = FOA
*/
if (IsEnableLog)
{
TRACEEX("\n----RVA信息----\n");
}
DWORD min = m_vec_section.begin()->second->VirtualAddress;
DWORD max = (m_vec_section.end()-1) ->second->VirtualAddress;
string max_name = (char*)(m_vec_section.end() - 1)->second->Name;
DWORD max_size = (m_vec_section.end() - 1)->second->Misc.VirtualSize;
DWORD max_foa = (m_vec_section.end() - 1)->second->PointerToRawData;
if (RVA < min || RVA > max)
{
if (IsEnableLog)
{
TRACEEX("RVA范围错误!\n");
TRACEEX("-------------\n\n");
}
return FALSE;
}
else
{
//这里直接判断掉是否属于最后一个节，方便后面vector的遍历了.
if (RVA >= max && RVA <= (max+ max_size))
{
//根据公式计算
int k = max - max_foa;
FOA = RVA - k;
if (IsEnableLog)
{
TRACEEX("隶属于(%s)节,RVA=0x%08X,FOA=0x%08X\n", max_name.c_str(), max, max_foa);
TRACEEX("当前文件偏移:[0x%08X] RVA:0x%08x\n", FOA,RVA);
TRACEEX("-------------\n\n");
}
return TRUE;
}
}
//遍历属于哪个节,因为最后一个节已经判断过了,所以可以直接排除掉最后一个节.
string BelongToSectionName;
int Currentflag;
for (vector<pair<string, PIMAGE_SECTION_HEADER>>::iterator iter = m_vec_section.begin(); iter != m_vec_section.end()-1; iter++)
{
DWORD address = iter->second->VirtualAddress;
DWORD address_foa = iter->second->PointerToRawData;
if (RVA >= address && RVA < (iter+1)->second->VirtualAddress)
{
//根据公式计算
int k = address - address_foa;
FOA = RVA - k;
if (IsEnableLog)
{
TRACEEX("隶属于(%s)节,RVA=0x%08X,FOA=0x%08X\n", iter->second->Name, address, address_foa);
TRACEEX("当前文件偏移:[0x%08X] RVA:0x%08x\n", FOA,RVA);
TRACEEX("-------------\n\n");
}
return TRUE;
}
}
return TRUE;
//接下来进行判断 属于哪个节. 输入的RVA:0x000b447c
//(.text)节 RVA : 0x00001000, FOA : 0x00000600, 差值(K) = 0x00000A00(2560)
//(.data)节 RVA : 0x0009E000, FOA : 0x0009D600, 差值(K) = 0x00000A00(2560)
//(.rdata)节RVA : 0x000A0000, FOA : 0x0009F400, 差值(K) = 0x00000C00(3072)
//(.bss)节 RVA : 0x000B3000, FOA : 0x00000000, 差值(K) = 0x000B3000(733184)
//(.edata)节RVA : 0x000B4000, FOA : 0x000B1E00, 差值(K) = 0x00002200(8704)
//(.idata)节RVA : 0x000B7000, FOA : 0x000B4200, 差值(K) = 0x00002E00(11776)
//(.CRT)节 RVA : 0x000B8000, FOA : 0x000B5000, 差值(K) = 0x00003000(12288)
//(.tls)节 RVA : 0x000B9000, FOA : 0x000B5200, 差值(K) = 0x00003E00(15872)
//(.rsrc)节 RVA : 0x000BA000, FOA : 0x000B5400, 差值(K) = 0x00004C00(19456)
//(.reloc)节RVA : 0x000BB000, FOA : 0x000B5A00, 差值(K) = 0x00005600(22016)
//(/ 4)节 RVA : 0x000BF000, FOA : 0x000B9000, 差值(K) = 0x00006000(24576)
//(/ 19)节 RVA : 0x000C0000, FOA : 0x000B9400, 差值(K) = 0x00006C00(27648)
//(/ 31)节 RVA : 0x000CA000, FOA : 0x000C2E00, 差值(K) = 0x00007200(29184)
//(/ 45)节 RVA : 0x000CC000, FOA : 0x000C4A00, 差值(K) = 0x00007600(30208)
//(/ 57)节 RVA : 0x000CE000, FOA : 0x000C6600, 差值(K) = 0x00007A00(31232)
//(/ 70)节 RVA : 0x000CF000, FOA : 0x000C7000, 差值(K) = 0x00008000(32768)
//(/ 81)节 RVA : 0x000D0000, FOA : 0x000C7400, 差值(K) = 0x00008C00(35840)
//(/ 92)节 RVA : 0x000D2000, FOA : 0x000C9200, 差值(K) = 0x00008E00(36352)
}
/************************************
* 函数：Alignment2Num
* 说明：获取对齐后的数字
* ************************************/
DWORD PE::Alignment2Num(int alignment, int num)
{
int mod = num % alignment;
if (mod != 0)
{
num += alignment - mod;
}
return num;
}
void PE::Print_All()
{
Print_Usage();
Print_DOS_Infomation();
Print_Stand_PE_Infomation();
Print_Optional_PE_Infomation();
Print_Directory_Table_Infomation();
Print_Section_Infomation();
Print_ImageBuffer_Infomation();
Print_Export_Table();
Print_Import_Table();
}
void PE::Print_Usage()
{
TRACEEX("\n");
TRACEEX("\n");
TRACEEX("██████╗ ███████╗ ██╗ ██╗ █████╗ ██████╗██╗ ██╗\n");
TRACEEX("██╔══██╗██╔════╝ ██║ ██║██╔══██╗██╔════╝██║ ██╔╝\n");
TRACEEX("██████╔╝█████╗ ███████║███████║██║ █████╔╝\n");
TRACEEX("██╔═══╝ ██╔══╝ ██╔══██║██╔══██║██║ ██╔═██╗\n");
TRACEEX("██║ ███████╗ ██║ ██║██║ ██║╚██████╗██║ ██╗\n");
TRACEEX("╚═╝ ╚══════╝ ╚═╝ ╚═╝╚═╝ ╚═╝ ╚═════╝╚═╝ ╚═╝\n");
TRACEEX(" From PTU&三进制安全 Team. VxerLee\n");
TRACEEX("\n");
TRACEEX("\n");
}
void PE::Print_DOS_Infomation()
{
TRACEEX("---------------PE头数据----------------\n");
//输出DOS头信息
TRACEEX("--> DOS头(_IMAGE_DOS_HEADER ) <--\n");
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
char szMagic[3] = { 0 };
memcpy(szMagic, &m_DOS_Header->e_magic, 2);
TRACEEX("*DOS头魔数:0x%x|%s\n", m_DOS_Header->e_magic, szMagic);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX("[Bytes on last page]:0x%x\n", m_DOS_Header->e_cblp);
TRACEEX("[Pages in file]:0x%x\n", m_DOS_Header->e_cp);
TRACEEX("[Relocations]:0x%x\n", m_DOS_Header->e_crlc);
TRACEEX("[Size of header]:0x%x\n", m_DOS_Header->e_cparhdr);
TRACEEX("[Minium memory]:0x%x\n", m_DOS_Header->e_minalloc);
TRACEEX("[Maxium Memory]:0x%x\n", m_DOS_Header->e_maxalloc);
TRACEEX("[Inital SS value]:0x%x\n", m_DOS_Header->e_ss);
TRACEEX("[Inital SP value]:0x%x\n", m_DOS_Header->e_sp);
TRACEEX("[Checksum]:0x%x\n", m_DOS_Header->e_csum);
TRACEEX("[Inital IP value]:0x%x\n", m_DOS_Header->e_ip);
TRACEEX("[Inital CS value]:0x%x\n", m_DOS_Header->e_cs);
TRACEEX("[Table offset]:0x%x\n", m_DOS_Header->e_lfarlc);
TRACEEX("[Overlay number]:0x%x\n", m_DOS_Header->e_ovno);
TRACEEX("[Reserved words]:", m_DOS_Header->e_res);
for (size_t i = 0; i < 4; i++)
{
TRACEEX("0x%x, ", m_DOS_Header->e_res[0]);
}
TRACEEX("\n");
TRACEEX("[OEM id]:0x%x\n", m_DOS_Header->e_oemid);
TRACEEX("[OEM infomation]:0x%x\n", m_DOS_Header->e_oeminfo);
TRACEEX("[Reserved words]:", m_DOS_Header->e_res2);
for (size_t i = 0; i < 10; i++)
{
TRACEEX("0x%x, ", m_DOS_Header->e_res2[0]);
}
TRACEEX("\n");
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*PE文件头地址:0x%x\n", m_DOS_Header->e_lfanew);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX("DOS头大小:%d\n", sizeof(*m_DOS_Header));
TRACEEX("\n");
}
void PE::Print_Stand_PE_Infomation()
{
//输出标准PE头信息
TRACEEX("--> 标准PE头(_IMAGE_FILE_HEADER) <--\n");
char szNTSignature[3] = { 0 };
memcpy(szNTSignature, &m_NT_Header->Signature, 2);
TRACEEX("[NT头标识]:%s\n", szNTSignature);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[运行平台]:0x%x\n", m_File_Header->Machine);
TRACEEX("*[节数量]:0x%x\n", m_File_Header->NumberOfSections);
TRACEEX("*[时间戳]:0x%x\n", m_File_Header->TimeDateStamp);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_GREEN);
struct tm test_gmtime_s;
errno_t err = gmtime_s(&test_gmtime_s, (time_t*)&m_File_Header->TimeDateStamp);
TRACEEX(" 文件创建时间:%d年%d月%d日 %02d时:%02d分:%02d秒(周%d)\n", test_gmtime_s.tm_year + 1900, test_gmtime_s.tm_mon, test_gmtime_s.tm_mday,
test_gmtime_s.tm_hour + 8, test_gmtime_s.tm_min, test_gmtime_s.tm_sec, test_gmtime_s.tm_wday);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX("[Pointer to COFF]:0x%x\n", m_File_Header->PointerToSymbolTable);
TRACEEX("[COFF table size]:0x%x\n", m_File_Header->NumberOfSections);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[可选头大小]:0x%x\n", m_File_Header->SizeOfOptionalHeader);
TRACEEX("*[特征/特性]:0x%x\n", m_File_Header->Characteristics);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX("标准PE头大小:%d\n", sizeof(*m_File_Header));
TRACEEX("\n");
}
void PE::Print_Optional_PE_Infomation()
{
//输出可选PE头信息
TRACEEX("--> 可选PE头(_IMAGE_OPTIONAL_HEADER) <--\n");
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_GREEN);
TRACEEX("*[程序内存入口点]:0x%x\n", m_Option_Header->AddressOfEntryPoint + m_Option_Header->ImageBase);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[可选PE头魔数]:0x%x\n", m_Option_Header->Magic);
TRACEEX("*[主链接器版本]:0x%x\n", m_Option_Header->MajorLinkerVersion);
TRACEEX("*[副链接器版本]:0x%x\n", m_Option_Header->MinorLinkerVersion);
TRACEEX("*[代码段大小]:0x%x\n", m_Option_Header->SizeOfCode);
TRACEEX("*[初始化数据大小]:0x%x\n", m_Option_Header->SizeOfInitializedData);
TRACEEX("*[未初始化数据大小]:0x%x\n", m_Option_Header->SizeOfUninitializedData);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_BLUE);
TRACEEX("*[程序入口点]:0x%x\n", m_Option_Header->AddressOfEntryPoint);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[代码段地址]:0x%x\n", m_Option_Header->BaseOfCode);
TRACEEX("*[数据段地址]:0x%x\n", m_Option_Header->BaseOfData);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_BLUE);
TRACEEX("*[PE文件基地址]:0x%x\n", m_Option_Header->ImageBase);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("[内存对其大小]:0x%x\n", m_Option_Header->SectionAlignment);
TRACEEX("[文件对其大小]:0x%x\n", m_Option_Header->FileAlignment);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX("[操作系统的主版本号]:0x%x\n", m_Option_Header->MajorOperatingSystemVersion);
TRACEEX("[操作系统的次版本号]:0x%x\n", m_Option_Header->MinorOperatingSystemVersion);
TRACEEX("[程序主版本号]:0x%x\n", m_Option_Header->MajorImageVersion);
TRACEEX("[程序次版本号]:0x%x\n", m_Option_Header->MinorImageVersion);
TRACEEX("[子系统主版本号]:0x%x\n", m_Option_Header->MajorSubsystemVersion);
TRACEEX("[子系统次版本号]:0x%x\n", m_Option_Header->MinorSubsystemVersion);
TRACEEX("[Win32版本值]:0x%x\n", m_Option_Header->Win32VersionValue);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_BLUE);
TRACEEX("*[在内存中PE大小 SizeOfImage]:0x%x\n", m_Option_Header->SizeOfImage);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[DOS|PE|节头大小]:0x%x\n", m_Option_Header->SizeOfHeaders);
TRACEEX("*[内存映像hash]:0x%x\n", m_Option_Header->CheckSum);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[程序类型]:0x%x\n", m_Option_Header->Subsystem);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[DLL映像的特征]:0x%x\n", m_Option_Header->DllCharacteristics);
TRACEEX("*[获取保留堆栈的大小]:0x%x\n", m_Option_Header->SizeOfStackReserve);
TRACEEX("*[获取要提交堆栈的大小]:0x%x\n", m_Option_Header->SizeOfStackCommit);
TRACEEX("*[获取保留堆空间的大小]:0x%x\n", m_Option_Header->SizeOfHeapReserve);
TRACEEX("*[获取要提交的本地堆空间大小]:0x%x\n", m_Option_Header->SizeOfHeapCommit);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX("[加载标志(已废弃)]:0x%x\n", m_Option_Header->LoaderFlags);
TRACEEX("[获取PEHeader剩余部分数据,位置和大小]:0x%x\n", m_Option_Header->NumberOfRvaAndSizes);
TRACEEX("[指向IMAGE_DATA_DIRECTORY结构指针]:0x%x\n", m_Option_Header->DataDirectory);
TRACEEX("可选PE头大小:%d\n", sizeof(*m_Option_Header));
TRACEEX("\n");
}
void PE::Print_Directory_Table_Infomation()
{
//输出目录数据
TRACEEX("--> 目录表(_IMAGE_DATA_DIRECTORY[16]) <--\n");
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_BLUE);
TRACEEX("*[导出表]----RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->export_table.VirtualAddress, m_Diretory_Table->export_table.Size);
TRACEEX("*[导入表]----RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->import_table.VirtualAddress, m_Diretory_Table->import_table.Size);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX(" [资源]------RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->resource_table.VirtualAddress,m_Diretory_Table->resource_table.Size);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX(" [异常]------RVA:0x%x, 大小:0x%x\n",m_Diretory_Table->exception_table.VirtualAddress, m_Diretory_Table->exception_table.Size);
TRACEEX(" [安全证书]--RVA:0x%x, 大小:0x%x\n",m_Diretory_Table->security_table.VirtualAddress,m_Diretory_Table->security_table.Size);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_RED);
TRACEEX("*[重定位表]--RVA:0x%x, 大小:0x%x\n",m_Diretory_Table->basereloc_table.VirtualAddress,m_Diretory_Table->basereloc_table.Size);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX(" [调试信息]--RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->debuginfo_table.VirtualAddress,m_Diretory_Table->debuginfo_table.Size);
TRACEEX(" [版权所有]--RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->copyright_table.VirtualAddress,m_Diretory_Table->copyright_table.Size);
TRACEEX(" [全局指针]--RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->globalptr_table.VirtualAddress,m_Diretory_Table->globalptr_table.Size);
TRACEEX(" [TLS表]-----RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->tls_table.VirtualAddress,m_Diretory_Table->tls_table.Size);
TRACEEX(" [加载配置]--RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->loadconfig_table.VirtualAddress,m_Diretory_Table->loadconfig_table.Size);
TRACEEX(" [绑定导入]--RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->bound_import_table.VirtualAddress,m_Diretory_Table->bound_import_table.Size);
SetConsoleTextAttribute(handle, FOREGROUND_INTENSITY | FOREGROUND_BLUE);
TRACEEX("*[IAT表]-----RVA:0x%x, 大小:0x%x\n",m_Diretory_Table->iat_table.VirtualAddress,m_Diretory_Table->iat_table.Size);
SetConsoleTextAttribute(handle, 0x07);
TRACEEX(" [延迟导入]--RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->delay_import_table.VirtualAddress,m_Diretory_Table->delay_import_table.Size);
TRACEEX(" [COM]-------RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->com_descriptor_table.VirtualAddress, m_Diretory_Table->com_descriptor_table.Size);
TRACEEX(" [保留]------RVA:0x%x, 大小:0x%x\n", m_Diretory_Table->null_table.VirtualAddress, m_Diretory_Table->null_table.Size);
TRACEEX("目录表大小:%d\n", sizeof(IMAGE_DATA_DIRECTORY));
TRACEEX("\n");
}
void PE::Print_Section_Infomation()
{