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xpe.h
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/* Copyright (c) 2017-2021 hors<horsicq@gmail.com>
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
#ifndef XPE_H
#define XPE_H
#include "xmsdos.h"
#include "xpe_def.h"
#if defined(_MSC_VER) // For WinTrust TODO Check minGW
#include <windows.h>
#include <Softpub.h>
#include <wincrypt.h>
#include <wintrust.h>
#endif
class XPE : public XMSDOS
{
Q_OBJECT
public:
struct SECTION_RECORD
{
QString sName;
qint64 nOffset;
qint64 nRVA;
qint64 nSize;
qint64 nCharacteristics;
};
struct SECTIONRVA_RECORD
{
qint64 nRVA;
qint64 nSize;
qint64 nCharacteristics;
};
struct IMPORT_RECORD
{
qint64 nOffset;
qint64 nRVA;
QString sLibrary;
QString sFunction;
};
struct IMPORT_POSITION
{
qint64 nThunkRVA;
qint64 nThunkOffset;
quint64 nThunkValue;
QString sName;
quint16 nHint;
qint64 nOrdinal;
QString sFunction;
};
struct IMPORT_HEADER
{
QString sName;
quint32 nFirstThunk; // For patch only!
QList<IMPORT_POSITION> listPositions;
};
struct DELAYIMPORT_POSITION
{
qint64 nNameThunkRVA;
qint64 nNameThunkOffset;
quint64 nNameThunkValue;
QString sName;
quint16 nHint;
qint64 nOrdinal;
QString sFunction;
qint64 nAddressThunkRVA;
qint64 nAddressThunkOffset;
quint64 nAddressThunkValue;
qint64 nBoundThunkRVA;
qint64 nBoundThunkOffset;
quint64 nBoundThunkValue;
};
struct EXPORT_RECORD
{
quint32 nOrdinal;
QString sFunctionName;
qint64 nLibraryBase;
QString sLibraryName;
};
struct EXPORT_POSITION
{
quint16 nOrdinal;
quint32 nRVA;
qint64 nAddress;
quint32 nNameRVA;
QString sFunctionName;
};
struct EXPORT_HEADER
{
XPE_DEF::IMAGE_EXPORT_DIRECTORY directory;
QString sName;
QList<EXPORT_POSITION> listPositions;
};
struct TLS_HEADER
{
quint64 StartAddressOfRawData;
quint64 EndAddressOfRawData;
quint64 AddressOfIndex;
quint64 AddressOfCallBacks;
quint32 SizeOfZeroFill;
quint32 Characteristics;
};
struct RESOURCES_ID_NAME
{
bool bIsName;
quint32 nID;
QString sName;
quint32 nNameOffset;
};
struct RESOURCE_RECORD
{
RESOURCES_ID_NAME irin[3];
qint64 nIRDEOffset;
qint64 nAddress;
qint64 nRVA;
qint64 nOffset;
qint64 nSize;
};
struct RESOURCE_POSITION
{
qint64 nOffset;
bool bIsValid;
quint32 nLevel;
bool bIsDataDirectory;
RESOURCES_ID_NAME rin;
XPE_DEF::IMAGE_RESOURCE_DIRECTORY directory;
XPE_DEF::IMAGE_RESOURCE_DIRECTORY_ENTRY dirEntry;
XPE_DEF::IMAGE_RESOURCE_DATA_ENTRY dataEntry;
qint64 nDataAddress;
qint64 nDataOffset;
QList<RESOURCE_POSITION> listPositions;
};
struct RESOURCE_HEADER
{
qint64 nOffset;
XPE_DEF::IMAGE_RESOURCE_DIRECTORY directory;
QList<RESOURCE_POSITION> listPositions;
};
struct RELOCS_POSITION
{
qint16 nTypeOffset;
quint32 nType;
qint64 nAddress;
};
struct RELOCS_HEADER
{
qint64 nOffset;
XPE_DEF::IMAGE_BASE_RELOCATION baseRelocation;
qint32 nCount;
};
struct DUMP_OPTIONS
{
quint32 nImageBase;
quint32 nAddressOfEntryPoint;
// TODO Check
// bool bClearHeader;
// bool bCheckImport;
// QMap<qint64,QString> mapImport;
// QMap<qint64,quint64> mapInitImportOffsets;
// bool bIs64;
// bool bSaveIAT;
};
struct RESOURCES_VERSION
{
qint64 nFixedFileInfoOffset;
XPE_DEF::tagVS_FIXEDFILEINFO fileInfo;
QList<QString> listRecords; // TODO rename
// TODO VarFileInfo
};
struct CLI_METADATA_HEADER
{
quint32 nSignature;
quint16 nMajorVersion;
quint16 nMinorVersion;
quint32 nReserved;
quint32 nVersionStringLength;
QString sVersion;
quint16 nFlags;
quint16 nStreams;
};
struct CLI_METADATA_STREAM
{
qint64 nOffset;
qint64 nSize;
QString sName;
};
struct CLI_METADATA
{
CLI_METADATA_HEADER header;
QList<CLI_METADATA_STREAM> listStreams;
qint64 nTablesHeaderOffset;
qint64 nTablesSize;
quint32 nTables_Reserved1;
quint8 cTables_MajorVersion;
quint8 cTables_MinorVersion;
quint8 cTables_HeapOffsetSizes;
quint8 cTables_Reserved2;
quint64 nTables_Valid;
quint64 nTables_Sorted;
quint32 nTables_Valid_NumberOfRows;
quint32 Tables_TablesNumberOfIndexes[64]; // TODO const
qint64 Tables_TablesOffsets[64]; // TODO const
qint64 Tables_TablesSizes[64]; // TODO const
qint64 nStringsOffset;
qint64 nStringsSize;
qint64 nUSOffset;
qint64 nUSSize;
qint64 nBlobOffset;
qint64 nBlobSize;
qint64 nGUIDOffset;
qint64 nGUIDSize;
qint64 nEntryPoint;
qint64 nEntryPointSize;
QList<QString> listAnsiStrings;
QList<QString> listUnicodeStrings;
};
struct CLI_INFO
{
bool bValid;
bool bHidden;
qint64 nHeaderOffset;
XPE_DEF::IMAGE_COR20_HEADER header;
qint64 nMetaDataOffset;
CLI_METADATA metaData;
};
struct IMAGE_IMPORT_DESCRIPTOR_EX
{
union
{
quint32 Characteristics;
quint32 OriginalFirstThunk;
};
quint32 TimeDateStamp;
quint32 ForwarderChain;
quint32 Name;
quint32 FirstThunk;
QString sLibrary; // Extra
};
struct BOUND_IMPORT_POSITION
{
XPE_DEF::IMAGE_BOUND_IMPORT_DESCRIPTOR descriptor;
QString sName;
};
struct CERT_TAG
{
bool bIsValid;
quint32 nTag;
qint64 nOffset;
qint32 nHeaderSize;
qint32 nSize;
};
struct CERT_RECORD
{
CERT_TAG certTag;
QVariant varValue;
QList<CERT_RECORD> listRecords;
};
struct CERT
{
qint64 nOffset;
XPE_DEF::WIN_CERT_RECORD record;
bool bIsValid;
CERT_RECORD certRecord;
};
enum TYPE
{
// mb TODO CEDLL
TYPE_UNKNOWN=0,
TYPE_APPLICATION,
TYPE_GUI,
TYPE_CONSOLE,
TYPE_DLL,
TYPE_DRIVER,
TYPE_BOOTAPPLICATION,
// TYPE_SERVICEDRIVER,
TYPE_RUNTIMEDRIVER,
TYPE_BOOTSERVICEDRIVER
// TYPE_XBOX,
// TYPE_OS2,
// TYPE_POSIX,
// TYPE_CE
// TODO more from subsystems
};
explicit XPE(QIODevice *pDevice=nullptr,bool bIsImage=false,qint64 nModuleAddress=-1);
virtual bool isValid();
static bool isValid(QIODevice *pDevice,bool bIsImage=false,qint64 nModuleAddress=-1);
static MODE getMode(QIODevice *pDevice,bool bIsImage=false,qint64 nModuleAddress=-1);
virtual MODE getMode();
virtual QString getArch();
virtual bool isBigEndian();
virtual OSINFO getOsInfo();
virtual FT getFileType();
virtual qint32 getType();
virtual QString typeIdToString(int nType);
virtual bool isSigned();
virtual OFFSETSIZE getSignOffsetSize();
qint64 getNtHeadersOffset();
quint32 getNtHeaders_Signature();
void setNtHeaders_Signature(quint32 nValue);
qint64 getFileHeaderOffset();
qint64 getFileHeaderSize();
XPE_DEF::IMAGE_FILE_HEADER getFileHeader();
void setFileHeader(XPE_DEF::IMAGE_FILE_HEADER *pFileHeader);
quint16 getFileHeader_Machine();
quint16 getFileHeader_NumberOfSections();
quint32 getFileHeader_TimeDateStamp();
quint32 getFileHeader_PointerToSymbolTable();
quint32 getFileHeader_NumberOfSymbols();
quint16 getFileHeader_SizeOfOptionalHeader();
quint16 getFileHeader_Characteristics();
void setFileHeader_Machine(quint16 nValue);
void setFileHeader_NumberOfSections(quint16 nValue);
void setFileHeader_TimeDateStamp(quint32 nValue);
void setFileHeader_PointerToSymbolTable(quint32 nValue);
void setFileHeader_NumberOfSymbols(quint32 nValue);
void setFileHeader_SizeOfOptionalHeader(quint16 nValue);
void setFileHeader_Characteristics(quint16 nValue);
qint64 getOptionalHeaderOffset();
qint64 getOptionalHeaderSize();
XPE_DEF::IMAGE_OPTIONAL_HEADER32 getOptionalHeader32();
XPE_DEF::IMAGE_OPTIONAL_HEADER64 getOptionalHeader64();
void setOptionalHeader32(XPE_DEF::IMAGE_OPTIONAL_HEADER32 *pOptionalHeader32);
void setOptionalHeader64(XPE_DEF::IMAGE_OPTIONAL_HEADER64 *pOptionalHeader64);
XPE_DEF::IMAGE_OPTIONAL_HEADER32S getOptionalHeader32S();
XPE_DEF::IMAGE_OPTIONAL_HEADER64S getOptionalHeader64S();
void setOptionalHeader32S(XPE_DEF::IMAGE_OPTIONAL_HEADER32S *pOptionalHeader32S);
void setOptionalHeader64S(XPE_DEF::IMAGE_OPTIONAL_HEADER64S *pOptionalHeader64S);
quint16 getOptionalHeader_Magic();
quint8 getOptionalHeader_MajorLinkerVersion();
quint8 getOptionalHeader_MinorLinkerVersion();
quint32 getOptionalHeader_SizeOfCode();
quint32 getOptionalHeader_SizeOfInitializedData();
quint32 getOptionalHeader_SizeOfUninitializedData();
quint32 getOptionalHeader_AddressOfEntryPoint();
quint32 getOptionalHeader_BaseOfCode();
quint32 getOptionalHeader_BaseOfData();
quint64 getOptionalHeader_ImageBase();
quint32 getOptionalHeader_SectionAlignment();
quint32 getOptionalHeader_FileAlignment();
quint16 getOptionalHeader_MajorOperatingSystemVersion();
quint16 getOptionalHeader_MinorOperatingSystemVersion();
quint16 getOptionalHeader_MajorImageVersion();
quint16 getOptionalHeader_MinorImageVersion();
quint16 getOptionalHeader_MajorSubsystemVersion();
quint16 getOptionalHeader_MinorSubsystemVersion();
quint32 getOptionalHeader_Win32VersionValue();
quint32 getOptionalHeader_SizeOfImage();
quint32 getOptionalHeader_SizeOfHeaders();
quint32 getOptionalHeader_CheckSum();
quint16 getOptionalHeader_Subsystem();
quint16 getOptionalHeader_DllCharacteristics();
qint64 getOptionalHeader_SizeOfStackReserve();
qint64 getOptionalHeader_SizeOfStackCommit();
qint64 getOptionalHeader_SizeOfHeapReserve();
qint64 getOptionalHeader_SizeOfHeapCommit();
quint32 getOptionalHeader_LoaderFlags();
quint32 getOptionalHeader_NumberOfRvaAndSizes();
void setOptionalHeader_Magic(quint16 nValue);
void setOptionalHeader_MajorLinkerVersion(quint8 nValue);
void setOptionalHeader_MinorLinkerVersion(quint8 nValue);
void setOptionalHeader_SizeOfCode(quint32 nValue);
void setOptionalHeader_SizeOfInitializedData(quint32 nValue);
void setOptionalHeader_SizeOfUninitializedData(quint32 nValue);
void setOptionalHeader_AddressOfEntryPoint(quint32 nValue);
void setOptionalHeader_BaseOfCode(quint32 nValue);
void setOptionalHeader_BaseOfData(quint32 nValue);
void setOptionalHeader_ImageBase(quint64 nValue);
void setOptionalHeader_SectionAlignment(quint32 nValue);
void setOptionalHeader_FileAlignment(quint32 nValue);
void setOptionalHeader_MajorOperatingSystemVersion(quint16 nValue);
void setOptionalHeader_MinorOperatingSystemVersion(quint16 nValue);
void setOptionalHeader_MajorImageVersion(quint16 nValue);
void setOptionalHeader_MinorImageVersion(quint16 nValue);
void setOptionalHeader_MajorSubsystemVersion(quint16 nValue);
void setOptionalHeader_MinorSubsystemVersion(quint16 nValue);
void setOptionalHeader_Win32VersionValue(quint32 nValue);
void setOptionalHeader_SizeOfImage(quint32 nValue);
void setOptionalHeader_SizeOfHeaders(quint32 nValue);
void setOptionalHeader_CheckSum(quint32 nValue);
void setOptionalHeader_Subsystem(quint16 nValue);
void setOptionalHeader_DllCharacteristics(quint16 nValue);
void setOptionalHeader_SizeOfStackReserve(quint64 nValue);
void setOptionalHeader_SizeOfStackCommit(quint64 nValue);
void setOptionalHeader_SizeOfHeapReserve(quint64 nValue);
void setOptionalHeader_SizeOfHeapCommit(quint64 nValue);
void setOptionalHeader_LoaderFlags(quint32 nValue);
void setOptionalHeader_NumberOfRvaAndSizes(quint32 nValue);
quint32 getOperatingSystemVersion();
void setOperatingSystemVersion(quint32 nValue);
XPE_DEF::IMAGE_DATA_DIRECTORY read_IMAGE_DATA_DIRECTORY(qint64 nOffset);
void write_IMAGE_DATA_DIRECTORY(qint64 nOffset,XPE_DEF::IMAGE_DATA_DIRECTORY *pDataDirectory);
XPE_DEF::IMAGE_DATA_DIRECTORY getOptionalHeader_DataDirectory(quint32 nNumber);
void setOptionalHeader_DataDirectory(quint32 nNumber,XPE_DEF::IMAGE_DATA_DIRECTORY *pDataDirectory);
void setOptionalHeader_DataDirectory_VirtualAddress(quint32 nNumber,quint32 nValue);
void setOptionalHeader_DataDirectory_Size(quint32 nNumber,quint32 nValue);
void clearOptionalHeader_DataDirectory(quint32 nNumber);
bool isOptionalHeader_DataDirectoryPresent(quint32 nNumber);
QList<XPE_DEF::IMAGE_DATA_DIRECTORY> getDirectories();
void setDirectories(QList<XPE_DEF::IMAGE_DATA_DIRECTORY> *pListDirectories);
qint64 getDataDirectoryOffset(quint32 nNumber);
qint64 getDataDirectoryOffset(_MEMORY_MAP *pMemoryMap,quint32 nNumber);
qint64 getDataDirectoryHeaderOffset(quint32 nNumber);
qint64 getDataDirectoryHeaderSize();
QByteArray getDataDirectory(quint32 nNumber);
QByteArray getDataDirectory(_MEMORY_MAP *pMemoryMap,quint32 nNumber);
qint64 getSectionsTableOffset();
qint64 getSectionHeaderOffset(quint32 nNumber);
qint64 getSectionHeaderSize();
bool isSectionsTablePresent();
XPE_DEF::IMAGE_SECTION_HEADER getSectionHeader(quint32 nNumber);
void setSectionHeader(quint32 nNumber,XPE_DEF::IMAGE_SECTION_HEADER *pSectionHeader);
QList<XPE_DEF::IMAGE_SECTION_HEADER> getSectionHeaders();
// TODO with __getSectionOffsetAndSize TODO Check !!!
static QList<SECTION_RECORD> getSectionRecords(QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders,bool bIsImage);
static QList<QString> getSectionNames(QList<XPE::SECTION_RECORD> *pListSectionRecords);
QList<SECTIONRVA_RECORD> getSectionRVARecords();
QString getSection_NameAsString(quint32 nNumber);
quint32 getSection_VirtualSize(quint32 nNumber);
quint32 getSection_VirtualAddress(quint32 nNumber);
quint32 getSection_SizeOfRawData(quint32 nNumber);
quint32 getSection_PointerToRawData(quint32 nNumber);
quint32 getSection_PointerToRelocations(quint32 nNumber);
quint32 getSection_PointerToLinenumbers(quint32 nNumber);
quint16 getSection_NumberOfRelocations(quint32 nNumber);
quint16 getSection_NumberOfLinenumbers(quint32 nNumber);
quint32 getSection_Characteristics(quint32 nNumber);
void setSection_NameAsString(quint32 nNumber,QString sName);
void setSection_VirtualSize(quint32 nNumber,quint32 nValue);
void setSection_VirtualAddress(quint32 nNumber,quint32 nValue);
void setSection_SizeOfRawData(quint32 nNumber,quint32 nValue);
void setSection_PointerToRawData(quint32 nNumber,quint32 nValue);
void setSection_PointerToRelocations(quint32 nNumber,quint32 nValue);
void setSection_PointerToLinenumbers(quint32 nNumber,quint32 nValue);
void setSection_NumberOfRelocations(quint32 nNumber,quint16 nValue);
void setSection_NumberOfLinenumbers(quint32 nNumber,quint16 nValue);
void setSection_Characteristics(quint32 nNumber,quint32 nValue);
QString getSection_NameAsString(quint32 nNumber,QList<QString> *pListSectionNameStrings);
quint32 getSection_VirtualSize(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint32 getSection_VirtualAddress(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint32 getSection_SizeOfRawData(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint32 getSection_PointerToRawData(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint32 getSection_PointerToRelocations(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint32 getSection_PointerToLinenumbers(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint16 getSection_NumberOfRelocations(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint16 getSection_NumberOfLinenumbers(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
quint32 getSection_Characteristics(quint32 nNumber,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
bool isSectionNamePresent(QString sSectionName);
static bool isSectionNamePresent(QString sSectionName,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
static XPE_DEF::IMAGE_SECTION_HEADER getSectionByName(QString sSectionName,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
static SECTION_RECORD getSectionRecordByName(QString sSectionName,QList<SECTION_RECORD> *pListSectionRecords);
qint32 getSectionNumber(QString sSectionName);
static qint32 getSectionNumber(QString sSectionName,QList<XPE_DEF::IMAGE_SECTION_HEADER> *pListSectionHeaders);
bool isImportPresent();
QList<IMPORT_RECORD> getImportRecords();
QList<IMPORT_RECORD> getImportRecords(_MEMORY_MAP *pMemoryMap);
quint64 getImportHash64(QList<IMPORT_RECORD> *pListImportRecords);
quint32 getImportHash32(QList<IMPORT_RECORD> *pListImportRecords);
qint64 getImportDescriptorOffset(quint32 nNumber);
qint64 getImportDescriptorSize();
QList<XPE_DEF::IMAGE_IMPORT_DESCRIPTOR> getImportDescriptors();
QList<XPE_DEF::IMAGE_IMPORT_DESCRIPTOR> getImportDescriptors(_MEMORY_MAP *pMemoryMap);
QList<IMAGE_IMPORT_DESCRIPTOR_EX> getImportDescriptorsEx();
QList<IMAGE_IMPORT_DESCRIPTOR_EX> getImportDescriptorsEx(_MEMORY_MAP *pMemoryMap);
XPE_DEF::IMAGE_IMPORT_DESCRIPTOR getImportDescriptor(quint32 nNumber);
void setImportDescriptor(quint32 nNumber,XPE_DEF::IMAGE_IMPORT_DESCRIPTOR *pImportDescriptor);
void setImportDescriptor_OriginalFirstThunk(quint32 nNumber,quint32 nValue);
void setImportDescriptor_TimeDateStamp(quint32 nNumber,quint32 nValue);
void setImportDescriptor_ForwarderChain(quint32 nNumber,quint32 nValue);
void setImportDescriptor_Name(quint32 nNumber,quint32 nValue);
void setImportDescriptor_FirstThunk(quint32 nNumber,quint32 nValue);
QList<IMPORT_HEADER> getImports();
QList<IMPORT_HEADER> getImports(_MEMORY_MAP *pMemoryMap);
QList<IMPORT_POSITION> _getImportPositions(XBinary::_MEMORY_MAP *pMemoryMap,qint64 nThunksRVA,qint64 nRVA);
QList<IMPORT_POSITION> getImportPositions(int nIndex);
QList<quint32> getImportPositionHashes(QList<IMPORT_HEADER> *pListImport,bool nLibraryName=false);
bool isImportLibraryPresent(QString sLibrary);
static bool isImportLibraryPresent(QString sLibrary,QList<IMPORT_HEADER> *pListImportHeaders);
bool isImportLibraryPresentI(QString sLibrary);
static bool isImportLibraryPresentI(QString sLibrary,QList<IMPORT_HEADER> *pListImportHeaders);
bool isImportFunctionPresentI(QString sLibrary,QString sFunction);
static bool isImportFunctionPresentI(QString sLibrary,QString sFunction,QList<IMPORT_HEADER> *pListImportHeaders);
bool setImports(QList<IMPORT_HEADER> *pListImportHeaders);
bool setImports(QIODevice *pDevice,bool bIsImage,QList<IMPORT_HEADER> *pListImportHeaders);
bool setImports(QString sFileName,bool bIsImage,QList<IMPORT_HEADER> *pListImportHeaders);
QString getImportFunctionName(quint32 nImport,quint32 nFunctionNumber,QList<IMPORT_HEADER> *pListImportHeaders);
RESOURCE_HEADER getResourceHeader();
RESOURCE_HEADER getResourceHeader(_MEMORY_MAP *pMemoryMap);
QList<RESOURCE_RECORD> getResources();
QList<RESOURCE_RECORD> getResources(_MEMORY_MAP *pMemoryMap);
static RESOURCE_RECORD getResourceRecord(quint32 nID1,quint32 nID2,QList<RESOURCE_RECORD> *pListResourceRecords);
static RESOURCE_RECORD getResourceRecord(quint32 nID1,QString sName2,QList<RESOURCE_RECORD> *pListResourceRecords);
static RESOURCE_RECORD getResourceRecord(QString sName1,quint32 nID2,QList<RESOURCE_RECORD> *pListResourceRecords);
static RESOURCE_RECORD getResourceRecord(QString sName1,QString sName2,QList<RESOURCE_RECORD> *pListResourceRecords);
static bool isResourcePresent(quint32 nID1,quint32 nID2,QList<RESOURCE_RECORD> *pListResourceRecords);
static bool isResourcePresent(quint32 nID1,QString sName2,QList<RESOURCE_RECORD> *pListResourceRecords);
static bool isResourcePresent(QString sName1,quint32 nID2,QList<RESOURCE_RECORD> *pListResourceRecords);
static bool isResourcePresent(QString sName1,QString sName2,QList<RESOURCE_RECORD> *pListResourceRecords);
bool isResourceManifestPresent();
bool isResourceManifestPresent(QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
QString getResourceManifest();
QString getResourceManifest(QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
bool isResourceVersionPresent();
bool isResourceVersionPresent(QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
RESOURCES_VERSION getResourcesVersion();
XPE_DEF::S_VS_VERSION_INFO readVS_VERSION_INFO(qint64 nOffset);
RESOURCES_VERSION getResourcesVersion(QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
QString getFileVersion();
QString getFileVersion(RESOURCES_VERSION *pResourceVersion);
QString getFileVersionMS(RESOURCES_VERSION *pResourceVersion);
void setFixedFileInfo_dwSignature(quint32 nValue);
void setFixedFileInfo_dwStrucVersion(quint32 nValue);
void setFixedFileInfo_dwFileVersionMS(quint32 nValue);
void setFixedFileInfo_dwFileVersionLS(quint32 nValue);
void setFixedFileInfo_dwProductVersionMS(quint32 nValue);
void setFixedFileInfo_dwProductVersionLS(quint32 nValue);
void setFixedFileInfo_dwFileFlagsMask(quint32 nValue);
void setFixedFileInfo_dwFileFlags(quint32 nValue);
void setFixedFileInfo_dwFileOS(quint32 nValue);
void setFixedFileInfo_dwFileType(quint32 nValue);
void setFixedFileInfo_dwFileSubtype(quint32 nValue);
void setFixedFileInfo_dwFileDateMS(quint32 nValue);
void setFixedFileInfo_dwFileDateLS(quint32 nValue);
QString getResourcesVersionValue(QString sKey);
static QString getResourcesVersionValue(QString sKey,XPE::RESOURCES_VERSION *pResourcesVersion);
quint32 getResourceIdByNumber(quint32 nNumber);
quint32 getResourceIdByNumber(quint32 nNumber,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
QString getResourceNameByNumber(quint32 nNumber);
QString getResourceNameByNumber(quint32 nNumber,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
qint64 getResourceOffsetByNumber(quint32 nNumber);
qint64 getResourceOffsetByNumber(quint32 nNumber,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
qint64 getResourceSizeByNumber(quint32 nNumber);
qint64 getResourceSizeByNumber(quint32 nNumber,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
quint32 getResourceTypeByNumber(quint32 nNumber);
quint32 getResourceTypeByNumber(quint32 nNumber,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
qint64 getResourceNameOffset(QString sName);
qint64 getResourceNameOffset(QString sName,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
qint64 getResourceGroupNameOffset(QString sName);
qint64 getResourceGroupNameOffset(QString sName,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
qint64 getResourceGroupIdOffset(quint32 nID);
qint64 getResourceGroupIdOffset(quint32 nID,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
bool isResourceNamePresent(QString sName);
bool isResourceNamePresent(QString sName,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
bool isResourceGroupNamePresent(QString sName);
bool isResourceGroupNamePresent(QString sName,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
bool isResourceGroupIdPresent(quint32 nID);
bool isResourceGroupIdPresent(quint32 nID,QList<XPE::RESOURCE_RECORD> *pListResourceRecords);
virtual _MEMORY_MAP getMemoryMap();
virtual qint64 getBaseAddress();
virtual void setBaseAddress(qint64 nBaseAddress);
virtual qint64 getEntryPointOffset(_MEMORY_MAP *pMemoryMap);
virtual void setEntryPointOffset(qint64 nEntryPointOffset);
XPE_DEF::IMAGE_IMPORT_DESCRIPTOR read_IMAGE_IMPORT_DESCRIPTOR(qint64 nOffset);
void write_IMAGE_IMPORT_DESCRIPTOR(qint64 nOffset,XPE_DEF::IMAGE_IMPORT_DESCRIPTOR idd);
XPE_DEF::S_IMAGE_DELAYLOAD_DESCRIPTOR _read_IMAGE_DELAYLOAD_DESCRIPTOR(qint64 nOffset);
bool isExportPresent();
EXPORT_HEADER getExport(bool bValidOnly=false);
EXPORT_HEADER getExport(_MEMORY_MAP *pMemoryMap,bool bValidOnly=false);
QList<QString> getExportFunctionsList();
static QList<QString> getExportFunctionsList(EXPORT_HEADER *pExportHeader);
XPE_DEF::IMAGE_EXPORT_DIRECTORY getExportDirectory();
void setExportDirectory(XPE_DEF::IMAGE_EXPORT_DIRECTORY *pExportDirectory);
void setExportDirectory_Characteristics(quint32 nValue);
void setExportDirectory_TimeDateStamp(quint32 nValue);
void setExportDirectory_MajorVersion(quint16 nValue);
void setExportDirectory_MinorVersion(quint16 nValue);
void setExportDirectory_Name(quint32 nValue);
void setExportDirectory_Base(quint32 nValue);
void setExportDirectory_NumberOfFunctions(quint32 nValue);
void setExportDirectory_NumberOfNames(quint32 nValue);
void setExportDirectory_AddressOfFunctions(quint32 nValue);
void setExportDirectory_AddressOfNames(quint32 nValue);
void setExportDirectory_AddressOfNameOrdinals(quint32 nValue);
QByteArray getHeaders();
OFFSETSIZE __getSectionOffsetAndSize(quint32 nSection); // TODO move to Xbinary
QByteArray getSection(quint32 nSection); // TODO move to Xbinary
QString getSectionHash(HASH hash,quint32 nSection); // TODO move to Xbinary
double getSectionEntropy(quint32 nSection); // TODO move to Xbinary
bool addImportSection(QMap<qint64,QString> *pMapIAT);
bool addImportSection(QIODevice *pDevice,bool bIsImage,QMap<qint64,QString> *pMapIAT);
bool addImportSection(QString sFileName,bool bIsImage,QMap<qint64,QString> *pMapIAT);
static QList<XPE::IMPORT_HEADER> mapIATToList(QMap<qint64,QString> *pMapIAT,bool bIs64);
quint32 calculateCheckSum();
bool addSection(XPE_DEF::IMAGE_SECTION_HEADER *pSectionHeader,char *pData,qint64 nDataSize);
bool addSection(QString sFileName,bool bIsImage,XPE_DEF::IMAGE_SECTION_HEADER *pSectionHeader,char *pData,qint64 nDataSize);
bool addSection(QIODevice *pDevice,bool bIsImage,XPE_DEF::IMAGE_SECTION_HEADER *pSectionHeader,char *pData,qint64 nDataSize);
bool removeLastSection();
static bool removeLastSection(QIODevice *pDevice,bool bIsImage);
static bool removeLastSection(QString sFileName,bool bIsImage);
// TODO copy Overlay function -> XBinary
XPE_DEF::IMAGE_RESOURCE_DIRECTORY_ENTRY read_IMAGE_RESOURCE_DIRECTORY_ENTRY(qint64 nOffset);
XPE_DEF::IMAGE_RESOURCE_DIRECTORY read_IMAGE_RESOURCE_DIRECTORY(qint64 nOffset);
XPE_DEF::IMAGE_RESOURCE_DATA_ENTRY read_IMAGE_RESOURCE_DATA_ENTRY(qint64 nOffset);
XPE::RESOURCES_ID_NAME getResourcesIDName(qint64 nResourceOffset,quint32 nValue);
static QString resourceIdNameToString(RESOURCES_ID_NAME resourceIdName,qint32 nNumber);
QList<qint64> getRelocsAsRVAList();
QList<RELOCS_HEADER> getRelocsHeaders();
QList<RELOCS_POSITION> getRelocsPositions(qint64 nOffset);
XPE_DEF::IMAGE_BASE_RELOCATION _readIMAGE_BASE_RELOCATION(qint64 nOffset);
quint32 getRelocsVirtualAddress(qint64 nOffset);
quint32 getRelocsSizeOfBlock(qint64 nOffset);
void setRelocsVirtualAddress(qint64 nOffset,quint32 nValue);
void setRelocsSizeOfBlock(qint64 nOffset,quint32 nValue);
bool addRelocsSection(QList<qint64> *pList);
bool addRelocsSection(QIODevice *pDevice,bool bIsImage,QList<qint64> *pListRelocs);
bool addRelocsSection(QString sFileName,bool bIsImage,QList<qint64> *pListRelocs);
static QByteArray relocsAsRVAListToByteArray(QList<qint64> *pListRelocs,bool bIs64);
bool isResourcesPresent();
bool isRelocsPresent();
bool isDebugPresent();
bool isTLSPresent();
bool isSignPresent();
bool isExceptionPresent();
bool isLoadConfigPresent();
bool isBoundImportPresent();
bool isDelayImportPresent();
qint64 getTLSHeaderOffset();
qint64 getTLSHeaderSize();
XPE_DEF::S_IMAGE_TLS_DIRECTORY32 getTLSDirectory32();
XPE_DEF::S_IMAGE_TLS_DIRECTORY64 getTLSDirectory64();
quint64 getTLS_StartAddressOfRawData();
quint64 getTLS_EndAddressOfRawData();
quint64 getTLS_AddressOfIndex();
quint64 getTLS_AddressOfCallBacks();
quint32 getTLS_SizeOfZeroFill();
quint32 getTLS_Characteristics();
void setTLS_StartAddressOfRawData(quint64 nValue);
void setTLS_EndAddressOfRawData(quint64 nValue);
void setTLS_AddressOfIndex(quint64 nValue);
void setTLS_AddressOfCallBacks(quint64 nValue);
void setTLS_SizeOfZeroFill(quint32 nValue);
void setTLS_Characteristics(quint32 nValue);
QList<qint64> getTLS_CallbacksList();
QList<qint64> getTLS_CallbacksList(XBinary::_MEMORY_MAP *pMemoryMap);
bool isTLSCallbacksPresent();
bool isTLSCallbacksPresent(XBinary::_MEMORY_MAP *pMemoryMap);
TLS_HEADER getTLSHeader();
static QMap<quint64,QString> getImageNtHeadersSignatures();
static QMap<quint64,QString> getImageNtHeadersSignaturesS();
static QMap<quint64,QString> getImageMagics();
static QMap<quint64,QString> getImageMagicsS();
static QMap<quint64,QString> getImageFileHeaderMachines();
static QMap<quint64,QString> getImageFileHeaderMachinesS();
static QMap<quint64,QString> getImageFileHeaderCharacteristics();
static QMap<quint64,QString> getImageFileHeaderCharacteristicsS();
static QMap<quint64,QString> getImageOptionalHeaderMagic();
static QMap<quint64,QString> getImageOptionalHeaderMagicS();
static QMap<quint64,QString> getImageOptionalHeaderSubsystem();
static QMap<quint64,QString> getImageOptionalHeaderSubsystemS();
static QMap<quint64,QString> getImageOptionalHeaderDllCharacteristics();
static QMap<quint64,QString> getImageOptionalHeaderDllCharacteristicsS();
static QMap<quint64,QString> getImageOptionalHeaderDataDirectory();
static QMap<quint64,QString> getImageOptionalHeaderDataDirectoryS();
static QMap<quint64,QString> getImageSectionHeaderFlags();
static QMap<quint64,QString> getImageSectionHeaderFlagsS();
static QMap<quint64,QString> getImageSectionHeaderAligns();
static QMap<quint64,QString> getImageSectionHeaderAlignsS();
static QMap<quint64,QString> getResourceTypes();
static QMap<quint64,QString> getResourceTypesS();
static QMap<quint64,QString> getImageRelBased();
static QMap<quint64,QString> getImageRelBasedS();
static QMap<quint64,QString> getComImageFlags();
static QMap<quint64,QString> getComImageFlagsS();
static QMap<quint64,QString> getDebugTypes();
static QMap<quint64,QString> getDebugTypesS();
static QMap<quint64,QString> getOperatingSystemVersions(OSNAME osName=OSNAME_WINDOWS);
static QMap<quint64,QString> getOperatingSystemVersionsS(OSNAME osName=OSNAME_WINDOWS);
static QMap<quint64,QString> getResourcesFixedFileInfoSignatures();
static QMap<quint64,QString> getResourcesFixedFileInfoSignaturesS();
static QMap<quint64,QString> getResourcesFixedFileInfoFileFlags();
static QMap<quint64,QString> getResourcesFixedFileInfoFileFlagsS();
static QMap<quint64,QString> getResourcesFixedFileInfoFileOses();
static QMap<quint64,QString> getResourcesFixedFileInfoFileOsesS();
static QMap<quint64,QString> getResourcesFixedFileInfoFileTypes();
static QMap<quint64,QString> getResourcesFixedFileInfoFileTypesS();
qint64 calculateHeadersSize();
qint64 _calculateHeadersSize(qint64 nSectionsTableOffset,quint32 nNumberOfSections);
bool isDll();
static bool isDll(QString sFileName);
bool isConsole();
bool isDriver();
bool isNETPresent();
CLI_INFO getCliInfo(bool bFindHidden);
CLI_INFO getCliInfo(bool bFindHidden,XBinary::_MEMORY_MAP *pMemoryMap);
OFFSETSIZE getNet_MetadataOffsetSize();
CLI_METADATA_HEADER _read_MetadataHeader(qint64 nOffset);
void setMetadataHeader_Signature(quint32 nValue);
void setMetadataHeader_MajorVersion(quint16 nValue);
void setMetadataHeader_MinorVersion(quint16 nValue);
void setMetadataHeader_Reserved(quint32 nValue);
void setMetadataHeader_VersionStringLength(quint32 nValue);
void setMetadataHeader_Version(QString sValue);
void setMetadataHeader_Flags(quint16 nValue);
void setMetadataHeader_Streams(quint16 nValue);
bool isDataDirectoryValid(XPE_DEF::IMAGE_DATA_DIRECTORY *pDataDirectory);
bool isDataDirectoryValid(XPE_DEF::IMAGE_DATA_DIRECTORY *pDataDirectory,XBinary::_MEMORY_MAP *pMemoryMap);
bool isNetMetadataPresent();
bool isNetMetadataPresent(CLI_INFO *pCliInfo,XBinary::_MEMORY_MAP *pMemoryMap);
bool isNETAnsiStringPresent(QString sString);
static bool isNETAnsiStringPresent(QString sString,CLI_INFO *pCliInfo);
bool isNETUnicodeStringPresent(QString sString);
static bool isNETUnicodeStringPresent(QString sString,CLI_INFO *pCliInfo);
int getEntryPointSection();
int getEntryPointSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getImportSection();
int getImportSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getExportSection();
int getExportSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getTLSSection();
int getTLSSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getResourcesSection();
int getResourcesSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getRelocsSection();
int getRelocsSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getNormalCodeSection();
int getNormalCodeSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getNormalDataSection();
int getNormalDataSection(XBinary::_MEMORY_MAP *pMemoryMap);
int getConstDataSection();
int getConstDataSection(XBinary::_MEMORY_MAP *pMemoryMap);
// TODO .INIT section Check
struct REBUILD_OPTIONS
{
bool bOptimize;
bool bClearHeader;
// bool bRemoveLastSection;
bool bSetEntryPoint;
quint32 nEntryPoint;
// bool bAddImportSection;
QMap<qint64,QString> mapIAT;
QMap<qint64,quint64> mapPatches;
// bool bAddRelocsSection;
QList<qint64> listRelocsRVAs;
bool bRenameSections;
QString sSectionName;
bool bFixChecksum;
};
bool rebuildDump(QString sResultFile,REBUILD_OPTIONS *pRebuildOptions);
static bool rebuildDump(QString sInputFile,QString sResultFile,REBUILD_OPTIONS *pRebuildOptions);
static bool fixCheckSum(QString sFileName,bool bIsImage);
void fixCheckSum();
static QList<XPE_DEF::IMAGE_SECTION_HEADER> splitSection(QByteArray *pbaData,XPE_DEF::IMAGE_SECTION_HEADER sectionHeaderOriginal,quint32 nBlockSize);
struct HEADER_OPTIONS // TODO Check
{
quint16 nMachine;
quint16 nCharacteristics;
quint16 nMagic;
quint64 nImagebase;
quint16 nSubsystem;
quint16 nDllcharacteristics;
quint8 nMajorOperationSystemVersion;
quint8 nMinorOperationSystemVersion;
quint32 nFileAlignment;
quint32 nSectionAlignment;
quint32 nAddressOfEntryPoint;
quint32 nResourceRVA;
quint32 nResourceSize;
};
static QByteArray createHeaderStub(HEADER_OPTIONS *pHeaderOptions);
XPE_DEF::S_IMAGE_LOAD_CONFIG_DIRECTORY32 getLoadConfigDirectory32(); // TODO check size
XPE_DEF::S_IMAGE_LOAD_CONFIG_DIRECTORY64 getLoadConfigDirectory64(); // TODO check size
qint64 getLoadConfigDirectoryOffset();
qint64 getLoadConfigDirectorySize();
quint32 getLoadConfig_Size();
quint32 getLoadConfig_TimeDateStamp();
quint16 getLoadConfig_MajorVersion();
quint16 getLoadConfig_MinorVersion();
quint32 getLoadConfig_GlobalFlagsClear();
quint32 getLoadConfig_GlobalFlagsSet();
quint32 getLoadConfig_CriticalSectionDefaultTimeout();
quint64 getLoadConfig_DeCommitFreeBlockThreshold();
quint64 getLoadConfig_DeCommitTotalFreeThreshold();
quint64 getLoadConfig_LockPrefixTable();
quint64 getLoadConfig_MaximumAllocationSize();
quint64 getLoadConfig_VirtualMemoryThreshold();
quint64 getLoadConfig_ProcessAffinityMask();
quint16 getLoadConfig_CSDVersion();
quint16 getLoadConfig_DependentLoadFlags();
quint64 getLoadConfig_EditList();
quint64 getLoadConfig_SecurityCookie();
quint64 getLoadConfig_SEHandlerTable();
quint64 getLoadConfig_SEHandlerCount();
quint64 getLoadConfig_GuardCFCheckFunctionPointer();
quint64 getLoadConfig_GuardCFDispatchFunctionPointer();
quint64 getLoadConfig_GuardCFFunctionTable();
quint64 getLoadConfig_GuardCFFunctionCount();
quint32 getLoadConfig_GuardFlags();
quint16 getLoadConfig_CodeIntegrity_Flags();
quint16 getLoadConfig_CodeIntegrity_Catalog();
quint32 getLoadConfig_CodeIntegrity_CatalogOffset();
quint32 getLoadConfig_CodeIntegrity_Reserved();
quint64 getLoadConfig_GuardAddressTakenIatEntryTable();
quint64 getLoadConfig_GuardAddressTakenIatEntryCount();
quint64 getLoadConfig_GuardLongJumpTargetTable();
quint64 getLoadConfig_GuardLongJumpTargetCount();
quint64 getLoadConfig_DynamicValueRelocTable();
quint64 getLoadConfig_CHPEMetadataPointer();
quint64 getLoadConfig_GuardRFFailureRoutine();
quint64 getLoadConfig_GuardRFFailureRoutineFunctionPointer();
quint32 getLoadConfig_DynamicValueRelocTableOffset();
quint16 getLoadConfig_DynamicValueRelocTableSection();
quint16 getLoadConfig_Reserved2();
quint64 getLoadConfig_GuardRFVerifyStackPointerFunctionPointer();
quint32 getLoadConfig_HotPatchTableOffset();
quint32 getLoadConfig_Reserved3();
quint64 getLoadConfig_EnclaveConfigurationPointer();
quint64 getLoadConfig_VolatileMetadataPointer();
quint64 getLoadConfig_GuardEHContinuationTable();
quint64 getLoadConfig_GuardEHContinuationCount();
quint64 getLoadConfig_GuardXFGCheckFunctionPointer();
quint64 getLoadConfig_GuardXFGDispatchFunctionPointer();
quint64 getLoadConfig_GuardXFGTableDispatchFunctionPointer();
quint64 getLoadConfig_CastGuardOsDeterminedFailureMode();
void setLoadConfig_Size(quint32 nValue);
void setLoadConfig_TimeDateStamp(quint32 nValue);
void setLoadConfig_MajorVersion(quint16 nValue);
void setLoadConfig_MinorVersion(quint16 nValue);
void setLoadConfig_GlobalFlagsClear(quint32 nValue);
void setLoadConfig_GlobalFlagsSet(quint32 nValue);
void setLoadConfig_CriticalSectionDefaultTimeout(quint32 nValue);
void setLoadConfig_DeCommitFreeBlockThreshold(quint64 nValue);
void setLoadConfig_DeCommitTotalFreeThreshold(quint64 nValue);
void setLoadConfig_LockPrefixTable(quint64 nValue);
void setLoadConfig_MaximumAllocationSize(quint64 nValue);
void setLoadConfig_VirtualMemoryThreshold(quint64 nValue);
void setLoadConfig_ProcessAffinityMask(quint64 nValue);
void setLoadConfig_CSDVersion(quint16 nValue);
void setLoadConfig_DependentLoadFlags(quint16 nValue);
void setLoadConfig_EditList(quint64 nValue);
void setLoadConfig_SecurityCookie(quint64 nValue);
void setLoadConfig_SEHandlerTable(quint64 nValue);
void setLoadConfig_SEHandlerCount(quint64 nValue);
void setLoadConfig_GuardCFCheckFunctionPointer(quint64 nValue);
void setLoadConfig_GuardCFDispatchFunctionPointer(quint64 nValue);
void setLoadConfig_GuardCFFunctionTable(quint64 nValue);
void setLoadConfig_GuardCFFunctionCount(quint64 nValue);