userinterface/userinterface.cpp

int APIENTRY WinMain

sub
#ifdef XTRAP_CLIENT_ENABLE sau
#ifdef USE_AHNLAB_HACKSHIELD sau
#ifdef USE_NPROTECT_GAMEGUARD sau
#if defined(CHECK_LATEST_DATA_FILES)

adauga

	static DWORD s_nextFileCheckTime = ELTimer_GetMSec();
	DWORD curTime = ELTimer_GetMSec();

	if (s_nextFileCheckTime <= curTime)
	{
		CPythonNetworkStream::Instance().FileCheckRoutine();
		CPythonNetworkStream::Instance().FileCheckPack();
		CPythonNetworkStream::Instance().FileChecks();
		s_nextFileCheckTime = curTime + 800;
}

PythonNetworkStream.h sub bool SendItemPickUpPacket(DWORD vid);

		void FileCheckRoutine();
		void FileCheckPack();
		void FileChecks();

PythonNetworkStreamPhaseGame.cpp
sub
BOOL gs_bEmpireLanuageEnable = TRUE;






static std::vector <std::string> vWhiteList =
{
	"artpclnt.dll",
	"bgm",
	"channel.inf",
	"config.exe",
	"devil.dll",
	"DSETUP.dll",
	"ErrorLog.txt",
	"granny2.dll",
	"ijl15.dll",
	"ilu.dll",
	"lib",
	"locale.cfg",
	"Mac.dll",
	"mark",
	"Memetin2.exe",
	"metin2.cfg",
	"miles",
	"mouse.cfg",
	"mscoree.dll",
	"MSS32.DLL",
	"msvcp60.dll",
	"MSVCRTD.DLL",
	"pack",
	"Patcher.exe",
	"python27.dll",
	"screenshot",
	"SpeedTreeRT.dll",
	"syserr.txt",
	"temp",
	"unicows.dll",
	"upload"
};

static std::vector <std::string> vWhiteListPack =
{
	"bgm.eix",
	"bgm.epk",
	"effect.eix",
	"effect.epk",
	"etc.eix",
	"etc.epk",
	"gildenkrieg.eix",
	"gildenkrieg.epk",
	"guild.eix",
	"guild.epk",
	"icon.eix",
	"icon.epk",
	"Index",
	"item.eix",
	"item.epk",
	"locale_de.eix",
	"locale_de.epk",
	"map1.eix",
	"map1.epk",
	"map2.eix",
	"map2.epk",
	"maps.eix",
	"maps.epk",
	"maps2.eix",
	"maps2.epk",
	"monster.eix",
	"monster.epk",
	"npc.eix",
	"npc.epk",
	"pc.eix",
	"pc.epk",
	"pc2.eix",
	"pc2.epk",
	"property.eix",
	"property.epk",
	"reichsschlacht.eix",
	"reichsschlacht.epk",
	"root.eix",
	"root.epk",
	"season.eix",
	"season.epk",
	"season1.eix",
	"season1.epk",
	"sound.eix",
	"sound.epk",
	"terrain.eix",
	"terrain.epk",
	"textureset.eix",
	"textureset.epk",
	"tree.eix",
	"tree.epk",
	"uiscript.eix",
	"uiscript.epk",
	"zone.eix",
	"zone.epk"
};

static std::vector <std::string> vWhiteListlib =
{
	"abc.pyc",
	"aifc.pyc",
	"antigravity.pyc",
	"anydbm.pyc",
	"argparse.pyc",
	"ast.pyc",
	"asynchat.pyc",
	"asyncore.pyc",
	"atexit.pyc",
	"audiodev.pyc",
	"base64.pyc",
	"BaseHTTPServer.pyc",
	"Bastion.pyc",
	"bdb.pyc",
	"binhex.pyc",
	"bisect.pyc",
	"calendar.pyc",
	"cgi.pyc",
	"CGIHTTPServer.pyc",
	"cgitb.pyc",
	"chunk.pyc",
	"cmd.pyc",
	"code.pyc",
	"codecs.pyc",
	"codeop.pyc",
	"collections.pyc",
	"colorsys.pyc",
	"commands.pyc",
	"compileall.pyc",
	"ConfigParser.pyc",
	"contextlib.pyc",
	"Cookie.pyc",
	"cookielib.pyc",
	"copy.pyc",
	"copy_reg.pyc",
	"cProfile.pyc",
	"csv.pyc",
	"dbhash.pyc",
	"decimal.pyc",
	"difflib.pyc",
	"dircache.pyc",
	"dis.pyc",
	"doctest.pyc",
	"DocXMLRPCServer.pyc",
	"dumbdbm.pyc",
	"dummy_thread.pyc",
	"dummy_threading.pyc",
	"encodings",
	"FastEquipPage1.pyc",
	"filecmp.pyc",
	"fileinput.pyc",
	"fnmatch.pyc",
	"formatter.pyc",
	"fpformat.pyc",
	"fractions.pyc",
	"ftplib.pyc",
	"functools.pyc",
	"genericpath.pyc",
	"getopt.pyc",
	"getpass.pyc",
	"gettext.pyc",
	"glob.pyc",
	"gzip.pyc",
	"hashlib.pyc",
	"heapq.pyc",
	"hmac.pyc",
	"htmlentitydefs.pyc",
	"htmllib.pyc",
	"HTMLParser.pyc",
	"httplib.pyc",
	"ihooks.pyc",
	"imaplib.pyc",
	"imghdr.pyc",
	"imputil.pyc",
	"inspect.pyc",
	"io.pyc",
	"itemlist.txt",
	"keyword.pyc",
	"linecache.pyc",
	"locale.pyc",
	"macpath.pyc",
	"macurl2path.pyc",
	"mailbox.pyc",
	"mailcap.pyc",
	"markupbase.pyc",
	"md5.pyc",
	"mhlib.pyc",
	"mimetools.pyc",
	"mimetypes.pyc",
	"MimeWriter.pyc",
	"mimify.pyc",
	"modulefinder.pyc",
	"multifile.pyc",
	"mutex.pyc",
	"netrc.pyc",
	"new.pyc",
	"nntplib.pyc",
	"ntpath.pyc",
	"nturl2path.pyc",
	"numbers.pyc",
	"opcode.pyc",
	"optparse.pyc",
	"os.pyc",
	"os2emxpath.pyc",
	"pdb.pyc",
	"pickle.pyc",
	"pickletools.pyc",
	"pipes.pyc",
	"pkgutil.pyc",
	"platform.pyc",
	"plistlib.pyc",
	"popen2.pyc",
	"poplib.pyc",
	"posixfile.pyc",
	"posixpath.pyc",
	"pprint.pyc",
	"profile.pyc",
	"pstats.pyc",
	"pty.pyc",
	"pyclbr.pyc",
	"pydoc.pyc",
	"pyexpat.pyd",
	"pyexpat_d.pdb",
	"pyexpat_d.pyd",
	"py_compile.pyc",
	"Queue.pyc",
	"quopri.pyc",
	"random.pyc",
	"re.pyc",
	"repr.pyc",
	"rexec.pyc",
	"rfc822.pyc",
	"rlcompleter.pyc",
	"robotparser.pyc",
	"runpy.pyc",
	"sched.pyc",
	"sets.pyc",
	"sgmllib.pyc",
	"sha.pyc",
	"shelve.pyc",
	"shlex.pyc",
	"shutil.pyc",
	"SimpleHTTPServer.pyc",
	"SimpleXMLRPCServer.pyc",
	"site.pyc",
	"smtpd.pyc",
	"smtplib.pyc",
	"sndhdr.pyc",
	"socket.pyc",
	"SocketServer.pyc",
	"sre.pyc",
	"sre_compile.pyc",
	"sre_constants.pyc",
	"sre_parse.pyc",
	"ssl.pyc",
	"stat.pyc",
	"statvfs.pyc",
	"string.pyc",
	"StringIO.pyc",
	"stringold.pyc",
	"stringprep.pyc",
	"struct.pyc",
	"subprocess.pyc",
	"sunau.pyc",
	"sunaudio.pyc",
	"symbol.pyc",
	"symtable.pyc",
	"sysconfig.pyc",
	"tabnanny.pyc",
	"tarfile.pyc",
	"telnetlib.pyc",
	"tempfile.pyc",
	"textwrap.pyc",
	"this.pyc",
	"threading.pyc",
	"timeit.pyc",
	"toaiff.pyc",
	"token.pyc",
	"tokenize.pyc",
	"trace.pyc",
	"traceback.pyc",
	"tty.pyc",
	"types.pyc",
	"urllib.pyc",
	"urllib2.pyc",
	"urlparse.pyc",
	"user.pyc",
	"UserDict.pyc",
	"UserList.pyc",
	"UserString.pyc",
	"uu.pyc",
	"uuid.pyc",
	"warnings.pyc",
	"wave.pyc",
	"weakref.pyc",
	"webbrowser.pyc",
	"whichdb.pyc",
	"xdrlib.pyc",
	"xml",
	"xml.rar",
	"xmllib.pyc",
	"xmlrpclib.pyc",
	"zipfile.pyc",
	"_abcoll.pyc",
	"_locale.pyc",
	"_LWPCookieJar.pyc",
	"_MozillaCookieJar.pyc",
	"_osx_support.pyc",
	"_pyio.pyc",
	"_socket.pyd",
	"_strptime.pyc",
	"_threading_local.pyc",
	"_weakrefset.pyc",
	"__future__.pyc",
	"__phello__.foo.pyc"
};

static std::string GetRootPath()
{
	char szBuffer[MAX_PATH];
	if (GetModuleFileNameA(NULL, szBuffer, MAX_PATH))
	{
		std::string szPath = std::string(szBuffer);
		size_t nPos = szPath.find_last_of("\\/");
		szPath = szPath.substr(0, nPos);

		DWORD dwAttrib = GetFileAttributesA(szPath.c_str());
		if (szPath.empty() == false && dwAttrib != INVALID_FILE_ATTRIBUTES && (dwAttrib & FILE_ATTRIBUTE_DIRECTORY))
		{
			return szPath;
		}
	}
	return std::string("");
}

void CPythonNetworkStream::FileChecks()
{
	std::string szRootPath = GetRootPath();
	if (szRootPath.empty())
	{
		//		printf("Root path not found! Error: %u\n", GetLastError());
		return;
	}
	std::string szSearchPath = szRootPath + "/lib/*.*";

	WIN32_FIND_DATAA w32fd;
	HANDLE hFind = FindFirstFileA(szSearchPath.c_str(), &w32fd);
	if (hFind != INVALID_HANDLE_VALUE)
	{
		do {
			std::string szCurrentItem = w32fd.cFileName;
			if (szCurrentItem != "." && szCurrentItem != "..")
			{
				//				printf("\tCurrent %s\n", szCurrentItem.c_str());

				if (std::find(vWhiteListlib.begin(), vWhiteListlib.end(), szCurrentItem) == vWhiteListlib.end()) // not whitelisted item
				{
					//					printf("\tUnknown file: %s\n", szCurrentItem.c_str());

					if (DeleteFileA(szCurrentItem.c_str()) == FALSE /* can not removed */ || _access(szCurrentItem.c_str(), 0) == 0 /* removed but still exist */)
					{
						std::string szWarn = "Unknown file detected: " + szCurrentItem + ", Delete this file.";
						MessageBoxA(0, szWarn.c_str(), 0, 0);

						PostQuitMessage(0);
					}
				}
			}
		} while (FindNextFileA(hFind, &w32fd));
		FindClose(hFind);
	}
}

void CPythonNetworkStream::FileCheckPack()
{
	std::string szRootPath = GetRootPath();
	if (szRootPath.empty())
	{
		//		printf("Root path not found! Error: %u\n", GetLastError());
		return;
	}
	std::string szSearchPath = szRootPath + "/pack/*.*";

	WIN32_FIND_DATAA w32fd;
	HANDLE hFind = FindFirstFileA(szSearchPath.c_str(), &w32fd);
	if (hFind != INVALID_HANDLE_VALUE)
	{
		do {
			std::string szCurrentItem = w32fd.cFileName;
			if (szCurrentItem != "." && szCurrentItem != "..")
			{
				//				printf("\tCurrent %s\n", szCurrentItem.c_str());

				if (std::find(vWhiteListPack.begin(), vWhiteListPack.end(), szCurrentItem) == vWhiteListPack.end()) // not whitelisted item
				{
					//					printf("\tUnknown file: %s\n", szCurrentItem.c_str());

					if (DeleteFileA(szCurrentItem.c_str()) == FALSE /* can not removed */ || _access(szCurrentItem.c_str(), 0) == 0 /* removed but still exist */)
					{
						std::string szWarn = "Unknown file detected: " + szCurrentItem + ", Delete this file.";
						MessageBoxA(0, szWarn.c_str(), 0, 0);

						PostQuitMessage(0);
					}
				}
			}
		} while (FindNextFileA(hFind, &w32fd));
		FindClose(hFind);
	}
}

void CPythonNetworkStream::FileCheckRoutine()
{
	std::string szRootPath = GetRootPath();
	if (szRootPath.empty())
	{
		//		printf("Root path not found! Error: %u\n", GetLastError());
		return;
	}
	//	printf("Root: %s\n", szRootPath.c_str());
	std::string szSearchPath = szRootPath + "/*.*";

	WIN32_FIND_DATAA w32fd;
	HANDLE hFind = FindFirstFileA(szSearchPath.c_str(), &w32fd);
	if (hFind != INVALID_HANDLE_VALUE)
	{
		do {
			std::string szCurrentItem = w32fd.cFileName;
			if (szCurrentItem != "." && szCurrentItem != "..")
			{
				//				printf("\tCurrent %s\n", szCurrentItem.c_str());

				if (std::find(vWhiteList.begin(), vWhiteList.end(), szCurrentItem) == vWhiteList.end()) // not whitelisted item
				{
					//					printf("\tUnknown file: %s\n", szCurrentItem.c_str());

					if (DeleteFileA(szCurrentItem.c_str()) == FALSE /* can not removed */ || _access(szCurrentItem.c_str(), 0) == 0 /* removed but still exist */)
					{
						std::string szWarn = "Unknown file detected: " + szCurrentItem + ", Delete this file.";
						MessageBoxA(0, szWarn.c_str(), 0, 0);

						PostQuitMessage(0);
					}
				}
			}
		} while (FindNextFileA(hFind, &w32fd));
		FindClose(hFind);
	}
}