IMapMatch *IMapMatch::GetMapMatch()
{
if(!m_match)
{
CDynamicLibrary oneLib;
#ifdef _DEBUG
tstring fileName = _T("uegpsd.dll");
bool rt = oneLib.Load(fileName, CDynamicLibrary::LM_Lazy);
assert(rt);
#else
tstring fileName = _T("uegps.dll");
bool rt = oneLib.Load(fileName, CDynamicLibrary::LM_Lazy);
assert(rt);
#endif
if(rt)
{
tstring funcName = _T("GetMapMatch");
tstring type = _T("");
m_match = reinterpret_cast<IMapMatch *>(oneLib.ExecuteInterface(funcName, type));
}
}
assert(m_match);
return m_match;
}
IQuery *IQuery::GetQuery()
{
if(!m_query)
{
CDynamicLibrary oneLib;
#ifdef _DEBUG
tstring fileName = _T("uequeryd.dll");
bool rt = oneLib.Load(fileName, CDynamicLibrary::LM_Lazy);
assert(rt);
#else
tstring fileName = _T("uequery.dll");
bool rt = oneLib.Load(fileName, CDynamicLibrary::LM_Lazy);
assert(rt);
#endif
if(rt)
{
tstring funcName = _T("GetQuery");
tstring type = _T("Default");
m_query = reinterpret_cast<IQuery *>(oneLib.ExecuteInterface(funcName, type));
}
}
assert(m_query);
return m_query;
}
static int StartRcon(int argc,char* argv [])
{
CDynamicLibrary RCon;
if (RCon.Load(LIB_RCON))
{
typedef int(Main_t)(int,char* []);
Main_t* pfnEntryPoint = reinterpret_cast <Main_t*> ((long long)(RCon.GetProcedureAddress("RunRcon")));
if (pfnEntryPoint)
{
return pfnEntryPoint(argc,argv);
}
else
{
printf("ERROR: Bad file: %s\n",LIB_RCON);
}
}
else
{
printf("ERROR: Could not load %s\n",LIB_RCON);
printf("* Check installed data files.\n");
#ifdef WIN32
printf("* Check installed Microsoft Visual C++ 2008 SP1 Redistributable Package (x86).\n");
#endif
}
return -1;
}
CRemoteMdbItf()
:m_oLib("MdbCon")
{
m_fCreateMdbClient = (FCreateMdbClient)m_oLib.FindSymbol("CreateMdbClient");
m_fDestroyMdbClient = (FDestroyMdbClient)m_oLib.FindSymbol("DestroyMdbClient");
m_fStartMdbClient = (FStartMdbClient)m_oLib.FindSymbol("StartMdbClient");
m_fStopMdbClient = (FStopMdbClient)m_oLib.FindSymbol("StopMdbClient");
}
CMdbRepItf()
:m_oLib("MdbRep")
{
m_fMdbTransfer = (FMdbTransfer)m_oLib.FindSymbol("MdbTransfer");
m_fConfigMdbDomain = (FConfigMdbDomain)m_oLib.FindSymbol("ConfigMdbDomain");
m_fCreateMdbReplicator = (FCreateMdbReplicator)m_oLib.FindSymbol("CreateMdbReplicator");
m_fRegisterMdbTransfer = (FRegisterMdbTransfer)m_oLib.FindSymbol("RegisterMdbTransfer");
m_fCleanupMdbReplication = (FCleanupMdbReplication)m_oLib.FindSymbol("CleanupMdbReplication");
}
bool Valid()
{
if(!m_oLib.Valid())
return false;
if(!m_fCreateMemoryDataBase)
return false;
return true;
}
bool Valid()
{
if(!m_oLib.Valid())
return false;
if(!m_fMdbTransfer || !m_fConfigMdbDomain || !m_fCreateMdbReplicator || !m_fRegisterMdbTransfer || !m_fCleanupMdbReplication)
return false;
return true;
}
bool Valid()
{
if(!m_oLib.Valid())
return false;
if(!m_fCreateMdbServer || !m_fDestroyMdbServer)
return false;
return true;
}
bool Valid()
{
if(!m_oLib.Valid())
return false;
if(!m_fCreateMdbClient || !m_fDestroyMdbClient || !m_fStartMdbClient || !m_fStopMdbClient)
return false;
return true;
}
bool Valid()
{
if(!m_oLib.Valid())
return false;
if(!m_fInitializeMdbStorageAttr || !m_fInitializeMdbDataSource || !m_fCleanupMdbStorage ||
!m_fStartMdbStorage || !m_fStopMdbStorage)
return false;
return true;
}
CMdbStoItf()
:m_oLib("MdbSto")
{
m_fInitializeMdbStorageAttr = (FInitializeMdbStorageAttr)m_oLib.FindSymbol("InitializeMdbStorageAttr");
m_fInitializeMdbDataSource = (FInitializeMdbDataSource)m_oLib.FindSymbol("InitializeMdbDataSource");
m_fCleanupMdbStorage = (FCleanupMdbStorage)m_oLib.FindSymbol("CleanupMdbStorage");
m_fStartMdbStorage = (FStartMdbStorage)m_oLib.FindSymbol("StartMdbStorage");
m_fStopMdbStorage = (FStopMdbStorage)m_oLib.FindSymbol("StopMdbStorage");
m_fSetStorageTrigger = (FSetStorageTrigger)m_oLib.FindSymbol("SetStorageTrigger");
m_fSetCacheTrigger = (FSetCacheTrigger)m_oLib.FindSymbol("SetCacheTrigger");
}
CAutoLibrary::CAutoLibrary(const char* sLibDir)
{
char sLibFile[FOCP_MAX_PATH];
#if defined(WINDOWS)// || defined(CYGWIN_NT)
const char * sPostfix = ".dll";
const char * sPrefix = "";
#elif defined(CYGWIN_NT)
const char * sPostfix = ".dll";
const char * sPrefix = "cyg";
#else
const char * sPostfix = ".so";
const char * sPrefix = "lib";
#endif
CDynamicLibrary* pLibrary = NULL;
CDiskFileSystem* pFileSystem = CDiskFileSystem::GetInstance();
void* pDirectory = pFileSystem->OpenDirectory(sLibDir);
if(pDirectory == NULL)
{
FocpLog(FOCP_LOG_ERROR, ("OpenDirectory(%s) failure", sLibDir));
return;
}
//这里不能使用CFile，因为文件驱动的加载需要使用该函数，会形成死递归调用
FILE* fp;
CString oLibraryList, oUnLoadList;
CString::StringCopy(sLibFile, sLibDir);
CString::StringCatenate(sLibFile, "/load.cfg");
pFileSystem->GetOsPathName(sLibFile);
fp = fopen(sLibFile, "rb");
if(fp)
{
fseek(fp, 0, SEEK_END);
int32 nSize = ftell(fp);
fseek(fp, 0, SEEK_SET);
oLibraryList.Append('A', nSize);
fread((void*)oLibraryList.GetStr(), 1, nSize, fp);
fclose(fp);
}
CString::StringCopy(sLibFile, sLibDir);
CString::StringCatenate(sLibFile, "/unload.cfg");
pFileSystem->GetOsPathName(sLibFile);
fp = fopen(sLibFile, "rb");
if(fp)
{
fseek(fp, 0, SEEK_END);
int32 nSize = ftell(fp);
fseek(fp, 0, SEEK_SET);
oUnLoadList.Append('A', nSize);
fread((void*)oUnLoadList.GetStr(), 1, nSize, fp);
fclose(fp);
}
bool bIsDirectory;
const char* sFileName;
uint32 nLen2 = CString::StringLength(sPostfix);
uint32 nLen3 = CString::StringLength(sPrefix);
if(!oLibraryList.Empty())
{
CString oFileName;
CStringFormatter oFormatter(&oLibraryList);
while(oFormatter.Scan("%r", &oFileName)==1)
{
oFileName.Trim();
if(!oFileName.Empty())
{
if(!oUnLoadList.Empty())
{
uint32 nLen = oFileName.GetSize();
const char* sHead = oUnLoadList.GetStr();
char* sLib = CString::StringOfString(sHead, oFileName.GetStr(), false);
if(sLib &&
(sLib[nLen] == '\0' || CString::IsSpace(sLib[nLen])) &&
(sHead == sLib || CString::IsSpace(*(sLib-1))))
continue;
}
CString::StringCopy(sLibFile, sLibDir);
CString::StringCatenate(sLibFile, "/");
CString::StringCatenate(sLibFile, sPrefix);
CString::StringCatenate(sLibFile, oFileName.GetStr());
CString::StringCatenate(sLibFile, sPostfix);
if(pLibrary == NULL)
pLibrary = new CDynamicLibrary;
if(pLibrary->Load(sLibFile))
{
m_oLibrary.Insert(m_oLibrary.GetSize(), pLibrary);
pLibrary = NULL;
}
}
}
}
else while( (sFileName = pFileSystem->ReadDirectory(pDirectory, bIsDirectory)) )
{
if(bIsDirectory)
continue;
uint32 nLen = CString::StringLength(sFileName);
if(nLen <= nLen2+nLen3)
continue;
if(CString::StringCompare(sFileName+nLen-nLen2, sPostfix))
continue;
if(nLen3 && CString::StringCompare(sFileName, sPrefix, true, nLen3))
continue;
if(!oUnLoadList.Empty())
{
uint32 nLen4 = nLen-nLen2-nLen3;
CString oSimpleFileName(sFileName+nLen3, nLen4);
const char* sHead = oUnLoadList.GetStr();
char* sLib = CString::StringOfString(sHead, oSimpleFileName.GetStr(), false);
if(sLib && (sLib[nLen4] == '\0' ||
CString::IsSpace(sLib[nLen4])) &&
(sHead == sLib || CString::IsSpace(*(sLib-1))))
continue;
}
CString::StringCopy(sLibFile, sLibDir);
CString::StringCatenate(sLibFile, "/");
CString::StringCatenate(sLibFile, sFileName);
if(pLibrary == NULL)
pLibrary = new CDynamicLibrary;
if(pLibrary->Load(sLibFile))
{
m_oLibrary.Insert(m_oLibrary.GetSize(), pLibrary);
pLibrary = NULL;
}
}
pFileSystem->CloseDirectory(pDirectory);
if(pLibrary)
delete pLibrary;
}
CLocalMdbItf()
:m_oLib("MdbLoc")
{
m_fCreateMemoryDataBase = (FCreateMemoryDataBase)m_oLib.FindSymbol("CreateMemoryDataBase");
}
CMdbServerItf()
:m_oLib("MdbLsn")
{
m_fCreateMdbServer = (FCreateMdbServer)m_oLib.FindSymbol("CreateMdbServer");
m_fDestroyMdbServer = (FDestroyMdbServer)m_oLib.FindSymbol("DestroyMdbServer");
}
int main ( int argc, char* argv [] )
{
// Work out the launched directory and filename
int iLength = strlen ( argv[0] );
char *szLaunchDirectory = static_cast < char* > ( alloca ( iLength + 1 ) );
char *szLaunchFile = NULL;
strncpy ( szLaunchDirectory, argv[0], iLength + 1 );
for ( int i = 0 ; i < iLength ; i++ )
if ( szLaunchDirectory[i] == '\\' )
szLaunchDirectory[i] = '/';
if ( char* cpPos = strrchr ( szLaunchDirectory, '/' ) )
{
*cpPos = 0;
szLaunchFile = cpPos + 1;
}
if ( argc > 1 )
{
if ( strcmp ( argv[1], "/?" ) == 0 || strcmp ( argv[1], "--help" ) == 0 || strcmp ( argv[1], "-h" ) == 0 )
{
printf ( "Usage: %s [OPTION]\n\n", szLaunchFile ? szLaunchFile : "mtaserver" );
printf ( " -v Shows the program version\n" );
printf ( " -s Run server in silent mode\n" );
#ifndef WIN32
printf ( " -d Run server daemonized\n" );
#endif
printf ( " -t Run server with a simple console\n" );
printf ( " -f Run server with a standard console (Default)\n" );
printf ( " -n Disable the usage of ncurses (For screenlog)\n" );
printf ( " -D [PATH] Use as base directory\n" );
printf ( " --config [FILE] Alternate mtaserver.conf file\n" );
printf ( " --ip [ADDR] Set IP address\n" );
printf ( " --port [PORT] Set port\n" );
printf ( " --httpport [PORT] Set http port\n" );
printf ( " --maxplayers [max] Set maxplayers\n" );
printf ( " --novoice Disable voice communication\n" );
return 1;
}
else if ( strcmp ( argv[1], "--version" ) == 0 || strcmp ( argv[1], "-v" ) == 0 )
{
printf ( MTA_DM_FULL_STRING " v" MTA_DM_BUILDTAG_LONG "\n" );
return 1;
}
}
// If we are unable to access the core module, try changing to the directory of the launched file
FILE* fh = fopen ( LIB_CORE, "r" );
if ( !fh )
chdir ( szLaunchDirectory );
else
fclose ( fh );
// Load the core library
CDynamicLibrary Core;
if ( Core.Load ( LIB_CORE ) )
{
// Grab the entrypoint
typedef int ( Main_t )( int, char* [] );
Main_t* pfnEntryPoint = reinterpret_cast < Main_t* > ( (long long)(Core.GetProcedureAddress ( "Run" )) );
if ( pfnEntryPoint )
{
// Call it and return what it returns
return pfnEntryPoint ( argc, argv );
}
else
{
printf ( "ERROR: Bad file: %s\n", LIB_CORE );
}
}
else
{
printf ( "ERROR: Could not load %s\n", LIB_CORE );
printf ( "* Check installed data files.\n" );
#ifdef WIN32
printf ( "* Check installed Microsoft Visual C++ 2008 SP1 Redistributable Package (x86).\n" );
#endif
}
// Wait for a key then exit
printf ( "Press enter to continue...\n" );
cin.get ();
return 1;
}
int main ( int argc, char* argv [] )
{
// Work out the launched directory and filename
int iLength = strlen ( argv[0] );
char *szLaunchDirectory = static_cast < char* > ( alloca ( iLength + 1 ) );
strncpy ( szLaunchDirectory, argv[0], iLength + 1 );
for ( int i = 0 ; i < iLength ; i++ )
if ( szLaunchDirectory[i] == '\\' )
szLaunchDirectory[i] = '/';
SString strLaunchFile, strLaunchDirectory;
if ( char* cpPos = strrchr ( szLaunchDirectory, '/' ) )
{
*cpPos = 0;
strLaunchFile = cpPos + 1;
strLaunchDirectory = szLaunchDirectory;
}
else
{
strLaunchFile = szLaunchDirectory;
strLaunchDirectory = "";
}
if ( argc > 1 )
{
if ( strcmp ( argv[1], "/?" ) == 0 || strcmp ( argv[1], "--help" ) == 0 || strcmp ( argv[1], "-h" ) == 0 )
{
printf ( "Usage: %s [OPTION]\n\n", *strLaunchFile );
printf ( " -v Shows the program version\n" );
printf ( " -s Run server in silent mode\n" );
#ifndef WIN32
printf ( " -d Run server daemonized\n" );
#endif
printf ( " -t Run server with a simple console\n" );
printf ( " -f Run server with a standard console (Default)\n" );
printf ( " -n Disable the usage of ncurses (For screenlog)\n" );
#ifndef WIN32
printf ( " -x Disable simplified crash reports (To allow core dumps)\n" );
printf ( " -q Do not add " LINUX_LIBS_PATH " directory to library search path\n" );
#endif
printf ( " -D [PATH] Use as base directory\n" );
printf ( " --config [FILE] Alternate mtaserver.conf file\n" );
printf ( " --ip [ADDR] Set IP address\n" );
printf ( " --port [PORT] Set port\n" );
printf ( " --httpport [PORT] Set http port\n" );
printf ( " --maxplayers [max] Set maxplayers\n" );
printf ( " --novoice Disable voice communication\n" );
return 1;
}
}
#ifdef WIN32
if ( !IsWindowsXPSP3OrGreater() )
{
printf ( "This version of MTA requires Windows XP SP3 or later\n" );
// Wait for a key then exit
printf ( "Press enter to continue...\n" );
cin.get ();
return 1;
}
#else
HandleLinuxLibs( strLaunchDirectory, argc, argv );
#endif
// If we are unable to access the core module, try changing to the directory of the launched file
FILE* fh = fopen ( LIB_CORE, "r" );
if ( !fh )
{
#ifdef WIN32
wchar_t szBuffer[64000];
GetModuleFileNameW( NULL, szBuffer, 64000 );
PathRemoveFileSpecW ( szBuffer );
SetCurrentDirectoryW( szBuffer );
#else
chdir ( strLaunchDirectory );
#endif
}
else
fclose ( fh );
// Load the core library
CDynamicLibrary Core;
if ( Core.Load ( LIB_CORE ) )
{
// Grab the entrypoint
typedef int ( Main_t )( int, char* [] );
Main_t* pfnEntryPoint = reinterpret_cast < Main_t* > ( (long long)(Core.GetProcedureAddress ( "Run" )) );
if ( pfnEntryPoint )
{
// Call it and return what it returns
return pfnEntryPoint ( argc, argv );
}
else
{
printf ( "ERROR: Bad file: %s\n", LIB_CORE );
}
}
else
{
printf ( "ERROR: Could not load %s\n", LIB_CORE );
printf ( "* Check installed data files.\n" );
#ifdef WIN32
printf ( "* Check installed Microsoft Visual C++ Redistributable Package (x86).\n" );
#endif
}
// Wait for a key then exit
printf ( "Press enter to continue...\n" );
cin.get ();
return 1;
}
