int main()
{
int server_fifo_fd;
int client_fifo_fd;
int res;
char client_fifo_name[NAME_SIZE];
//message msg;
CourseInfo CI;
char *p;
//BUG:: Using the following ,when server_fifo exist, it will keep waiting when use CheckFile ,may be it is in using ,and was blocked .
//FIXME:: Don't CheckFile just DeleteFile
// if(UTIL_CheckFile(SERVER_FIFO_NAME))
{
UTIL_DeleteFile(SERVER_FIFO_NAME);
cout <<"Delete "<< SERVER_FIFO_NAME << endl;
}
if (mkfifo(SERVER_FIFO_NAME, 0777) == -1)
{
fprintf(stderr, "Sorry, create server fifo failure!\n");
exit(EXIT_FAILURE);
}
server_fifo_fd = open(SERVER_FIFO_NAME, O_RDONLY);
if (server_fifo_fd == -1)
{
fprintf(stderr, "Sorry, server fifo open failure!\n");
exit(EXIT_FAILURE);
}
// sleep(5);
// while ((res = read(server_fifo_fd, &CI, sizeof(CI))) > 0)
int count =0;
while (1)
{
if((res = read(server_fifo_fd, &CI, sizeof(CI))) > 0)
{
p = CI.Path;
while (*p)
{
*p = toupper(*p);
++p;
}
//CI.str="YYY";
sprintf(client_fifo_name, CLIENT_FIFO_NAME, CI.client_pid);
client_fifo_fd = open(client_fifo_name, O_WRONLY);
if (client_fifo_fd == -1)
{
fprintf(stderr, "Sorry, client fifo open failure!\n");
exit(EXIT_FAILURE);
}
// write(client_fifo_fd, &CI, sizeof(CI));
ResultInfo RI;
RI.client_pid = CI.client_pid;
//RI.result = SUCCEED;
RI.result = FAIL;
int grade = CI.Grade;
string strHash ;
strHash.assign(CI.Hash, strlen(CI.Hash));
switch(grade)
{
case 1:
{
Vhash1.push_back(strHash);
cout << "Vhash1 size " << Vhash1.size() << endl;
}
break;
case 2:
{
Vhash2.push_back(strHash);
cout << "Vhash2 size " << Vhash2.size() << endl;
}
break;
case 3:
{
Vhash3.push_back(strHash);
cout << "Vhash3 size " << Vhash3.size() << endl;
}
break;
default:
break;
}
cout << count++ << endl;
write(client_fifo_fd, &RI, sizeof(RI));
close(client_fifo_fd);
}
else//keep try open
{
//sleep(1);
}
}
close(server_fifo_fd);
unlink(SERVER_FIFO_NAME);
exit(EXIT_SUCCESS);
}
int main()
{
int server_fifo_fd;
int client_fifo_fd;
int res;
char client_fifo_name[NAME_SIZE];
MessageClient MC1;
memset(&MC1, 0 , sizeof(MC1));
// if(UTIL_CheckFile(SERVER_FIFO_NAME))
{
UTIL_DeleteFile(SERVER_FIFO_NAME);
cout <<"Delete "<< SERVER_FIFO_NAME << endl;
}
if (mkfifo(SERVER_FIFO_NAME, 0777) == -1)
{
fprintf(stderr, "Sorry, create server fifo failure!\n");
exit(EXIT_FAILURE);
}
server_fifo_fd = open(SERVER_FIFO_NAME, O_RDONLY);
if (server_fifo_fd == -1)
{
fprintf(stderr, "Sorry, server fifo open failure!\n");
exit(EXIT_FAILURE);
}
// sleep(5);
// while ((res = read(server_fifo_fd, &CI, sizeof(CI))) > 0)
int count =0;
while (1)
{
//First read Operation Type
if((res = read(server_fifo_fd, &MC1, sizeof(MC1))) > 0)
{
//CI.str="YYY";
ResultInfo RI;
RI.result = SUCCEED;
RI.MC.client_pid = MC1.client_pid;
CourseInfo CI;
LimitInfo LI;
int OT = MC1.OT;
switch(OT)
{
case Book:
{
if((res = read( server_fifo_fd, &CI, sizeof(CI))) > 0)
{
//sleep(4);//stand for do some post and get and annylyse
//do the book thing
string strHash ;
strHash.assign(CI.Hash, strlen(CI.Hash));
Vhash1.push_back(strHash);
//sleep(4);//stand for do some post and get and analyse
cout << "Got a book :" << CI.Hash <<" " << MC1.client_pid << endl;
}
}
break;
case LimitSpeed:
{
if((res = read(server_fifo_fd, &LI, sizeof(LI))) > 0)
{
//do the Limit thing
//sleep(4);//stand for do some post and get and annylyse
cout << "LI.DownloadSpeedLimitTo :" << LI.DownloadSpeedLimitTo << endl;
}
}
break;
case Status:
{
//Vhash3.push_back(strHash);
//cout << "Vhash3 size " << Vhash3.size() << endl;
}
break;
default:
break;
}
cout << count++ << endl;
sprintf(client_fifo_name, CLIENT_FIFO_NAME, MC1.client_pid);
client_fifo_fd = open(client_fifo_name, O_WRONLY);
if (client_fifo_fd == -1)
{
fprintf(stderr, "Sorry, client fifo open failure!\n");
exit(EXIT_FAILURE);
}
write(client_fifo_fd, &RI, sizeof(RI));
close(client_fifo_fd);
}
else//keep try open
{
sleep(1);//need to sleep for a few second for it will make 100%cpu
}
}
close(server_fifo_fd);
unlink(SERVER_FIFO_NAME);
exit(EXIT_SUCCESS);
}
int main()
{
int server_fifo_fd = -1;
int client_fifo_fd = -1;
int res;
char client_fifo_name[NAME_SIZE];
MessageClient MC1;
memset(&MC1, 0 , sizeof(MC1));
printf("\n starting 1:\n");
// if(UTIL_CheckFile(SERVER_FIFO_NAME))
{
UTIL_DeleteFile(SERVER_FIFO_NAME);
cout <<"Delete "<< SERVER_FIFO_NAME ;
}
printf("\n starting 2: mkfifo SERVER_FIFO_NAME\n");
if (mkfifo(SERVER_FIFO_NAME, 0666) == -1)
{
fprintf(stderr, "Sorry, create server fifo failure!\n");
exit(EXIT_FAILURE);
}
printf("\n starting 3: open SERVER_FIFO_NAME\n");
server_fifo_fd = open(SERVER_FIFO_NAME, O_RDONLY/*|O_NONBLOCK*/);
if (server_fifo_fd == -1)
{
fprintf(stderr, "Sorry, server fifo open failure!\n");
exit(EXIT_FAILURE);
}
printf("\n starting while:\n");
while (1)
{
ResultInfo RI;
//First read Operation Type
printf("\n starting 4: read server_fifo_fd MessageClient \n");
if((res = read(server_fifo_fd, &MC1, sizeof(MessageClient))) > 0)
{
CourseInfo CI;
int OT = MC1.OT;
printf("OT = %d\t",OT);
switch(OT)
{
case OT_Book:
{
printf("\n starting 5: read server_fifo_fd CourseInfo \n");
if((res = read( server_fifo_fd, &CI, sizeof(CourseInfo))) > 0)
{
// sleep(1);//stand for do some post and get and annylyse
cout << "Got a book Hash:" << CI.Hash <<" client " << MC1.client_pid << " Grade "<<CI.Grade << endl;
}
}
break;
default:
break;
}
fflush(stdout);
sprintf(client_fifo_name, "%s", CLIENT_FIFO_NAME);
if(client_fifo_fd == -1)
{
printf("\n open client_fifo_name \n");
client_fifo_fd = open(client_fifo_name, O_WRONLY);
}
if (client_fifo_fd == -1)
{
printf("\n open again client_fifo_name \n");
if(!UTIL_CheckFile(client_fifo_name))
{
printf("\n%s not exist \n" , client_fifo_name);
fprintf(stderr, "Sorry, client fifo open failure!\n");
exit(EXIT_FAILURE);
}
}
RI.result = 0;
RI.MC.client_pid = MC1.client_pid;
printf("write ResultInfo %d\t", OT);
write(client_fifo_fd, &RI, sizeof(ResultInfo) );
printf("write ResultInfo complete\n");
fflush(stdout);
// close(server_fifo_fd);
}
/*
* IMPORTANT :
* 如果不想用sleep等的方法， 则需要close (server_fifo_fd), 再打开， 以达到 block read 的效果
* */
else//keep try open
{
printf("in sleep res =%d\n", res);
fflush(stdout);
sleep(1);//need to sleep for a few second for it will make 100%cpu
}
}
close(server_fifo_fd);
// unlink(SERVER_FIFO_NAME);
exit(EXIT_SUCCESS);
}
int bnbtmain( )
{
gmtxOutput.Initialize( );
gmtxMySQL.Initialize( );
UTIL_LogPrint( "Tracker Start\n" );
srand( (unsigned int)time( 0 ) );
gtStartTime = time( 0 );
CFG_Open( CFG_FILE );
CFG_SetDefaults( );
CFG_Close( CFG_FILE );
// XBNBT Language Configuration
LANG_CFG_Init( LANG_CFG_FILE );
UTIL_LogPrint( "Setting debug level, access and error log files\n" );
guiFlushInterval = CFG_GetInt( "bnbt_flush_interval", 100 );
// Log
gstrLogDir = CFG_GetString( "bnbt_log_dir", string( ) );
gstrLogFilePattern = CFG_GetString( "bnbt_log_file_pattern", "%Y-%m-%d.log" );
if( !gstrLogDir.empty( ) && gstrLogDir[gstrLogDir.size( ) - 1] != PATH_SEP )
gstrLogDir += PATH_SEP;
gpLog = 0;
gulLogCount = 0;
// Error log
gstrErrorLogDir = CFG_GetString( "bnbt_error_log_dir", string( ) );
gstrErrorLogFilePattern = CFG_GetString( "bnbt_error_log_file_pattern", "%Y-%m-%de.log" );
if( !gstrErrorLogDir.empty( ) && gstrErrorLogDir[gstrErrorLogDir.size( ) - 1] != PATH_SEP )
gstrErrorLogDir += PATH_SEP;
gpErrorLog = 0;
gulErrorLogCount = 0;
// Access log
gstrAccessLogDir = CFG_GetString( "bnbt_access_log_dir", string( ) );
gstrAccessLogFilePattern = CFG_GetString( "bnbt_access_log_file_pattern", "%Y-%m-%da.log" );
if( !gstrAccessLogDir.empty( ) && gstrAccessLogDir[gstrAccessLogDir.size( ) - 1] != PATH_SEP )
gstrAccessLogDir += PATH_SEP;
gpAccessLog = 0;
gulAccessLogCount = 0;
// Set the debug level
gbDebug = CFG_GetInt( "bnbt_debug", 1 ) == 0 ? false : true;
gucDebugLevel = (unsigned char)CFG_GetInt( "bnbt_debug_level", 0 );
UTIL_LogPrint( "***********************************************\n" );
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
{
UTIL_LogPrint( "Debug is on at level (%u)\n", gucDebugLevel );
if( gstrLogDir.empty( ) )
UTIL_LogPrint( "Log directory is not set\n" );
else
UTIL_LogPrint( "Log dir (%s)\n", gstrLogDir.c_str( ) );
if( gstrErrorLogDir.empty( ) )
UTIL_LogPrint( "Error log directory is not set\n" );
else
UTIL_LogPrint( "Error log dir (%s)\n", gstrErrorLogDir.c_str( ) );
if( gstrErrorLogDir.empty( ) )
UTIL_LogPrint( "Access log directory is not set\n" );
else
UTIL_LogPrint( "Access log dir (%s)\n", gstrAccessLogDir.c_str( ) );
}
// Other globals
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Setting global variables\n" );
// PID
gstrPID = CFG_GetString( "bnbt_pid_file", string( ) );
if( gstrPID.empty( ) )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "PID file is not set\n" );
}
else
{
// Write the process ID to file
const long clPID( (long)getpid( ) );
UTIL_LogPrint( "Recording PID (%ld) to file (%s)\n", clPID, gstrPID.c_str( ) );
FILE *pFile = FILE_ERROR;
pFile = fopen( gstrPID.c_str( ), "wt" );
if( pFile == FILE_ERROR )
UTIL_LogPrint( "Unable to write PID file (%s)\n", gstrPID.c_str( ) );
else
{
fprintf( pFile, "%ld", clPID );
fclose( pFile );
}
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Recording PID completed\n" );
}
guiRestartServerInterval = CFG_GetInt( "bnbt_restart_interval", 24 );
gulRestartServerNext = GetTime( ) + guiRestartServerInterval * 3600;
guiMaxConns = CFG_GetInt( "bnbt_max_conns", 64 );
guiMaxRecvSize = CFG_GetInt( "bnbt_max_recv_size", 524288 );
gstrStyle = CFG_GetString( "bnbt_style_sheet", string( ) );
gstrCharSet = CFG_GetString( "bnbt_charset", "utf-8" );
gstrRealm = CFG_GetString( "bnbt_realm", "BNBT" );
gstrPasswordKey = CFG_GetString( "bnbt_password_key", "ZiJingBT" );
// The Trinity Edition - Addition Begins
// Sets the value for the Custom NT Service Name variable
gstrNTServiceName = CFG_GetString( "cbtt_service_name", "BNBT Service" );
// TCP window size
guiSO_RECBUF = CFG_GetInt( "xbnbt_so_recbuf", 128 ) * 1024;
guiSO_SNDBUF = CFG_GetInt( "xbnbt_so_sndbuf", 128 ) * 1024;
// Naggles algorithm
gbTCP_NODELAY = CFG_GetInt( "xbnbt_tcp_nodelay", 0 ) == 0 ? false : true;
#ifdef WIN32
// start winsock
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Starting the windows sockets\n" );
WSADATA wsaData;
const int ciResult( WSAStartup( MAKEWORD(2,2), &wsaData ) );
if ( ciResult != NO_ERROR )
{
UTIL_LogPrint( ( gmapLANG_CFG["unable_to_start_winsock"] + "\n" ).c_str( ), GetLastErrorString( ) );
// Delete the PID file
if( !gstrPID.empty( ) )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Deleting the PID file\n" );
UTIL_DeleteFile( gstrPID.c_str( ) );
}
// Close the log
if( gpLog )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing the log\n" );
fclose( gpLog );
}
// Close the access log
if( gpAccessLog )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing the access log\n" );
fclose( gpAccessLog );
}
// Close the error log
if( gpErrorLog )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing the error log\n" );
fclose( gpErrorLog );
}
UTIL_LogPrint( "Tracker Stop\n" );
gmtxMySQL.Destroy( );
gmtxOutput.Destroy( );
return 1;
}
#endif
// start mysql
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Setting MySQL dstate global variables\n" );
if( !( gpMySQL = mysql_init( 0 ) ) )
{
UTIL_LogPrint( ( gmapLANG_CFG["bnbt_mysql_error"] + "\n" ).c_str( ), mysql_error( gpMySQL ) );
// Delete the PID file
if( !gstrPID.empty( ) )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Deleting the PID file\n" );
UTIL_DeleteFile( gstrPID.c_str( ) );
}
// Close the log
if( gpLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the log\n" );
fclose( gpLog );
}
// Close the access log
if( gpAccessLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the access log\n" );
fclose( gpAccessLog );
}
// Close the error log
if( gpErrorLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the error log\n" );
fclose( gpErrorLog );
}
UTIL_LogPrint( "Tracker Stop\n" );
gmtxMySQL.Destroy( );
gmtxOutput.Destroy( );
return 1;
}
gmapMySQL.clear( );
gmapMySQL[pthread_self( )] = gpMySQL;
gstrMySQLHost = CFG_GetString( "mysql_host", string( ) );
gstrMySQLDatabase = CFG_GetString( "mysql_database", "bnbt" );
gstrMySQLUser = CFG_GetString( "mysql_user", string( ) );
gstrMySQLPassword = CFG_GetString( "mysql_password", string( ) );
guiMySQLPort = CFG_GetInt( "mysql_port", 0 );
if( !( mysql_real_connect( gpMySQL, gstrMySQLHost.c_str( ), gstrMySQLUser.c_str( ), gstrMySQLPassword.c_str( ), 0, guiMySQLPort, 0, 0 ) ) )
{
UTIL_LogPrint( ( gmapLANG_CFG["bnbt_mysql_error"] + "\n" ).c_str( ), mysql_error( gpMySQL ) );
// Delete the PID file
if( !gstrPID.empty( ) )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Deleting the PID file\n" );
UTIL_DeleteFile( gstrPID.c_str( ) );
}
// Close the log
if( gpLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the log\n" );
fclose( gpLog );
}
// Close the access log
if( gpAccessLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the access log\n" );
fclose( gpAccessLog );
}
// Close the error log
if( gpErrorLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the error log\n" );
fclose( gpErrorLog );
}
UTIL_LogPrint( "Tracker Stop\n" );
gmtxMySQL.Destroy( );
gmtxOutput.Destroy( );
return 1;
}
UTIL_LogPrint( ( gmapLANG_CFG["bnbt_mysql_connected"] + "\n" ).c_str( ) );
UTIL_MySQLCreateDatabase( );
if( mysql_select_db( gpMySQL, gstrMySQLDatabase.c_str( ) ) )
{
UTIL_LogPrint( ( gmapLANG_CFG["bnbt_mysql_error"] + "\n" ).c_str( ), mysql_error( gpMySQL ) );
// Delete the PID file
if( !gstrPID.empty( ) )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Deleting the PID file\n" );
UTIL_DeleteFile( gstrPID.c_str( ) );
}
// Close the log
if( gpLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the log\n" );
fclose( gpLog );
}
// Close the access log
if( gpAccessLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the access log\n" );
fclose( gpAccessLog );
}
// Close the error log
if( gpErrorLog )
{
if( gbDebug )
if( gucDebugLevel & DEBUG_BNBT )
UTIL_LogPrint( "Closing the error log\n" );
fclose( gpErrorLog );
}
UTIL_LogPrint( "Tracker Stop\n" );
gmtxMySQL.Destroy( );
gmtxOutput.Destroy( );
return 1;
}
UTIL_MySQLCreateTables( );
// Create the server
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Creating server\n" );
gpServer = new CServer( );
//
// Link
//
// if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
// UTIL_LogPrint( "Creating link client/server\n" );
// gpLink = 0;
// gpLinkServer = 0;
// if( CFG_GetInt( "bnbt_tlink_server", 0 ) != 0 )
// gpLinkServer = new CLinkServer( );
// else
// {
// if( !CFG_GetString( "bnbt_tlink_connect", string( ) ).empty( ) )
// {
//#ifdef WIN32
// int iLinkThreadResult = (int)_beginthread( ( void (*)(void *) )StartLink, 0, 0 );
//
// if( iLinkThreadResult == -1 )
// UTIL_LogPrint( ( gmapLANG_CFG["unable_to_spawn_link_thread_win32"] + "\n" ).c_str( ) );
//#else
// pthread_t thread;
// // set detached state since we don't need to join with any threads
// pthread_attr_t attr;
// pthread_attr_init( &attr );
// pthread_attr_setdetachstate( &attr, PTHREAD_CREATE_DETACHED );
// int iLinkThreadResult = pthread_create( &thread, &attr, ( void * (*)(void *) )StartLink, 0 );
// if( iLinkThreadResult != 0 )
// UTIL_LogPrint( ( gmapLANG_CFG["unable_to_spawn_link_thread"] + "\n" ).c_str( ), strerror( iLinkThreadResult ) );
//#endif
// }
// }
//
// HUBLink
//
// if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
// UTIL_LogPrint( "Creating hublink client/server\n" );
// gpHUBLink = 0;
// gpHUBLinkServer = 0;
// if( CFG_GetInt( "xbnbt_thlink_server", 0 ) != 0 )
// gpHUBLinkServer = new CHUBLinkServer( );
// else
// {
// if( !CFG_GetString( "xbnbt_thlink_connect", string( ) ).empty( ) )
// {
//#ifdef WIN32
// int iHubLinkThreadResult = (int)_beginthread( ( void (*)(void *) )StartHUBLink, 0, 0 );
//
// if( iHubLinkThreadResult == -1 )
// UTIL_LogPrint( ( gmapLANG_CFG["unable_to_spawn_hublink_thread_win32"] + "\n" ).c_str( ) );
//#else
// pthread_t thread;
// // set detached state since we don't need to join with any threads
// pthread_attr_t attr;
// pthread_attr_init( &attr );
// pthread_attr_setdetachstate( &attr, PTHREAD_CREATE_DETACHED );
// int iHubLinkThreadResult = pthread_create( &thread, &attr, ( void * (*)(void *) )StartHUBLink, 0 );
// if( iHubLinkThreadResult != 0 )
// UTIL_LogPrint( ( gmapLANG_CFG["unable_to_spawn_hublink_thread"] + "\n" ).c_str( ), strerror( iHubLinkThreadResult ) );
//#endif
// }
// }
//
// update loop
//
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Entering update loop\n" );
bool bDoUpdate = true;
while( bDoUpdate )
{
if( gbDebug && ( gucDebugLevel & DEBUG_LOOPS ) && gpServer )
UTIL_LogPrint( "Updating server\n" );
if( gpServer && gpServer->Update( true ) )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Deleting server\n" );
delete gpServer;
gpServer = 0;
// if( gpLinkServer )
// {
// if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
// UTIL_LogPrint( "Deleting link server\n" );
// delete gpLinkServer;
// gpLinkServer = 0;
// }
// if( gpHUBLinkServer )
// {
// if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
// UTIL_LogPrint( "Deleting hublink server\n" );
// delete gpHUBLinkServer;
// gpHUBLinkServer = 0;
// }
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Exit the update loop\n" );
bDoUpdate = false;
}
else
if( gpServer && guiRestartServerInterval > 0 && GetTime( ) > gulRestartServerNext )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Restarting server\n" );
delete gpServer;
gpServer = new CServer( );
gulRestartServerNext = GetTime( ) + guiRestartServerInterval * 3600;
}
// if( gpLinkServer && gucDebugLevel != 0 )
// {
// if( gbDebug && ( gucDebugLevel & DEBUG_LOOPS ) )
// UTIL_LogPrint( "Updating link server\n" );
// gpLinkServer->Update( );
// }
// if( gpHUBLinkServer && gucDebugLevel != 0 )
// {
// if( gbDebug && ( gucDebugLevel & DEBUG_LOOPS ) )
// UTIL_LogPrint( "Updating hublink server\n" );
// gpHUBLinkServer->Update( );
// }
}
//
// wait for the link or it might make a big mess
//
// if( gpLink )
// {
// if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
// UTIL_LogPrint( "Killing link client\n" );
//
// gpLink->Kill( );
// }
// const unsigned long culStart( GetTime( ) );
// while( gpLink )
// {
// UTIL_LogPrint( ( gmapLANG_CFG["wait_link_disconnect"] + "\n" ).c_str( ) );
// MILLISLEEP( 1000 );
// if( GetTime( ) - culStart > 60 )
// {
// UTIL_LogPrint( ( gmapLANG_CFG["waited_link_disconnect"] + "\n" ).c_str( ) );
// break;
// }
// }
//
// wait for the hub link or it might make a big mess
//
// if( gpHUBLink )
// {
// if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
// UTIL_LogPrint( "Killing hublink client\n" );
// gpHUBLink->Kill( );
// }
// const unsigned long culStartHUB( GetTime( ) );
// while( gpHUBLink )
// {
// UTIL_LogPrint( ( gmapLANG_CFG["wait_hublink_disconnect"] + "\n" ).c_str( ) );
// MILLISLEEP( 1000 );
// if( GetTime( ) - culStartHUB > 60 )
// {
// UTIL_LogPrint( ( gmapLANG_CFG["waited_hublink_disconnect"] + "\n" ).c_str( ) );
// break;
// }
// }
// Close the BNBT MySQL database
if( gpMySQL )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing MySQL dstate integration build\n" );
mysql_close( gpMySQL );
}
#ifdef WIN32
// Exit windows sockets
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing the windows sockets\n" );
WSACleanup( );
#endif
// Delete the PID file
if( !gstrPID.empty( ) )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Deleting the PID file\n" );
UTIL_DeleteFile( gstrPID.c_str( ) );
}
// Close the log
if( gpLog )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing the log\n" );
fclose( gpLog );
}
// Close the access log
if( gpAccessLog )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing the access log\n" );
fclose( gpAccessLog );
}
// Close the error log
if( gpErrorLog )
{
if( gbDebug && ( gucDebugLevel & DEBUG_BNBT ) )
UTIL_LogPrint( "Closing the error log\n" );
fclose( gpErrorLog );
}
UTIL_LogPrint( "Tracker Stop\n" );
gmtxMySQL.Destroy( );
gmtxOutput.Destroy( );
return 0;
}
