U8_T GUDPBC_NewConn(U32_T XDATA* pip, U16_T remotePort, U8_T socket)
{
U8_T i;
for(i = 0; i < GUDPBC_MAX_CONNS; i++)
{
if(gudpbc_Conns[i].State == GUDPBC_STATE_FREE)
{
gudpbc_Conns[i].State = GUDPBC_STATE_CONNECTED;
gudpbc_Conns[i].UdpSocket = socket;
return i;
}
// new connection
udp_scan_count = 0;
}
if(i == GUDPBC_MAX_CONNS)
{
gudpbc_Conns[0].State = GUDPBC_STATE_FREE;
TCPIP_UdpClose(gudpbc_Conns[0].UdpSocket);
gudpbc_Conns[0].State = GUDPBC_STATE_CONNECTED;
gudpbc_Conns[0].UdpSocket = socket;
return 0;
}
return GUDPBC_NO_NEW_CONN;
} /* End of GUDPBC_NewConn() */
/*
* ----------------------------------------------------------------------------
* Function Name: SNTPC_Stop
* Purpose:
* Params:
* Returns:
* Note:
* ----------------------------------------------------------------------------
*/
void SNTPC_Stop(void)
{
if (sntpc_Conns.State != SNTP_STATE_INITIAL)
{
TCPIP_UdpClose(sntpc_Conns.UdpSocket);
sntpc_Conns.State = SNTP_STATE_INITIAL;
}
} /* End of SNTPC_Stop() */
/*
* ----------------------------------------------------------------------------
* Function Name: SNTPC_Event
* Purpose:
* Params:
* Returns:
* Note:
* ----------------------------------------------------------------------------
*/
void SNTPC_Event(U8_T id, U8_T event)
{
if (id != 0)
return;
if (event == TCPIP_CONNECT_CANCEL)
{
TCPIP_UdpClose(sntpc_Conns.UdpSocket);
sntpc_Conns.State = SNTP_STATE_INITIAL;
}
} /* End of SNTPC_Event() */
