/**
* UDPClientOpen - Create a UDP client on specified port, try more time for arp request.
* \param udpaddr IP address of server
* \param udpport Remote Port of UDP server
* \return The number of current socket or 0 if an error occured during the opening of the socket.
*/
BYTE UDPClientOpen (char *udpaddr, char udpport[])
{
static NODE_INFO Server;
StringToIPAddress((BYTE*) udpaddr, &Server.IPAddr);
ARPResolveMAC((char*) &(Server.IPAddr));
if(ARPIsResolved(&Server.IPAddr, &Server.MACAddr))
return UDPGenericOpen(0, &Server, udpport);
else
return 0;
}
/**
* UDPClientOpen - Create a UDP client on specified port, try more time for arp request.
* \param udpaddr IP address of server
* \param udpport Remote Port of UDP server
* \return The number of current socket or 0 if an error occured during the opening of the socket.
*/
BYTE UDPClientOpen (char *udpaddr, char udpport[])
{
#if defined (FLYPORT)
if (WFStatus != TURNED_OFF)
#endif
{
static NODE_INFO Server;
StringToIPAddress((BYTE*) udpaddr, &Server.IPAddr);
ARPResolveMAC((char*) &(Server.IPAddr));
vTaskDelay(30);
if(ARPIsResolved(&Server.IPAddr, &Server.MACAddr))
return UDPGenericOpen(0, &Server, udpport);
else
return 0;
}
return 0;
}
/**
* UDPBroadcastOpen - Create a UDP broadcast on specified port
* \param udpport Remote Port for UDP
* \return The number of current socket or 0 if an error occured during the opening of the socket.
*/
BYTE UDPBroadcastOpen (char udpport[])
{
return UDPGenericOpen(0, NULL, udpport);
}
/**
* UDPServerOpen - Create a UDP server on specified port
* \param udpport Local Port for UDP server
* \return The number of current socket, or 0 if an error occured during the opening of the socket.
*/
BYTE UDPServerOpen (char udpport[])
{
return UDPGenericOpen(udpport, NULL , udpport);
}
