/* udp_out test */
int main() {
struct udp_metadata_parsed meta;
struct finsFrame* pff;
struct finsFrame ff;
unsigned short checksum = 0;
char str[20] = "00000000TESTING";
ff.dataFrame.pdu = &str[0];
meta.u_IPdst = IP4_ADR_P2N(171,2,14,10);
meta.u_IPsrc = IP4_ADR_P2N(153,18,8,105);
meta.u_destPort = 13;
meta.u_srcPort = 1087;
ff.dataFrame.pduLength = 7;
ff.dataOrCtrl = DATA;
ff.destinationID = UDPID;
ff.dataFrame.directionFlag = DOWN;
memcpy(&ff.dataFrame.metaData, &meta, 16);
pff = &ff;
// printf("The metadata's value for the length is %d\n", pseudoheader2.u_pslen);
// printf("The UDP packet's value for the length is %d\n", packet2.u_len);
udp_out(pff);
return (0);
}
void task(void){
uint8_t addr[4] = {192, 168, 5, 2};
uint16_t bytes;
udp_set_callback(udp_callback);
delay_ms(4000);
while(1){
printf("\nsending packet..");
memset(frame_out + ETH_HEADER_SIZE + IP_HEADER_SIZE + UDP_HEADER_SIZE, 0xaa, 200 + ETH_HEADER_SIZE + IP_HEADER_SIZE + UDP_HEADER_SIZE);
bytes = udp_out(addr, 666, 777, frame_out + ETH_HEADER_SIZE, 200 + UDP_HEADER_SIZE);
if (!bytes) printf("nothing sent. maybe an ARP request was needed?");
delay_ms(2000);
}
}
void udp_get_FF(){
struct finsFrame ff;
UDP_InputQueue_Read_local(&ff);
udpStat.totalRecieved++;
if(ff.dataOrCtrl == CONTROL){
// send to something to deal with FCF
}
if(ff.dataOrCtrl == DATA && ff.dataFrame.directionFlag == UP){
udp_in(&ff);
}
if(ff.dataOrCtrl == DATA && ff.dataFrame.directionFlag == DOWN){
udp_out(&ff);
}
}
