web51.searchresults

基于C8051F124单片机的TCP/IP协议栈的开发

---- wait Matches (39 in 6 files) ----
Analog.c:    while (AD0INT == 0);             // wait for conversion complete
Arp.c:extern WAIT xdata wait;
Arp.c:UCHAR waiting_for_arp;
Arp.c:	memset(&wait, 0, sizeof(wait));
Arp.c:	waiting_for_arp = FALSE;
Arp.c:	if ((waiting_for_arp) && (wait.timer))
Arp.c:		wait.timer--;
Arp.c:		if (wait.timer == 0)
Arp.c:	 			arp_send(NULL, wait.ipaddr, ARP_REQUEST);
Arp.c:				wait.timer = ARP_TIMEOUT;
Arp.c:				if (debug) serial_send("ARP: Gave up waiting for response\r");
Arp.c:	 			wait.timer = 0;
Arp.c:				waiting_for_arp = 0;
Arp.c:				free(wait.buf);
Arp.c:   // Set a flag to indicate that an IP datagram is waiting
Arp.c:   waiting_for_arp = TRUE;
Arp.c:   // If we are waiting for an arp response and the arp response
Arp.c:  	// we are waiting for, then send	the message-in-waiting
Arp.c:   	if ((waiting_for_arp) && (wait.ipaddr == arp->source_ipaddr))
Arp.c:   		waiting_for_arp = FALSE;
Arp.c:		  	ip_send(wait.buf, wait.ipaddr, wait.proto_id, wait.len);
Eth.c:// There may be more than 1 waiting but just allocate memory for
Ip.c:WAIT xdata wait;
Ip.c:      wait.buf = outbuf;
Ip.c:		wait.ipaddr = ip->dest_ipaddr;
Ip.c:		wait.proto_id = proto_id;
Ip.c:		wait.len = len;
Ip.c:		wait.timer = ARP_TIMEOUT; 
Main.c:		while (SPIF == 0);	 // wait for data transfer to be completed   				       	
Tcp.c:        	// At this point we would normally wait for the	application
Tcp.c:         // data... wait for client to send something to me 
Tcp.c:        	// At this point we would normally wait for the	application