79 		if (ip == g_config.mos->netdev_table->ent[i]->ip_addr) {  in GetHWaddr()
80 			haddr = g_config.mos->netdev_table->ent[i]->haddr;  in GetHWaddr()
102 		if (g_config.mos->arp_table->ent[i]->prefix == 1) {  in GetDestinationHWaddr()
103 			if (g_config.mos->arp_table->ent[i]->ip == dip) {  in GetDestinationHWaddr()
104 				d_haddr = g_config.mos->arp_table->ent[i]->haddr;  in GetDestinationHWaddr()
108 			if ((dip & g_config.mos->arp_table->ent[i]->mask) ==  in GetDestinationHWaddr()
109 					g_config.mos->arp_table->ent[i]->masked_ip) {  in GetDestinationHWaddr()
111 				if (g_config.mos->arp_table->ent[i]->prefix > prefix) {  in GetDestinationHWaddr()
112 					d_haddr = g_config.mos->arp_table->ent[i]->haddr;  in GetDestinationHWaddr()
113 					prefix = g_config.mos->arp_table->ent[i]->prefix;  in GetDestinationHWaddr()
145 	arph->ar_sip = g_config.mos->netdev_table->ent[nif]->ip_addr;  in ARPOutput()
148 	memcpy(arph->ar_sha, g_config.mos->netdev_table->ent[nif]->haddr, arph->ar_hln);  in ARPOutput()
167 	g_config.mos->arp_table->ent[idx] = calloc(1, sizeof(struct _arp_entry));  in RegisterARPEntry()
168 	if (!g_config.mos->arp_table->ent[idx])  in RegisterARPEntry()
170 	g_config.mos->arp_table->ent[idx]->prefix = 32;  in RegisterARPEntry()
171 	g_config.mos->arp_table->ent[idx]->ip = ip;  in RegisterARPEntry()
172 	memcpy(g_config.mos->arp_table->ent[idx]->haddr, haddr, ETH_ALEN);  in RegisterARPEntry()
173 	g_config.mos->arp_table->ent[idx]->mask = -1;  in RegisterARPEntry()
174 	g_config.mos->arp_table->ent[idx]->masked_ip = ip;  in RegisterARPEntry()
187 	struct arp_queue_entry *ent;  in RequestARP()  local
193 	TAILQ_FOREACH(ent, &g_arpm.list, arp_link) {  in RequestARP()
194 		if (ent->ip == ip) {  in RequestARP()
200 	ent = (struct arp_queue_entry *)calloc(1, sizeof(struct arp_queue_entry));  in RequestARP()
201 	if (ent == NULL) {  in RequestARP()
205 	ent->ip = ip;  in RequestARP()
206 	ent->nif_out = nif;  in RequestARP()
207 	ent->ts_out = cur_ts;  in RequestARP()
208 	TAILQ_INSERT_TAIL(&g_arpm.list, ent, arp_link);  in RequestARP()
239 	struct arp_queue_entry *ent;  in ProcessARPReply()  local
249 	TAILQ_FOREACH(ent, &g_arpm.list, arp_link) {  in ProcessARPReply()
250 		if (ent->ip == arph->ar_sip) {  in ProcessARPReply()
251 			TAILQ_REMOVE(&g_arpm.list, ent, arp_link);  in ProcessARPReply()
252 			free(ent);  in ProcessARPReply()
271 		if (arph->ar_tip == g_config.mos->netdev_table->ent[i]->ip_addr) {  in ProcessARPPacket()
305 		ARPOutput(mtcp, g_config.mos->netdev_table->ent[i]->ifindex, arp_op_request, 0, NULL, NULL);  in PublishARP()
315         struct arp_queue_entry *ent, *ent_tmp;  in ARPTimer()  local
319         TAILQ_FOREACH_SAFE(ent, &g_arpm.list, arp_link, ent_tmp) {  in ARPTimer()
320                 if (TS_GEQ(cur_ts, ent->ts_out + SEC_TO_TS(ARP_TIMEOUT_SEC))) {  in ARPTimer()
323                         TAILQ_REMOVE(&g_arpm.list, ent, arp_link);  in ARPTimer()
324                         free(ent);  in ARPTimer()
339 		uint8_t *da = (uint8_t *)&g_config.mos->arp_table->ent[i]->ip;  in PrintARPTable()
344 				g_config.mos->arp_table->ent[i]->haddr[0],  in PrintARPTable()
345 				g_config.mos->arp_table->ent[i]->haddr[1],  in PrintARPTable()
346 				g_config.mos->arp_table->ent[i]->haddr[2],  in PrintARPTable()
347 				g_config.mos->arp_table->ent[i]->haddr[3],  in PrintARPTable()
348 				g_config.mos->arp_table->ent[i]->haddr[4],  in PrintARPTable()
349 				g_config.mos->arp_table->ent[i]->haddr[5]);  in PrintARPTable()