switch(data[1]) { case 3:	 lprintf(T_IPHDR, "type RRH seq %#04x flags %d\n",ntohs(*((u_short*)(&data[8]))), data[10]); bptr = 11; while (bptr < length) lprintf(T_IPHDR, "%c", data[bptr++]); lprintf(T_IPHDR, "\n"); break; case 1:  lprintf(T_IPHDR, "type ROUTING UPDATE "); lprintf(T_IPHDR, "fragment %u frag total %u sync %u #nodes %u env_id %u\n", data[2], data[3], data[6], data[7], ntohs(*((u_short*)(&data[8]))));  bptr = data[6] + 6; nodes = data[7]; while(nodes-- && (length - bptr) > 7) { lprintf(T_DATA, "     Reporting Router: %s Seq %u Subseq %u #links %u\n", inet_ntoa(*((struct in_addr*)(&data[bptr]))), ntohs(*((u_short*)(&data[bptr+4]))), data[bptr+6], data[bptr+7]); links = data[bptr+7]; bptr += 8; while(links-- && (length - bptr) > 4) { lprintf(T_DATA, "          horizon %u ERP factor %u cost %u #adjacencies %u\n", data[bptr], data[bptr+1], data[bptr+2], data[bptr+3]); adjs = data[bptr+3]; bptr += 4; while(adjs-- && (length - bptr) > 4) { lprintf(T_DATA, "               %s/%d \n", inet_ntoa(*((struct in_addr*)(&data[bptr+1]))), data[bptr] & 0x3f); bptr += 5; }
switch (data[1]) { case 3:		 lprintf(T_IPHDR, "type RRH seq %#04x flags %d\n", ntohs(*((u_short *) (&data[8]))), data[10]); bptr = 11; while (bptr < length) lprintf(T_IPHDR, "%c", data[bptr++]); lprintf(T_IPHDR, "\n"); break; case 1:		 lprintf(T_IPHDR, "type ROUTING UPDATE "); lprintf(T_IPHDR, "fragment %u frag total %u sync %u #nodes %u env_id %u\n", data[2], data[3], data[6], data[7], ntohs(*((u_short *) (&data[8]))));  bptr = data[6] + 6; nodes = data[7]; while (nodes-- && (length - bptr) > 7) { lprintf(T_DATA, "     Reporting Router: %s Seq %u Subseq %u #links %u\n", inet_ntoa(* ((struct in_addr *) (&data[bptr]))), ntohs(*((u_short *) (&data[bptr + 4]))), data[bptr + 6], data[bptr + 7]); links = data[bptr + 7]; bptr += 8; while (links-- && (length - bptr) > 4) { lprintf(T_DATA, "          horizon %u ERP factor %u cost %u #adjacencies %u\n", data[bptr], data[bptr + 1], data[bptr + 2], data[bptr + 3]); adjs = data[bptr + 3]; bptr += 4; while (adjs-- && (length - bptr) > 4) { lprintf(T_DATA, "               %s/%d \n", inet_ntoa(* ((struct in_addr *) (&data[bptr + 1]))), data[bptr] & 0x3f); bptr += 5;
void rspf_dump(unsigned char *data, int length){	int bptr, nodes, links, adjs;		lprintf(T_IPHDR, "RSPF: version %u ", data[0]);		switch(data[1])	{		case 3:	/* RRH */			lprintf(T_IPHDR, "type RRH seq %#04x flags %d\n",ntohs(*((u_short*)(&data[8]))), data[10]);			bptr = 11;			while (bptr < length)							lprintf(T_IPHDR, "%c", data[bptr++]);			lprintf(T_IPHDR, "\n");			break;		case 1: /*Routing update*/			lprintf(T_IPHDR, "type ROUTING UPDATE ");			lprintf(T_IPHDR, "fragment %u frag total %u sync %u #nodes %u env_id %u\n", data[2], data[3], data[6], data[7], ntohs(*((u_short*)(&data[8]))));						bptr = data[6] + 6;			nodes = data[7];			while(nodes-- && (length - bptr) > 7)			{				lprintf(T_DATA, "     Reporting Router: %s Seq %u Subseq %u #links %u\n", inet_ntoa(*((struct in_addr*)(&data[bptr]))), ntohs(*((u_short*)(&data[bptr+4]))), data[bptr+6], data[bptr+7]);				links = data[bptr+7];				bptr += 8;				while(links-- && (length - bptr) > 4)				{					lprintf(T_DATA, "          horizon %u ERP factor %u cost %u #adjacencies %u\n", data[bptr], data[bptr+1], data[bptr+2], data[bptr+3]);					adjs = data[bptr+3];					bptr += 4;					while(adjs-- && (length - bptr) > 4)					{						lprintf(T_DATA, "               %s/%d \n", inet_ntoa(*((struct in_addr*)(&data[bptr+1]))), data[bptr] & 0x3f);						bptr += 5;					}				}			} 														break;		default:			lprintf(T_ERROR, "Unknown packet type %d\n", data[1]);			break;	}}