/* * This is the statistic file. * * Copyright 1990 by the Massachusetts Institute of Technology. * * For copying and distribution information, please see the file * . * * Tom Coppeto * MIT Network Services * 8 August 1990 * * $Source: /afs/net.mit.edu/tools/src/xport/RCS/stats.c,v $ * $Author: tom $ * $Locker: paco $ * $Log: stats.c,v $ * Revision 1.1 90/08/15 01:13:12 tom * Initial revision * */ #ifndef lint static char *rcsid = "$Header: /afs/net.mit.edu/tools/src/xport/RCS/stats.c,v 1.1 90/08/15 01:13:12 tom Exp Locker: paco $"; #endif #include "xport.h" #include extern char *buf; static char buf2[BUFSIZ]; extern getreq reply; char * do_device_stats() { objident *obj[SNMPMAXVARS]; char a[24]; char b[24]; caddr_t *dat; char *name; char *maddr; struct in_addr taddr; int total_pkts = 0; int xmit_colls = 0; int rec_colls = 0; int rcircuits = 0; int dtype = 0; int len = 0; int l; int o; o = 0; obj[o++] = &vDeviceType; obj[o++] = &vDeviceTotalPkts; obj[o++] = &vDeviceXmitColls; obj[o++] = &vDeviceRecColls; obj[o++] = &vDeviceRedundantCts; obj[o++] = &vDeviceIPAddress; obj[o++] = &vDeviceMACAddress; obj[o++] = &vDeviceName; obj[o++] = (objident *) NULL; if(!(dat = make_lots_o_snmp_queries(obj))) return; o = 0; bcopy(dat[o++], &dtype, sizeof(dtype)); bcopy(dat[o++], &total_pkts, sizeof(total_pkts)); bcopy(dat[o++], &xmit_colls, sizeof(xmit_colls)); bcopy(dat[o++], &rec_colls, sizeof(rec_colls)); bcopy(dat[o++], &rcircuits, sizeof(rcircuits)); bcopy(dat[o++], &taddr, sizeof(taddr)); maddr = make_phys_address(&(reply.varlist.elem[o++].val)); name = dat[o++]; strcpy(a, format_number(total_pkts)); strcpy(b, format_number(xmit_colls)); sprintf(buf2, "%-14s %s\n%-14s %s\n%-14s %s\n%-14s %-18s\n%-14s %d\n\n%-16s %15s\n%-16s %15s\n%-16s %15s\n", "Device Type: ", get_category(dtype, device_type), "Device name: ", name, "IP Address: ", inet_ntoa(taddr), "MAC Address: ", maddr, "Redundant Cts:", rcircuits, "Packets:", a, "Xmit collisions:", b, "Recv collisions:", format_number(rec_colls)); l = len; len += strlen(buf2); if(make_buf(len + 1) < 0) return((char *) NULL); strcpy(buf + l, buf2); return(buf); } char * do_board_stats(num) int num; { objident *obj[SNMPMAXVARS]; char a[24]; char b[24]; caddr_t *dat; int total_pkts = 0; int xmit_colls = 0; int rec_colls = 0; int tports = 0; int oports = 0; int type = 0; int len = 0; int l; int o; vBoardType.cmp[vBoardType.ncmp - 1] = num; vBoardTotalPorts.cmp[vBoardTotalPorts.ncmp - 1] = num; vBoardPortsOn.cmp[vBoardPortsOn.ncmp - 1] = num; vBoardTotalPkts.cmp[vBoardTotalPkts.ncmp - 1] = num; vBoardXmitColls.cmp[vBoardXmitColls.ncmp - 1] = num; vBoardRecColls.cmp[vBoardRecColls.ncmp - 1] = num; o = 0; obj[o++] = &vBoardType; obj[o++] = &vBoardTotalPorts; obj[o++] = &vBoardPortsOn; obj[o++] = &vBoardTotalPkts; obj[o++] = &vBoardXmitColls; obj[o++] = &vBoardRecColls; obj[o++] = (objident *) NULL; if(!(dat = make_lots_o_snmp_queries(obj))) return; o = 0; bcopy(dat[o++], &type, sizeof(type)); bcopy(dat[o++], &tports, sizeof(tports)); bcopy(dat[o++], &oports, sizeof(oports)); bcopy(dat[o++], &total_pkts, sizeof(total_pkts)); bcopy(dat[o++], &xmit_colls, sizeof(xmit_colls)); bcopy(dat[o++], &rec_colls, sizeof(rec_colls)); strcpy(a, format_number(total_pkts)); strcpy(b, format_number(xmit_colls)); sprintf(buf2, "%-16s %s\n%-16s %d/%d\n\n%-16s %15s\n%-16s %15s\n%-16s %15s\n", "Board Type: ", get_category(type, board[num].nports > 1 ? mpboard_type : spboard_type), "Operating Ports: ", oports, tports, "Packets:", a, "Xmit collisions:", b, "Recv collisions:", format_number(rec_colls)); l = len; len += strlen(buf2); if(make_buf(len + 1) < 0) return((char *) NULL); strcpy(buf + l, buf2); return(buf); } char * do_port_stats(port) struct _port *port; { objident *obj[SNMPMAXVARS]; char a[24]; char b[24]; caddr_t *dat; int mtype = 0; int rcircuit = 0; int rtype = 0; int rstatus = 0; int total_pkts = 0; int xmit_colls = 0; int rec_colls = 0; int len = 0; int l; int o; vPortMediaType.cmp[vPortMediaType.ncmp - 2] = port->boardnum; vPortMediaType.cmp[vPortMediaType.ncmp - 1] = port->portnum; vPortTotalPkts.cmp[vPortTotalPkts.ncmp - 2] = port->boardnum; vPortTotalPkts.cmp[vPortTotalPkts.ncmp - 1] = port->portnum; vPortXmitColls.cmp[vPortXmitColls.ncmp - 2] = port->boardnum; vPortXmitColls.cmp[vPortXmitColls.ncmp - 1] = port->portnum; vPortRecColls.cmp[vPortRecColls.ncmp - 2] = port->boardnum; vPortRecColls.cmp[vPortRecColls.ncmp - 1] = port->portnum; vPortRedundantCt.cmp[vPortRedundantCt.ncmp - 2] = port->boardnum; vPortRedundantCt.cmp[vPortRedundantCt.ncmp - 1] = port->portnum; vPortRedundantType.cmp[vPortRedundantType.ncmp - 2] = port->boardnum; vPortRedundantType.cmp[vPortRedundantType.ncmp - 1] = port->portnum; vPortRedundantStatus.cmp[vPortRedundantStatus.ncmp - 2] = port->boardnum; vPortRedundantStatus.cmp[vPortRedundantStatus.ncmp - 1] = port->portnum; o = 0; obj[o++] = &vPortMediaType; obj[o++] = &vPortTotalPkts; obj[o++] = &vPortXmitColls; obj[o++] = &vPortRecColls; obj[o++] = &vPortRedundantCt; obj[o++] = &vPortRedundantType; obj[o++] = &vPortRedundantStatus; obj[o++] = (objident *) NULL; if(!(dat = make_lots_o_snmp_queries(obj))) return; o = 0; bcopy(dat[o++], &mtype, sizeof(mtype)); bcopy(dat[o++], &total_pkts, sizeof(total_pkts)); bcopy(dat[o++], &xmit_colls, sizeof(xmit_colls)); bcopy(dat[o++], &rec_colls, sizeof(rec_colls)); bcopy(dat[o++], &rcircuit, sizeof(rcircuit)); bcopy(dat[o++], &rtype, sizeof(rtype)); bcopy(dat[o++], &rstatus, sizeof(rstatus)); strcpy(a, format_number(total_pkts)); strcpy(b, format_number(xmit_colls)); sprintf(buf2, "%-16s %s\n%-16s %d\n%-16s %s\n%-16s %s\n\n%-16s %15s\n%-16s %15s\n%-16s %15s\n", "Media type: ", get_category(mtype, media_type), "Redund. Circuit:", rcircuit, "Redund. Type: ", get_category(rtype, redundant_type), "Redund Status: ", get_category(rstatus, redundant_status), "Packets:", a, "Xmit collisions:", b, "Recv collisions:", format_number(rec_colls)); l = len; len += strlen(buf2); if(make_buf(len + 1) < 0) return((char *) NULL); strcpy(buf + l, buf2); return(buf); } void get_port_stats(port) struct _port *port; { objident *obj[SNMPMAXVARS]; caddr_t *dat; int o; port->update = time(0); vPortTotalPkts.cmp[vPortTotalPkts.ncmp - 2] = port->boardnum; vPortTotalPkts.cmp[vPortTotalPkts.ncmp - 1] = port->portnum; vPortXmitColls.cmp[vPortXmitColls.ncmp - 2] = port->boardnum; vPortXmitColls.cmp[vPortXmitColls.ncmp - 1] = port->portnum; vPortRecColls.cmp[vPortRecColls.ncmp - 2] = port->boardnum; vPortRecColls.cmp[vPortRecColls.ncmp - 1] = port->portnum; o = 0; obj[o++] = &vPortTotalPkts; obj[o++] = &vPortXmitColls; obj[o++] = &vPortRecColls; obj[o++] = (objident *) NULL; if(!(dat = make_lots_o_snmp_queries(obj))) return; o = 0; bcopy(dat[o++], &(port->pkts), sizeof(port->pkts)); bcopy(dat[o++], &(port->xmit_coll), sizeof(port->xmit_coll)); bcopy(dat[o++], &(port->recv_coll), sizeof(port->recv_coll)); } char * get_category(i, c) int i; struct _category *c; { struct _category *cp; static char *foo = "unknown"; cp = c; while(cp->name) if(cp->id == i) return(cp->name); else ++cp; return(foo); }