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/*++
Copyright (c) 1996 Microsoft Corporation
Module Name:
Abstract:
Author:
Revision History:
--*/
#ifndef __INDICES_H__
#define __INDICES_H__
//
// A bunch of defines to set up the indices for the mib variables
//
#define mi_sysDescr 0
#define mi_sysObjectID mi_sysDescr + 1
#define mi_sysUpTime mi_sysObjectID + 1
#define mi_sysContact mi_sysUpTime + 1
#define mi_sysName mi_sysContact + 1
#define mi_sysLocation mi_sysName + 1
#define mi_sysServices mi_sysLocation + 1
#define mi_ifNumber 0
#define mi_ifTable mi_ifNumber + 1
#define mi_ifEntry mi_ifTable + 1
#define mi_ifIndex mi_ifEntry + 1
#define mi_ifDescr mi_ifIndex + 1
#define mi_ifType mi_ifDescr + 1
#define mi_ifMtu mi_ifType + 1
#define mi_ifSpeed mi_ifMtu + 1
#define mi_ifPhysAddress mi_ifSpeed + 1
#define mi_ifAdminStatus mi_ifPhysAddress + 1
#define mi_ifOperStatus mi_ifAdminStatus + 1
#define mi_ifLastChange mi_ifOperStatus + 1
#define mi_ifInOctets mi_ifLastChange + 1
#define mi_ifInUcastPkts mi_ifInOctets + 1
#define mi_ifInNUcastPkts mi_ifInUcastPkts + 1
#define mi_ifInDiscards mi_ifInNUcastPkts + 1
#define mi_ifInErrors mi_ifInDiscards + 1
#define mi_ifInUnknownProtos mi_ifInErrors + 1
#define mi_ifOutOctets mi_ifInUnknownProtos + 1
#define mi_ifOutUcastPkts mi_ifOutOctets + 1
#define mi_ifOutNUcastPkts mi_ifOutUcastPkts + 1
#define mi_ifOutDiscards mi_ifOutNUcastPkts + 1
#define mi_ifOutErrors mi_ifOutDiscards + 1
#define mi_ifOutQLen mi_ifOutErrors + 1
#define mi_ifSpecific mi_ifOutQLen + 1
#define mi_ipForwarding 0
#define mi_ipDefaultTTL mi_ipForwarding + 1
#define mi_ipInReceives mi_ipDefaultTTL + 1
#define mi_ipInHdrErrors mi_ipInReceives + 1
#define mi_ipInAddrErrors mi_ipInHdrErrors + 1
#define mi_ipForwDatagrams mi_ipInAddrErrors + 1
#define mi_ipInUnknownProtos mi_ipForwDatagrams + 1
#define mi_ipInDiscards mi_ipInUnknownProtos + 1
#define mi_ipInDelivers mi_ipInDiscards + 1
#define mi_ipOutRequests mi_ipInDelivers + 1
#define mi_ipOutDiscards mi_ipOutRequests + 1
#define mi_ipOutNoRoutes mi_ipOutDiscards + 1
#define mi_ipReasmTimeout mi_ipOutNoRoutes + 1
#define mi_ipReasmReqds mi_ipReasmTimeout + 1
#define mi_ipReasmOKs mi_ipReasmReqds + 1
#define mi_ipReasmFails mi_ipReasmOKs + 1
#define mi_ipFragOKs mi_ipReasmFails + 1
#define mi_ipFragFails mi_ipFragOKs + 1
#define mi_ipFragCreates mi_ipFragFails + 1
#define mi_ipAddrTable mi_ipFragCreates + 1
#define mi_ipAddrEntry mi_ipAddrTable + 1
#define mi_ipAdEntAddr mi_ipAddrEntry + 1
#define mi_ipAdEntIfIndex mi_ipAdEntAddr + 1
#define mi_ipAdEntNetMask mi_ipAdEntIfIndex + 1
#define mi_ipAdEntBcastAddr mi_ipAdEntNetMask + 1
#define mi_ipAdEntReasmMaxSize mi_ipAdEntBcastAddr + 1
#define mi_ipRouteTable mi_ipAdEntReasmMaxSize + 1
#define mi_ipRouteEntry mi_ipRouteTable + 1
#define mi_ipRouteDest mi_ipRouteEntry + 1
#define mi_ipRouteIfIndex mi_ipRouteDest + 1
#define mi_ipRouteMetric1 mi_ipRouteIfIndex + 1
#define mi_ipRouteMetric2 mi_ipRouteMetric1 + 1
#define mi_ipRouteMetric3 mi_ipRouteMetric2 + 1
#define mi_ipRouteMetric4 mi_ipRouteMetric3 + 1
#define mi_ipRouteNextHop mi_ipRouteMetric4 + 1
#define mi_ipRouteType mi_ipRouteNextHop + 1
#define mi_ipRouteProto mi_ipRouteType + 1
#define mi_ipRouteAge mi_ipRouteProto + 1
#define mi_ipRouteMask mi_ipRouteAge + 1
#define mi_ipRouteMetric5 mi_ipRouteMask + 1
#define mi_ipRouteInfo mi_ipRouteMetric5 + 1
#define mi_ipNetToMediaTable mi_ipRouteInfo + 1
#define mi_ipNetToMediaEntry mi_ipNetToMediaTable + 1
#define mi_ipNetToMediaIfIndex mi_ipNetToMediaEntry + 1
#define mi_ipNetToMediaPhysAddress mi_ipNetToMediaIfIndex + 1
#define mi_ipNetToMediaNetAddress mi_ipNetToMediaPhysAddress + 1
#define mi_ipNetToMediaType mi_ipNetToMediaNetAddress + 1
#define mi_ipRoutingDiscards mi_ipNetToMediaType + 1
#define mi_ipForwardGroup mi_ipRoutingDiscards + 1
#define mi_ipForwardNumber mi_ipForwardGroup + 1
#define mi_ipForwardTable mi_ipForwardNumber + 1
#define mi_ipForwardEntry mi_ipForwardTable + 1
#define mi_ipForwardDest mi_ipForwardEntry + 1
#define mi_ipForwardMask mi_ipForwardDest + 1
#define mi_ipForwardPolicy mi_ipForwardMask + 1
#define mi_ipForwardNextHop mi_ipForwardPolicy + 1
#define mi_ipForwardIfIndex mi_ipForwardNextHop + 1
#define mi_ipForwardType mi_ipForwardIfIndex + 1
#define mi_ipForwardProto mi_ipForwardType + 1
#define mi_ipForwardAge mi_ipForwardProto + 1
#define mi_ipForwardInfo mi_ipForwardAge + 1
#define mi_ipForwardNextHopAS mi_ipForwardInfo + 1
#define mi_ipForwardMetric1 mi_ipForwardNextHopAS + 1
#define mi_ipForwardMetric2 mi_ipForwardMetric1 + 1
#define mi_ipForwardMetric3 mi_ipForwardMetric2 + 1
#define mi_ipForwardMetric4 mi_ipForwardMetric3 + 1
#define mi_ipForwardMetric5 mi_ipForwardMetric4 + 1
//
// These values should match the order of entries in mib_icmpGroup[]
//
typedef enum { mi_icmpInMsgs = 0, mi_icmpInErrors, mi_icmpInDestUnreachs, mi_icmpInTimeExcds, mi_icmpInParmProbs, mi_icmpInSrcQuenchs, mi_icmpInRedirects, mi_icmpInEchos, mi_icmpInEchoReps, mi_icmpInTimestamps, mi_icmpInTimestampReps, mi_icmpInAddrMasks, mi_icmpInAddrMaskReps, mi_icmpOutMsgs, mi_icmpOutErrors, mi_icmpOutDestUnreachs, mi_icmpOutTimeExcds, mi_icmpOutParmProbs, mi_icmpOutSrcQuenchs, mi_icmpOutRedirects, mi_icmpOutEchos, mi_icmpOutEchoReps, mi_icmpOutTimestamps, mi_icmpOutTimestampReps, mi_icmpOutAddrMasks, mi_icmpOutAddrMaskReps, mi_inetIcmpTable, mi_inetIcmpEntry, mi_inetIcmpAFType, mi_inetIcmpIfIndex, mi_inetIcmpInMsgs, mi_inetIcmpInErrors, mi_inetIcmpOutMsgs, mi_inetIcmpOutErrors, mi_inetIcmpMsgTable, mi_inetIcmpMsgEntry, mi_inetIcmpMsgAFType, mi_inetIcmpMsgIfIndex, mi_inetIcmpMsgType, mi_inetIcmpMsgCode, mi_inetIcmpMsgInPkts, mi_inetIcmpMsgOutPkts,} MI_ICMPGROUP;
//
// These values should match the order of entries in mib_tcpGroup[]
//
#define mi_tcpRtoAlgorithm 0
#define mi_tcpRtoMin mi_tcpRtoAlgorithm + 1
#define mi_tcpRtoMax mi_tcpRtoMin + 1
#define mi_tcpMaxConn mi_tcpRtoMax + 1
#define mi_tcpActiveOpens mi_tcpMaxConn + 1
#define mi_tcpPassiveOpens mi_tcpActiveOpens + 1
#define mi_tcpAttemptFails mi_tcpPassiveOpens + 1
#define mi_tcpEstabResets mi_tcpAttemptFails + 1
#define mi_tcpCurrEstab mi_tcpEstabResets + 1
#define mi_tcpInSegs mi_tcpCurrEstab + 1
#define mi_tcpOutSegs mi_tcpInSegs + 1
#define mi_tcpRetransSegs mi_tcpOutSegs + 1
#define mi_tcpConnTable mi_tcpRetransSegs + 1
#define mi_tcpConnEntry mi_tcpConnTable + 1
#define mi_tcpConnState mi_tcpConnEntry + 1
#define mi_tcpConnLocalAddress mi_tcpConnState + 1
#define mi_tcpConnLocalPort mi_tcpConnLocalAddress + 1
#define mi_tcpConnRemAddress mi_tcpConnLocalPort + 1
#define mi_tcpConnRemPort mi_tcpConnRemAddress + 1
#define mi_tcpInErrs mi_tcpConnRemPort + 1
#define mi_tcpOutRsts mi_tcpInErrs + 1
#define mi_tcpNewConnTable mi_tcpOutRsts + 1
#define mi_tcpNewConnEntry mi_tcpNewConnTable + 1
#define mi_tcpNewConnLocalAddressType mi_tcpNewConnEntry + 1
#define mi_tcpNewConnLocalAddress mi_tcpNewConnLocalAddressType + 1
#define mi_tcpNewConnLocalPort mi_tcpNewConnLocalAddress + 1
#define mi_tcpNewConnRemAddressType mi_tcpNewConnLocalPort + 1
#define mi_tcpNewConnRemAddress mi_tcpNewConnRemAddressType + 1
#define mi_tcpNewConnRemPort mi_tcpNewConnRemAddress + 1
#define mi_tcpNewConnState mi_tcpNewConnRemPort + 1
//
// These values should match the order of entries in mib_udpGroup[]
//
#define mi_udpInDatagrams 0
#define mi_udpNoPorts mi_udpInDatagrams + 1
#define mi_udpInErrors mi_udpNoPorts + 1
#define mi_udpOutDatagrams mi_udpInErrors + 1
#define mi_udpTable mi_udpOutDatagrams + 1
#define mi_udpEntry mi_udpTable + 1
#define mi_udpLocalAddress mi_udpEntry + 1
#define mi_udpLocalPort mi_udpLocalAddress + 1
#define mi_udpListenerTable mi_udpLocalPort + 1
#define mi_udpListenerEntry mi_udpListenerTable + 1
#define mi_udpListenerLocalAddressType mi_udpListenerEntry + 1
#define mi_udpListenerLocalAddress mi_udpListenerLocalAddressType + 1
#define mi_udpListenerLocalPort mi_udpListenerLocalAddress + 1
//
// These values should match the order of entries in mib_ipv6Group[]
//
typedef enum { mi_ipv6Forwarding = 0, mi_ipv6DefaultHopLimit, mi_ipv6Interfaces, mi_ipv6IfTableLastChange, mi_ipv6IfTable, mi_ipv6IfEntry, mi_ipv6IfIndex, mi_ipv6IfDescr, mi_ipv6IfLowerLayer, mi_ipv6IfEffectiveMtu, mi_ipv6IfReasmMaxSize, mi_ipv6IfIdentifier, mi_ipv6IfIdentifierLength, mi_ipv6IfPhysicalAddress, mi_ipv6IfAdminStatus, mi_ipv6IfOperStatus, mi_ipv6IfLastChange, mi_ipv6IfStatsTable, mi_ipv6IfStatsEntry, mi_ipv6IfStatsIfIndex, mi_ipv6IfStatsInReceives, mi_ipv6IfStatsInHdrErrors, mi_ipv6IfStatsInTooBigErrors, mi_ipv6IfStatsInNoRoutes, mi_ipv6IfStatsInAddrErrors, mi_ipv6IfStatsInUnknownProtos, mi_ipv6IfStatsInTruncatedPkts, mi_ipv6IfStatsInDiscards, mi_ipv6IfStatsInDelivers, mi_ipv6IfStatsOutForwDatagrams, mi_ipv6IfStatsOutRequests, mi_ipv6IfStatsOutDiscards, mi_ipv6IfStatsOutFragOKs, mi_ipv6IfStatsOutFragFails, mi_ipv6IfStatsOutFragCreates, mi_ipv6IfStatsReasmReqds, mi_ipv6IfStatsReasmOKs, mi_ipv6IfStatsReasmFails, mi_ipv6IfStatsInMcastPkts, mi_ipv6IfStatsOutMcastPkts, mi_ipv6AddrPrefixTable, mi_ipv6AddrPrefixEntry, mi_ipv6AddrPrefixIfIndex, mi_ipv6AddrPrefix, mi_ipv6AddrPrefixLength, mi_ipv6AddrPrefixOnLinkFlag, mi_ipv6AddrPrefixAutonomousFlag, mi_ipv6AddrPrefixAdvPreferredLifetime, mi_ipv6AddrPrefixAdvValidLifetime, mi_ipv6AddrTable, mi_ipv6AddrEntry, mi_ipv6AddrIfIndex, mi_ipv6AddrAddress, mi_ipv6AddrPfxLength, mi_ipv6AddrType, mi_ipv6AddrAnycastFlag, mi_ipv6AddrStatus, mi_ipv6RouteNumber, mi_ipv6DiscardedRoutes, mi_ipv6RouteTable, mi_ipv6RouteEntry, mi_ipv6RouteDest, mi_ipv6RoutePfxLength, mi_ipv6RouteIndex, mi_ipv6RouteIfIndex, mi_ipv6RouteNextHop, mi_ipv6RouteType, mi_ipv6RouteProtocol, mi_ipv6RoutePolicy, mi_ipv6RouteAge, mi_ipv6RouteNextHopRDI, mi_ipv6RouteMetric, mi_ipv6RouteWeight, mi_ipv6RouteInfo, mi_ipv6RouteValid, mi_ipv6NetToMediaTable, mi_ipv6NetToMediaEntry, mi_ipv6NetToMediaIfIndex, mi_ipv6NetToMediaNetAddress, mi_ipv6NetToMediaPhysAddress, mi_ipv6NetToMediaType, mi_ipv6NetToMediaState, mi_ipv6NetToMediaLastUpdated, mi_ipv6NetToMediaValid,} MI_IPV6GROUP;
//
// Now we have to set up defines to tell the Master agent the number of
// rows in each table and the number of rows that are indices for the table.
// The Agent expects the indices to be contiguous and in the beginning.
// In cases where an index includes objects that are not in the table
// themselves, the counts include such objects. That is, they count
// the number of fields in the structures in mibfuncs.h, which need
// not match the number of entries in the mib_* structures in oid.h
// in this case.
//
//
// IF Table
//
#define ne_ifEntry 22
#define ni_ifEntry 1
//
// IP Address table
//
#define ne_ipAddrEntry 5
#define ni_ipAddrEntry 1
//
// IP Route Table
//
#define ne_ipRouteEntry 13
#define ni_ipRouteEntry 1
//
// IP Net To Media Table
//
#define ne_ipNetToMediaEntry 4
#define ni_ipNetToMediaEntry 2
//
// IP Forwarding table
//
#define ne_ipForwardEntry 15
#define ni_ipForwardEntry 4
//
// ICMP table
//
#define ne_inetIcmpEntry 6
#define ni_inetIcmpEntry 2
//
// ICMP Message Table
//
#define ne_inetIcmpMsgEntry 6
#define ni_inetIcmpMsgEntry 4
//
// TCP (IPv4 only) Connection Table
//
#define ne_tcpConnEntry 5
#define ni_tcpConnEntry 4
//
// New TCP (both IPv4 and IPv6) Connection Table
//
#define ne_tcpNewConnEntry 7
#define ni_tcpNewConnEntry 6
//
// Old UDP (IPv4-only) Listener Table
//
#define ne_udpEntry 2
#define ni_udpEntry 2
//
// UDP Listener (both IPv4 and IPv6) Table
//
#define ne_udpListenerEntry 3
#define ni_udpListenerEntry 3
//
// IPv6 Interface Table
//
#define ne_ipv6IfEntry 11
#define ni_ipv6IfEntry 1
//
// IPv6 Stats Table
//
#define ne_ipv6IfStatsEntry 21
#define ni_ipv6IfStatsEntry 1 /* inc. IfIndex */
//
// IPv6 Address Prefix Table
//
#define ne_ipv6AddrPrefixEntry 7
#define ni_ipv6AddrPrefixEntry 3 /* inc. IfIndex */
//
// IPv6 Address Table
//
#define ne_ipv6AddrEntry 6
#define ni_ipv6AddrEntry 2 /* inc. IfIndex */
//
// IPv6 Route Table
//
#define ne_ipv6RouteEntry 14
#define ni_ipv6RouteEntry 3
//
// IPv6 Net To Media Table
//
#define ne_ipv6NetToMediaEntry 7
#define ni_ipv6NetToMediaEntry 2 /* inc. IfIndex */
//
// Declaration of the mib view
//
#define NUM_VIEWS 7 // sysGroup
// ifGroup
// ipGroup
// icmpGroup
// tcpGroup
// udpGroup
// ipv6Group
extern SnmpMibView v_mib2[NUM_VIEWS];
#endif
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