/*++ Copyright (c) 1996 Microsoft Corporation Module Name: Abstract: Author: Revision History: --*/ #ifndef __OID_H__ #define __OID_H__ // // mib-2 OBJECT IDENTIFIER ::= {iso(1) org(3) dod(6) internet(1) mgmt(2) 1} // static UINT ids_mib2[] = {1,3,6,1,2,1}; // // The groups we handle // // system OBJECT IDENTIFIER ::= { mib-2 1 } // // interfaces OBJECT IDENTIFIER ::= { mib-2 2 } // // ip OBJECT IDENTIFIER ::= { mib-2 4 } // // icmp OBJECT IDENTIFIER ::= { mib-2 5 } // // tcp OBJECT IDENTIFIER ::= { mib-2 6 } // // udp OBJECT IDENTIFIER ::= { mib-2 7 } // // ipForward OBJECT IDENTIFIER ::= { ip 24 } // // ipv6 OBJECT IDENTIFIER ::= { mib-2 55 } // // // The groups we dont handle // // at OBJECT IDENTIFIER ::= { mib-2 3 } // egp OBJECT IDENTIFIER ::= { mib-2 8 } // cmot OBJECT IDENTIFIER ::= { mib-2 9 } // transmission OBJECT IDENTIFIER ::= { mib-2 10 } // snmp OBJECT IDENTIFIER ::= { mib-2 11 } // // // Since each of the groups below is registered separately with // both the master agent and the subagent framework we need them // to be fully qualified. Each of the objects in the groups is // then relative to the oids below. // static UINT ids_sysGroup[] = {1,3,6,1,2,1,1}; static UINT ids_ifGroup[] = {1,3,6,1,2,1,2}; static UINT ids_ipGroup[] = {1,3,6,1,2,1,4}; static UINT ids_icmpGroup[] = {1,3,6,1,2,1,5}; static UINT ids_tcpGroup[] = {1,3,6,1,2,1,6}; static UINT ids_udpGroup[] = {1,3,6,1,2,1,7}; static UINT ids_ipv6Group[] = {1,3,6,1,2,1,55}; // // Now the members of each of these groups themselves // // // Systems group // static UINT ids_sysDescr[] = {1, 0}; static UINT ids_sysObjectID[] = {2, 0}; static UINT ids_sysUpTime[] = {3, 0}; static UINT ids_sysContact[] = {4, 0}; static UINT ids_sysName[] = {5, 0}; static UINT ids_sysLocation[] = {6, 0}; static UINT ids_sysServices[] = {7, 0}; // // Interfaces group // static UINT ids_ifNumber[] = {1, 0}; static UINT ids_ifTable[] = {2}; // // The IF Table is composed of IF Entries which are indexed by the IfIndex // static UINT ids_ifEntry[] = {2, 1}; // // The entry is a sequence of: // static UINT ids_ifIndex[] = {2, 1, 1}; static UINT ids_ifDescr[] = {2, 1, 2}; static UINT ids_ifType[] = {2, 1, 3}; static UINT ids_ifMtu[] = {2, 1, 4}; static UINT ids_ifSpeed[] = {2, 1, 5}; static UINT ids_ifPhysAddress[] = {2, 1, 6}; static UINT ids_ifAdminStatus[] = {2, 1, 7}; static UINT ids_ifOperStatus[] = {2, 1, 8}; static UINT ids_ifLastChange[] = {2, 1, 9}; static UINT ids_ifInOctets[] = {2, 1, 10}; static UINT ids_ifInUcastPkts[] = {2, 1, 11}; static UINT ids_ifInNUcastPkts[] = {2, 1, 12}; static UINT ids_ifInDiscards[] = {2, 1, 13}; static UINT ids_ifInErrors[] = {2, 1, 14}; static UINT ids_ifInUnknownProtos[] = {2, 1, 15}; static UINT ids_ifOutOctets[] = {2, 1, 16}; static UINT ids_ifOutUcastPkts[] = {2, 1, 17}; static UINT ids_ifOutNUcastPkts[] = {2, 1, 18}; static UINT ids_ifOutDiscards[] = {2, 1, 19}; static UINT ids_ifOutErrors[] = {2, 1, 20}; static UINT ids_ifOutQLen[] = {2, 1, 21}; static UINT ids_ifSpecific[] = {2, 1, 22}; // // The IP Group // static UINT ids_ipForwarding[] = {1, 0}; static UINT ids_ipDefaultTTL[] = {2, 0}; static UINT ids_ipInReceives[] = {3, 0}; static UINT ids_ipInHdrErrors[] = {4, 0}; static UINT ids_ipInAddrErrors[] = {5, 0}; static UINT ids_ipForwDatagrams[] = {6, 0}; static UINT ids_ipInUnknownProtos[] = {7, 0}; static UINT ids_ipInDiscards[] = {8, 0}; static UINT ids_ipInDelivers[] = {9, 0}; static UINT ids_ipOutRequests[] = {10, 0}; static UINT ids_ipOutDiscards[] = {11, 0}; static UINT ids_ipOutNoRoutes[] = {12, 0}; static UINT ids_ipReasmTimeout[] = {13, 0}; static UINT ids_ipReasmReqds[] = {14, 0}; static UINT ids_ipReasmOKs[] = {15, 0}; static UINT ids_ipReasmFails[] = {16, 0}; static UINT ids_ipFragOKs[] = {17, 0}; static UINT ids_ipFragFails[] = {18, 0}; static UINT ids_ipFragCreates[] = {19, 0}; static UINT ids_ipRoutingDiscards[] = {23, 0}; // // There are a three tables that fit in between IpFragCreates and // IpRoutingDiscards, but there are put after the scalars for clarity // static UINT ids_ipAddrTable[] = {20}; static UINT ids_ipRouteTable[] = {21}; static UINT ids_ipNetToMediaTable[] = {22}; // // The IP Address Table is composed of IP Address Entries which are // indexed by IpAdEntAddr // static UINT ids_ipAddrEntry[] = {20, 1}; // // The entry is a sequence of: // static UINT ids_ipAdEntAddr[] = {20, 1, 1}; static UINT ids_ipAdEntIfIndex[] = {20, 1, 2}; static UINT ids_ipAdEntNetMask[] = {20, 1, 3}; static UINT ids_ipAdEntBcastAddr[] = {20, 1, 4}; static UINT ids_ipAdEntReasmMaxSize[] = {20, 1, 5}; // // The IP Route Table is composed of IP Route Entries which are // indexed by IpRouteDest // static UINT ids_ipRouteEntry[] = {21, 1}; // // The entry is a sequence of: // static UINT ids_ipRouteDest[] = {21, 1, 1}; static UINT ids_ipRouteIfIndex[] = {21, 1, 2}; static UINT ids_ipRouteMetric1[] = {21, 1, 3}; static UINT ids_ipRouteMetric2[] = {21, 1, 4}; static UINT ids_ipRouteMetric3[] = {21, 1, 5}; static UINT ids_ipRouteMetric4[] = {21, 1, 6}; static UINT ids_ipRouteNextHop[] = {21, 1, 7}; static UINT ids_ipRouteType[] = {21, 1, 8}; static UINT ids_ipRouteProto[] = {21, 1, 9}; static UINT ids_ipRouteAge[] = {21, 1, 10}; static UINT ids_ipRouteMask[] = {21, 1, 11}; static UINT ids_ipRouteMetric5[] = {21, 1, 12}; static UINT ids_ipRouteInfo[] = {21, 1, 13}; // // The IP Net To Media Table is composed of IP Net To Media Entries which are // indexed by IpNetToMediaIfIndex and IpNetToMediaNetAddress // static UINT ids_ipNetToMediaEntry[] = {22, 1}; // // The entry is a sequence of: // static UINT ids_ipNetToMediaIfIndex[] = {22, 1, 1}; static UINT ids_ipNetToMediaPhysAddress[] = {22, 1, 2}; static UINT ids_ipNetToMediaNetAddress[] = {22, 1, 3}; static UINT ids_ipNetToMediaType[] = {22, 1, 4}; // // Then there is the IP Forward group which is one scalar and one table. It // comes at the end of the IP group and is really a sub group of the IP Group // static UINT ids_ipForwardGroup[] = {24}; static UINT ids_ipForwardNumber[] = {24, 1, 0}; static UINT ids_ipForwardTable[] = {24, 2}; // // The IP Forward Table is composed of IP Forward Entries which are // indexed by IpForwardDest, IpForwardProto, IpForwardPolicy and // IpForwardNextHop // static UINT ids_ipForwardEntry[] = {24, 2, 1}; // // The entry is a sequence of: // static UINT ids_ipForwardDest[] = {24, 2, 1, 1}; static UINT ids_ipForwardMask[] = {24, 2, 1, 2}; static UINT ids_ipForwardPolicy[] = {24, 2, 1, 3}; static UINT ids_ipForwardNextHop[] = {24, 2, 1, 4}; static UINT ids_ipForwardIfIndex[] = {24, 2, 1, 5}; static UINT ids_ipForwardType[] = {24, 2, 1, 6}; static UINT ids_ipForwardProto[] = {24, 2, 1, 7}; static UINT ids_ipForwardAge[] = {24, 2, 1, 8}; static UINT ids_ipForwardInfo[] = {24, 2, 1, 9}; static UINT ids_ipForwardNextHopAS[] = {24, 2, 1, 10}; static UINT ids_ipForwardMetric1[] = {24, 2, 1, 11}; static UINT ids_ipForwardMetric2[] = {24, 2, 1, 12}; static UINT ids_ipForwardMetric3[] = {24, 2, 1, 13}; static UINT ids_ipForwardMetric4[] = {24, 2, 1, 14}; static UINT ids_ipForwardMetric5[] = {24, 2, 1, 15}; // // The ICMP group. It is just a bunch of scalars. All are READ-ONLY // static UINT ids_icmpInMsgs[] = {1, 0}; static UINT ids_icmpInErrors[] = {2, 0}; static UINT ids_icmpInDestUnreachs[] = {3, 0}; static UINT ids_icmpInTimeExcds[] = {4, 0}; static UINT ids_icmpInParmProbs[] = {5, 0}; static UINT ids_icmpInSrcQuenchs[] = {6, 0}; static UINT ids_icmpInRedirects[] = {7, 0}; static UINT ids_icmpInEchos[] = {8, 0}; static UINT ids_icmpInEchoReps[] = {9, 0}; static UINT ids_icmpInTimestamps[] = {10, 0}; static UINT ids_icmpInTimestampReps[] = {11, 0}; static UINT ids_icmpInAddrMasks[] = {12, 0}; static UINT ids_icmpInAddrMaskReps[] = {13, 0}; static UINT ids_icmpOutMsgs[] = {14, 0}; static UINT ids_icmpOutErrors[] = {15, 0}; static UINT ids_icmpOutDestUnreachs[] = {16, 0}; static UINT ids_icmpOutTimeExcds[] = {17, 0}; static UINT ids_icmpOutParmProbs[] = {18, 0}; static UINT ids_icmpOutSrcQuenchs[] = {19, 0}; static UINT ids_icmpOutRedirects[] = {20, 0}; static UINT ids_icmpOutEchos[] = {21, 0}; static UINT ids_icmpOutEchoReps[] = {22, 0}; static UINT ids_icmpOutTimestamps[] = {23, 0}; static UINT ids_icmpOutTimestampReps[] = {24, 0}; static UINT ids_icmpOutAddrMasks[] = {25, 0}; static UINT ids_icmpOutAddrMaskReps[] = {26, 0}; // // The TCP group. It consists of some scalars (the TCP statistics) and the // TCP Connection table // static UINT ids_tcpRtoAlgorithm[] = {1, 0}; static UINT ids_tcpRtoMin[] = {2, 0}; static UINT ids_tcpRtoMax[] = {3, 0}; static UINT ids_tcpMaxConn[] = {4, 0}; static UINT ids_tcpActiveOpens[] = {5, 0}; static UINT ids_tcpPassiveOpens[] = {6, 0}; static UINT ids_tcpAttemptFails[] = {7, 0}; static UINT ids_tcpEstabResets[] = {8, 0}; static UINT ids_tcpCurrEstab[] = {9, 0}; static UINT ids_tcpInSegs[] = {10, 0}; static UINT ids_tcpOutSegs[] = {11, 0}; static UINT ids_tcpRetransSegs[] = {12, 0}; static UINT ids_tcpInErrs[] = {14, 0}; static UINT ids_tcpOutRsts[] = {15, 0}; // // The connection table fits between TcpRetransSegs and TcpInErrs // static UINT ids_tcpConnTable[] = {13}; static UINT ids_tcpNewConnTable[] = {19}; // // The TCP Connection Table is composed of TCP Connection Entries which are // indexed by TcpConnLocalAddress, TcpConnLocalPort, TcpConnRemAddress, // TcpConnRemPort // static UINT ids_tcpConnEntry[] = {13, 1}; static UINT ids_tcpNewConnEntry[] = {19, 1}; // // The entry is a sequence of: // static UINT ids_tcpConnState[] = {13, 1, 1}; static UINT ids_tcpConnLocalAddress[] = {13, 1, 2}; static UINT ids_tcpConnLocalPort[] = {13, 1, 3}; static UINT ids_tcpConnRemAddress[] = {13, 1, 4}; static UINT ids_tcpConnRemPort[] = {13, 1, 5}; static UINT ids_tcpNewConnLocalAddressType[] = {19, 1, 1}; static UINT ids_tcpNewConnLocalAddress[] = {19, 1, 2}; static UINT ids_tcpNewConnLocalPort[] = {19, 1, 3}; static UINT ids_tcpNewConnRemAddressType[] = {19, 1, 4}; static UINT ids_tcpNewConnRemAddress[] = {19, 1, 5}; static UINT ids_tcpNewConnRemPort[] = {19, 1, 6}; static UINT ids_tcpNewConnState[] = {19, 1, 7}; // // The UDP group. Like the TCP, scalar statistics and a Listener table // static UINT ids_udpInDatagrams[] = {1, 0}; static UINT ids_udpNoPorts[] = {2, 0}; static UINT ids_udpInErrors[] = {3, 0}; static UINT ids_udpOutDatagrams[] = {4, 0}; static UINT ids_udpTable[] = {5, 0}; static UINT ids_udpListenerTable[] = {7, 0}; // // The UDP Listener Table is composed of Udp Entries which are indexed by // UdpLocalAddress and UdpLocalPort // static UINT ids_udpEntry[] = {5, 1}; static UINT ids_udpListenerEntry[] = {7, 1}; // // The entry is a sequence of: // static UINT ids_udpLocalAddress[] = {5, 1, 1}; static UINT ids_udpLocalPort[] = {5, 1, 2}; static UINT ids_udpListenerLocalAddressType[] = {7, 1, 1}; static UINT ids_udpListenerLocalAddress[] = {7, 1, 2}; static UINT ids_udpListenerLocalPort[] = {7, 1, 3}; SnmpMibEntry mib_sysGroup[] = { MIB_OCTETSTRING_L(sysDescr,0,255), MIB_OBJECTIDENTIFIER(sysObjectID), MIB_TIMETICKS(sysUpTime), MIB_OCTETSTRING_RW_L(sysContact,0,255), MIB_OCTETSTRING_RW_L(sysName,0,255), MIB_OCTETSTRING_RW_L(sysLocation,0,255), MIB_INTEGER_L(sysServices,0,127), MIB_END() }; SnmpMibEntry mib_ifGroup[] = { MIB_INTEGER(ifNumber), MIB_TABLE_ROOT(ifTable), MIB_TABLE_ENTRY(ifEntry), MIB_INTEGER(ifIndex), MIB_DISPSTRING_L(ifDescr,0,255), MIB_INTEGER(ifType), MIB_INTEGER(ifMtu), MIB_GAUGE(ifSpeed), MIB_PHYSADDRESS(ifPhysAddress), MIB_INTEGER_RW(ifAdminStatus), MIB_INTEGER(ifOperStatus), MIB_TIMETICKS(ifLastChange), MIB_COUNTER(ifInOctets), MIB_COUNTER(ifInUcastPkts), MIB_COUNTER(ifInNUcastPkts), MIB_COUNTER(ifInDiscards), MIB_COUNTER(ifInErrors), MIB_COUNTER(ifInUnknownProtos), MIB_COUNTER(ifOutOctets), MIB_COUNTER(ifOutUcastPkts), MIB_COUNTER(ifOutNUcastPkts), MIB_COUNTER(ifOutDiscards), MIB_COUNTER(ifOutErrors), MIB_GAUGE(ifOutQLen), MIB_OBJECTIDENTIFIER(ifSpecific), MIB_END() }; SnmpMibEntry mib_ipGroup[] = { MIB_INTEGER(ipForwarding), MIB_INTEGER_RW(ipDefaultTTL), MIB_COUNTER(ipInReceives), MIB_COUNTER(ipInHdrErrors), MIB_COUNTER(ipInAddrErrors), MIB_COUNTER(ipForwDatagrams), MIB_COUNTER(ipInUnknownProtos), MIB_COUNTER(ipInDiscards), MIB_COUNTER(ipInDelivers), MIB_COUNTER(ipOutRequests), MIB_COUNTER(ipOutDiscards), MIB_COUNTER(ipOutNoRoutes), MIB_INTEGER(ipReasmTimeout), MIB_COUNTER(ipReasmReqds), MIB_COUNTER(ipReasmOKs), MIB_COUNTER(ipReasmFails), MIB_COUNTER(ipFragOKs), MIB_COUNTER(ipFragFails), MIB_COUNTER(ipFragCreates), MIB_TABLE_ROOT(ipAddrTable), MIB_TABLE_ENTRY(ipAddrEntry), MIB_IPADDRESS(ipAdEntAddr), MIB_INTEGER(ipAdEntIfIndex), MIB_IPADDRESS(ipAdEntNetMask), MIB_INTEGER(ipAdEntBcastAddr), MIB_INTEGER_L(ipAdEntReasmMaxSize,0,65535), MIB_TABLE_ROOT(ipRouteTable), MIB_TABLE_ENTRY(ipRouteEntry), MIB_IPADDRESS_RW(ipRouteDest), MIB_INTEGER_RW(ipRouteIfIndex), MIB_INTEGER_RW(ipRouteMetric1), MIB_INTEGER_RW(ipRouteMetric2), MIB_INTEGER_RW(ipRouteMetric3), MIB_INTEGER_RW(ipRouteMetric4), MIB_IPADDRESS_RW(ipRouteNextHop), MIB_INTEGER_RW(ipRouteType), MIB_INTEGER(ipRouteProto), MIB_INTEGER_RW(ipRouteAge), MIB_IPADDRESS_RW(ipRouteMask), MIB_INTEGER_RW(ipRouteMetric5), MIB_OBJECTIDENTIFIER(ipRouteInfo), MIB_TABLE_ROOT(ipNetToMediaTable), MIB_TABLE_ENTRY(ipNetToMediaEntry), MIB_INTEGER_RW(ipNetToMediaIfIndex), MIB_PHYSADDRESS_RW(ipNetToMediaPhysAddress), MIB_IPADDRESS_RW(ipNetToMediaNetAddress), MIB_INTEGER_RW(ipNetToMediaType), MIB_COUNTER(ipRoutingDiscards), MIB_GROUP(ipForwardGroup), MIB_GAUGE(ipForwardNumber), MIB_TABLE_ROOT(ipForwardTable), MIB_TABLE_ENTRY(ipForwardEntry), MIB_IPADDRESS_RW(ipForwardDest), MIB_IPADDRESS_RW(ipForwardMask), MIB_INTEGER_RW(ipForwardPolicy), MIB_IPADDRESS_RW(ipForwardNextHop), MIB_INTEGER_RW(ipForwardIfIndex), MIB_INTEGER_RW(ipForwardType), MIB_INTEGER_RW(ipForwardProto), MIB_INTEGER_RW(ipForwardAge), MIB_OBJECTIDENTIFIER(ipForwardInfo), MIB_INTEGER_RW(ipForwardNextHopAS), MIB_INTEGER_RW(ipForwardMetric1), MIB_INTEGER_RW(ipForwardMetric2), MIB_INTEGER_RW(ipForwardMetric3), MIB_INTEGER_RW(ipForwardMetric4), MIB_INTEGER_RW(ipForwardMetric5), MIB_END() }; SnmpMibEntry mib_icmpGroup[] = { MIB_COUNTER(icmpInMsgs), MIB_COUNTER(icmpInErrors), MIB_COUNTER(icmpInDestUnreachs), MIB_COUNTER(icmpInTimeExcds), MIB_COUNTER(icmpInParmProbs), MIB_COUNTER(icmpInSrcQuenchs), MIB_COUNTER(icmpInRedirects), MIB_COUNTER(icmpInEchos), MIB_COUNTER(icmpInEchoReps), MIB_COUNTER(icmpInTimestamps), MIB_COUNTER(icmpInTimestampReps), MIB_COUNTER(icmpInAddrMasks), MIB_COUNTER(icmpInAddrMaskReps), MIB_COUNTER(icmpOutMsgs), MIB_COUNTER(icmpOutErrors), MIB_COUNTER(icmpOutDestUnreachs), MIB_COUNTER(icmpOutTimeExcds), MIB_COUNTER(icmpOutParmProbs), MIB_COUNTER(icmpOutSrcQuenchs), MIB_COUNTER(icmpOutRedirects), MIB_COUNTER(icmpOutEchos), MIB_COUNTER(icmpOutEchoReps), MIB_COUNTER(icmpOutTimestamps), MIB_COUNTER(icmpOutTimestampReps), MIB_COUNTER(icmpOutAddrMasks), MIB_COUNTER(icmpOutAddrMaskReps), MIB_END() }; SnmpMibEntry mib_tcpGroup[] = { MIB_INTEGER(tcpRtoAlgorithm), MIB_INTEGER(tcpRtoMin), MIB_INTEGER(tcpRtoMax), MIB_INTEGER(tcpMaxConn), MIB_COUNTER(tcpActiveOpens), MIB_COUNTER(tcpPassiveOpens), MIB_COUNTER(tcpAttemptFails), MIB_COUNTER(tcpEstabResets), MIB_GAUGE(tcpCurrEstab), MIB_COUNTER(tcpInSegs), MIB_COUNTER(tcpOutSegs), MIB_COUNTER(tcpRetransSegs), MIB_TABLE_ROOT(tcpConnTable), MIB_TABLE_ENTRY(tcpConnEntry), MIB_INTEGER_RW(tcpConnState), MIB_IPADDRESS(tcpConnLocalAddress), MIB_INTEGER_L(tcpConnLocalPort,0,65535), MIB_IPADDRESS(tcpConnRemAddress), MIB_INTEGER_L(tcpConnRemPort,0,65535), MIB_COUNTER(tcpInErrs), MIB_COUNTER(tcpOutRsts), // skips some oids here MIB_TABLE_ROOT(tcpNewConnTable), MIB_TABLE_ENTRY(tcpNewConnEntry), MIB_INTEGER_NA(tcpNewConnLocalAddressType), MIB_OCTETSTRING_NA(tcpNewConnLocalAddress), MIB_INTEGER_NA_L(tcpNewConnLocalPort,0,65535), MIB_INTEGER_NA(tcpNewConnRemAddressType), MIB_OCTETSTRING_NA(tcpNewConnRemAddress), MIB_INTEGER_NA_L(tcpNewConnRemPort,0,65535), MIB_INTEGER_RW(tcpNewConnState), MIB_END() }; SnmpMibEntry mib_udpGroup[] = { MIB_COUNTER(udpInDatagrams), MIB_COUNTER(udpNoPorts), MIB_COUNTER(udpInErrors), MIB_COUNTER(udpOutDatagrams), MIB_TABLE_ROOT(udpTable), MIB_TABLE_ENTRY(udpEntry), MIB_IPADDRESS(udpLocalAddress), MIB_INTEGER_L(udpLocalPort,0,65535), // skips some oids here MIB_TABLE_ROOT(udpListenerTable), MIB_TABLE_ENTRY(udpListenerEntry), MIB_INTEGER_NA(udpListenerLocalAddressType), MIB_OCTETSTRING_NA(udpListenerLocalAddress), MIB_INTEGER_L(udpListenerLocalPort,0,65535), MIB_END() }; // // The list of the out-of-order table indices // SnmpMibEntry * pi_ipNetToMediaEntry[] = { MIB_ENTRY_PTR(ipGroup, ipNetToMediaIfIndex), MIB_ENTRY_PTR(ipGroup, ipNetToMediaNetAddress) }; SnmpMibEntry * pi_ipForwardEntry[] = { MIB_ENTRY_PTR(ipGroup, ipForwardDest), MIB_ENTRY_PTR(ipGroup, ipForwardProto), MIB_ENTRY_PTR(ipGroup, ipForwardPolicy), MIB_ENTRY_PTR(ipGroup, ipForwardNextHop) }; SnmpMibEntry * pi_tcpConnEntry[] = { MIB_ENTRY_PTR(tcpGroup, tcpConnLocalAddress), MIB_ENTRY_PTR(tcpGroup, tcpConnLocalPort), MIB_ENTRY_PTR(tcpGroup, tcpConnRemAddress), MIB_ENTRY_PTR(tcpGroup, tcpConnRemPort) }; // // The list of the tables supported by the sub agent // SnmpMibTable tbl_ifGroup[] = { MIB_TABLE(ifGroup, ifEntry, NULL) }; SnmpMibTable tbl_ipGroup[] = { MIB_TABLE(ipGroup, ipAddrEntry, NULL), MIB_TABLE(ipGroup, ipRouteEntry, NULL), MIB_TABLE(ipGroup, ipNetToMediaEntry, pi_ipNetToMediaEntry), MIB_TABLE(ipGroup, ipForwardEntry, pi_ipForwardEntry) }; SnmpMibTable tbl_tcpGroup[] = { MIB_TABLE(tcpGroup, tcpConnEntry, pi_tcpConnEntry), MIB_TABLE(tcpGroup, tcpNewConnEntry, NULL) }; SnmpMibTable tbl_udpGroup[] = { MIB_TABLE(udpGroup, udpEntry, NULL), MIB_TABLE(udpGroup, udpListenerEntry, NULL) }; // // This puts the mib_* and tbl_* entries together to create a complete view // SnmpMibView v_mib2[] = {{MIB_VERSION, MIB_VIEW_NORMAL, MIB_OID(ids_sysGroup), MIB_ENTRIES(mib_sysGroup), {NULL,0}}, {MIB_VERSION, MIB_VIEW_NORMAL, MIB_OID(ids_ifGroup), MIB_ENTRIES(mib_ifGroup), MIB_TABLES(tbl_ifGroup)}, {MIB_VERSION, MIB_VIEW_NORMAL, MIB_OID(ids_ipGroup), MIB_ENTRIES(mib_ipGroup), MIB_TABLES(tbl_ipGroup)}, {MIB_VERSION, MIB_VIEW_NORMAL, MIB_OID(ids_icmpGroup), MIB_ENTRIES(mib_icmpGroup), {NULL,0}}, {MIB_VERSION, MIB_VIEW_NORMAL, MIB_OID(ids_tcpGroup), MIB_ENTRIES(mib_tcpGroup), MIB_TABLES(tbl_tcpGroup)}, {MIB_VERSION, MIB_VIEW_NORMAL, MIB_OID(ids_udpGroup), MIB_ENTRIES(mib_udpGroup), MIB_TABLES(tbl_udpGroup)}}; #endif