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Text File | 1993-11-07 | 64.8 KB | 2,473 lines

Newsgroups: comp.sources.misc From: nevil@ccu1.aukuni.ac.nz (J Nevil Brownlee) Subject: v40i100: netramet - Network Traffic Accounting Meter, Part12/25 Message-ID: <1993Nov7.221135.12047@sparky.sterling.com> X-Md4-Signature: 6d4082315f65b402675f683984b800cd Sender: kent@sparky.sterling.com (Kent Landfield) Organization: Sterling Software Date: Sun, 7 Nov 1993 22:11:35 GMT Approved: kent@sparky.sterling.com Submitted-by: nevil@ccu1.aukuni.ac.nz (J Nevil Brownlee) Posting-number: Volume 40, Issue 100 Archive-name: netramet/part12 Environment: INET, UNIX, DOS #! /bin/sh # This is a shell archive. Remove anything before this line, then feed it # into a shell via "sh file" or similar. To overwrite existing files, # type "sh file -c". # Contents: netramet/mib/mib.txt netramet/src/apps/snmpnetstat/inet.c # Wrapped by kent@sparky on Tue Nov 2 18:17:08 1993 PATH=/bin:/usr/bin:/usr/ucb:/usr/local/bin:/usr/lbin:$PATH ; export PATH echo If this archive is complete, you will see the following message: echo ' "shar: End of archive 12 (of 25)."' if test -f 'netramet/mib/mib.txt' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'netramet/mib/mib.txt'\" else echo shar: Extracting \"'netramet/mib/mib.txt'\" $47344 characters$ sed "s/^X//" >'netramet/mib/mib.txt' <<'END_OF_FILE' X mgmt OBJECT IDENTIFIER ::= { iso org(3) dod(6) internet(1) mgmt(2) } X mib OBJECT IDENTIFIER ::= { mgmt 1 } X directory OBJECT IDENTIFIER ::= { internet 1 } X experimental OBJECT IDENTIFIER ::= { internet 3 } X private OBJECT IDENTIFIER ::= { internet 4 } X enterprises OBJECT IDENTIFIER ::= { private 1 } X X system OBJECT IDENTIFIER ::= { mib 1 } X interfaces OBJECT IDENTIFIER ::= { mib 2 } X at OBJECT IDENTIFIER ::= { mib 3 } X ip OBJECT IDENTIFIER ::= { mib 4 } X icmp OBJECT IDENTIFIER ::= { mib 5 } X tcp OBJECT IDENTIFIER ::= { mib 6 } X udp OBJECT IDENTIFIER ::= { mib 7 } X egp OBJECT IDENTIFIER ::= { mib 8 } X X -- object types X X -- the System group X X sysDescr OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { system 1 } X X sysObjectID OBJECT-TYPE X SYNTAX OBJECT IDENTIFIER X ACCESS read-only X STATUS mandatory X ::= { system 2 } X X sysUpTime OBJECT-TYPE X SYNTAX TimeTicks X ACCESS read-only X STATUS mandatory X ::= { system 3 } X X -- the Interfaces group X X ifNumber OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { interfaces 1 } X X -- the Interfaces table X X ifTable OBJECT-TYPE X SYNTAX SEQUENCE OF IfEntry X ACCESS read-write X STATUS mandatory X ::= { interfaces 2 } X X ifEntry OBJECT-TYPE X SYNTAX IfEntry X ACCESS read-write X STATUS mandatory X ::= { ifTable 1 } X X IfEntry ::= SEQUENCE { X ifIndex INTEGER, X ifDescr OCTET STRING, X ifType INTEGER, X ifMtu INTEGER, X ifSpeed Gauge, X ifPhysAddress OCTET STRING, X ifAdminStatus INTEGER, X ifOperStatus INTEGER, X ifLastChange TimeTicks, X ifInOctets Counter, X ifInUcastPkts Counter, X ifInNUcastPkts Counter, X ifInDiscards Counter, X ifInErrors Counter, X ifInUnknownProtos Counter, X ifOutOctets Counter, X ifOutUcastPkts Counter, X ifOutNUcastPkts Counter, X ifOutDiscards Counter, X ifOutErrors Counter, X ifOutQLen Gauge X } X X ifIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { ifEntry 1 } X X ifDescr OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { ifEntry 2 } X X ifType OBJECT-TYPE X SYNTAX INTEGER { X other(1), -- none of the following X regular1822(2), X hdh1822(3), X ddn-x25(4), X rfc877-x25(5), X ethernet-csmacd(6), X iso88023-csmacd(7), X iso88024-tokenBus(8), X iso88025-tokenRing(9), X iso88026-man(10), X starLan(11), X proteon-10MBit(12), X proteon-80MBit(13), X hyperchannel(14), X fddi(15), X lapb(16), X sdlc(17), X t1-carrier(18), X cept(19), X basicIsdn(20), X primaryIsdn(21), X -- proprietary serial X propPointToPointSerial(22) X } X ACCESS read-only X STATUS mandatory X ::= { ifEntry 3 } X X ifMtu OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { ifEntry 4 } X X ifSpeed OBJECT-TYPE X SYNTAX Gauge X ACCESS read-only X STATUS mandatory X ::= { ifEntry 5 } X X ifPhysAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { ifEntry 6 } X X ifAdminStatus OBJECT-TYPE X SYNTAX INTEGER { X up(1), -- ready to pass packets X down(2), X testing(3) -- in some test mode X } X ACCESS read-write X STATUS mandatory X ::= { ifEntry 7 } X X ifOperStatus OBJECT-TYPE X SYNTAX INTEGER { X up(1), -- ready to pass packets X down(2), X testing(3) -- in some test mode X } X ACCESS read-only X STATUS mandatory X ::= { ifEntry 8 } X X ifLastChange OBJECT-TYPE X SYNTAX TimeTicks X ACCESS read-only X STATUS mandatory X ::= { ifEntry 9 } X X ifInOctets OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 10 } X X ifInUcastPkts OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 11 } X X ifInNUcastPkts OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 12 } X X ifInDiscards OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 13 } X X ifInErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 14 } X X ifInUnknownProtos OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 15 } X X ifOutOctets OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 16 } X X ifOutUcastPkts OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 17 } X X ifOutNUcastPkts OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 18 } X X ifOutDiscards OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 19 } X X ifOutErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ifEntry 20 } X X ifOutQLen OBJECT-TYPE X SYNTAX Gauge X ACCESS read-only X STATUS mandatory X ::= { ifEntry 21 } X X -- the Address Translation group X X atTable OBJECT-TYPE X SYNTAX SEQUENCE OF AtEntry X ACCESS read-write X STATUS mandatory X ::= { at 1 } X X atEntry OBJECT-TYPE X SYNTAX AtEntry X ACCESS read-write X STATUS mandatory X ::= { atTable 1 } X X AtEntry ::= SEQUENCE { X atIfIndex INTEGER, X atPhysAddress OCTET STRING, X atNetAddress NetworkAddress X } X X atIfIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { atEntry 1 } X X atPhysAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { atEntry 2 } X X atNetAddress OBJECT-TYPE X SYNTAX NetworkAddress X ACCESS read-write X STATUS mandatory X ::= { atEntry 3 } X X -- the IP group X X ipForwarding OBJECT-TYPE X SYNTAX INTEGER { X gateway(1), -- entity forwards datagrams X host(2) -- entity does NOT forward datagrams X } X ACCESS read-only X STATUS mandatory X ::= { ip 1 } X X ipDefaultTTL OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { ip 2 } X X ipInReceives OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 3 } X X ipInHdrErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 4 } X X ipInAddrErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 5 } X X ipForwDatagrams OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 6 } X X ipInUnknownProtos OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 7 } X X ipInDiscards OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 8 } X X ipInDelivers OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 9 } X X ipOutRequests OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 10 } X X ipOutDiscards OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 11 } X X ipOutNoRoutes OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 12 } X X ipReasmTimeout OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { ip 13 } X X ipReasmReqds OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 14 } X X ipReasmOKs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 15 } X X ipReasmFails OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 16 } X X ipFragOKs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 17 } X X ipFragFails OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 18 } X X ipFragCreates OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { ip 19 } X X -- the IP Interface table X X ipAddrTable OBJECT-TYPE X SYNTAX SEQUENCE OF IpAddrEntry X ACCESS read-only X STATUS mandatory X ::= { ip 20 } X X ipAddrEntry OBJECT-TYPE X SYNTAX IpAddrEntry X ACCESS read-only X STATUS mandatory X ::= { ipAddrTable 1 } X X IpAddrEntry ::= SEQUENCE { X ipAdEntAddr IpAddress, X ipAdEntIfIndex INTEGER, X ipAdEntNetMask IpAddress, X ipAdEntBcastAddr INTEGER X } X X ipAdEntAddr OBJECT-TYPE X SYNTAX IpAddress X ACCESS read-only X STATUS mandatory X ::= { ipAddrEntry 1 } X X ipAdEntIfIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { ipAddrEntry 2 } X X ipAdEntNetMask OBJECT-TYPE X SYNTAX IpAddress X ACCESS read-only X STATUS mandatory X ::= { ipAddrEntry 3 } X X ipAdEntBcastAddr OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { ipAddrEntry 4 } X X -- the IP Routing table X X ipRoutingTable OBJECT-TYPE X SYNTAX SEQUENCE OF IpRouteEntry X ACCESS read-write X STATUS mandatory X ::= { ip 21 } X X ipRouteEntry OBJECT-TYPE X SYNTAX IpRouteEntry X ACCESS read-write X STATUS mandatory X ::= { ipRoutingTable 1 } X X IpRouteEntry ::= SEQUENCE { X ipRouteDest X IpAddress, X ipRouteIfIndex INTEGER, X ipRouteMetric1 INTEGER, X ipRouteMetric2 INTEGER, X ipRouteMetric3 INTEGER, X ipRouteMetric4 INTEGER, X ipRouteNextHop IpAddress, X ipRouteType INTEGER, X ipRouteProto INTEGER, X ipRouteAge INTEGER X } X X ipRouteDest OBJECT-TYPE X SYNTAX IpAddress X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 1 } X X ipRouteIfIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 2 } X X ipRouteMetric1 OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 3 } X X ipRouteMetric2 OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 4 } X X ipRouteMetric3 OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 5 } X X ipRouteMetric4 OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 6 } X X ipRouteNextHop OBJECT-TYPE X SYNTAX IpAddress X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 7 } X X ipRouteType OBJECT-TYPE X SYNTAX INTEGER { X other(1), -- none of the following X X invalid(2), -- an invalidated route X X -- route to directly X direct(3), -- connected (sub-)network X X -- route to a non-local X remote(4), -- host/network/sub-network X } X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 8 } X X ipRouteProto OBJECT-TYPE X SYNTAX INTEGER { X other(1), -- none of the following X X -- non-protocol information X -- e.g., manually X local(2), -- configured entries X X -- set via a network X netmgmt(3), -- management protocol X X -- obtained via ICMP, X icmp(4), -- e.g., Redirect X X -- the following are X -- gateway routing protocols X egp(5), X ggp(6), X hello(7), X rip(8), X is-is(9), X es-is(10), X ciscoIgrp(11), X bbnSpfIgp(12), X oigp(13) X } X ACCESS read-only X STATUS mandatory X ::= { ipRouteEntry 9 } X X ipRouteAge OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { ipRouteEntry 10 } X X -- the ICMP group X X icmpInMsgs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 1 } X X icmpInErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 2 } X X icmpInDestUnreachs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 3 } X X icmpInTimeExcds OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 4 } X X icmpInParmProbs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 5 } X X icmpInSrcQuenchs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 6 } X X icmpInRedirects OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 7 } X X icmpInEchos OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 8 } X X icmpInEchoReps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 9 } X X icmpInTimestamps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 10 } X X icmpInTimestampReps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 11 } X X icmpInAddrMasks OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 12 } X X icmpInAddrMaskReps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 13 } X X icmpOutMsgs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 14 } X X icmpOutErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 15 } X X icmpOutDestUnreachs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 16 } X X icmpOutTimeExcds OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 17 } X X icmpOutParmProbs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 18 } X X icmpOutSrcQuenchs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 19 } X X icmpOutRedirects OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 20 } X X icmpOutEchos OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 21 } X X icmpOutEchoReps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 22 } X X icmpOutTimestamps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 23 } X X icmpOutTimestampReps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 24 } X X icmpOutAddrMasks OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 25 } X X icmpOutAddrMaskReps OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { icmp 26 } X X -- the TCP group X X tcpRtoAlgorithm OBJECT-TYPE X SYNTAX INTEGER { X other(1), -- none of the following X constant(2), -- a constant rto X rsre(3), -- MIL-STD-1778, Appendix B X vanj(4) -- Van Jacobson's algorithm [11] X } X ACCESS read-only X STATUS mandatory X ::= { tcp 1 } X X tcpRtoMin OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { tcp 2 } X X tcpRtoMax OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { tcp 3 } X X tcpMaxConn OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { tcp 4 } X X tcpActiveOpens OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { tcp 5 } X X tcpPassiveOpens OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { tcp 6 } X X tcpAttemptFails OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { tcp 7 } X X tcpEstabResets OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { tcp 8 } X X tcpCurrEstab OBJECT-TYPE X SYNTAX Gauge X ACCESS read-only X STATUS mandatory X ::= { tcp 9 } X X tcpInSegs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { tcp 10 } X X tcpOutSegs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { tcp 11 } X X tcpRetransSegs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { tcp 12 } X X -- the TCP connections table X X tcpConnTable OBJECT-TYPE X SYNTAX SEQUENCE OF TcpConnEntry X ACCESS read-only X STATUS mandatory X ::= { tcp 13 } X X tcpConnEntry OBJECT-TYPE X SYNTAX TcpConnEntry X ACCESS read-only X STATUS mandatory X ::= { tcpConnTable 1 } X X TcpConnEntry ::= SEQUENCE { X tcpConnState INTEGER, X tcpConnLocalAddress IpAddress, X tcpConnLocalPort INTEGER (0..65535), X tcpConnRemAddress IpAddress, X tcpConnRemPort INTEGER (0..65535) X } X X tcpConnState OBJECT-TYPE X SYNTAX INTEGER { X closed(1), X listen(2), X synSent(3), X synReceived(4), X established(5), X finWait1(6), X finWait2(7), X closeWait(8), X lastAck(9), X closing(10), X timeWait(11) X } X ACCESS read-only X STATUS mandatory X ::= { tcpConnEntry 1 } X X tcpConnLocalAddress OBJECT-TYPE X SYNTAX IpAddress X ACCESS read-only X STATUS mandatory X ::= { tcpConnEntry 2 } X X tcpConnLocalPort OBJECT-TYPE X SYNTAX INTEGER (0..65535) X ACCESS read-only X STATUS mandatory X ::= { tcpConnEntry 3 } X X tcpConnRemAddress OBJECT-TYPE X SYNTAX IpAddress X ACCESS read-only X STATUS mandatory X ::= { tcpConnEntry 4 } X X tcpConnRemPort OBJECT-TYPE X SYNTAX INTEGER (0..65535) X ACCESS read-only X STATUS mandatory X ::= { tcpConnEntry 5 } X X -- the UDP group X X udpInDatagrams OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { udp 1 } X X udpNoPorts OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { udp 2 } X X udpInErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { udp 3 } X X udpOutDatagrams OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { udp 4 } X X -- the EGP group X X egpInMsgs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { egp 1 } X X egpInErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { egp 2 } X X egpOutMsgs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { egp 3 } X X egpOutErrors OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { egp 4 } X X -- the EGP Neighbor table X X egpNeighTable OBJECT-TYPE X SYNTAX SEQUENCE OF EgpNeighEntry X ACCESS read-only X STATUS mandatory X ::= { egp 5 } X X egpNeighEntry OBJECT-TYPE X SYNTAX EgpNeighEntry X ACCESS read-only X STATUS mandatory X ::= { egpNeighTable 1 } X X EgpNeighEntry ::= SEQUENCE { X egpNeighState INTEGER, X egpNeighAddr IpAddress X } X X egpNeighState OBJECT-TYPE X SYNTAX INTEGER { X idle(1), X acquisition(2), X down(3), X up(4), X cease(5) X } X ACCESS read-only X STATUS mandatory X ::= { egpNeighEntry 1 } X X egpNeighAddr OBJECT-TYPE X SYNTAX IpAddress X ACCESS read-only X STATUS mandatory X ::= { egpNeighEntry 2 } Xinternet-accounting OBJECT IDENTIFIER ::= { experimental 99 } Xcontrol OBJECT IDENTIFIER ::= { internet-accounting 1 } Xflowdata OBJECT IDENTIFIER ::= { internet-accounting 2 } Xruledata OBJECT IDENTIFIER ::= { internet-accounting 3 } Xactiondata OBJECT IDENTIFIER ::= { internet-accounting 4 } XacctHighWaterMark OBJECT-TYPE X SYNTAX INTEGER (0..100) X ACCESS read-write X STATUS mandatory X ::= { control 1 } XacctFloodMark OBJECT-TYPE X SYNTAX INTEGER (0..100) X ACCESS read-write X STATUS mandatory X ::= { control 2 } XacctInactivityTimeout OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { control 3 } XacctFlowSamplingRate OBJECT-TYPE X SYNTAX SEQUENCE OF FlowSamplingRate X ACCESS not-accessible X STATUS mandatory X ::= { control 4 } XFlowSamplingRate ::= SEQUENCE { rate INTEGER } XacctCollectorInfo OBJECT-TYPE X SYNTAX SEQUENCE OF acctCollectorInfoEntry X ACCESS not-accessible X STATUS mandatory X ::= { control 5 } XacctCollectorInfoEntry OBJECT-TYPE X SYNTAX AcctCollectorInfoEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctCollectorIndex } X ::= { acctCollectorInfo 1 } XAcctCollectorInfoEntry ::= SEQUENCE { X acctCollectorIndex INTEGER, X acctCollectorPeerAddress OCTET STRING, X acctCollectorLastTime TIMETICKS, X acctCollectorPreviousTime TIMETICKS X } XacctCollectorIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctCollectorInfoEntry 1 } XacctCollectorPeerAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctCollectorInfoEntry 2 } XcacctCollectorLastTime OBJECT-TYPE X SYNTAX TIMETICKS X ACCESS read-only X STATUS mandatory X ::= { acctCollectorInfoEntry 3 } XacctCollectorPreviousTime OBJECT-TYPE X SYNTAX TIMETICKS X ACCESS read-only X STATUS mandatory X ::= { acctCollectorInfoEntry 4 } XacctLastCollectTime OBJECT-TYPE X SYNTAX TIMETICKS X ACCESS read-write X STATUS mandatory X ::= { control 6 } XacctRuleSetInfo OBJECT-TYPE X SYNTAX SEQUENCE OF acctRuleInfoEntry X ACCESS not-accessible X STATUS mandatory X ::= { control 7 } XacctRuleInfoEntry OBJECT-TYPE X SYNTAX AcctRuleInfoEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctRuleInfoIndex } X ::= { acctRuleSetInfo 1 } XAcctRuleInfoEntry ::= SEQUENCE { X acctRuleInfoIndex INTEGER, X acctRuleInfoRuleSize INTEGER, X acctRuleInfoActionSize INTEGER X } XacctRuleInfoIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctRuleInfoEntry 1 } XacctRuleInfoRuleSize OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctRuleInfoEntry 2 } XacctRuleInfoActionSize OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctRuleInfoEntry 3 } XacctCurrentRuleSet OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { control 8 } XacctEmergencyRuleSet OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { control 9 } XacctFlowTable OBJECT-TYPE X SYNTAX SEQUENCE OF AcctFlowEntry X ACCESS not-accessible X STATUS mandatory X ::= { flowdata 1 } XacctFlowEntry OBJECT-TYPE X SYNTAX AcctFlowEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctFlowIndex } X ::= { acctFlowTable 1 } XAcctFlowEntry ::= SEQUENCE { X acctFlowIndex INTEGER, X acctFlowStatus INTEGER, X acctFlowSourceInterface INTEGER, -- Source Address Tuple X acctFlowSourceAdjacentType INTEGER, X acctFlowSourceAdjacentAddress OCTET STRING, X acctFlowSourceAdjacentMask OCTET STRING, X acctFlowSourcePeerType INTEGER, X acctFlowSourcePeerTypeMask INTEGER, X acctFlowSourcePeerAddress OCTET STRING, X acctFlowSourcePeerMask OCTET STRING, X acctFlowSourceDetailType INTEGER, X acctFlowSourceDetailTypeMask INTEGER, X acctFlowSourceDetailAddress OCTET STRING, X acctFlowSourceDetailMask OCTET STRING, X acctFlowSourceSubscriberID OCTET STRING, X acctFlowSourceSubscriberMask OCTET STRING, X acctFlowDestInterface INTEGER, -- Dest Address Tuple X acctFlowDestAdjacentType INTEGER, X acctFlowDestAdjacentAddress OCTET STRING, X acctFlowDestAdjacentMask OCTET STRING, X acctFlowDestPeerType INTEGER, X acctFlowDestPeerTypeMask INTEGER, X acctFlowDestPeerAddress OCTET STRING, X acctFlowDestPeerMask OCTET STRING, X acctFlowDestDetailType INTEGER, X acctFlowDestDetailTypeMask INTEGER, X acctFlowDestDetailAddress OCTET STRING, X acctFlowDestDetailMask OCTET STRING, X acctFlowDestSubscriberID OCTET STRING, X acctFlowDestSubscriberMask OCTET STRING, X acctFlowSubscriberID OCTET STRING, -- Session attributes X acctFlowSessionID INTEGER, X acctFlowPDUScale INTEGER, -- Rule Set attributes X acctFlowOctetScale INTEGER, X acctFlowRuleSet INTEGER, X acctFlowType INTEGER, X acctFlowToOctets Counter, -- Source-to-Dest counters X acctFlowToPDUs Counter, X acctFlowFromOctets Counter, -- Dest-to-Source counters X acctFlowFromPDUs Counter, X acctFlowFirstTime TimeTicks, -- Activity times X acctFlowLastTime TimeTicks X } XacctFlowIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 1 } XacctFlowStatus OBJECT-TYPE X SYNTAX INTEGER { valid(1), invalid(2) } X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 2 } XacctFlowSourceInterface OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 3 } XacctFlowSourceAdjacentType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 4 } XacctFlowSourceAdjacentAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 5 } XacctFlowSourceAdjacentMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 6 } XacctFlowSourcePeerType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 7 } XacctFlowSourcePeerTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 8 } XacctFlowSourcePeerAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 9 } XacctFlowSourcePeerMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 10 } XacctFlowSourceDetailType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 11 } XacctFlowSourceDetailTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 12 } XacctFlowSourceDetailAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 13 } XacctFlowSourceDetailMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 14 } XacctFlowSourceSubscriberID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 15 } XacctFlowSourceSubscriberMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 16 } XacctFlowDestInterface OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 17 } XacctFlowDestAdjacentType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 18 } XacctFlowDestAdjacentAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 19 } XacctFlowDestAdjacentMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 20 } XacctFlowDestPeerType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 21 } XacctFlowDestPeerTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 22 } XacctFlowDestPeerAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 23 } XacctFlowDestPeerMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 24 } XacctFlowDestDetailType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 25 } XacctFlowDestDetailTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 26 } XacctFlowDestDetailAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 27 } XacctFlowDestDetailMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 28 } XacctFlowDestSubscriberID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 29 } XacctFlowDestSubscriberMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 30 } XacctFlowSubscriberID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 31 } XacctFlowSessionID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 32 } XacctFlowPDUScale OBJECT-TYPE X SYNTAX INTEGER (1..127) X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 33 } XacctFlowOctetScale OBJECT-TYPE X SYNTAX INTEGER (1..127) X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 34 } XacctFlowRuleSet OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 35 } XacctFlowType OBJECT-TYPE X SYNTAX INTEGER { count(1), tally(2), aggregate(3) } X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 36 } XacctFlowToOctets OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 37 } XacctFlowToPDUs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 38 } XacctFlowFromOctets OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 39 } XacctFlowFromPDUs OBJECT-TYPE X SYNTAX Counter X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 40 } XacctFlowFirstTime OBJECT-TYPE X SYNTAX Timeticks X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 41 } XacctFlowLastTime OBJECT-TYPE X SYNTAX Timeticks X ACCESS read-only X STATUS mandatory X ::= { acctFlowEntry 42 } XacctCreationTable OBJECT-TYPE X SYNTAX SEQUENCE OF AcctCreationEntry X ACCESS not-accessible X STATUS mandatory X ::= { flowdata 2 } XacctCreationEntry OBJECT-TYPE X SYNTAX AcctCreationEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctCreationTime, acctCreationIndex } X ::= { acctCreationTable 1 } XAcctCreationEntry ::= SEQUENCE { X acctCreationTime TimeTicks, X acctCreationIndex INTEGER X } XacctCreationTime OBJECT-TYPE X SYNTAX TimeTicks X ACCESS read-only X STATUS mandatory X ::= { acctCreationEntry 1 } XacctCreationIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctCreationEntry 2 } XacctActivityTable OBJECT-TYPE X SYNTAX SEQUENCE OF AcctActivityEntry X ACCESS not-accessible X STATUS mandatory X ::= { flowdata 3 } XacctActivityEntry OBJECT-TYPE X SYNTAX AcctActivityEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctActivityTime, acctActivityIndex } X ::= { acctActivityTable 1 } XAcctActivityEntry ::= SEQUENCE { X acctActivitytTime TimeTicks, X acctActivityIndex INTEGER X } XacctActivityTime OBJECT-TYPE X SYNTAX TimeTicks X ACCESS read-only X STATUS mandatory X ::= { acctActivityEntry 1 } XacctActivityIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctActivityEntry 2 } XacctActivityColumnTable OBJECT-TYPE X SYNTAX SEQUENCE OF AcctColumnEntry X ACCESS not-accessible X STATUS mandatory X ::= { flowdata 4 } XacctColumnEntry OBJECT-TYPE X SYNTAX AcctColumnEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctColumnAttribute, acctColumnTime, acctColumnIndex } X ::= { acctActivityColumnTable 1 } XAcctColumnEntry ::= SEQUENCE { X acctColumnAttribute INTEGER, X acctColumntTime TimeTicks, X acctColumnIndex INTEGER, X acctColumnData OPAQUE X } XacctColumnAttribute OBJECT-TYPE X SYNTAX INTEGER { Null(0), X FlowIndex(1),FlowStatus(2), X FlowSourceInterface(3), -- Source Address Tuple X FlowSourceAdjacentType(4), X FlowSourceAdjacentAddress(5),FlowSourceAdjacentMask(6), X FlowSourcePeerType(7),FlowSourcePeerTypeMask(8), X FlowSourcePeerAddress(9),FlowSourcePeerMask(10), X FlowSourceDetailType(11),FlowSourceDetailTypeMask(12), X FlowSourceDetailAddress(13),FlowSourceDetailMask(14), X FlowSourceSubscriberID(15),FlowSourceSubscriberMask(16), X FlowDestInterface(17), -- Dest Address Tuple X FlowDestAdjacentType(18), X FlowDestAdjacentAddress(19),FlowDestAdjacentMask(20), X FlowDestPeerType(21),FlowDestPeerTypeMask(22), X FlowDestPeerAddress(23),FlowDestPeerMask(24), X FlowDestDetailType(25),FlowDestDetailTypeMask(26), X FlowDestDetailAddress(27),FlowDestDetailMask(28), X FlowDestSubscriberID(29),FlowDestSubscriberMask(30), X FlowSubscriberID(31), -- Session attributes X FlowSessionID(32), X FlowPDUScale(33), -- Rule Set attributes X FlowOctetScale(34), X FlowRuleSet(35), X FlowType(36), X FlowToOctets(37), -- Source-to-Dest counters X FlowToPDUs(38), X FlowFromOctets(39), -- Dest-to-Source counters X FlowFromPDUs(40), X FlowFirstTime(41), -- Activity times X FlowLastTime(42) X } X ACCESS read-only X STATUS mandatory X ::= { acctColumnEntry 1 } XacctColumnTime OBJECT-TYPE X SYNTAX TimeTicks X ACCESS read-only X STATUS mandatory X ::= { acctColumnEntry 2 } XacctColumnIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { acctColumnEntry 3 } XacctColumnFlowData OBJECT-TYPE X SYNTAX OPAQUE X ACCESS read-only X STATUS mandatory X ::= { acctColumnEntry 4 } XacctRuleTable OBJECT-TYPE X SYNTAX SEQUENCE OF AcctRuleEntry X ACCESS not-accessible X STATUS mandatory X ::= { ruledata 1 } XacctRuleEntry OBJECT-TYPE X SYNTAX AcctRuleEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctRuleSet, acctRuleIndex } X ::= { acctRuleTable 1 } XAcctRuleEntry ::= SEQUENCE { X acctRuleSet INTEGER, X acctRuleIndex INTEGER, X acctRuleSelector INTEGER, -- what to select on X acctRuleMask OCTET STRING, -- mask value X acctRuleMatchedValue OCTET STRING, -- matched value X acctRuleAction INTEGER, -- action to take X acctRuleJumpIndex INTEGER -- where to go X } XacctRuleSet OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctRuleEntry 1 } XacctRuleIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctRuleEntry 2 } XacctRuleSelector OBJECT-TYPE X SYNTAX INTEGER { Null(0), X FlowSourceInterface(3), X FlowSourceAdjacentType(4),FlowSourceAdjacentAddress(5), X FlowSourcePeerType(7), X FlowSourcePeerAddress(9), X FlowSourceDetailType(11), X FlowSourceDetailAddress(13), X FlowSourceSubscriberID(15), X FlowDestInterface(17), X FlowDestAdjacentType(18),FlowDestAdjacentAddress(19), X FlowDestPeerType(21), X FlowDestPeerAddress(23), X FlowDestDetailType(25), X FlowDestDetailAddress(27), X FlowDestSubscriberID(29), X FlowSubscriberID(31),FlowSessionID(32), X } X ACCESS read-write X STATUS mandatory X ::= { acctRuleEntry 3 } XacctRuleMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctRuleEntry 4 } XacctRuleMatchedValue OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctRuleEntry 5 } XacctRuleAction OBJECT-TYPE X SYNTAX INTEGER { count(1), tally(2), aggregate(3), X succeed(4), fail(5), X pushto(6), popto(7), X goto(8) } X ACCESS read-write X STATUS mandatory X ::= { acctRuleEntry 6 } XacctRuleJumpIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctRuleEntry 7 } XacctActionTable OBJECT-TYPE X SYNTAX SEQUENCE OF AcctActionEntry X ACCESS not-accessible X STATUS mandatory X ::= { actiondata 1 } XacctActionEntry OBJECT-TYPE X SYNTAX AcctActionEntry X ACCESS not-accessible X STATUS mandatory X-- INDEX { acctActionSet, acctActionIndex } X ::= { acctActionTable 1 } XAcctActionEntry ::= SEQUENCE { X acctActionIndex INTEGER, X acctActionStatus INTEGER, X acctActionSourceInterface INTEGER, -- Source AddressTuple X acctActionSourceAdjacentType INTEGER, X acctActionSourceAdjacentAddress OCTET STRING, X acctActionSourceAdjacentMask OCTET STRING, X acctActionSourcePeerType INTEGER, X acctActionSourcePeerTypeMask INTEGER, X acctActionSourcePeerAddress OCTET STRING, X acctActionSourcePeerMask OCTET STRING, X acctActionSourceDetailType INTEGER, X acctActionSourceDetailTypeMask INTEGER, X acctActionSourceDetailAddress OCTET STRING, X acctActionSourceDetailMask OCTET STRING, X acctActionSourceSubscriberID OCTET STRING, X acctActionSourceSubscriberMask OCTET STRING, X acctActionDestInterface INTEGER, -- Dest AddressTuple X acctActionDestAdjacentType INTEGER, X acctActionDestAdjacentAddress OCTET STRING, X acctActionDestAdjacentMask OCTET STRING, X acctActionDestPeerType INTEGER, X acctActionDestPeerTypeMask INTEGER, X acctActionDestPeerAddress OCTET STRING, X acctActionDestPeerMask OCTET STRING, X acctActionDestDetailType INTEGER, X acctActionDestDetailTypeMask INTEGER, X acctActionDestDetailAddress OCTET STRING, X acctActionSoDestDetailMask OCTET STRING, X acctActionDestSubscriberID OCTET STRING, X acctActionDestSubscriberMask OCTET STRING, X acctActionSubscriberID OCTET STRING, -- Session attributes X acctActionSessionID INTEGER, X acctActionPDUScale INTEGER, -- Rule Set attributes X acctActionOctetScale INTEGER X acctActionSet INTEGER, X } XacctActionIndex OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 1 } XacctActionStatus OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 2 } XacctActionSourceInterface OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 3 } XacctActionSourceAdjacentType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 4 } XacctActionSourceAdjacentAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 5 } XacctActionSourceAdjacentMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 6 } XacctActionSourcePeerType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 7 } XacctActionSourcePeerTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 8 } XacctActionSourcePeerAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 9 } XacctActionSourcePeerMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 10 } XacctActionSourceDetailType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 11 } XacctActionSourceDetailTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 12 } XacctActionSourceDetailAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 13 } XacctActionSourceDetailMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 14 } XacctActionSourceSubscriberID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 15 } XacctActionSourceSubscriberMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 16 } XacctActionDestInterface OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 17 } XacctActionDestAdjacentType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 18 } XacctActionDestAdjacentAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 19 } XacctActionDestAdjacentMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 20 } XacctActionDestPeerType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 21 } XacctActionDestPeerTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 22 } XacctActionDestPeerAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 23 } XacctActionDestPeerMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 24 } XacctActionDestDetailType OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 25 } XacctActionDestDetailTypeMask OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 26 } XacctActionDestDetailAddress OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 27 } XacctActionDestDetailMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 28 } XacctActionDestSubscriberID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 29 } XacctActionDestSubscriberMask OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 30 } XacctActionSubscriberID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 31 } XacctActionSessionID OBJECT-TYPE X SYNTAX OCTET STRING X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 32 } XacctActionPDUScale OBJECT-TYPE X SYNTAX INTEGER (1..127) X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 33 } XacctActionOctetScale OBJECT-TYPE X SYNTAX INTEGER (1..127) X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 34 } XacctActionSet OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { acctActionEntry 35 } X -- Auckland University Monitor MIB X -- Nevil Brownlee, 5 Oct 93 X X UofAuckland OBJECT IDENTIFIER ::= { enterprises 411 } X X MeterStats OBJECT IDENTIFIER ::= { UofAuckland 1 } X X msStatsReset OBJECT-TYPE -- Write to zero statistics counters X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { MeterStats 1 } X X msStatsTime OBJECT-TYPE -- Seconds since stats counters were zeroed X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 2 } X X msNbrPackets OBJECT-TYPE -- Nbr of packets this stats interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 3 } X X msTotalPacketBacklog OBJECT-TYPE -- Sum of pkt backlogs this stats interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 4 } X X msMaxPacketRate OBJECT-TYPE -- Max packet rate this stats interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 5 } X X msMaxPacketBacklog OBJECT-TYPE -- Max packet backlog this stats interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 6 } X X msNbrFlows OBJECT-TYPE -- Nbr of flows currently in use X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 7 } X X msFlowsRecovered OBJECT-TYPE -- Flows recovered during this stats interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 8 } X X msRuleMatches OBJECT-TYPE -- Rules matched during this stats interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 9 } X X msHashSearches OBJECT-TYPE -- Tally hash searches this stats interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 10 } X X msHashCompares OBJECT-TYPE -- Compares for tally searches this interval X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 11 } X X msTotalHashSize OBJECT-TYPE -- Current sum of tally hash table sizes X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 12 } X X msNbrHashEntries OBJECT-TYPE -- Nbr of in-use slots in tally hash tables X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 13 } X X msGarbageCollectInterval OBJECT-TYPE -- Seconds between G.C. invocations X SYNTAX INTEGER X ACCESS read-write X STATUS mandatory X ::= { MeterStats 14 } X X msMaxFlows OBJECT-TYPE -- Max nbr of flows in meter's flows table X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 15 } X X msAvIdlePer1000 OBJECT-TYPE -- Average idle processor % * 10 X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 16 } X X msMinIdlePer1000 OBJECT-TYPE -- Minimum idels processor % * 10 X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { MeterStats 17 } X X X pcSystem OBJECT IDENTIFIER ::= { UofAuckland 2 } X X pcNearMem OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { pcSystem 1 } X X pcFarMem OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { pcSystem 2 } X X pcBadPackets OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { pcSystem 3 } X X pcNoBufPackets OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { pcSystem 4 } X X pcLostPackets OBJECT-TYPE X SYNTAX INTEGER X ACCESS read-only X STATUS mandatory X ::= { pcSystem 5 } END_OF_FILE if test 47344 -ne `wc -c <'netramet/mib/mib.txt'`; then echo shar: \"'netramet/mib/mib.txt'\" unpacked with wrong size! fi # end of 'netramet/mib/mib.txt' fi if test -f 'netramet/src/apps/snmpnetstat/inet.c' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'netramet/src/apps/snmpnetstat/inet.c'\" else echo shar: Extracting \"'netramet/src/apps/snmpnetstat/inet.c'\" $14067 characters$ sed "s/^X//" >'netramet/src/apps/snmpnetstat/inet.c' <<'END_OF_FILE' X/*********************************************************** X Copyright 1989 by Carnegie Mellon University X X All Rights Reserved X XPermission to use, copy, modify, and distribute this software and its Xdocumentation for any purpose and without fee is hereby granted, Xprovided that the above copyright notice appear in all copies and that Xboth that copyright notice and this permission notice appear in Xsupporting documentation, and that the name of CMU not be Xused in advertising or publicity pertaining to distribution of the Xsoftware without specific, written prior permission. X XCMU DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING XALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL XCMU BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR XANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, XWHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, XARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS XSOFTWARE. X******************************************************************/ X/* X * Copyright (c) 1983,1988 Regents of the University of California. X * All rights reserved. X * X * Redistribution and use in source and binary forms are permitted X * provided that this notice is preserved and that due credit is given X * to the University of California at Berkeley. The name of the University X * may not be used to endorse or promote products derived from this X * software without specific prior written permission. This software X * is provided ``as is'' without express or implied warranty. X */ X X#include <strings.h> X#include <stdio.h> X X#include <sys/param.h> X#include <sys/socket.h> X X#include <netinet/in.h> X X#include <netdb.h> X X#include "ausnmp.h" X#include "main.h" X#include "asn1.h" X#include "snmp.h" X#include "snmpimpl.h" X#include "snmpapi.h" X#include "snmpclnt.h" X#include "mib.h" X Xextern int aflag; Xextern int nflag; Xextern char *plural(); X/* extern char *malloc(); /* in ausnmp.h */ Xextern struct snmp_session *Session; Xextern struct variable_list *getvarbyname(); X X Xchar *inetname(); X Xstruct stat_table { X int entry; /* entry number in table */ X /* format string to printf(description, value, plural(value)); */ X /* warning: the %d must be before the %s */ X char description[80]; X}; X Xstatic oid oid_ipstats[] = {1, 3, 6, 1, 2, 1, 4, 0, 0}; Xstruct stat_table ip_stattab[] = { X {3, "%d total datagram%s received"}, X {4, "%d datagram%s with header errors"}, X {5, "%d datagram%s with an invalid destination address"}, X {6, "%d datagram%s forwarded"}, X {7, "%d datagram%s with unknown protocol"}, X {8, "%d datagram%s discarded"}, X {9, "%d datagram%s delivered"}, X {10, "%d output datagram request%s"}, X {11, "%d output datagram%s discarded"}, X {12, "%d datagram%s with no route"}, X {14, "%d fragment%s received"}, X {15, "%d datagram%s reassembled"}, X {16, "%d reassembly failure%s"}, X {17, "%d datagram%s fragmented"}, X {18, "%d fragmentation failure%s"}, X {19, "%d fragment%s created"} X}; X Xstatic oid oid_udpstats[] = {1, 3, 6, 1, 2, 1, 7, 0, 0}; Xstruct stat_table udp_stattab[] = { X {1, "%d total datagram%s received"}, X {2, "%d datagram%s to invalid port"}, X {3, "%d datagram%s dropped due to errors"}, X {4, "%d output datagram request%s"} X}; X Xstatic oid oid_tcpstats[] = {1, 3, 6, 1, 2, 1, 6, 0, 0}; Xstruct stat_table tcp_stattab[] = { X {5, "%d active open%s"}, X {6, "%d passive open%s"}, X {7, "%d failed attempt%s"}, X {8, "%d reset%s of established connections"}, X {9, "%d current established connection%s"}, X {10, "%d segment%s received"}, X {11, "%d segment%s sent"}, X {12, "%d segment%s retransmitted"} X}; X Xstatic oid oid_icmpstats[] = {1, 3, 6, 1, 2, 1, 5, 0, 0}; Xstruct stat_table icmp_stattab[] = { X {1, "%d total message%s received"}, X {2, "%d message%s dropped due to errors"}, X {14, "%d ouput message request%s"}, X {15, "%d output message%s discarded"} X}; X Xstruct stat_table icmp_inhistogram[] = { X {3, "Destination unreachable: %d"}, X {4, "Time Exceeded: %d"}, X {5, "Parameter Problem: %d"}, X {6, "Source Quench: %d"}, X {7, "Redirect: %d"}, X {8, "Echo Request: %d"}, X {9, "Echo Reply: %d"}, X {10, "Timestamp Request: %d"}, X {11, "Timestamp Reply: %d"}, X {12, "Address Mask Request: %d"}, X {13, "Addrss Mask Reply:%d"}, X}; X Xstruct stat_table icmp_outhistogram[] = { X {16, "Destination unreachable: %d"}, X {17, "Time Exceeded: %d"}, X {18, "Parameter Problem: %d"}, X {19, "Source Quench: %d"}, X {20, "Redirect: %d"}, X {21, "Echo Request: %d"}, X {22, "Echo Reply: %d"}, X {23, "Timestamp Request: %d"}, X {24, "Timestamp Reply: %d"}, X {25, "Address Mask Request: %d"}, X {26, "Addrss Mask Reply:%d"}, X}; X Xstruct tcpconn_entry { X oid instance[10]; X struct in_addr localAddress; X int locAddrSet; X u_short localPort; X int locPortSet; X struct in_addr remoteAddress; X int remAddrSet; X u_short remotePort; X int remPortSet; X int state; X int stateSet; X struct tcpconn_entry *next; X}; X X#define TCPCONN_STATE 1 X#define TCPCONN_LOCADDR 2 X#define TCPCONN_LOCPORT 3 X#define TCPCONN_REMADDR 4 X#define TCPCONN_REMPORT 5 X X X Xstatic oid oid_tcpconntable[] = {1, 3, 6, 1, 2, 1, 6, 13, 1}; X#define ENTRY 9 X Xchar *tcpstates[] = { X "", "CLOSED", "LISTEN", "SYNSENT", X "SYNRECEIVED", "ESTABLISHED", "FINWAIT1", "FINWAIT2", X "CLOSEWAIT", "LASTACK", "CLOSING", "TIMEWAIT" X}; X#define TCP_NSTATES 11 X X/* X * Print a summary of connections related to an Internet X * protocol (currently only TCP). For TCP, also give state of connection. X */ Xprotopr(){ X struct tcpconn_entry *tcpconn = NULL, *tp, *newp; X struct snmp_pdu *request, *response; X struct variable_list *vp; X oid *instance; X int first, status; X X request = snmp_pdu_create(GETNEXT_REQ_MSG); X X snmp_add_null_var(request, oid_tcpconntable, sizeof(oid_tcpconntable)/sizeof(oid)); X X while(1){ X status = snmp_synch_response(Session, request, &response); X if (status != STAT_SUCCESS || response->errstat != SNMP_ERR_NOERROR){ X fprintf(stderr, "SNMP request failed\n"); X break; X } X vp = response->variables; X if (vp->name_length != 20 || X bcmp((char *)vp->name, (char *)oid_tcpconntable, sizeof(oid_tcpconntable))){ X break; X } X X request = snmp_pdu_create(GETNEXT_REQ_MSG); X snmp_add_null_var(request, vp->name, vp->name_length); X X instance = vp->name + 10; X for(tp = tcpconn; tp != NULL; tp = tp->next){ X if (!bcmp((char *)instance, (char *)tp->instance, X sizeof(tp->instance))) X break; X } X if (tp == NULL){ X newp = (struct tcpconn_entry *)malloc(sizeof(struct tcpconn_entry)); X if (tcpconn == NULL){ X tcpconn = newp; X } else { X for(tp = tcpconn; tp->next != NULL; tp = tp->next) X ; X tp->next = newp; X } X tp = newp; X bzero((char *)tp, sizeof(*tp)); X tp->next = NULL; X bcopy((char *)instance, (char *)tp->instance, sizeof(tp->instance)); X } X X if (vp->name[ENTRY] == TCPCONN_STATE){ X tp->state = *vp->val.integer; X tp->stateSet = 1; X X } X X if (vp->name[ENTRY] == TCPCONN_LOCADDR){ X bcopy((char *)vp->val.string, (char *)&tp->localAddress, sizeof(u_long)); X tp->locAddrSet = 1; X X } X X if (vp->name[ENTRY] == TCPCONN_LOCPORT){ X tp->localPort = *vp->val.integer; X tp->locPortSet = 1; X X } X X if (vp->name[ENTRY] == TCPCONN_REMADDR){ X bcopy((char *)vp->val.string, (char *)&tp->remoteAddress, sizeof(u_long)); X tp->remAddrSet = 1; X X } X X if (vp->name[ENTRY] == TCPCONN_REMPORT){ X tp->remotePort = *vp->val.integer; X tp->remPortSet = 1; X X } X X } X X for(first = 1, tp = tcpconn; tp != NULL; tp = tp->next){ X if (!(tp->stateSet && tp->locAddrSet X && tp->locPortSet && tp->remAddrSet && tp->remPortSet)){ X printf("incomplete entry\n"); X continue; X } X if (!aflag && tp->state == MIB_TCPCONNSTATE_LISTEN) X continue; X if (first){ X printf("Active Internet Connections"); X if (aflag) X printf(" (including servers)"); X putchar('\n'); X printf("%-5.5s %-6.6s %-6.6s %-22.22s %-22.22s %s\n", X "Proto", "Recv-Q", "Send-Q", X "Local Address", "Foreign Address", "(state)"); X first = 0; X } X printf("%-5.5s %6d %6d ", "tcp", 0, 0); X inetprint(&tp->localAddress, tp->localPort, "tcp"); X inetprint(&tp->remoteAddress, tp->remotePort, "tcp"); X if (tp->state < 1 || tp->state > TCP_NSTATES) X printf(" %d", tp->state); X else X printf(" %s", tcpstates[tp->state]); X putchar('\n'); X } X X} X X X/* X * Dump UDP statistics structure. X */ Xudp_stats() X{ X oid varname[MAX_NAME_LEN], *udpentry; X int varname_len; X struct variable_list *var; X int count; X struct stat_table *sp = udp_stattab; X X bcopy((char *)oid_udpstats, (char *)varname, sizeof(oid_udpstats)); X varname_len = sizeof(oid_udpstats) / sizeof(oid); X udpentry = varname + 7; X printf("udp:\n"); X count = sizeof(udp_stattab) / sizeof (struct stat_table); X while (count--){ X *udpentry = sp->entry; X var = getvarbyname(Session, varname, varname_len); X if (var){ X putchar('\t'); X printf(sp->description, *var->val.integer, plural((int)*var->val.integer)); X putchar('\n'); X } X sp++; X } X X} X X/* X * Dump TCP statistics structure. X */ Xtcp_stats() X{ X oid varname[MAX_NAME_LEN], *tcpentry; X int varname_len; X struct variable_list *var; X int count; X struct stat_table *sp = tcp_stattab; X X bcopy((char *)oid_tcpstats, (char *)varname, sizeof(oid_tcpstats)); X varname_len = sizeof(oid_tcpstats) / sizeof(oid); X tcpentry = varname + 7; X printf("tcp:\n"); X count = sizeof(tcp_stattab) / sizeof (struct stat_table); X while (count--){ X *tcpentry = sp->entry; X var = getvarbyname(Session, varname, varname_len); X if (var){ X putchar('\t'); X printf(sp->description, *var->val.integer, plural((int)*var->val.integer)); X putchar('\n'); X } X sp++; X } X X} X X/* X * Dump IP statistics structure. X */ Xip_stats() X{ X oid varname[MAX_NAME_LEN], *ipentry; X int varname_len; X struct variable_list *var; X int count; X struct stat_table *sp = ip_stattab; X X bcopy((char *)oid_ipstats, (char *)varname, sizeof(oid_ipstats)); X varname_len = sizeof(oid_ipstats) / sizeof(oid); X ipentry = varname + 7; X printf("ip:\n"); X count = sizeof(ip_stattab) / sizeof (struct stat_table); X while (count--){ X *ipentry = sp->entry; X var = getvarbyname(Session, varname, varname_len); X if (var){ X putchar('\t'); X printf(sp->description, *var->val.integer, plural((int)*var->val.integer)); X putchar('\n'); X } X sp++; X } X X} X X/* X * Dump ICMP statistics. X */ Xicmp_stats() X{ X oid varname[MAX_NAME_LEN], *icmpentry; X int varname_len; X struct variable_list *var; X int count, first; X struct stat_table *sp; X X bcopy((char *)oid_icmpstats, (char *)varname, sizeof(oid_icmpstats)); X varname_len = sizeof(oid_icmpstats) / sizeof(oid); X icmpentry = varname + 7; X printf("icmp:\n"); X sp = icmp_stattab; X count = sizeof(icmp_stattab) / sizeof (struct stat_table); X while (count--){ X *icmpentry = sp->entry; X var = getvarbyname(Session, varname, varname_len); X if (var){ X putchar('\t'); X printf(sp->description, *var->val.integer, plural((int)*var->val.integer)); X putchar('\n'); X } X sp++; X } X X sp = icmp_outhistogram; X first = 1; X count = sizeof(icmp_outhistogram) / sizeof (struct stat_table); X while (count--){ X *icmpentry = sp->entry; X var = getvarbyname(Session, varname, varname_len); X if (var && *var->val.integer != 0){ X if (first){ X printf("\tOutput Histogram:\n"); X first = 0; X } X printf("\t\t"); X printf(sp->description, *var->val.integer, plural((int)*var->val.integer)); X putchar('\n'); X } X sp++; X } X X sp = icmp_inhistogram; X first = 1; X count = sizeof(icmp_inhistogram) / sizeof (struct stat_table); X while (count--){ X *icmpentry = sp->entry; X var = getvarbyname(Session, varname, varname_len); X if (var && *var->val.integer != 0){ X if (first){ X printf("\tInput Histogram:\n"); X first = 0; X } X printf("\t\t"); X printf(sp->description, *var->val.integer, plural((int)*var->val.integer)); X putchar('\n'); X } X sp++; X } X} X X/* X * Pretty print an Internet address (net address + port). X * If the nflag was specified, use numbers instead of names. X */ Xinetprint(in, port, proto) X register struct in_addr *in; X u_short port; X char *proto; X{ X struct servent *sp = 0; X char line[80], *cp, *index(); X int width; X X sprintf(line, "%.*s.", 16, inetname(*in)); X cp = index(line, '\0'); X if (!nflag && port) X sp = getservbyport((int)port, proto); X if (sp || port == 0) X sprintf(cp, "%.8s", sp ? sp->s_name : "*"); X else X sprintf(cp, "%d", ntohs((u_short)port)); X width = 22; X printf(" %-*.*s", width, width, line); X} X X/* X * Construct an Internet address representation. X * If the nflag has been supplied, give X * numeric value, otherwise try for symbolic name. X */ Xchar * Xinetname(in) X struct in_addr in; X{ X register char *cp; X static char line[50]; X struct hostent *hp; X struct netent *np; X static char domain[MAXHOSTNAMELEN + 1]; X static int first = 1; X X if (first && !nflag) { X first = 0; X if (gethostname(domain, MAXHOSTNAMELEN) == 0 && X (cp = index(domain, '.'))) X (void) strcpy(domain, cp + 1); X else X domain[0] = 0; X } X cp = 0; X if (!nflag && in.s_addr != INADDR_ANY) { X u_long net = inet_netof(in); X u_long lna = inet_lnaof(in); X X if (lna == INADDR_ANY) { X np = getnetbyaddr(net, AF_INET); X if (np) X cp = np->n_name; X } X if (cp == 0) { X hp = gethostbyaddr((char *)&in, sizeof (in), AF_INET); X if (hp) { X if ((cp = index(hp->h_name, '.')) && X !strcmp(cp + 1, domain)) X *cp = 0; X cp = hp->h_name; X } X } X } X if (in.s_addr == INADDR_ANY) X strcpy(line, "*"); X else if (cp) X strcpy(line, cp); X else { X in.s_addr = ntohl(in.s_addr); X#define C(x) ((x) & 0xff) X sprintf(line, "%u.%u.%u.%u", C(in.s_addr >> 24), X C(in.s_addr >> 16), C(in.s_addr >> 8), C(in.s_addr)); X } X return (line); X} END_OF_FILE if test 14067 -ne `wc -c <'netramet/src/apps/snmpnetstat/inet.c'`; then echo shar: \"'netramet/src/apps/snmpnetstat/inet.c'\" unpacked with wrong size! fi # end of 'netramet/src/apps/snmpnetstat/inet.c' fi echo shar: End of archive 12 $of 25$. cp /dev/null ark12isdone MISSING="" for I in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 ; do if test ! -f ark${I}isdone ; then MISSING="${MISSING} ${I}" fi done if test "${MISSING}" = "" ; then echo You have unpacked all 24 archives. rm -f ark[1-9]isdone ark[1-9][0-9]isdone else echo You still must unpack the following archives: echo " " ${MISSING} fi exit 0 exit 0 # Just in case...