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Cabletron Systems FAST NETWORK 100 Reference Manual
Summary of FAST NETWORK 100
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Fast network 100 mib reference guide 9031869-01.
Page 3: Notice
Fast network 100 mib reference guide i notice cabletron systems reserves the right to make changes in specifications and other information contained in this document without prior notice. The reader should in all cases consult cabletron systems to determine whether any such changes have been made. T...
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Notice ii fast network 100 mib reference guide fcc notice this device complies with part 15 of the fcc rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference th...
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Notice fast network 100 mib reference guide iii cabletron systems, inc. Program license agreement important: before utilizing this product, carefully read this license agreement. This document is an agreement between you, the end user, and cabletron systems, inc. (“cabletron”) that sets forth your r...
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Notice iv fast network 100 mib reference guide united states government restricted rights the enclosed product (a) was developed solely at private expense; (b) contains “restricted computer software” submitted with restricted rights in accordance with section 52227-19 (a) through (d) of the commerci...
Page 7: Contents
Fast network 100 mib reference guide v contents chapter 1 introduction 1.1 document conventions ............................................................... 1-2 1.2 getting help................................................................................. 1-2 1.3 related documentation ...........
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Contents vi fast network 100 mib reference guide chapter 4 bridge mib 4.1 base group ..................................................................................4-1 4.2 spanning tree group ..................................................................4-3 4.2.1 source route group .............
Page 9: Chapter 1
Fast network 100 mib reference guide page 1-1 chapter 1 introduction this manual is for system administrators responsible for configuring, monitoring, and maintaining the fast network 100 (fn100). Much of the configuration of the fn100 needs to be done using an snmp-based network management station....
Page 10: 1.1 Document Conventions
Chapter 1: introduction page 1-2 fast network 100 mib reference guide 1.1 document conventions the following conventions are used in presenting information in this manual: 1.2 getting help if you need additional support related to this device, or if you have any questions, comments, or suggestions c...
Page 11: 1.3 Related Documentation
Related documentation fast network 100 mib reference guide page 1-3 1.3 related documentation you may need to refer to the following documentation: • fast network 100 user guide – contains installation, configuration, and management instructions for the fn100. It also describes how to use the local ...
Page 12: 1.4 Snmp Primitives
Chapter 1: introduction page 1-4 fast network 100 mib reference guide 1.4 snmp primitives the major software interface between the nms and fn100 consists of one simple mechanism – the exchange of snmp ( simple network management protoco l, rfc 1157) datagrams over any available physical media. The f...
Page 13: 1.5 Mib Primitive Types
Mib primitive types fast network 100 mib reference guide page 1-5 1.5 mib primitive types the mib definitions in this document may reference the primitive types that are described in the structure and identification of management information for tcp/ip-based internets, rfc 1155. Rfc 1155 is based on...
Page 14: 1.6 User Functions
Chapter 1: introduction page 1-6 fast network 100 mib reference guide 1.6 user functions the snmp primitives may be used to accomplish the following functions: • obtain the fn100’s current value of certain parameters - the nms uses the getrequest or getnextrequest pdu, and the fn100 responds with a ...
Page 15: 1.7 Tftp
Tftp fast network 100 mib reference guide page 1-7 • the values within the variable bindings of the returned getresponse may reflect meaningful information, rather than being an exact copy of the values from the setrequest. For example, if a setrequest contains two variable bindings, the first speci...
Page 16: 1.8 Additional Interfaces
Chapter 1: introduction page 1-8 fast network 100 mib reference guide to distribute the new software to the fn100, the tftp procedure is as follows: 1. Start tftp on the nms, or on any other device which can provide tftp services. (typically, tftp must be started from the same directory that contain...
Page 17: Chapter 2
Fast network 100 mib reference guide page 2-1 chapter 2 tcp/ip mib-ii the fn100 supports the tcp/ip mib-ii, as defined by management information base for network management of tcp/ip-based internets mib-ii , rfc 1213 (k. Mccloghrie, editor), dated march 1991. The mib is divided into groups of parame...
Page 18: 2.2 Interfaces Group
Chapter 2: tcp/ip mib-ii page 2-2 fast network 100 mib reference guide sysuptime {system 3} timeticks read-only the time, in centiseconds, since the fn100 was last booted. Syscontact {system 4} displaystring read-write the name and address of the contact person for the fn100. Sysname {system 5} disp...
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Interfaces group fast network 100 mib reference guide page 2-3 ifindex {ifentry 1} integer read-only the port number, beginning with 1 for the first port. This number always matches the instance of the ifentry. For example, {ifindex 3} contains the value “3”. Ifdescr {ifentry 2} displaystring read-w...
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Chapter 2: tcp/ip mib-ii page 2-4 fast network 100 mib reference guide ifadminstatus {ifentry 7} integer read-write the desired state of the port, i.E., one of the following: up (1) setting the port’s state to up causes the port’s statistics to be reset down (2) the port is not to be used testing (3...
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Interfaces group fast network 100 mib reference guide page 2-5 ifindiscards {ifentry 13} counter read-only the number of packets received by the port, that were filtered by the fn100’s forward/filter decision-making (see sfifrxpackets), or because of a lack of resources to receive the packet (see sf...
Page 22: 2.4 Ip Group
Chapter 2: tcp/ip mib-ii page 2-6 fast network 100 mib reference guide ifouterrors {ifentry 20} counter read-only the number of packets that were to be transmitted out the port, but incurred transmission hardware errors. Ifoutqlen {ifentry 21} gauge read-only the maximum length ever obtained by the ...
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Ip group fast network 100 mib reference guide page 2-7 ipinreceives {ip 3} counter read-only the total number of ip packets received from all ports (including the uart). Ipinhdrerrors {ip 4} counter read-only the number of packets received that were discarded due to errors in the ip header. Ipinaddr...
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Chapter 2: tcp/ip mib-ii page 2-8 fast network 100 mib reference guide ipoutdiscards {ip 11} counter read-only the total number of output packets that were discarded (due to lack of resources, for example). This counter includes packets that would be included in ipforwdatagrams if any such packets w...
Page 25: 2.4.1 Ip Address Table
Ip group fast network 100 mib reference guide page 2-9 ipfragfails {ip 18} counter read-only the number of ip datagrams that have been discarded because they needed to be fragmented but could not be (e.G. Because their “don’t fragment” flag was set). Ipfragcreates {ip 19} counter read-only the numbe...
Page 26: 2.4.2 Ip Routing Table
Chapter 2: tcp/ip mib-ii page 2-10 fast network 100 mib reference guide network mask for a non-subnetted network. For getrequests, the fn100 will always convert a value of zero into the correct network mask. Ipadentbcastaddr {ipaddrentry 4} integer read-only the value for the least significant bit f...
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Ip group fast network 100 mib reference guide page 2-11 iprouteentry {iproutetable 1} not-accessible a set of objects for an iproutetable entry. The individual components are described below. Iproutedest {iprouteentry 1} ip address read-write the destination ip address of this route. Iprouteifindex ...
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Chapter 2: tcp/ip mib-ii page 2-12 fast network 100 mib reference guide iproutetype {iprouteentry 8} integer read-write the type of the route, one of the following: other (1) none of the below invalid (2) the entry should be considered to be non-existent direct (3) the entry is a route to a directly...
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Ip group fast network 100 mib reference guide page 2-13 2.4.3 ip address translation table the tcp/ip ip address translation table contains mappings of internet addresses to mac addresses, except for the internet addresses of the fn100 itself. The parameters are read/write, according to tcp/ip mib-i...
Page 30: 2.4.4 Ip Additional Objects
Chapter 2: tcp/ip mib-ii page 2-14 fast network 100 mib reference guide ipnettomediatype {ipnettomediaentry 4} integer read-write the type of address mapping, one of the following: other (1) none of the below invalid (2) the entry should be considered to be non-existent dynamic (3) the mapping was d...
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Icmp group fast network 100 mib reference guide page 2-15 icmpinparmprobs {icmp 5} counter read-only the number of icmp “parameter problem” messages received. Icmpinsrcquenchs {icmp 6} counter read-only the number of icmp “source quench” messages received. Icmpinredirects {icmp 7} counter read-only ...
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Chapter 2: tcp/ip mib-ii page 2-16 fast network 100 mib reference guide icmpouterrors {icmp 15} counter read-only the number of icmp messages that this fn100 did not send due to problems discovered within the icmp subsystem (such as lack of buffers). Icmpoutdestunreachs {icmp 16} counter read-only t...
Page 33: 2.6 Tcp Group
Tcp group fast network 100 mib reference guide page 2-17 icmpoutaddrmasks {icmp 25} counter read-only the number of icmp “address mask request” messages sent. Icmpoutaddrmaskreps {icmp 26} counter read-only the number of icmp “address mask reply” messages sent. 2.6 tcp group tcp {mib-2 6} the tcp gr...
Page 34: 2.7.1 Udp Listener Table
Chapter 2: tcp/ip mib-ii page 2-18 fast network 100 mib reference guide 2.7.1 udp listener table the tcp/ip udp listener table parameters are described below. Udptable {udp 5} not-accessible a table containing udp listener information. The table has entries for the following udp port numbers port 69...
Page 35: 2.10 Transmission Group
Transmission group fast network 100 mib reference guide page 2-19 2.10 transmission group transmission {mib-2 10} the supported tcp/ip transmission group parameters are described in later sections of this document. The transmission group supported is: dot3 {transmission 7} 2.11 snmp group snmp {mib-...
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Chapter 2: tcp/ip mib-ii page 2-20 fast network 100 mib reference guide snmpinbadtypes {snmp 7} counter read-only all getresponse pdus indicate a nosuchname errorstatus, since this variable is no longer used. Snmpintoobigs {snmp 8} counter read-only always zero, since the fn100 ignores all snmp resp...
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Snmp group fast network 100 mib reference guide page 2-21 snmpingetnexts {snmp 16} counter read-only the total number of snmp getnext pdus received by the fn100, that have been processed with no errors. Snmpinsetrequests {snmp 17} counter read-only the total number of snmp setrequest pdus received b...
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Chapter 2: tcp/ip mib-ii page 2-22 fast network 100 mib reference guide snmpoutgenerrs {snmp 24} counter read-only the total number of snmp pdus created by the fn100, with a value of “generr” in the pdu’s “errorstatus”. Snmpoutgetrequests {snmp 25} counter read-only always zero, since the fn100 neve...
Page 39: Chapter 3
Fast network 100 mib reference guide page 3-1 chapter 3 ethernet mib the fn100 supports the ethernet mib as defined in definitions of managed objects for the ethernet-like interface types, rfc 1284 (j. Cook, editor), dated december 1991. The mib tree prefix for reaching the ethernet group is: 1.3.6....
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Chapter 3: ethernet mib page 3-2 fast network 100 mib reference guide dot3macsublayerstatus {dot3entry 3} integer read-write treated identically to dot3initializemac. Values include: enabled (1) disabled (2) dot3multicastreceivestatus {dot3entry 4} integer read-write whether the port is able to rece...
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Ethernet-like statistics group fast network 100 mib reference guide page 3-3 dot3statsindex {dot3statsentry 1} integer read-only the fn100’s ethernet port number. Dot3statsalignmenterrors {dot3statsentry 2} counter read-only number of received packets with frame alignment errors since the port was l...
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Chapter 3: ethernet mib page 3-4 fast network 100 mib reference guide dot3statsexcessivecollisions {dot3statsentry 9} counter read-only the number of times a frame transmission attempt experienced excessive collisions, since the port was last enabled. Dot3statsinternalmactransmiterrors {dot3statsent...
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Ethernet-like collision statistics group fast network 100 mib reference guide page 3-5 3.3 ethernet-like collision statistics group dot3colltable {dot3 5} this group is minimally supported (i.E., the fn100 returns a getresponse with a nosuchname errorstatus). 3.4 ethernet-like tests group dot3tests ...
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Chapter 3: ethernet mib page 3-6 fast network 100 mib reference guide.
Page 45: Chapter 4
Fast network 100 mib reference guide page 4-1 chapter 4 bridge mib the fn100 supports the bridge mib {mib-2 17} as defined in definitions of managed objects for bridges, rfc 1286 (decker, langille, rijsinghani, and mccloghrie, editors). 4.1 base group dot1dbase {dot1dbridge 1} the entire dot1bridge ...
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Chapter 4: bridge mib page 4-2 fast network 100 mib reference guide dot1dbasetype {dot1dbase 3} integer read-only indicates what type of bridging this bridge can perform. If a bridge is actually performing a certain type of bridging this will be indicated by entries in the port table for the given t...
Page 47: 4.2 Spanning Tree Group
Spanning tree group fast network 100 mib reference guide page 4-3 dot1dbaseportdelayexceededdiscards {dot1dbaseportentry 4} counter read-only unsupported. Dot1dbaseportmtuexceededdiscards {dot1dbaseportentry 5} counter read-only the number of frames discarded by this port due to an excessive size. I...
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Chapter 4: bridge mib page 4-4 fast network 100 mib reference guide dot1dstptopchanges {dot1dstp 4} counter read-only the total number of topology changes detected by this bridge since the management entity was last reset or initialized. Dot1dstpdesignatedroot {dot1dstp 5} octet string read-only the...
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Spanning tree group fast network 100 mib reference guide page 4-5 dot1dstpforwarddelay {dot1dstp 11} integer read-only this time value, measured in units of hundredths of a second, controls how fast a port changes its spanning state when moving towards the forwarding state. The value determines how ...
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Chapter 4: bridge mib page 4-6 fast network 100 mib reference guide dot1dstpbridgeforwarddelay {dot1dstp 14} timeticks read-write the value that all bridges use for forwarddelay when this bridge is acting as the root. Note that 802.1d/d9 specifies that the range for this parameter is related to the ...
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Spanning tree group fast network 100 mib reference guide page 4-7 dot1dstpportstate {dot1dstpportentry 3} integer read-only the port’s current state as defined by application of the spanning tree protocol. This state controls what action a port takes on reception of a frame. If the bridge has detect...
Page 52: 4.2.1 Source Route Group
Chapter 4: bridge mib page 4-8 fast network 100 mib reference guide dot1dstpportdesignatedbridge {dot1dstpportentry 8} octet string read-only the bridge identifier of the bridge that this port considers to be the designated bridge for this port’s segment. Dot1dstpportdesignatedport {dot1dstpportentr...
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Spanning tree group fast network 100 mib reference guide page 4-9 dot1dtpfdbtable {dot1dtp 3} not-accessible a table that contains information about unicast entries for which the bridge has forwarding and/or filtering information. This information is used by the transparent bridging function in dete...
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Chapter 4: bridge mib page 4-10 fast network 100 mib reference guide learned (3) the value of the corresponding instance of dot1dtpfdbport was learned, and is being used. Self (4) the value of the corresponding instance of dot1dtpfdbaddress represents one of the bridge’s addresses. The corresponding...
Page 55: 4.3 Static Database Group
Static database group fast network 100 mib reference guide page 4-11 dot1dtpportoutframes {dot1dtpportentry 4} counter read-only the number of frames that have been transmitted by this port to its segment. Note that a frame transmitted on the interface corresponding to this port is only counted by t...
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Chapter 4: bridge mib page 4-12 fast network 100 mib reference guide.
Page 57: Chapter 5
Fast network 100 mib reference guide page 5-1 chapter 5 ppp mib the fast network 100 mib reference guide supports rfc 1471 for ppp link control and rfc 1473 for ppp ip support. The mib tree for reaching the ppp group is: 1.3.6.1.2.1.10. Ppp {transmission 23} 5.1 ppp link control table ppplcp {ppp 1}...
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Chapter 5: ppp mib page 5-2 fast network 100 mib reference guide ppplinkstatusbadaddresses {ppplinkstatusentry 2} counter read-only the number of packets received with an incorrect address field. This counter is a component of the ifinerrors variable that is associated with the interface that repres...
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Ppp link control table fast network 100 mib reference guide page 5-3 ppplinkstatusremotemru {ppplinkstatusentry 7} integer read-only the current value of the mru for the remote ppp entity. This value is the mru that the local entity is using when sending packets to the remote ppp entity. The value o...
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Chapter 5: ppp mib page 5-4 fast network 100 mib reference guide ppplinkstatuslocaltoremoteaccompression {ppplinkstatusentry 12} integer read-only indicates whether the local ppp entity will use address and control compression when transmitting packets to the remote ppp entity. The value of this obj...
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Ppp link control table fast network 100 mib reference guide page 5-5 ppplinkconfiginitialmru {ppplinkconfigentry 1} integer read-write the initial maximum receive unit (mru) that the local ppp entity will advertise to the remote entity. If the value of this variable is 0 then the local ppp entity wi...
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Chapter 5: ppp mib page 5-6 fast network 100 mib reference guide ppplinkconfigfcssize {ppplinkconfigentry 5} integer read-write the size of the fcs, in bits, the local node will attempt to negotiate for use with the remote node. Regardless of the value of this object, the local node will comply with...
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Ppp link control table fast network 100 mib reference guide page 5-7 ppplqrlocalperiod {ppplqrentry 3} integer read-only the lqr reporting period, in hundredths of a second that is in effect for the local ppp entity. Ppplqrremoteperiod {ppplqrentry 4} integer read-only the lqr reporting period, in h...
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Chapter 5: ppp mib page 5-8 fast network 100 mib reference guide ppplqrconfigstatus {ppplqrconfigentry 2} integer read-write if enabled (2) then the local node will attempt to perform lqr negotiation with the remote node. If disabled (1) then this negotiation is not performed. In any event, the loca...
Page 65: 5.2 Ppp Ip Table
Ppp ip table fast network 100 mib reference guide page 5-9 5.2 ppp ip table pppip [ppp 3] pppiptable {pppip 1} not-accessible table containing the ip parameters and statistics for the local ppp entity. Pppipentry {pppiptable 1} not-accessible ipcp status information for a particular ppp link. Pppipo...
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Chapter 5: ppp mib page 5-10 fast network 100 mib reference guide pppipremotemaxslotid {pppipentry 4} integer read-only the max-slot-id parameter that the remote node has advertised and that is in use on the link. If vj-tcp header compression is not in use on the link then the value of this object s...
Page 67: Chapter 6
Fast network 100 mib reference guide page 6-1 chapter 6 cabletron mib the cabletron mib {enterprise 97} is divided into several groups of parameters. The individual groups are described in the subsections below. 1 6.1 system group sigma {enterprise 97} sys {sigma 1} the system group contains those p...
Page 68: 6.2 Platform Group
Chapter 6: cabletron mib page 6-2 fast network 100 mib reference guide systrapport {sys 6} integer read-write zero, or the udp port number to which a second copy of snmp traps should be sent. Valid values are 0 through 65535. 6.2 platform group platform {sigma 5} this subtree holds all of the inform...
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Es-1fe group fast network 100 mib reference guide page 6-3 error code: description: 0001 0001 0001 mp local ram error 0001 0001 0002 mp local ram error 0001 0001 0003 mp local ram error 0001 0001 0004 mp local ram error 0001 0001 0005 mp local ram error 0001 0001 0006 mp local ram error 0001 0001 00...
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Chapter 6: cabletron mib page 6-4 fast network 100 mib reference guide 0004 0002 000b mp shared ram error 0004 0002 000c mp shared ram error 0004 0002 000d mp shared ram error 0004 0002 000e mp shared ram error 0004 0004 0001 mp shared ram access error 0004 0004 0002 mp shared ram access error 0004 ...
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Es-1fe group fast network 100 mib reference guide page 6-5 0008 0012 000f mp address database ram error 0008 0012 0010 mp address database ram error 0008 0012 0011 mp address database ram error 0008 0012 0012 mp address database ram error 0008 0012 0013 mp address database ram error 0008 0012 0014 m...
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Chapter 6: cabletron mib page 6-6 fast network 100 mib reference guide 0008 0012 0029 mp address database ram error 0008 0012 002a mp address database ram error 0008 0012 002b mp address database ram error 0008 0012 002c mp address database ram error 0008 0012 002d mp address database ram error 0008...
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Es-1fe group fast network 100 mib reference guide page 6-7 0100 0042 0008 mp port board status error 0200 0006 0001 mp uart error 0200 0006 0002 mp uart error 0200 0006 0003 mp uart error 0200 0006 0004 mp uart error 8000 0000 ffff pcp non-existent 8000 0020 ff01 pcp initialization timeout error 800...
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Chapter 6: cabletron mib page 6-8 fast network 100 mib reference guide sfhwmanufdata {sfhw 2} displaystring read-only this is a 24-byte array which contains the part number, serial number, and hardware revision level of this module. Sfhwportcount {sfhw 3} integer read-only the number of ports, inclu...
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Es-1fe group fast network 100 mib reference guide page 6-9 sfhwportentry {sfhwporttable 1} not-accessible an entry for an individual port, keyed by sfhwportindex. Sfhwportindex {sfhwportentry 1} integer read-only the port number. Sfhwporttype {sfhwportentry 2} integer read-only a value indicating th...
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Chapter 6: cabletron mib page 6-10 fast network 100 mib reference guide 6.3.2 software configuration group sfsw {es-1fe 2} this attribute group supplies information which describes the software configuration of this particular fn100. Sfswnumber {sfsw 1} integer read-only the number of file sets. Thi...
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Es-1fe group fast network 100 mib reference guide page 6-11 sfswtype {sfswfileset 4} octet string read-only the types of files within the file set. The size of sfswtype may be determined by sfswcount, since 1 octet is required for each file. The possible file types are: file-mp (1) the operational s...
Page 78: 6.3.3 Administration Group
Chapter 6: cabletron mib page 6-12 fast network 100 mib reference guide 6.3.3 administration group sfadmin {es-1fe 3} this group contains the attributes for configuring the system level control of the entire fn100 and the overall fn100 status. Sfadminfatalerr {sfadmin 1} octet string read-only this ...
Page 79
Es-1fe group fast network 100 mib reference guide page 6-13 sfadminnmsipaddr {sfadmin 4} ip address read-write the address of the nms to which trap pdus are to be sent. A value of zero indicates that trap pdus should be sent to the nms last heard from. Sfadminalarmdynamic {sfadmin 5} integer read-wr...
Page 80
Chapter 6: cabletron mib page 6-14 fast network 100 mib reference guide sfadminarpoverflows {sfadmin 12} counter read-only the number of times an arp entry could not be learned due to insufficient address table space. Sfadminipentries {sfadmin 13} counter read-only the number of ip routing database ...
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Es-1fe group fast network 100 mib reference guide page 6-15 sfadminrebootconfig {sfadmin 18} integer read-write the configuration file that will be used when the fn100 reboots. This parameter is normally automatically set by the fn100; however, an nms may explicitly set it to either no-change (1) or...
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Chapter 6: cabletron mib page 6-16 fast network 100 mib reference guide sfadminledprogramoption {sfadmin 22} integer read-write meaning of the led display when led-programmed has been selected for sfadminbuttonselection. Value is: program-led-any-error (1) sfadminvirtualswitch1 {sfadmin 23} octet re...
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Es-1fe group fast network 100 mib reference guide page 6-17 6.3.4 software distribution group sfswdis {es-1fe 4} this attribute group provides the means by which the nms may monitor and/or control the tftp requests to download a new set of software to the fn100. Sfswdisdesc {sfswdis 1} octet string ...
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Chapter 6: cabletron mib page 6-18 fast network 100 mib reference guide sfswdiswritestatus {sfswdis 3} integer read-only the status of the erase/write operation. The possible values are: in-progress (1) an operation is currently in progress success (2) the last operation completed successfully confi...
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Es-1fe group fast network 100 mib reference guide page 6-19 2. Set sfaddroperation with the “read-next” operation code. This will cause the fn100 to update the addresses configuration group fields about the entry, which includes updating sfaddrnext to contain the value for sfaddrindex if one desires...
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Chapter 6: cabletron mib page 6-20 fast network 100 mib reference guide 3. Set addroperation with the “update” operation code. If the nms wants to create a map of which devices exist on which lans, then the nms should read all of the dynamically learned addresses from all bridges, and use the spanni...
Page 87
Es-1fe group fast network 100 mib reference guide page 6-21 • bits 29-28 are reserved. • entry-other = 27, if set then this is a pre-defined internal address, such as the mac address of one of the fn100’s ports, and exactly one of the special entry bits (defined below) must be set. • bit 26-18 are r...
Page 88
Chapter 6: cabletron mib page 6-22 fast network 100 mib reference guide sfaddroperation {sfaddr 6} integer read-write the operation to be performed upon the described address. The possibilities include: read-random (1) read-next (2) reserved (3) update (4) delete (5) read-block (6) read-bucket (7) s...
Page 89
Es-1fe group fast network 100 mib reference guide page 6-23 sfaddrdbfullbuckets {sfaddr 12} integer read-only the number of full buckets. These are buckets that have no entries marked “empty”. Sfaddrdbmaxfullbuckets {sfaddr 13} integer read-write the maximum number of full buckets since the unit was...
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Chapter 6: cabletron mib page 6-24 fast network 100 mib reference guide sfaddrdbbucketaddress {sfaddrdbentry 1} integer read-write the address for the address bucket. Sfaddrdbbucketentcnt {sfaddrdbentry 2} integer read only the number of non-empty entries in the bucket. The number of non-empty entri...
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Es-1fe group fast network 100 mib reference guide page 6-25 sfiftxcnt {sfifentry 3} integer read-only the maximum size of the port’s transmit queue, i.E., the number of packets that can be in the port’s transmit queue, waiting to be transmitted. Sfiftxstormcnt {sfifentry 4} integer read-write the ma...
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Chapter 6: cabletron mib page 6-26 fast network 100 mib reference guide 0x0800 arp - use the port for resolving arp 0x10000 trunking - use the port for cabletron’s trunking protocol these values can be configured through the sfsprototable. Sfifrxpackets {sfifentry 8} octet string read-only a 48 byte...
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Es-1fe group fast network 100 mib reference guide page 6-27 sfiftxstorms {sfifentry 12} counter read-only number of packets not sent due to protection against a multicast storm. Sfifstatisticstime {sfifentry 13} timeticks read-only length of time during which statistics were collected. In particular...
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Chapter 6: cabletron mib page 6-28 fast network 100 mib reference guide sfifspeed {sfifentry 18} integer read-write port speed selection. A value of one (1) selects auto speed selection, a value of two (2) selects10 mbps, and a value of three (3) selects 100 mbps. Sfifmgntrxqueuesize {sfifentry 19} ...
Page 95
Es-1fe group fast network 100 mib reference guide page 6-29 sfifcrashevents {sfifentry 25} counter read-only counter indicating the total number of abnormal terminations. Sfifcrashtime {sfifentry 26} timeticks read-only the time, in centiseconds, since the fn100 was last booted that this interface h...
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Chapter 6: cabletron mib page 6-30 fast network 100 mib reference guide sfifdmadroppedpackets {sfifentry 34} counter read-only counter indicating the total number of packets dropped due to unsuccessful dma transfers. Sfifdescr {sfifentry 35} counter read-only counter indicating the total number of p...
Page 97
Es-1fe group fast network 100 mib reference guide page 6-31 sfuartindex {sfuartentry 1} integer read-only the fn100’s port number of the port. This is always the last port number. Sfuartbaud {suartentry 2} integer read-write this is the desired baud rate. Only 1200 baud through 19,200 baud are suppo...
Page 98: 6.3.8 Debug Command Group
Chapter 6: cabletron mib page 6-32 fast network 100 mib reference guide 6.3.8 debug command group sfdebug {es-1fe 8} this attribute group provides access to the built-in debugging resources. Access to these functions requires the use of the sfadminanypass. To examine the fn100’s memory, the nms must...
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Es-1fe group fast network 100 mib reference guide page 6-33 4. Set sfdebugoperation with the modify (2) value. All of the above “sets” must be performed in a single setrequest pdu, with sfdebugoperation being the last parameter. This will cause the fn100 to modify the desired memory locations, updat...
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Chapter 6: cabletron mib page 6-34 fast network 100 mib reference guide debug-port 13 (13) debug-port 14 (14) debug-port 15 (15) debug-port 16 (16) debug-mp (100) sfdebugoperation {sfdebugentry 2} integer read-write type of debug operation requested. Possible values include: examine (1) the fn100’s ...
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Es-1fe group fast network 100 mib reference guide page 6-35 6.3.9 cabletron protocol group sfproto {es-1fe 9} this group specifies which protocols apply to each interface. Sfprototable {sfsproto 1} not-accessible this table contains configuration information specifying the types of protocols used fo...
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Chapter 6: cabletron mib page 6-36 fast network 100 mib reference guide sfprotoriplisten {sfsprotoentry 4} integer read-write specifies whether the port should listen for rip packets so the fn100 can build a routing table to communicate with an nms. Values include: enabled (1) disabled (2) sfprototr...
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Es-1fe group fast network 100 mib reference guide page 6-37 sftrunkstate {sftrunkentry 2} integer read-only indicates the trunking condition for this port. Values include: off (1) this link has not been enabled for trunking closed (2) this link has not yet received any pdus oneway (3) incoming trunk...
Page 104: 6.3.11 Cabletron Workgroup
Chapter 6: cabletron mib page 6-38 fast network 100 mib reference guide sftrunklinkordinal {sftrunkentry 6} integer read-only the position of this link within the trunk group. Sftrunklinkcount {sftrunkentry 7} integer read-only the number of links with the trunk group. Sftrunklastchange {sftrunkentr...
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Es-1fe group fast network 100 mib reference guide page 6-39 sfworkgroupindex {sfworkgroupentry 1} integer read-only identifies the workgroup. It used to index this table. Sfworkgroupname {sfworkgroupentry 2} displaystring read-write a 1-16 character workgroup name. Sfworkgrouptype {sfworkgroupentry ...
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Chapter 6: cabletron mib page 6-40 fast network 100 mib reference guide.
Page 107: Chapter 7
Fast network 100 mib reference guide page 7-1 chapter 7 traps the unit sends trap pdus to the nms, using the pre-configured nms ip address (see sfadminnmsipaddr). If no address has been pre-configured, then the unit sends the traps to the source ip address of the last snmp datagram received from an ...
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Chapter 7: traps page 7-2 fast network 100 mib reference guide authenticationfailure (4) this trap is generated whenever the community name in a pdu does not match the corresponding password. All setrequest pdus must match the configanypass (refer to the description of sfadmingetpass for setrequest ...
Page 109: Appendix A
Fast network 100 mib reference guide page a-1 appendix a packet header diagrams when you are setting up filters, if you choose to use the offset field, it’s helpful to know the header packet formats. Diagrams of the ip, udp, and tcp headers are provided here for your reference. Figure a-1 ip header ...
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Appendix a: packet header diagrams page a-2 fast network 100 mib reference guide figure a-3 tcp header (after ip header) acknowledgment number window options (if any) padding ( if necessary) source port destination port sequence number header length reserved plus code bits.