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Nortel 2000 User Manual

Nortel 2000 User Manual

Nortel remote annex 2000 server: user guide
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Book B
Chapter 1
Chapter 2
Network Administration
Simple Network Management Protocol (SNMP)

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Summary of Contents for Nortel 2000

  • Page 1 Book B Chapter 1 Network Administration Chapter 2 Simple Network Management Protocol (SNMP)
  • Page 3 Revision Level History Revision Description Initial release. Remote Annex Administrator’s Guide for UNIX...
  • Page 4 Revision Level History Remote Annex Administrator’s Guide for UNIX...

  • Page 5: Table Of Contents

    Chapter 1 Network Administration Monitoring Network Activity ..............B-1 Displaying Network Statistics .
  • Page 6 Remote Annex Administrator’s Guide for UNIX...
  • Page 7 Table B-1. Arguments for the netstat Command ..........Table B-2.
  • Page 8 viii Remote Annex Administrator’s Guide for UNIX...

  • Page 9: Network Administration

    Book B well as network administration using Annex tools and utilities. Using the Annex, you can: Monitoring Network Activity The Annex provides three CLI commands (netstat, ping, and arp) to monitor network activity (for more details, see Using the CLI Commands on page A-121).

  • Page 10: Table B-1. Arguments For The Netstat Command

    Chapter 1 Network Administration Active Connections Entering the netstat command without arguments displays the local and remote addresses, send and receive queue sizes (in bytes), protocol, and the internal state of the protocol for all active connections. Table B-1 lists the arguments for this command.

  • Page 11: Interface Statistics

    Book B The netstat –a command display looks like this: annex01# netstat –a Active connections (including servers) Proto Recv-Q Send-Q Local Address Foreign Interface Statistics The netstat –i command displays interface statistics for an Annex running on an Ethernet LAN. Table B-2 describes the hardware interface statistics for Ethernet.

  • Page 12: Table B-2. Hardware Interface Statistics For Ethernet

    Chapter 1 Network Administration Table B-2. Hardware Interface Statistics for Ethernet Statistic Frames Received Frames Transmitted The number of packets transmitted on the network Bytes Received Bytes Transmitted CRC Errors Alignment Errors Bad Type/ Length Fields Buffer Drops FIFO Drops Interface Resets TX DMA Underruns...
  • Page 13 Book B Table B-2. Hardware Interface Statistics for Ethernet (continued) Statistic RX DMA Overruns Carrier Sense Losses Clear to Send Losses Collisions Detected Max Collision Retries The netstat –i command display looks like this: annex01# netstat –i Name 1500 1500 1536 asy2 asy16 1006...

  • Page 14: Ppp Statistics

    Chapter 1 Network Administration PPP Statistics The netstat –ip port-number command displays a summary of a PPP interface and its current state. Table B-3 describes the fields in the netstat –ip command display. The netstat –ip command display looks like this: annex01# netstat –ip 5 State Auth type...

  • Page 15: Table B-3. Field Definitions For The Netstat -Ip Command

    Book B Table B-3. Field Definitions for the netstat –ip Command Field local remote [xxx] LCP and NCP (IPCP) Options Closed Request sent ACK received ACK sent Open Closing Security (continued on next page) Chapter 1 Definition Refers to the Annex. Refers to the peer.
  • Page 16 Chapter 1 Network Administration Table B-3. Field Definitions for the netstat –ip Command (continued) Field Possible local states for PAP security: Initial AREQ received ANAK sent AACK sent Possible remote states for PAP security: Initial AREQ sent ANAK received AACK received Possible states for CHAP security: CHAP AACK Rcvd CHAP AACK Sent...

  • Page 17: Slip Statistics

    Book B SLIP Statistics The netstat –iS command displays SLIP data after the hardware interface statistics: annex01# netstat –iS Name 1500 1536 asy6 1006 asy13 256 Ethernet Address: Frames Received: Bytes Received: CRC Errors: Bad Type/Length Fields:0 FIFO Drops: TX DMA Underruns: Carrier Sense Losses: Collisions Detected: SLIP rcvr:...

  • Page 18: Table B-4. Displaying Appletalk Statistics Using The Netstat Command

    Chapter 1 Network Administration AppleTalk Statistics The netstat –i command displays interface statistics. AppleTalk addresses display as net.node in hexadecimal, where net is 16 bits and node is 8 bits. ARAP interfaces display as ara plus the unit number. Table B-4 defines the arguments for displaying AppleTalk statistics. Table B-4.

  • Page 19: Rip Statistics

    Book B Ethernet Address: 00-80-2d-00-00 Frames Received: Bytes Received: CRC Errors: Bad Type/Length Fields: FIFO Drops: TX DMA Underruns: 241 Carrier Sense Losses: Collisions Detected: 802.2 packets received:1 ATALK packets sent: ATALK packets received:0 Unknown 802.2 types: Unknown SNAP org codes:0 RIP Statistics The netstat –g command displays RIP statistics.

  • Page 20: Table B-5. Field Definitions For The Netstat -G Command

    Chapter 1 Network Administration Table B-5. Field Definitions for the netstat –g Command Field Intf Bad Pkts Bad Rtes Trigg. Rec’d Sent Disc’d Update Queries Remote Annex Administrator’s Guide for UNIX Book B-12 Definition Displays the interface. Displays the number of packets the interface dropped due to invalid format or data.

  • Page 21: Table B-6. Displaying Routing Table Information Using The Netstat Command

    Book B Routing Table Information The netstat –r command displays statistics and information about all available routes in the RIP routing table, including dial-out routes; dynamic dialing routes that do not have a phone connection established appear with a w at the end of the route entry. Table B-6 lists the netstat command arguments that display routing information.
  • Page 22 Chapter 1 Network Administration The netstat –r command display looks like this: annex: netstat –r tables Destination 4400 - 4499 Apple default IP default 127.0.0.0/8 132.245.1.0/24 132.245.2.0/24 132.245.9.0/24 132.245.10.0/24 132.245.44.22 UR 132.245.11.0/24 132.245.44.22 UR 132.245.12.0/24 132.245.44.22 UR 132.245.22.0/24 132.245.44.22 UR 132.245.33.0/24 132.245.44.22 UR 132.245.34.0/24 132.245.44.22 UR 132.245.44.0/24 *...

  • Page 23: Table B-7. Ip Fields In The Netstat -R Command Display

    Book B Table B-7. IP Fields in the netstat –r Command Display Field Destination NextHop Flags (continued on next page) Explanation The IP address of the route’s destination, followed by a slash (/), followed by the number of 1 bits, counting from left to right, in the Destination’s subnet mask.
  • Page 24 Chapter 1 Network Administration Table B-7. Fields in the netstat –r Command Display (continued) Field (Source) Third flag Usage UseCount Interface Remote Annex Administrator’s Guide for UNIX Book B-16 Explanation Second flag The route was learned via an ICMP redirect. This can occur only when IP routing is disabled (by setting the routed parameter to N).

  • Page 25: Table B-8. Flag Descriptions For The Netstat -C Command

    Book B Route Cache Information The netstat –C command displays the contents of the cache route, including both static routes added from the gateways section of the configuration file and routes added by the route command. Table B-8 describes the flags for the command display. Table B-8.
  • Page 26 Chapter 1 Network Administration Dial-out Route Information The netstat –r command displays statistics and information about all available routes in the routing table, including dial-out routes. If the dial-out route currently is not active, only do<route number> appears in the Interface field. If the route has been assigned to a port, either slip <port number>...

  • Page 27: Table B-9. Field Definitions For The Netstat -R Command

    Book B Table B-9. Field Definitions for the netstat –R Command Field Rotary name Address Proto Camp Flags Annex ports Filtering Statistics The netstat –f command displays filtering statistics. The statistics are cumulative for the Ethernet ports, i.e., changing filters does not reset the counters.

  • Page 28: Table B-10. Field Definitions For The Netstat -F Command

    Chapter 1 Network Administration Table B-10. Field Definitions for the netstat –f Command Field In-hits Out-hits Drop ICMP Syslog Memory Statistics The netstat –m command displays statistics for the memory management routines: annex01# netstat –m 1127/3599 mbufs in use: 899 Kbytes allocated to network (31% in use) 0 requests for memory denied Remote Annex Administrator’s Guide for UNIX Book B-20...

  • Page 29: Protocol Statistics

    Book B Protocol Statistics The netstat –s command displays statistics for the following protocols: ICMP, UDP, TCP, IP, TMux, LAT, and DDP. The LAT statistics display only if the correct lat_key value is set; TMux statistics display only if the tmux_enable parameter is set to Y;...
  • Page 30 Chapter 1 Network Administration icmp: tmux: lat: ddp: Remote Annex Administrator’s Guide for UNIX Book B-22 2359 calls to icmp_error 0 errors not generated ’cuz old message too short 0 errors not generated ’cuz old message was icmp Output histogram: destination unreachable: 2358 Input histogram: echo reply: 41...

  • Page 31: Testing The Network

    Book B Testing the Network The superuser CLI ping command tests and measures the LAN. Also, it can isolate a single-point hardware or software failure. The ping command sends out an Internet Control Message Protocol (ICMP) echo request packet each second, or until input from the terminal terminates the command.
  • Page 32 Chapter 1 Network Administration Table B-11. Arguments for the ping Command (continued) Argument –v host databytes count The ping command display looks like this: annex01# ping caddy PING caddy: 56 data bytes 64 bytes from 132.245.6.25: icmp_seq=0. time=37. ms 64 bytes from 132.245.6.25: icmp_seq=1. time=12. ms 64 bytes from 132.245.6.25: icmp_seq=2.

  • Page 33: Managing The Arp Table

    Book B Managing the ARP Table The Address Resolution Protocol (ARP) maps Internet addresses to hardware addresses. Hosts implementing ARP maintain a translation table for these address mappings. When an Annex receives a request for a host that does not have a translation entry in the ARP table, it broadcasts for the hardware address.

  • Page 34: Logging User And Annex Events

    Chapter 1 Network Administration Logging User and Annex Events The Annex provides two mechanisms for logging events: host-based security and a 4.3BSD-style syslog daemon (see Using Remote Annex Security on page A-421 for details on host-based security and ACP). Host-based Security Logging Host-based security provides logging capabilities that maintain audit trails of user activity.
  • Page 35 Book B All fields are separated by colons and are encoded for use by UNIX utilities that sort, merge, select, or filter streams. When more than one host functions as a security server, the log files can be merged and sorted by the date and time fields. Following is a sample log file: 132.245.11.11:420b02bb:#01:950626:003015:cli hook:login:moseley 132.245.11.11:420b02bc:#01:950626:003015:telnet:login:132.245.77.1:23:moseley...
  • Page 36 Chapter 1 Network Administration Events are written continuously to the ACP log file. To prevent this file from overwhelming the file system on the hosts, and still obtain the record information for generating reports, move and compress the file at regular intervals.
  • Page 37 Book B New log messages are generated by the acp_userinfo file parser if an error is detected when processing the acp_userinfo file (see Using include Files in the acp_userinfo File on page A-477 for more details). The demand dial and modem code include debug level syslog information that provides progress, status, and failure information.

  • Page 38: Displaying User Activity

    Chapter 1 Network Administration Book B In the following example, on May 5, at 9:19 a.m., a user named Worth on port 8 of annex01 issued the rlogin command to host galago. May 5 9:19:03 annex01 cli[598]:Job-Begin:8:rlogin galago:Worth The information display differs, depending on the event. In the following example of a typical message, a time server updates the Annex’s time.

  • Page 39: Displaying Annex Statistics

    Book B The who command display looks like this: annex01# who Port When the command is issued for a 4.3BSD host, the display is the same as for the finger command executed at the host. Using the who command, you can obtain a significant amount of information on users and their activities in the network.
  • Page 40 Chapter 1 Network Administration annex: stats S/W Version: Remote Access Rx.x Build #2: Thu Sep 14 20:37:27 EDT 1995 H/W: Remote Annex 4000 Comm: eth-aui&twi/64asy/1par Boot from: 132.245.88.5 Image: oper.46.enet Inet addr: 132.245.88.170 Ethernet addr:00-80-2d-00-b4-42 Broadcast addr: 132.245.88.255 Default domain: <unknown> Loading: Mbufs: Serial Ports:...

  • Page 41: Monitoring Serial Line Activity

    Book B The stats –p command displays statistics for all parallel ports: annex01# stats –p total The superuser stats –c command clears all serial line statistics to zero. The stats –m command displays statistics for active control lines, but displays the modem controls for inactive control lines rather than displaying idle.

  • Page 42: Managing The Host Table

    Chapter 1 Network Administration Using tap, you can: Under certain circumstances, the order of displayed data may not match the actual time sequence of the events. All input and output data is displayed. Special characters and control line changes are stored in a limited buffer.
  • Page 43 Book B The CLI hosts command displays all entries in the host table. The Annex can build and update the host table from RWHO messages and from responses to DNS and/or IEN-116 queries. Entries are updated according to information received. Information for a host will be updated if new information received is different from what is currently in the host table.

  • Page 44: Disabling Software Modules

    Chapter 1 Network Administration Other tools for managing the host table are: Disabling Software Modules The Annex parameter disabled_modules allows you to disable individual software modules to free memory space. If you enter more than one module, separate module names using commas. Valid options are admin, atalk, dialout, edit, fingerd, ftpd, ipx, lat, nameserver, ppp, slip, snmp, tn3270, tstty, vci, all, or none.

  • Page 45: Typical Configuration Problems

    Book B The syntax for disabling several modules is: set annex disabled_modules lat,snmp,ppp,slip Typical Configuration Problems Each Annex hardware platform provides a hardware installation guide that contains troubleshooting information. Many problems that occur after an Annex is running are due to improper configuration of the Annex or a host.

  • Page 46: Sessions Not Terminated

    Chapter 1 Network Administration Sessions not Terminated Several situations can leave a session open. If any of these situations occur: Remote Annex Administrator’s Guide for UNIX Book B-38 • On CLI ports, the hangup command may not disconnect a modem or a switch. On CLI login ports, a modem, telephone, or switch disconnection (de-asserting DCD) may not terminate the CLI connection or UNIX session.

  • Page 47: Connection Delays When Using Name Servers

    Book B Chapter 1 Network Administration Connection Delays When Using Name Servers Annex users may notice connection delays under certain circumstances. If name_server_1 and name_server_2 are defined, and name_server_1 is down or does not exist, there will be a 15–30 second delay until name_server_2 resolves the name during a connect to a host using rlogin or telnet.

  • Page 48: Wrong Host Address In Host Table

    Chapter 1 Network Administration Book B Wrong Host Address in Host Table The Annex assumes that the host described in the data part of the RWHO packet sent the packet, and the IP header’s source-Internet-address field contains the host’s address. Usually, this assumption is correct because routers do not forward broadcast packets.

  • Page 49: Simple Network Management Protocol (Snmp)

    Book B (SNMP) and the SNMP agent provided by the Annex. This chapter includes the following sections: SNMP Protocol Overview SNMP is a heavily used management protocol. It operates over the User Datagram Protocol (UDP), which is part of the TCP/IP protocol suite. SNMP provides an easier and more efficient means of managing the Annex.

  • Page 50: Snmp Management Stations

    Chapter 2 Simple Network Management Protocol (SNMP) SNMP Management Stations An SNMP Network Management Station is a dedicated or shared network device that is the client in the client-server model. The management station can run an application specifically written for the Annex and its MIBs (e.g., the Xylogics graphical user interface, Annex Manager), or a generic application that communicates with other non-Xylogics devices (e.g.

  • Page 51: Configuring The Annex For Snmp

    Book B Configuring the Annex for SNMP Before an SNMP network management application can monitor or manage the Annex, you must define certain configuration data, including the SNMP agent and related Annex parameters. Configuring the SNMP Agent Entries in the gateway section of the configuration file, which is downloaded during Annex initialization, both enable the SNMP agent and define the operating characteristics of the SNMP daemon that controls the SNMP agent...
  • Page 52 Chapter 2 Simple Network Management Protocol (SNMP) Defining the Community String Each SNMP message contains a community string in its header. The receiving SNMP agent tries to match the message’s string with an existing community string list. If there is no match, the SNMP agent discards the message without responding to the sender.

  • Page 53: Table B-12. Supported Snmp Traps

    Book B Traps are unsolicited administrative messages generated by SNMP agents on the network. The keyword traphost defines the host to which SNMP traps are sent. For the Annex to generate traps, one or more trap host addresses must be defined in the gateway section of the configuration file along with the SNMP community string.

  • Page 54: Snmp Commands

    Chapter 2 Simple Network Management Protocol (SNMP) Defining the Location String The keyword location defines the object that describes the Annex’s location; e.g., computer room. The syntax is: snmp location string Defining the disabled_modules Parameter The Annex parameter disabled_modules allows you to turn off certain features during Annex software initialization (e.g., enter LAT, PPP, SLIP to turn these features off).

  • Page 55: Using Snmp Set To Send Commands To The Annex

    Book B Table B-13. SNMP Commands Supported by the Annex Action get-next trap When the allow_snmp_sets parameter is enabled, the Annex accepts SNMP set commands from any source and processes them. When disabled, the Annex rejects all SNMP set commands; the Annex SNMP agent returns the error no such name for the first object in the set command (for more details, see allow_snmp_sets on page A-45).
  • Page 56 Chapter 2 Simple Network Management Protocol (SNMP) Using the SNMP set command, you can broadcast a message, reset a port or subsystem, and reboot the Annex. Remote Annex Administrator’s Guide for UNIX Book B-48 • To broadcast a message, use SNMP set to write the message to the MIB object anxcBcastMsg and then set the broadcast type to the MIB object anxcBcast.

  • Page 57: Standard Mib Support

    Book B Standard MIB Support The Annex supports the following standard MIBs: Most Annex parameters do not map to standard MIB objects. Instead, they map to MIB objects in a proprietary (or private enterprise) MIB specific to the Annex. The private MIB also contains objects that provide status and statistics information to the network manager (see Annex Parameters vs.

  • Page 58: Mib Object Hierarchy

    Chapter 2 Simple Network Management Protocol (SNMP) MIB Object Hierarchy MIBs define the hierarchy of managed objects. MIB objects represent data that the Annex can retrieve or configuration information that it can modify. Describing and Naming Objects RFC 1155 (Structure and Identification of Management Information for TCP/IP-based internets) describes the layout and encoding of exchanged data objects.

  • Page 59: Annex Restrictions On Standard Mibs

    Book B Annex Restrictions on Standard MIBs The Annex SNMP Agent does not use all objects in the supported standard MIBs. This section lists the supported standard MIBs and outlines the differences between the Annex parameters and specific standard MIB objects.

  • Page 60: Table B-15. Rfc 1213 Mib-Ii Objects

    Chapter 2 Simple Network Management Protocol (SNMP) RFC 1213 MIB-II Restrictions The Annex supports RFC1213’s system, interfaces, at, ip, icmp, tcp, udp, and snmp groups. It does not support the egp group. In addition, some individual objects have the restrictions outlined in Table B-15. Table B-15.

  • Page 61: Table B-16. Rfc 1243 Appletalk

    Book B RFC 1243 AppleTalk MIB Restrictions The Annex does not support the llap, rtmp, kip, zip, and nbp groups. It supports the aarp, atport, ddp, and atecho groups with the restrictions listed in Table B-16. Table B-16. RFC 1243 AppleTalk Object Name atportType atportNetStart...

  • Page 62: Table B-17. Rfc 1389 Ripv2 Mib Objects

    Chapter 2 Simple Network Management Protocol (SNMP) RFC 1389 RIPv2 MIB Restrictions The Annex supports rip2GlobalGroup, rip2IfStatTable, and rip2IfConfTable. It does not support rip2PeerTable. Table B-17 describes additional restrictions. Table B-17. RFC 1389 RIPv2 MIB Objects Object Name rip2IfStatStatus rip2IfConfDomain RipIfConfAuthKey ripIfConfStatus RFC 1398 Ethernet MIB Restrictions...

  • Page 63: Table B-19. Rfc 1316 Character Mib Objects

    Book B RFC 1316 Character MIB Restrictions The Annex supports the char group with the restrictions outlined in Table B-19. Table B-19. RFC 1316 Character MIB Objects Object Name charPortAdminStatus charPortOperStatus charPortInFlowType charPortOutFlowType charPortAdminOrigin charPortName charPortSessionMaximum charSessKill charSessState charSessConnectionId charPort objects for virtual ports Chapter 2 Simple Network Management Protocol (SNMP) Restrictions...

  • Page 64: Table B-20. Rfc 1317 Rs-232 Mib Objects

    Chapter 2 Simple Network Management Protocol (SNMP) RFC 1317 RS-232 MIB Restrictions The Annex supports this MIB with the restrictions described in Table B-20. Table B-20. RFC 1317 RS-232 MIB Objects Object Name rs232PortInSpeed rs232PortOutSpeed rs232AsyncPortParity rs232AsyncPortStopBits rs232SyncPortTable Remote Annex Administrator’s Guide for UNIX Book B-56 Restrictions Read Object...
  • Page 65 Book B Setting Port Speed The rs232PortInSpeed, rs232PortOutSpeed, and rs232AsyncPortAutobaud are related for the Annex’s asynchronous ports. For example, you can set a port to 9600/autobaud by setting 9600 in rs232PortInSpeed or rs232PortOutSpeed and then setting rs232AsyncPortAutobaud to enabled(1). RFC 1318 Parallel Printer MIB Restrictions The Annex supports: The Annex does not support: Chapter 2 Simple Network Management Protocol (SNMP)

  • Page 66: Annex Parameters Vs. Annex Private Enterprise Mib

    Chapter 2 Simple Network Management Protocol (SNMP) Annex Parameters vs. Annex Private Enterprise MIB The private enterprise MIB file provides the object descriptions for the hardware, software, ports, parameters, and commands groups. The Annex software distribution provides this information in the file /annex_root/ src/snmp/anx-rx.x.

  • Page 67: Configuration Parameters Vs. Mib Objects

    Book B Table B-21. Prefixes for MIB Object Names Prefix rs232 char Configuration Parameters vs. MIB Objects Table B-22 lists the Annex configuration parameter and the corresponding MIB Object. Table B-22. Configuration Parameter vs. MIB Object Name Configuration Parameter acp_key allow_snmp_sets a_router authoritative_agent...
  • Page 68 Chapter 2 Simple Network Management Protocol (SNMP) Table B-22. Configuration Parameter vs. MIB Object Name (continued) Configuration Parameter image_name inet_addr ipencap_type ip_forward_broadcast lat_key load_broadcast load_dump_gateway load_dump_sequence loose_source_route max_vcli min_unique_hostnames motd_file name_server_1 name_server_2 nameserver_broadcast network_turnaround node_id option_key password pref_dump_addr pref_load_addr (continued on next page) Remote Annex Administrator’s Guide for UNIX Book B-60 MIB Object...
  • Page 69 Book B Table B-22. Configuration Parameter vs. MIB Object Name (continued) Configuration Parameter pref_name1_addr pref_name2_addr pref_secure1_host pref_secure2_host rip_auth rip_routers routed rwhod security_broadcast server_capability subnet_mask syslog_facility syslog_host syslog_mask syslog_port tcp_keepalive tftp_dump_name tfpt_load_dir time_broadcast timezone_minuteswest vcli_password vcli_security zone Chapter 2 Simple Network Management Protocol (SNMP) MIB Object anxNameServer1Addr anxNameServer2Addr...

  • Page 70: Table B-23. Lat-Specific Configuration Parameters Vs. Mib Object Name

    Chapter 2 Simple Network Management Protocol (SNMP) LAT-specific Configuration Parameters vs. MIB Objects Table B-23 lists the LAT-specific configuration parameters and the corresponding MIB object names. The string “.iso.org.dod.internet.private.enterprises.xylogics.annex.” precedes the MIB object names. Table B-23. LAT-specific Configuration Parameters vs. MIB Object Name LAT-specific na Parameter circuit_timer facility_num...

  • Page 71: Lat Statistic Objects

    Book B LAT Statistic Objects Table B-24 lists the LAT statistic objects; these objects provide the same information available in the CLI netstat command. The following string precedes the MIB object names: “.iso.org.dod.internet.private.enterprises.xylogics.annex.”. Table B-24. LAT Statistic Objects MIB Object Name anxLatRecvRunMsgs anxLatXmitRunMsgs anxLatRecvSlots...
  • Page 72 Chapter 2 Simple Network Management Protocol (SNMP) Table B-24. LAT Statistic Objects (continued) MIB Object Name anxLatRecvFrames anxLatXmitFrames anxLatIllegalFrames anxLatCircuitTimeouts anxLatXmitSvcMsgs anxLatRecvSvcMsgs anxLatUsedSvcMsgs Remote Annex Administrator’s Guide for UNIX Book B-64 Description total received frames total transmitted frames total illegal frames total circuit time-outs total transmitted service messages total received service messages...

  • Page 73: Tmux-Specific Annex Parameters Vs. Mib Objects

    Book B TMux-specific Annex Parameters vs. MIB Objects Table B-25 lists the TMux-specific Annex parameters and their corresponding MIB object names. The following string precedes the MIB object names: “.iso.org.dod.internet.private.enterprises.xylogics.annex.”. Table B-25. TMux- specific Parameters vs. MIB Objects TMux Parameter tmux_delay tmux_enable tmux_max_host...

  • Page 74: Ipx-Specific Annex Parameters Vs. Mib Objects

    Chapter 2 Simple Network Management Protocol (SNMP) IPX-specific Annex Parameters vs. MIB Objects Table B-26 lists the IPX-specific Annex parameters and their corresponding MIB object names. The following string precedes the MIB object names: “.iso.org.dod.internet.private.enterprises.xylogics.annex.”. Table B-26. IPX-specific Parameters vs. MIB Objects IPX Parameter ipx_do_checksum ipx_dump_password...

  • Page 75: T1-Specific Annex Parameters Vs. Mib Objects

    Book B T1-specific Annex Parameters vs. MIB Objects Table B-27 lists the T1-specific Annex parameters and their corresponding MIB object names. The following string precedes the MIB object names: “.iso.org.dod.internet.private.enterprises.xylogics.annex.”. Table B-27. T1- specific Parameters vs. MIB Objects T1 Parameter alarmsyslog bypass ring...

  • Page 76: Interface Parameters Vs. Mib Objects

    Chapter 2 Simple Network Management Protocol (SNMP) Interface Parameters vs. MIB Objects Table B-28 lists the interface parameters and the corresponding MIB object names. The string “.iso.org.dod.internet.mgmt.mib-2.interfaces.” precedes the MIB object names. Table B-28. Interface Parameters vs. MIB Objects Interface Parameter rip_accept rip_advertise rip_default_route...

  • Page 77: Asynchronous Port Parameters Vs. Mib Objects

    Book B Asynchronous Port Parameters vs. MIB Objects Table B-29 lists the asynchronous port parameters corresponding to the MIB object names. Table B-30 lists the PPP and SLIP port parameters and the corresponding MIB object names. Table B-25 lists the T1-specific parameters and the corresponding MIB object names.

  • Page 78: Table B-29. Asynchronous Port Parameters Vs. Mib Object Names

    Chapter 2 Simple Network Management Protocol (SNMP) Table B-29. Asynchronous Port Parameters vs. MIB Object Names Async Port Parameter MIB Object allow_broadcast arap_v42bis at_guest at_nodeid at_security attn_string authorized_groups backward_key banner broadcast_direction char_erase cli_imask7 cli_inactivity cli_security connect_security control_lines data_bits forward_key line_erase (continued on next page) Remote Annex Administrator’s Guide for UNIX Book B-70...
  • Page 79 Book B Table B-29. Asynchronous Port Parameters vs. MIB Object Names (continued) Async Port Parameter location long_break dedicated_address dedicated_arguments dedicated_port echo erase_char erase_line erase_word forwarding_count forwarding_timer hardware_tabs imask_7bits inactivity_timer input_flow_control input_is_activity input_start_char input_stop_char ixany_flow_control (continued on next page) Chapter 2 Simple Network Management Protocol (SNMP) MIB Object anxpLocation anxpLongBreak...
  • Page 80 Chapter 2 Simple Network Management Protocol (SNMP) Table B-29. Asynchronous Port Parameters vs. MIB Objects (continued) Async Port Parameter latb_enable map_to_lower map_to_upper max_session_count mode modem_var need_dsr newline_terminal net_inactivity net_inactivity_units output_flow_control output_is_activity output_start_char output_stop_char parity phone_number port_password port_server_security (continued on next page) Remote Annex Administrator’s Guide for UNIX Book B-72 MIB Object...
  • Page 81 Book B Table B-29. Asynchronous Port Parameters vs. MIB Objects (continued) Async Port Parameter ppp_ipx_network ppp_ipx_node prompt ps_history_buffer redisplay_line reset_idle_time_on short_break tcp_keepalive speed stop_bits tcp_keepalive telnet_crlf telnet_escape term_var tn3270_printer_host tn3270_printer_name toggle_output type user_name Chapter 2 Simple Network Management Protocol (SNMP) MIB Object anxpPppIpxNetwork anxpPppIpxNode...
  • Page 82 Chapter 2 Simple Network Management Protocol (SNMP) Table B-30. PPP and SLIP Port Parameters vs. MIB Objects PPP/SLIP Port Parameter MIB Object allow_compression dialup_addresses do_compression local_address metric ppp_acm ppp_mru ppp_ncp ppp_password_remote ppp_security_protocol ppp_username_remote remote_address slip_allow_dump slip_load_dump_host slip_mtu_size slip_no_icmp slip_ppp_security slip_tos subnet_mask Remote Annex Administrator’s Guide for UNIX Book B-74...
  • Page 83 Numerics 4.3BSD event logging using syslog B-29 acp_userinfo file B-29 Address Resolution Protocol. See ARP allow_snmp_sets parameter B-46, B-47 AppleTalk statistics B-10 logins B-28 table management B-25 call-back B-28 configuration parameters Annex allow_snmp_sets B-47 disabled_modules B-36 serial line port allow_snmp_sets B-47 vs.
  • Page 84 event using syslog B-29 host-based security B-26 user and Annex events B-26 to B-30 Management Information Bases. See MIBs memory statistics B-20 MIBS serial port parameters vs. MIB objects B-69 to B-73 MIBs Annex private enterprise MIB vs. Annex parameters B-58 to B-74 Annex restrictions on B-51 to B-57 configuration parameters vs.
  • Page 85 using to test network B-23 SLIP port parameters vs. MIB objects and B- statistics B-6 to B-8 protocol statistics B-21 reset annex nameserver command using for host table management B-36 statistics B-11 rotaries statistics from netstat B-18 route cache information B-17 dial-out information B-18 routing...
  • Page 86 for AppleTalk B-10 interface B-3 to B-5 memory B-20 PPP B-6 to B-8 protocol B-21 RIP B-11 SLIP B-9 stats -c command using to clear all serial line statistics to zero B-33 stats -m command using to display statistics for active control lines B-33 stats -p command using to display statistics for parallel ports B-...

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