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® Bay Networks BayStack Hubs Management Module Guide 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. The hardware, firmware, or software described in this manual is subject to change without notice. IN NO EVENT SHALL CABLETRON SYSTEMS BE LIABLE FOR ANY INCIDENTAL, INDIRECT, SPECIAL, OR CONSEQUENTIAL DAMAGES WHATSOEVER (INCLUDING BUT NOT LIMITED TO LOST PROFITS) ARISING OUT OF OR RELATED TO THIS MANUAL OR THE INFORMATION CONTAINED IN IT, EVEN IF CABLETRON SYSTEMS HAS BEEN ADVISED OF, KNOWN, OR SHOULD HAVE KNOWN, THE POSSIBILITY OF SUCH DAMAGES. Virus Disclaimer Cabletron has tested its software with current virus checking technologies. However, because no anti-virus system is 100% reliable, we strongly caution you to write protect and then verify that the Licensed Software, prior to installing it, is virus-free with an anti-virus system in which you have confidence. Cabletron Systems makes no representations or warranties to the effect that the Licensed Software is virus-free. Copyright © September, 1998, by Cabletron Systems, Inc. All rights reserved. Printed in the United States of America. Order Number: 90302292 E3 Cabletron Systems, Inc. P.O. Box 5005 Rochester, NH 03866-5005 SPECTRUM, the SPECTRUM IMT/VNM logo, DCM, IMT, and VNM are registered trademarks, and SpectroGRAPH, SpectroSERVER, Inductive Modeling Technology, Device Communications Manager, and Virtual Network Machine are trademarks of Cabletron Systems, Inc. Ethernet is a trademark of Xerox Corporation. Bay Networks is a registered trademark, and BayStack is a trademark of Bay Networks. 90302292 E3 i Restricted Rights Notice (Applicable to licenses to the United States Government only.) 1. Use, duplication, or disclosure by the Government is subject to restrictions as set forth in subparagraph (c) (1) (ii) of the Rights in Technical Data and Computer Software clause at DFARS 252.227-7013. Cabletron Systems, Inc., 35 Industrial Way, Rochester, New Hampshire 03866-5005. 2. (a) This computer software is submitted with restricted rights. It may not be used, reproduced, or disclosed by the Government except as provided in paragraph (b) of this Notice or as otherwise expressly stated in the contract. (b) This computer software may be: (c) (1) Used or copied for use in or with the computer or computers for which it was acquired, including use at any Government installation to which such computer or computers may be transferred; (2) Used or copied for use in a backup computer if any computer for which it was acquired is inoperative; (3) Reproduced for safekeeping (archives) or backup purposes; (4) Modified, adapted, or combined with other computer software, provided that the modified, combined, or adapted portions of the derivative software incorporating restricted computer software are made subject to the same restricted rights; (5) Disclosed to and reproduced for use by support service contractors in accordance with subparagraphs (b) (1) through (4) of this clause, provided the Government makes such disclosure or reproduction subject to these restricted rights; and (6) Used or copied for use in or transferred to a replacement computer. Notwithstanding the foregoing, if this computer software is published copyrighted computer software, it is licensed to the Government, without disclosure prohibitions, with the minimum rights set forth in paragraph (b) of this clause. (d) Any other rights or limitations regarding the use, duplication, or disclosure of this computer software are to be expressly stated in, or incorporated in, the contract. (e) This Notice shall be marked on any reproduction of this computer software, in whole or in part. ii Bay Networks BayStack Hubs Management Module Guide Contents Preface What Is in This Guide .......................................................................................................... ix Conventions ............................................................................................................................x Related SPECTRUM Documentation....................................................................................x Other Related Documentation ............................................................................................. xi Chapter 1 Introduction What Is in This Chapter..................................................................................................... 1-1 Bay Networks BayStack Hubs........................................................................................... 1-1 SPECTRUM Support.......................................................................................................... 1-2 Accessing SPECTRUM Views from the Device Icon .................................................. 1-2 Accessing Module-Specific Subviews .......................................................................... 1-5 Spectrum Views Roadmap ................................................................................................. 1-6 Chapter 2 Device Views What Is in This Chapter..................................................................................................... 2-1 Logical Device View ............................................................................................................ 2-1 Module Icons ....................................................................................................................... 2-3 Backplane Module Icon................................................................................................ 2-3 ENET Media Icon Subviews Menu ............................................................................. 2-4 ENET Media Icon .................................................................................................. 2-4 Segment Icon.......................................................................................................... 2-4 BayStack Ethernet Chassis Redundancy Table View.......................................... 2-5 Ethernet Backplane Segment Statistics view...................................................... 2-7 Segment Icon Subviews Menu..................................................................................... 2-9 Chassis Icon ...................................................................................................................... 2-10 Chassis Icon Subviews Menu Selections .................................................................. 2-11 Chassis Number Label ........................................................................................ 2-11 Chassis Type Label.............................................................................................. 2-11 Segment Number Label....................................................................................... 2-11 Port Number Label .............................................................................................. 2-11 Port Status Label................................................................................................. 2-12 Port Icon Subviews Menu Selections .................................................................. 2-12 Ethernet Port Redundancy View............................................................................... 2-12 NMM Icon ................................................................................................................... 2-16 NMM Icon Subviews Menu ....................................................................................... 2-17 Module Number Label......................................................................................... 2-17 Module Type Label .............................................................................................. 2-17 NMM Agent Download View ............................................................................... 2-17 90302292 E3 iii Chapter 2 Device Views (continued) NMM Trap Receiver View....................................................................................2-19 Trap Receiver Table .......................................................................................2-19 Ethernet NMM Show Nodes Table......................................................................2-20 Ethernet NMM Find Nodes Table .......................................................................2-21 Ethernet NMM Topology Table View ..................................................................2-22 NMM Agent View .................................................................................................2-23 Physical Device View ........................................................................................................2-24 Chapter 3 Configuration Views What Is in This Chapter .....................................................................................................3-1 Chassis Configuration View................................................................................................3-1 Agent Interface View ....................................................................................................3-2 Port Configuration View .....................................................................................................3-3 Module Configuration View ................................................................................................3-4 Module Attachment Table ............................................................................................3-5 NMM Agent Configuration View ........................................................................................3-6 Ethernet Attachment Configuration View.......................................................................3-10 Chapter 4 Event and Alarm Messages What Is in This Chapter .....................................................................................................4-1 Device Events and Alarms..................................................................................................4-1 Chapter 5 Application Views What Is in This Chapter .....................................................................................................5-1 Application View .................................................................................................................5-1 Device Application View ...............................................................................................5-2 Stackable Ethernet Application .........................................................................................5-5 BayStack Common Application ..........................................................................................5-5 Chassis Group View......................................................................................................5-5 BayStack Repeater Application..........................................................................................5-6 Index iv Bay Networks BayStack Hubs Management Module Guide Figures Chapter 1 Figure 1-1. Figure 1-2. Figure 1-3. Figure 1-4. Chapter 2 Figure 2-1. Figure 2-2. Figure 2-3. Figure 2-4. Figure 2-5. Figure 2-6. Chapter 5 Figure 5-1. Figure 5-2. Introduction Using Double-Click Zones to Access SPECTRUM Views ................................... 1-3 Using the Icon Subviews Menu to Access SPECTRUM Views .......................... 1-4 Accessing Module-Specific Subviews ................................................................... 1-5 Spectrum Views Roadmap .................................................................................... 1-6 Device Views Logical Device View .............................................................................................. 2-2 Module Icons ......................................................................................................... 2-3 Backplane Module Icon ........................................................................................ 2-4 Chassis Icon ....................................................................................................... 2-10 NMM Icon ........................................................................................................... 2-16 Physical Device View .......................................................................................... 2-24 Application Views Device Application View (Icon Mode) .................................................................. 5-3 Device Application View (List Mode) ................................................................... 5-4 Index 90302292 E3 v Figures vi Bay Networks BayStack Hubs Management Module Guide Tables Chapter 1 Table 1-1. Chapter 2 Table 2-1. Table 2-2. Table 2-3. Table 2-4. Table 2-5. Table 2-6. Table 2-7. Table 2-8. Table 2-9. Table 2-10. Table 2-11. Table 2-12. Table 2-13. Table 2-14. Table 2-15. Table 2-16. Table 2-17. Table 2-18. Table 2-19. Chapter 3 Table 3-1. Table 3-2. Table 3-3. Table 3-4. Table 3-5. Table 3-6. Table 3-7. Table 3-8. Table 3-9. Table 3-10. Table 3-11. Table 3-12. Table 3-13. Introduction Supported Ethernet Hubs. .................................................................................. 1-1 Device Views Redundant-capability Values................................................................................ 2-5 Redundancy Mode Values ................................................................................... 2-5 Values That Change Redundancy Mode .............................................................. 2-6 Operational Status Values .................................................................................. 2-6 Chassis Icon Menu Selections............................................................................. 2-11 Port Icon Menu Selections................................................................................... 2-12 Operational Status Values .................................................................................. 2-13 Switchover Status Values ................................................................................... 2-13 Redundant Capability Values ............................................................................. 2-14 Redundancy Mode Values ................................................................................... 2-14 Values That Change Redundancy Mode ............................................................ 2-14 Remote Fault Select Mode Values ...................................................................... 2-15 Transmit Mode Values ........................................................................................ 2-15 NMM Icon Menu Selections ................................................................................ 2-17 Valid Flag Status Values .................................................................................... 2-18 Write Configuration Settings to NVRAM Status Values .................................. 2-19 Receiver Status .................................................................................................... 2-20 Operational Status of MAC Address .................................................................. 2-21 NMM Agent View Subviews Menu Selections ................................................... 2-23 Configuration Views Partition Status Values......................................................................................... 3-3 Link Status Values ................................................................................................ 3-4 Jabber Status Values ............................................................................................ 3-4 Configuration Source Values ................................................................................ 3-5 Initial Boot Info Source Entries............................................................................ 3-7 Configuration Load Source Values ....................................................................... 3-7 Current Protocol Status Values ............................................................................ 3-8 Next Boot Protocol Values..................................................................................... 3-8 Last Boot Image Save Status Values ................................................................... 3-8 Next Boot Image Load Source Values ................................................................. 3-9 Next Boot Image Save Mode Values..................................................................... 3-9 Write Configuration Settings to NVRAM .......................................................... 3-10 Reboot Agent Values ........................................................................................... 3-10 90302292 E3 vii Chapter 4 Table 4-1. Chapter 5 Table 5-1. Table 5-2. Table 5-3. Event and Alarm Messages Events and Alarms.................................................................................................4-2 Application Views BayStack ENET Icon Subviews Menu..................................................................5-5 BayStack Common Icon Subviews Menu .............................................................5-5 BSEnetRptr Application Icon Subviews Menu.....................................................5-6 Index Tables viii Bay Networks BayStack Hubs Management Module Guide Preface Use this guide as a reference for the Bay Networks BayStack Hub’s management software. Before using this guide, you should be familiar with SPECTRUM’s functions and navigational techniques as described in the Operations and Administration documentation. For the purposes of this guide, Bay Networks Baystack Hubs are referred to as “device.” What Is in This Guide The following outlines the organization of the Bay Networks BayStack Hubs Management Module Guide: Chapter Description Chapter 1 Introduction Describes the device, the management module software, and model types. This chapter also provides information on accessing device-specific views. Chapter 2 Device Views Describes the Device views representing the device. Chapter 3 Configuration Views Describes the Configuration views for the device and the network management information provided by the views. Chapter 4 Event and Alarm Messages Lists and explains the event and alarm messages generated in the Event Log or Alarm Manager for the device. Chapter 5 Application Views Describes the Application views and applicationspecific information for this device. 90302292 E3 ix Conventions Conventions This guide uses the following conventions: • Menu selections and buttons referenced in text appear in bold; for example, Configuration or Detail. • Button names appear in shadowed boxes when introducing paragraphs describing their use; for example: Help • Menu navigation appears in order of selection; for example, Icon Subviews -> Utilities -> Application. • Referenced chapter titles and section headings appear in italics. • Referenced documents appear in bold italics. • References in blue italics are hypertext links for on-line documents. Related SPECTRUM Documentation When using this guide, you should have a clear understanding of SPECTRUM functionality and navigation techniques as described in Operation, Administration, and the following documentation: Report Generator User’s Guide Getting Started with SPECTRUM for Operators Getting Started with SPECTRUM for Administrators How to Manage Your Network with SPECTRUM Preface x Bay Networks BayStack Hubs Management Module Guide Other Related Documentation Other Related Documentation Refer to the following documentation for more information on managing TCP/ IP-based networks: Martin, James, Kathleen Kavanagh Chapman, Joe Leben. Local Area Networks: Architectures and Implementations, 2d ed. Englewood Cliffs, NJ: Prentice Hall, 1994. Rose, Marshall T. The Simple Book: An Introduction to Management of TCP/IP-based Internets. Englewood Cliffs, NJ: Prentice Hall, 1991. Stallings, William. Data and Computer Communications, 4th ed. New York: Macmillan Publishing Company, 1994. Tanenbaum, Andrew S. Computer Networks, 3d ed. Englewood Cliffs, NJ: Prentice Hall, 1996. 90302292 E3 Preface xi Other Related Documentation Preface xii Bay Networks BayStack Hubs Management Module Guide Chapter 1 Introduction What Is in This Chapter This chapter introduces the SPECTRUM management module for Bay Networks Baystacks Hubs. It describes the following: • Bay Networks BayStack Hubs • SPECTRUM Support - Accessing SPECTRUM Views from the Device Icon - Accessing Module-Specific Subviews • SPECTRUM Views Roadmap Bay Networks BayStack Hubs Bay Networks Baystack Hubs are a series of stackable hubs managed through Simple Network Managment Protocol (SNMP) Agents. These devices provide network connectivity, via up to 24 RJ-45 connectors, two media adapter slots, which provide fiber, coaxial, UTP, and AUI interfaces, and network managment capabilitiy, via an NMM (Network Management Module) slot. Table 1-1 provides a list of the supported models and their descriptions. Table 1-1. Supported Ethernet Hubs. Model Description BayStack10BT-12 10Base-T 12 port chassis with 1 NMM slot and 2 Media Adpater slots. BayStack10BT-24 10Base-T 24 port chassis with 1 NMM slot and 2 Media Adapter slots. 90302292 E3 1-1 SPECTRUM Support Table 1-1. Supported Ethernet Hubs. (Continued) Model Description BayStack100BT 100Base-T 12 port chassis with 1 NMM slot and 1 Media Adapter slot. BayStack100-TX 100Base-TX Media Adapter for the BayStack100BT. BayStack100-FX 100Base-FX Fiber Media Adapter for the BayStack100BT. BayStack150 10BaseT 24 port chassis (BayStack10BT-24) - contains 1 NMM built-in, 1 recessed AUI port, and 24 ports. BayStack151 10BaseT 24 port chassis (BayStack10BT-24) - contains 24 ports and 1 recessed AUI port. BayStack152 10BaseT 12 port chassis (BayStack10BT-12) - contains 1 NMM built-in, 1 recessed AUI port, and 12 ports. BayStack153 10BaseT 12 port chassis (BayStack10BT-12) - contains 12 ports and 1 recessed AUI port. SPECTRUM Support SPECTRUM management modules enable modeling of a physical device (hubs, routers, etc.) by providing model types. A model type is a template that specifies attributes, actions, and associations for a particular device. These models are graphically represented as icons. The model type names for this management module are HubBaySt10 and HubBaySt100. Accessing SPECTRUM Views from the Device Icon The Device icon provides access to SPECTRUM views that display devicespecific information. Access these views using double-click zones (Figure 1-1) or Icon Subviews menus (Figure 1-2). To access the Icon Subviews menu as shown in Figure 1-2: 1. Highlight the icon. 2. From the View menu, select Icon Subviews or click the applicable mouse button (middle or right). Refer to Getting Started with SPECTRUM for Operators for information on configuring your mouse. Introduction 1-2 Bay Networks BayStack Hubs Management Module Guide SPECTRUM Support Figure 1-1. Using Double-Click Zones to Access SPECTRUM Views Accesses the Configuration view; see Chapter 3, Configuration Views. Accesses the NMM Agent View; see Chapter 2, Device Views. Model Name Accesses the Device view; see Chapter 2, Device Views. HubBaySt10 Accesses the Performance view; refer to SPECTRUM Views. Accesses the Application view; see Chapter 5, Application Views. Accesses the Model Information view; see Chapter 3, Configuration Views. Accesses the Performance view; refer to SPECTRUM Views. Model Name Accesses the Device view; see Chapter 2, Device Views. HubBaySt10 Accesses the Application view; see Chapter 5, Application Views. 90302292 E3 Introduction 1-3 SPECTRUM Support Figure 1-2. Using the Icon Subviews Menu to Access SPECTRUM Views Model Name HubBaySt10 Primary Landscape 0x00400000 - VNM Host - LAN of type * File View Help? Go Back Ctrl+b Go Up Icon Subviews View Path New View Jump to View View History... Current View Information... Notes Jump by Name... Zoom Map Hierarchy Introduction 1-4 Close Alt+F4 ctrl+c Navigate Alarms Performance Notes... Utilities Zoom Device Acknowledge Flash Green Enabled Application Model Information Primary Application Logical Physical Bay Networks BayStack Hubs Management Module Guide SPECTRUM Support Accessing Module-Specific Subviews Accessing Module-Specific Subviews Icon Subviews menus provide access to views that display device-specific information. Figure 1-3 shows an example of an Icon Subviews menu for a port icon located in the Device view. The device-specific Icon Subview’s menu selections are described in Chapter 2, Device Views. The menu selections that are common to all devices are described in the Operations and Administration documentation. To access the Icon Subviews menu using the View menu: 1. Highlight the icon. 2. From the View menu, select Icon Subviews. To access the Icon Subviews menu using the mouse button: 1. Position the mouse pointer on the icon. 2. Click the applicable mouse button (middle or right). Refer to Getting Started with SPECTRUM for Operators for information on configuring your mouse. Figure 1-3. Accessing Module-Specific Subviews 1 NLNK 3 PART 5 NLNK 7 NLNK 9 NLNK 11 NLNK 13 NLNK 15 NLNK 17 NLNK 19 NLNK 21 NLNK 23 NLNK 2 LINK 4 NLNK 6 NLNK 8 NLNK 10 NLNK 12 NLNK 14 NLNK 16 NLNK 18 NLNK 20 NLNK 22 NLNK 24 NLNK Close Navigate Alarms Performance Notes... Utilities Zoom Port Notes Port Configuration Port Performance Port Redundancy Enable/Disable Port 90302292 E3 Alt+F4 Common Device-Specific Introduction 1-5 Spectrum Views Roadmap Spectrum Views Roadmap Figure 1-4 shows a “roadmap” of the SPECTRUM views for this device. These views are accessible from double-click zones (Figure 1-1) and Icon Subviews menus (Figure 1-2 and Figure 1-3). Figure 1-4. Spectrum Views Roadmap Performance View; refer to SPECTRUM Views. Logical Device View Device Views; see Chapter 2, Device Views. Physical Device View Chassis Configuration View Port Configuration View Model Name HubBaySt10 Configuration Views; see Chapter 3, Configuration Views. Module Configuration View NMM Agent Configuration View Ethernet Attachment Configuration View Stackable Ethernet application Application Views; see Chapter 5, Application Views. BayStack Common application BayStack Repeater application Introduction 1-6 Bay Networks BayStack Hubs Management Module Guide Chapter 2 Device Views What Is in This Chapter This chapter describes the following views for the Bay Networks BayStack Hub’s Management Module. • Logical Device view • Physical Device view For more information on Accessing SPECTRUM Views from the Device Icon, see Chapter 1, page 1-2 and Accessing Module-Specific Subviews, page 1-5. Logical Device View This view displays a logical representation of the modules installed in the hub. The logical module representation provides information about the individual modules installed in the hub. If the configuration changes during the polling cycle SPECTRUM modifies the Device view, after the next polling cycle, to reflect the new configuration. Figure 2-1 shows an example of the Logical Device view. 90302292 E3 2-1 Logical Device View Figure 2-1. Logical Device View DVBANNER View - of type HubBaySt10 * File View Model Help? System Up Time Network Address Manufacturer Contact Device Type Description Location Serial Number Primary Application SEG 1 ENET 5 SEG 3 8 10BT-24 10BTaNMM S2 10 SEG 2 1 Nlink 3 Part 5 Link 7 Nlink 9 2 Nlink 4 Nlink 6 Nlink 8 Nlink 10 1 Nlink 3 Nlink 5 Nlink 7 Nlink 9 2 Nlink 4 Nlink 6 Nlink 8 Nlink 10 Nlink 11 Nlink 13 Nlink 15 Nlink 17 Nlink 19 Nlink 21 Nlink 23 Nlink 14 Nlink 16 Nlink 18 Nlink 20 Nlink 22 Nlink 24 Nlink Nlink 12 Nlink 10BT-24 S2 Device Views 2-2 Nlink 11 Nlink 13 Nlink 15 Nlink 17 Nlink 19 Nlink 21 Nlink 23 Nlink 14 Nlink 16 Nlink 18 Nlink 20 Nlink 22 Nlink 24 Nlink Nlink 12 Nlink Bay Networks BayStack Hubs Management Module Guide Module Icons Backplane Module Icon Module Icons Figure 2-2 shows an example of the Module icons that comprise the device. This example contains a Chassis Module icon, a Backplane Module icon and an NMM (Network Management Module) icon. This example and all of its parts are described in this chapter. Figure 2-2. Module Icons Backplane Module Icon SEG 1 ENET 5 SEG 2 SEG 3 8 10BT-24 10BTaNMM S2 1 Nlink 3 Part 5 Link 7 Nlink 9 2 Nlink 4 Nlink 6 Nlink 8 Nlink 10 Nlink 11 Nlink 13 Nlink 15 Nlink 17 Nlink 19 Nlink 21 Nlink 23 Nlink 14 Nlink 16 Nlink 18 Nlink 20 Nlink 22 Nlink 24 Nlink Nlink 12 Nlink NMM Icon Chassis Module Icon Backplane Module Icon Figure 2-3 is an example of the Backplane Module icon. This Icon contains an Enet Media icon and three Segment icons. In addition, the subviews menus for these icons are included. 90302292 E3 Device Views 2-3 Module Icons ENET Media Icon Subviews Menu Figure 2-3. Backplane Module Icon SEG 1 ENET SEG 2 SEG 3 (b) (a) Enet Media Icon Subviews Menu Close Navigate Alarms Performance Notes... Utilities Redundancy Table Ctrl+c Segment Icon Subviews Menu Close Navigate Alarms Performance Notes... Utilities Segment Performance Ctrl+c a. Enet Media Icon/Backplane Performance View. b. Segment Icon/Ethernet Performance View ENET Media Icon Subviews Menu The Enet Media Icon Subviews menu selection is the BayStack Ethernet Chassis Redundancy Table View, described on page 2-5. ENET Media Icon The ENET Media icon provides double-click access to the Ethernet Backplane Segment Statistics view, described on page 2-7. Segment Icon This icon identifies which segment the device is attached to and provides double-click access to the Ethernet Performance View, described in SPECTRUM Views. Device Views 2-4 Bay Networks BayStack Hubs Management Module Guide Module Icons ENET Media Icon Subviews Menu BayStack Ethernet Chassis Redundancy Table View This view provides redundancy status and control for each redundancycapable port in the BayStack chassis. Only the following types of redundancycapable ports appear in the table: • Ports with remote fault signaling capability • Ports without remote fault signaling capability which depend on link status to provide redundancy The Redundancy Table provides the following information: Last Change Displays the “sysUpTime” value when the last change to any Redundancy Table entry was detected. Module Displays the slot in the chassis containing the module on which the port is located. Port Displays the number of the port on the module. Capability Displays the redundant-capability of the port. Possible values are described in Table 2-1. Table 2-1. Redundant-capability Values Value Description hwRedOnly hardware redundancy only swRedOnly software redundancy only hwAndswRed both hardware and software redundancy Redundancy Mode Displays the redundancy mode of the port. Possible values are listed in Table 2-2. Table 2-2. Redundancy Mode Values Value 90302292 E3 Description standalone The port is not in any redundant pair. hwActive The port is the active companion in a hardware-redundant pair. hwStandby The port is the standby companion in a hardware-redundant pair. swActive The port is the active companion in a software-redundant pair. swStandy The port is the standby companion in a software-redundant pair. Device Views 2-5 Module Icons ENET Media Icon Subviews Menu Values that can be written to the device to change redundancy mode are described in Table 2-3. Table 2-3. Values That Change Redundancy Mode Value Description standalone Causes the redundant pair to be broken up. hwActive If the previous value was hwStandby, this value causes the port to become the active port in the hardware-redundant pair, resulting in a switchover. hwStandby If the previous value was hwActive, this value causes the port to become the standby port in the hardware-redundant pair, resulting in a switchover. swActive If the previous value was swStandby, this value causes the port to become the active port in the software-redundant pair, resulting in a switchover. swStandy If the previous value was swActive, this value causes the port to become the standby port in the hardware-redundant pair, resulting in a switchover. Changing the Redundancy Mode to hwActive or hwStandby, creates a hardware-redundant pair. Changing this field to swActive or swStandby, creates a software-redundant pair. Operational Status Displays the redundancy status of the port. Possible values and their descriptions are listed in Table 2-4. Table 2-4. Operational Status Values Value Description other None of the following. ok No faults detected. localFault The local port has sensed a fault condition. This value will cause a switchover. remoteFault The remote port has sensed a fault condition. This value will cause a switchover. If the redundant link consists of ports without remote fault capability, the value remoteFault is not reported and the value localFault implies that the link is off. Device Views 2-6 Bay Networks BayStack Hubs Management Module Guide Module Icons Faults Displays the number of local or remote faults on this port. This counter increments whenever there is a transition between a fault and no-fault state. Companion Module Identifies the redundant module slot. If this port is hardware-redundant capable, this field displays the slot number of the potential redundant companion even if it is in standalone mode. This allows you to determine the location of the potential redundant companion as it is fixed by the board’s hardware. Companion Port Identifies the redundant port number. If this port is hardware-redundant capable, this field displays the slot number of the potential redundant companion even if it is in standalone mode. This allows you to determine the location of the potential redundant companion as it is fixed by the board’s hardware. Ethernet Backplane Segment Statistics view This view provides statistical data on all backplane traffic for the device. It contains the following: Update Click this button to update the table information. Totals CLick this button to display the total errors as described below. Set/Clear Filter Allows you to toggle between set filter and clear filter. Sort Up/Down/Unsort Allows sorting of the table, based on the values in a selected column. Src Index Displays the index of the entry in the table. Good Frames Displays the total number of good frames detected on this segment. Collisions Displays the total number of collisions detected on this segment. 90302292 E3 Device Views 2-7 Module Icons Alignment Displays the total number of misaligned packets detected on this segment. FCS Errors Displays the total number of frames received that are an integral number of octets in length but do not pass the Frame Check Sequence (FCS). Runts Displays the total number of runt packets received by this segment. A runt packet is one byte less than the standard Ethernet frame of 64 bytes, not including preamble. Giants Displays the total number of giant packets received by this segment. A giant packet exceeds 1518 bytes, not including preamble. OOW Collisions Displays the total number of Out Of Window (OOW) collisions detected on this segment. Segment Detail Selecting a segment and clicking this buttons opens the Segment Detail View for that segment . The Segment Detail View displays graphs of the same information displayed in the Ethernet Backplane Segment Statistics view, described on page 2-7, as well as a button for Additional Statistics. The Additional Statistics button opens the Additional Statistics view, which provides graphs of the following information: Bcast Frames Displays the total number of broadcast frames detected on this segment. Mcast Frames Displays the total number of multicast frames detected on this segment. TotalFragments Displays the total number of fragmented frames detected on this segment. Long Events Displays the number of times that MAU jabber lockup protection was detected due to transmission of data that exceeded 5 msec in duration (Octet count greater than MaxFrame size). This information can be useful in identifying faulty stations. Short Events Displays the number of fragments detected with Activity Duration less than a minimum threshold value. Rate Mismatches Displays the number of times the FIFO buffer over-runs or under-runs due to transmission rate errors. Device Views 2-8 Bay Networks BayStack Hubs Management Module Guide Module Icons Backoff Fails Displays the number of times a frame was received on this port with collision and port activity time of a value greater than 552 to 560 bit time. Auto Partitions Displays the number of times that this segment was auto-partitioned by the hardware. This condition occurs when 32 consecutive collisions are detected on the port. Short IPGs Displays the number of occurrences of too short Inter-Packet Gaps (IPGs) before good packets detected. Null Frames Displays the total number of empty frames detected on this segment. The Total, Delta, and Accum buttons at the bottom of the Segment Detail view allow you to select how the data is represented. For more information on these buttons, refer to SPECTRUM Views. Segment Additional Detail Opens the Segment Additional Detail view. The Segment Additional Detail view contains the same information as the Ethernet Backplane Segment Statistics view, described on page 2-7. Segment Icon Subviews Menu The Icon Subviews menu selection for the Segment icon is the BayStack Ethernet Performance view. Performance views are described in SPECTRUM Views. 90302292 E3 Device Views 2-9 Chassis Icon Segment Icon Subviews Menu Chassis Icon Figure 2-4 is an example of the Chassis icon, the Port icons and their Subviews menus. Figure 2-4. Chassis Icon (b) (a) 10 (e) (d) 10BT-24 S2 1 Nlink 3 Nlink 5 Nlink 7 Nlink 9 2 Nlink 4 Nlink 6 Nlink 8 Nlink 10 Nlink 11 Nlink 13 Nlink 15 Nlink 17 Nlink 19 Nlink 21 Nlink 23 Nlink 14 Nlink 16 Nlink 18 Nlink 20 Nlink 22 Nlink 24 Nlink Nlink 12 Nlink (c) Port Icons Chassis Icon Port Icon Subviews Menu Chassis Icon Subviews Menu Close Ctrl+c Navigate Alarms Performance Notes... Utilities Attachment Configuration Chassis Notes Close Navigate Alarms Performance Notes... Utilities Port Notes Port Configuration Port Performance Port Redundancy Enable/Disable Port Ctrl+c a. Chassis Number Label/Chassis Notes. b. Chassis Type Label c. Segment Number Label/Configuration view d. Port Number Label/Port Notes e. Device Views 2-10 Port Status Label/Port Configuration view Bay Networks BayStack Hubs Management Module Guide Chassis Icon Chassis Icon Subviews Menu Selections Chassis Icon Subviews Menu Selections Table 2-5 describes the device-specific Subviews menu selections for the Chassis icon. Table 2-5. Chassis Icon Menu Selections Menu Description Attachment Configuration Opens the Ethernet Attachment Configuration View described in Chapter 3, page 3-10. Chassis Notes Opens the Chassis Notes view, described in SPECTRUM Views. Chassis Number Label Displays the index number of the chassis and provides double-click access to the Chassis Notes view, described in SPECTRUM Views. Note that chassis are counted in increments of 5, and are numbered beginning with 5. Chassis Type Label Displays the type of chassis to which the device is attached. Segment Number Label Displays the number of the segment to which the device is attached and provides double-click access to the Ethernet Attachment Configuration View, described in Chapter 3, page 3-10. Port Number Label Displays a unique number identifying the port and provides double-click access to the Port Notes view, described in SPECTRUM Views. 90302292 E3 Device Views 2-11 Chassis Icon Ethernet Port Redundancy View Port Status Label Displays the status of the port and provides double-click access to the Port Configuration View, described in Chapter 3, page 3-3. Port Icon Subviews Menu Selections Table 2-6 descibes the device-specific Subviews menu selections for the Port icon. Table 2-6. Port Icon Menu Selections Menu Description Port Notes Opens the Port Notes view, described in SPECTRUM Views. Port Configuration Opens the Port Configuration view, described in Chapter 3, page 3-3. Port Performance Opens the BayStack Ethernet Port Performance view, described in SPECTRUM Views. Port Redundancy Opens the Ethernet Port Redundancy view, described on page 2-12. Enable/Disable Port Displays the Enable/Disable Port view which allows the user to enable or disable specific ports Ethernet Port Redundancy View This view provides redundancy status and control for each redundancycapable port on the device. Only the following types of redundancy-capable ports appear in the table: • Ports with remote fault signaling capability. • Ports without remote fault signaling capability which depend on link status to provide redundancy. In addition, this view provides the following information: Module Displays the slot in the hub containing the module on which the port is located. Port Displays a unique number identifying the module port. Companion Module Identifies the redundant module slot. If this port is hardware-redundant capable, this field displays the slot number of the potential redundant Device Views 2-12 Bay Networks BayStack Hubs Management Module Guide Chassis Icon Ethernet Port Redundancy View companion even if it is in standalone mode. This allows you to determine the location of the potential redundant companion as it is fixed by the module’s hardware. Companion Port Identifies the redundant port number. If this port is hardware-redundancy capable, this field displays the slot number of the potential redundant companion even if it is in standalone mode. This allows you to determine the location of the potential redundant companion as fixed by the module’s hardware. Operational Status Displays the redundancy status of the port. Possible values are listed in Table 2-7. Table 2-7. Operational Status Values Value Description other Does not belong top a redundant pair. ok No faults detected. localFault The local port has sensed a fault condition. This value will cause a switchover. remoteFault The remote port has sensed a fault condition. This value will cause a switchover. If the redundant link consists of ports without remote fault capability, the value remoteFault is not reported and the value localFault implies that the link is off. Switchover Status Indicates whether a port has redundancy capabilities. The possible values are given in Table 2-8. Table 2-8. Switchover Status Values Value Description other An unknown or other state. timedSwitchover The port is active and another port is in standby. if the active port fails a timed switchover between the two ports occurs. Capability Indicates the redundant-capability of the port. Possible values are described in Table 2-9. 90302292 E3 Device Views 2-13 Chassis Icon Ethernet Port Redundancy View Table 2-9. Redundant Capability Values Value Description hwRedOnly hardware redundancy only swRedOnly software redundancy only hwAndswRed both hardware and software redundancy Switchover Time Displays the amount of time before a switchover completes between the port and its companion. Redundancy Mode Displays the redundancy mode of the port. Possible values are listed in Table 2-10. Table 2-10. Redundancy Mode Values Value Description standalone The port is not in any redundant pair. hwActive The port is the active companion in a hardware-redundant pair. hwStandby The port is the standby companion in a hardwareredundant pair. swActive The port is the active companion in a software-redundant pair. swStandy The port is the standby companion in a software-redundant pair. Values that can be written to the device to change redundancy mode are listed in Table 2-11. Table 2-11. Values That Change Redundancy Mode Value Device Views 2-14 Description standalone Causes the redundant pair to be broken up. hwActive If the previous value was hwStandby, this value causes the port to become the active port in the hardware-redundant pair, resulting in a switchover. hwStandby If the previous value was hwActive, the port becomes the standby port in the hardware-redundant pair, resulting in a switchover. Bay Networks BayStack Hubs Management Module Guide Chassis Icon Ethernet Port Redundancy View Table 2-11. Values That Change Redundancy Mode Value Description swActive If the previous value was swStandby, the port becomes the active port in the software-redundant pair, resulting in a switchover. swStandy If the previous value was swActive, the port becomes the standby port in the hardware-redundant pair, resulting in a switchover. Changing the Redundancy Mode to hwActive or hwStandby, creates a hardware-redundant pair. Changing this field to swActive or swStandby, creates a software-redundant pair. Faults Displays the number of local or remote faults on this port. This counter increments when there is a transition between a fault and no-fault state. Remote Fault Slect Mode The set of local modes that contain fault events that will cause a switchover. Table 2-12 lists the modes and their descriptions. Table 2-12. Remote Fault Select Mode Values Mode Description standard Contains the standard set of fault events: link-off, low light, jabber, Rx invalid idle, Tx dark, and Tx remote fault. synoptics Incorporates the standard set of faults, in addition to autopartition and network partition events. Transmit Mode Displays which type of explorer packet will be transmitted by the standby port to the active port to determine if the active port is still alive. Possible values for this are given in Table 2-13. Table 2-13. Transmit Mode Values Value 90302292 E3 Description autocfg The port is in automatic configuration. fl The port is configured in 10 BaseFL mode. fb The port is configured in 10 BaseFB mode. other None of the above: the port is not a fiber port. Device Views 2-15 Chassis Icon NMM Icon Remote Operational Status Reflects the real time status of the received data from the remote port. Mode Changes Displays the number of times the operational status has changed. NMM Icon Figure 2-5 is an illustration of the NMM (Network Management Module) icon and its Subviews menu. Figure 2-5. NMM Icon (a) 8 10BTaNMM NMM Icon Subviews Menu (b) NMM Icon Close Ctrl+c Navigate Alarms Performance Notes... Utilities Module Notes Module Configuration NMM Agent Configuration NMM Agent Download NMM Trap Receiver NMM Show Nodes NMM Find Nodes NMM Topology a. Module Number Label/ Module Notes View b. Module Type Label Device Views 2-16 Bay Networks BayStack Hubs Management Module Guide Chassis Icon NMM Icon Subviews Menu NMM Icon Subviews Menu Table 2-14 descibes the device-specific Subviews menu selections for the NMM icon. Table 2-14. NMM Icon Menu Selections Menu Description Module Notes Opens the Module Notes view, described in SPECTRUM Views. Module Configuration Opens the Module Configuration View, described in Chapter 3, page 3-4. NMM Agent Configuration Opens the NMM Agent Configuration View, described in Chapter 3, page 3-6. NMM Agent Download Opens the NMM Agent Download View, described on page 2-17. NMM Trap Receiver Opens the NMM Trap Receiver View, described on page 2-19. NMM Show Nodes Opens the ENET NMM Show Nodes Table, described on page 2-20. NMM Find Nodes Opens the ENET NMM Find Nodes Table, described on page 2-21. NMM Topology Opens the ENET NMM Topology Table View, described on page 2-22. Module Number Label This label displays the module number to which the NMM is attached and provides double-click access to the Module Notes view, described in SPECTRUM Views. Module Type Label Displays the type of NMM plugged into the device. NMM Agent Download View This view enables you to download the agent that will be used by the NMM. The Agent Download view provides the following information: 90302292 E3 Device Views 2-17 Chassis Icon NMM Icon Subviews Menu Next Boot IP Addr Displays the IP address of the interface that will be used for the next boot. If no IP address is used, then the value is 0.0.0.0. is displayed. The current IP address for the interface is found in the IP Address Table. Next Boot Net Mask Displays the subnet mask for the interface that will be used for the next boot. If no subnet mask is used, then the value is 0.0.0.0. is displayed. The current subnet mask for the interface is found in the IP Address Table. Load Server Addr Displays the IP address of the load server for the configuration file and/or the image file. If the IP address is not used, then the value is 0.0.0.0. is displayed. Valid Flag Indicates if the configuration and/or image file(s) were downloaded from this interface and if the file names have not been changed. Table 2-15 provides a list of possible values. Table 2-15. Valid Flag Status Values Value Description valid Configuration and/or image file(s) downloaded from this interface are currently in use. invalid Configuration and/or image files downloaded from this interface are not in use (this may also mean that there are no files downloaded from this interface). Config File Name Displays the name of the configuration file currently associated with the interface. When not used, the value is zero. Image File Name Displays the name of the image file(s) currently associated with the interface. Some agents in special situations may support a value which contains multiple file names instead of a single file name. Multiple names are specified as a list of file names separated by semicolons (;). When this object is not used, the value is zero. Write Configuration Settings to NVRAM Allows you to write the configuration settings to non-volatile random access memory (NVRAM). This causes the current configuration settings to be written to local non-volatile storage. Table 2-16 provides a list of possible values. Device Views 2-18 Bay Networks BayStack Hubs Management Module Guide Chassis Icon NMM Icon Subviews Menu Table 2-16. Write Configuration Settings to NVRAM Status Values Value Description valid contents valid write write configuration settings to local storage (such as NVRAM) other unknown or other state NMM Trap Receiver View This view provides information and addresses for devices receiving traps. The maximum and current number of trap receivers are displayed with the Trap Receiver Table. This view provides the following information: Maximum Entries Displays the maximum number of rows allowed in the trap receiver table. Current Entries Displays the current number of rows in the trap receiver table. Next Available Entry Displays the number identifying the next available row to be created in the trap receiver table. A value of zero indicates that the table is full and no more rows may be added. Add Receiver Allows addition of a receiver to the table by accessing the Add Trap Receiver view. The Add Trap Receiver view has the same fields as the Trap Receiver Table, but allows addition of information for the new entry. When adding a new trap receiver, the value displayed in the Next Entry Index field must be entered into the Use Entry Index field. Trap Receiver Table This table lists information about trap receivers and their IP addresses. Double-click an entry in this table to open the Trap Receiver Entry view, which allows modification of values for the selected trap receiver. The Trap Receiver table provides the following information: Receiver Displays the number identifying the row in the table. Receiver Status Displays the status of the row in the Trap Receiver Table. In the Add Trap 90302292 E3 Device Views 2-19 Chassis Icon NMM Icon Subviews Menu Receiver and Trap Receiver Entry views, this field corresponds to the Status button, which allows creation or deletion entries for the table. Table 2-17 provides a list of possible values. Table 2-17. Receiver Status Value Description Valid Read-only status indicating the row exists and is valid. Delete Writeable value that deletes the row ( Trap Receiver Entry view only). Create Writeable value that creates a new row (Add Trap Receiver view only). Other Read-only status indicating the row is unknown, or some other case exists. Address Type Displays the type of network address for the agent’s trap receiver (i.e., IP). Network Address Displays the network address of the SNMP manager that will receive the traps. In the Add Trap Receiver and Trap Receiver Entry views, this field corresponds to the Net Address field. Enter the network address of the new trap receiver or modify the existing address in the Net Address field. Community String Displays the community string to use for the trap receiver. In the Add Trap Receiver and Trap Receiver Entry views, this field corresponds to the Community Name field. Enter the assigned community name to be used for the new trap receiver or modify the existing community name in the Community Name field. Age Time Displays the time interval used to age entries out of the trap receiver table. The default value is zero. A zero value indicates an infinite timeout, where entries will never be aged out. Modify this value in the Add Trap Receiver and Trap Receiver Entry views. Ethernet NMM Show Nodes Table This view provides a list of all the active MAC addresses that the NMM currently recognizes on all segments. This view provides the following information: Interface Displays the number identifying the source that detected the active node. Values greater than zero represent the index of the agent’s interface in the Device Views 2-20 Bay Networks BayStack Hubs Management Module Guide Chassis Icon NMM Icon Subviews Menu NMM. A value of zero indicates that the agent detected the node information through the best available method. Module Displays the number identifying the position of this module in the chassis. Port Displays the number identifying the position of this port on the module. Mac Address Displays the physical (MAC) address for the station. Vendor Displays the manufacturer of the device connected to that port. This is determined from the MAC address. Status Displays the operational status of the MAC address for the station. Table 2-18 provides a list of possible values. Table 2-18. Operational Status of MAC Address Value Description active The station has sent a frame within the required time period, or for Token Ring or FDDI, that the station is in the ring poll. inactive The station is idle, having sent no frames within the required time period. other The address is unknown or in some other state. Ethernet NMM Find Nodes Table This view provides a list of all the active MAC addresses that the NMM currently recognizes on all segments. It provides the following information: Interface Displays the number identifying the source that detected the active node. Values greater than zero represent the index of the agent’s interface in the NMM. A value of zero indicates that the agent detected the node information through the best available method. MAC Address Displays the physical (MAC) address of the station. Vendor Displays the manufacturer of the device connected to that port. This is determined from the MAC address. Module Displays the number identifying the position of this module in the chassis. 90302292 E3 Device Views 2-21 Chassis Icon NMM Icon Subviews Menu Port Displays the number identifying the position of this port on the module. Ethernet NMM Topology Table View This view provides a table of topology information from each NMM with an Ethernet interface on the same flat network as the reporting NMM. The number of entries is determined by the number of detected and active NMMs. Entries in the table are created by reception of a topology message from a “new” NMM. An entry is automatically removed from the table after no messages are received from the NMM in the required time interval. This table provides the following information: IF IP Address Displays the IP address of the interface on which the topology message was received. Slot Displays the number of the slot from which the topology message was received. Note: there is an artificial 'row' for the reporting NMM with slot and port equal to zero. Port Displays the number of the port from which the topology message was received. NMM IP Address Displays the IP address of the NMM that sent the topology message. MAC Address Displays the MAC address of the NMM agent that sent the topology message. Chassis Type Displays the chassis type of the concentrator containing the NMM that sent the topology message. Backplane Type Displays the backplane type of the concentrator containing the NMM that sent the topology message. Local Seg Indicates whether the NMM that sent the topology message is on the same Ethernet segment as the interface of the reporting NMM. Seen Displays the total number of entries in the table reachable from the same interface and slot-port pair as this entry. Links Displays the number of unique slot-port pairs from which topology messages have been received by the NMM that sent the topology message. Device Views 2-22 Bay Networks BayStack Hubs Management Module Guide Chassis Icon NMM Icon Subviews Menu State Displays the current state of the NMM that sent the topology message. Possible values are: topChanged if the topology information has recently changed and heartbeat if the topology information is unchanged. NMM Agent View This is a container view which displays all NMM Agent modules contained within the chassis. Table 2-19 lists all of the specific Subviews menu selections for this agent. To access this view see Accessing SPECTRUM Views from the Device Icon, described in Chapter 1, page 1-5. Table 2-19. NMM Agent View Subviews Menu Selections Menu 90302292 E3 Description Application Opens an application view specific to the NMM Agent. See Chapter 5, Application Views. Primary Appliction Updates the primary application view to MIB II. NMM Agent Configuration Opens the BayStack NMM Agent Configuration View, described in Chapter 3, page 3-6. NMM Agent Download Opens the NMM Agent Download View, described on page 2-17. NMM Trap Receiver Opens the NMM Trap Receiver View, described on page 2-19. NMM Show Nodes Opens the ENET NMM Show Nodes Table, described on page 2-20. NMM Find Nodes Opens the ENET NMM Find Nodes Table, described on page 2-21. NMM Topology Opens the ENET NMM Topology, described on page 2-22. Device Views 2-23 Physical Device View Physical Device View The physical device view displays a physical representation of each of the modules in the device. If an NMM is present, this view also allows you to access the same NMM Icon Subviews menu that can be accessed from the Logical Device view. Figure 2-6 shows an example of the Physical Device view. Figure 2-6. Physical Device View DVBANNER View - of type HubBaySt10 * File View Help? Model System Up Time Network Address Contact Manufacturer Description Device Type Location Serial Number Primary Application Bay Networks Baystack 13 1 Expansion Slot comm Port 10BASET Hub 23 11 12 2 14 24 A----Media Adapter ---- B Bay Networks Bay Networks BayStack BayStack NMM 13 1 Expansion Slot comm Port 10BASET Hub 23 11 12 2 14 24 A----Media Adapter ---- B Device Views 2-24 Bay Networks BayStack Hubs Management Module Guide Chapter 3 Configuration Views What Is in This Chapter This chapter describes the following Configuration views available for Bay Networks Baystack Hubs. These views display network configuration and operating information for the device and its interfaces. • • • • • Chassis Configuration Port Configuration Module Configuration NMM Agent Configuration Attachment Configuration Chassis Configuration View This view contains detailed network configuration information for the chassis. It provides configuration information on the device model in the VNM database and the device’s firmware configuration. Chassis Version Displays the current version of the chassis. Chassis Serial Number Displays the serial number of the chassis. A value of zero indicates the serial number is unknown or unavailable. Chassis Type Displays a description of the chassis type. 90302292 E3 3-1 Chassis Configuration View Chassis Contact Allows you to enter or modify the contact information for the person responsible for the chassis. Chassis Description Displays a physical description of the chassis. Chassis Location Allows you to modify the description of the physical location of the chassis (e.g., fourth floor wiring closet). Total Physical Changes Displays the total number of physical changes (i.e., the addition or removal of a component or sub-component) that have been detected in the chassis since the start of the agent. Last Physical Change Displays the value of the sysUpTime variable when the last physical change (i.e., addition or removal of a module) was detected in the chassis. Total Attachment Changes Displays the total number of attachment changes across all modules in the chassis that have been detected since the start of the agent. Last Attachment Change Displays the value of the sysUpTime variable when the last attachment change on any module in the chassis was detected. Total Configuration Changes Displays the total number of configuration changes (other than attachment changes, physical additions or removals) across all modules in the chassis that have been detected since the start of the agent. Last Configuration Change Displays the value of the sysUpTime variable when the last configuration change (other than attachment changes or physical additions or removals) on any module in the chassis was detected. Agent Interface Accesses the Agent Interface View, described on page 3-2. Agent Interface View This view contains the Agent IF Table, which provides information about each interface for each agent in the chassis. The number of entries in the table is determined by the number of agents in the chassis. The Agent IF Table provides the following configurable information: Configuration Views 3-2 Bay Networks BayStack Hubs Management Module Guide Port Configuration View Component Index Displays the number of the module containing the agent. Interface Index Displays the index number of the interface. IP Address Displays the IP address of the interface. A value of 0.0.0.0. indicates the IP address is unknown or unused. Port Configuration View This view provides information on the configuration of the selected port. To access this view: 1. Within the Logical Device view, highlight the Port icon. 2. From the View Menu select Icon Subviews > Port Configuration. This view provides the following information: Module Displays the number specifying the location in the hub of the module the port is on. Port Displays the number uniquely identifying the selected port on the module. Part Status Allows you to change the partition status of the selected port. The possible values are listed in Table 3-1. Table 3-1. Partition Status Values Status Description other partition status is unknown (Read Only) enabled port is enabled (Read-Write) partition port is partitioned (Read-Write) autopartition port is auto-partitioned by the hardware (Read Only) timedPartition port is configured for timed partitioning (Read-Write) Part Time (secs) Displays the length of time to keep the port partitioned when a timed partition is done to the port. This value can only be written in the same request that sets the status of the port to TimedPartition. Afterwards, it indicates the amount of time left before the timed partition is completed, at 90302292 E3 Configuration Views 3-3 Module Configuration View which time the part status is changed to enabled. This value is zero if the port is not timed partitioned or the amount of time is not available. Link Status Displays whether the port is receiving link status. The possible values are detailed in Table 3-2. Table 3-2. Link Status Values Value Description other returned for AUI off link is not connected, applies to 10BASE-T and Fiber ports only on link is connected; applies to 10BASE-T and Fiber ports only Jabber Status Displays the jabber status of the end node or nodes connected to the port. The possible values are shown in Table 3-3. Table 3-3. Jabber Status Values Value Description other unknown or other condition jabbering port is receiving jabber ok port is not detecting any jabber Module Configuration View This view provides an attachment table as well as information on the configuration of the module. To access this view: 1. Within the Logical Device view, highlight the NMM icon. 2. From the View Menu select Icon Subviews > Module Configuration. This view provides the following information: Module Displays the number specifying the location of the module in the hub. Manufacture Date Displays, in ASCII, the date of manufacture of the module following the format: yyyymmdd. For example, the value for April 13, 1993 is 19930413. If the date is not available, a zero is displayed. Configuration Views 3-4 Bay Networks BayStack Hubs Management Module Guide Module Configuration View Module Attachment Table Attachments Displays the total number of backplane network attachment points on the module. Attachment Changes Displays the total number of attachment changes for the module detected since cold/warm start of the agent or since the insertion of the module. Last Attachment Change Displays the value of SysUpTime when the last attachment change on the module was detected. If no change has been detected since cold/warm start of the agent, the value is zero. Configuration Source Displays the source of the configuration at the last module reset. Table 3-4 details the possible configuration values. Table 3-4. Configuration Source Values Value Description other unknown or some other value dfltJmpr default jumpers prmMem permanent memory on the module brdCfg saved configuration on the module sm supervisor smDfltJmpr SM and default jumpers smPrmMem SM and permanent memory on the module Configuration Changes Displays the total number of configuration changes for the module detected since the cold/warm start of the agent or since the insertion of the module. Set Current Attachment For All Attachments Allows you to change the current attachments. Posible values are SEG 1-3 or ISOL. Module Attachment Table This table displays information on the attachment points on the boards in the chassis. It contains the following information: Attachment Displays the index number of the attachment point on the board. 90302292 E3 Configuration Views 3-5 NMM Agent Configuration View Current Displays the current setting for the attachment point. The slot position of the board, the setting of the backplane divider switch(es), and the mode setting affect which backplane networks are valid values. Also, some boards may put limitations on which backplane network(s) or local channel(s) may be used. Default Displays the default setting for the attachment point. An attachment point may be attached to a local channel, not attached to any backplane network, or attached to a media specific backplane network. (The valid choices depend on each specific attachment point.) NOTE: This value will always be valid and may change when the backplane divider switch setting is changed. Changes Displays the total number of attachment changes for the attachment point that have been detected since cold/warm start of the agent. Last Change Displays the time since the last reset at which the most recent attachment change for the attachment point was detected. If none have been detected since restart of the agent, then the value is zero. NMM Agent Configuration View This view displays and provides detailed information on the configuration of the agent, including the initial boot information. To access this view: 1. Within the Logical Device view, highlight the NMM icon. 2. From the View Menu, select Icon Subviews > NMM Agent Configuration. This view provides the following information: RAM Version Displays the version of the agent for the RAM of the module. Initial Boot Info Source Displays the source for initial protocol configuration information at next boot. For IP, a setting of net using bootp means that BOOTP will be used to get the agent’s IP address(es), load server address, and configuration file name. For IPX, a setting of net using bootp means SAP will be used to get the agent’s Novell network number(s), and the configuration filename will be loaded from local storage. The load server address is not configurable and is Configuration Views 3-6 Bay Networks BayStack Hubs Management Module Guide NMM Agent Configuration View not available on a Novell network. Table 3-5 lists all valid entries: Table 3-5. Initial Boot Info Source Entries Value Description local Don't use the network. net using bootp Try using the network and if that fails then use protocol configuration information from local storage. other Not applicable or some other case. Local Storage Version Displays the version of the agent saved in local storage (such as flash memory). If not known or not available the value is zero. Configuration Load Source Displays the source from which to load configuration information at the next boot. The values are given in Table 3-6. Table 3-6. Configuration Load Source Values Value Description local only get from local storage net only load from the network net with local backup try using network and if it fails then use local information other not applicable or some other case When local only is specified, the configuration information is loaded from local storage. If the local configuration is not valid, then BOOTP is used for the IP stack. In IPX only mode, the IP address could be 0.0.0.0; IPX does not rely on the IP address. The agent checks the IPX address, and if the network number of the IPX address is equal to 0 the agent uses SAP. When net only is specified, the configuration information will be downloaded from the network only. The configuration information will never be loaded from local storage, even if downloading fails and the local configuration information exists. When net with local backup is specified, a download of the configuration information will be tried over the network. If the network download fails, then the configuration information will be loaded from local storage. Current Gateway Displays the IP address of the current default gateway (router). If not used, this object has the value of 0.0.0.0. 90302292 E3 Configuration Views 3-7 NMM Agent Configuration View Current Protocol Displays the transport protocol over which the agent image and configuration information were last loaded. Table 3-7 details all valid status values. Table 3-7. Current Protocol Status Values Value Description ipOnly gotten from the network using a load protocol over IP other unknown or some other protocol Next Boot Gateway Displays the IP address of the default gateway (router) for the agent to use after the next boot. If not used, this object has the value of 0.0.0.0. Next Boot Protocol Displays the transport protocol(s) which the agent uses to load the configuration information and the agent image at the next boot of the agent. The values are given in Table 3-8. Table 3-8. Next Boot Protocol Values Value Description ipOnly use load protocol over IP other unknown or some other protocol Last Boot Image Save Status Indicates what happened to the image file on the last boot. Table 3-9 lists all possible values and their descriptions. Table 3-9. Last Boot Image Save Status Values Value Description the save operation is not available noSave image not saved since image was not asked to be saved, or image was not loaded from the network saved image saved saveFailed tried to save image, but failed Configuration Views 3-8 notAvail Bay Networks BayStack Hubs Management Module Guide NMM Agent Configuration View Next Boot Image Load Source Displays the source from which to load the agent image at next boot. Valid entries are shown in Table 3-10. Table 3-10. Next Boot Image Load Source Values Value Description local only Get from local storage. net only Load from the network, cannot be changed to “local only” or “net with local backup” until a valid image file is loaded. When the local image is not valid and the network download of the image fails, the entire boot process will be repeated. net with local backup Load from the network and if that fails, use local information. net if newer Try loading the image over the net. If successful, it will then be compared to the image stored in local storage. The most recent version of the two will be used. If the local image is not valid, the network will always be used. If the network download fails then the image is loaded from the local storage. other Not applicable or some other case. Next Boot Image Save Mode Indicates what will be done with the image (when loaded from the network) on the next boot. Table 3-11 displays the values and their descriptions. Table 3-11. Next Boot Image Save Mode Values Value 90302292 E3 Description not available the write operation is not available write if different write image to local storage at the next boot if the image is different from saved contents write if newer write image to local storage at the next boot if the image is newer than saved contents no write do not write image to local storage at the next boot, even if the image is newer or different Configuration Views 3-9 Ethernet Attachment Configuration View Write Configuration Settings to NVRAM Allows you to write the current configuration settings to local non-volatile random access memory (NVRAM). Table 3-12 lists all valid entries. Table 3-12. Write Configuration Settings to NVRAM Value Description valid contents valid write write configuration settings to local storage other some unknown or other state Reboot Agent Allows you to reboot the agent. Table 3-13 lists all valid entries and a description of each. Table 3-13. Reboot Agent Values Value Description other agent in unknown or other state running agent running restart restart agent (i.e., jump to beginning of agent code) reboot start boot sequence for agent (i.e., jump to beginning of boot firmware) reset do a hardware reset Ethernet Attachment Configuration View Each of the attachments on the module has an Ethernet Attachment Configuration view. These views provide information on the configuration of each specific attachment. To access this view: 1. Within the Logical Device view, highlight the Chassis icon. 2. From the View Menu, select Icon Subviews > Attachment Configuration. This view provides the following information: Module Displays the number specifying the location in the hub of the module having the attachment. Attachment Displays the number specifying the location of the attachment on the module. Configuration Views 3-10 Bay Networks BayStack Hubs Management Module Guide Ethernet Attachment Configuration View Current Attachment Displays and provides configuration of the current setting for the attachment point. Last Change Displays the value of SysUpTime when the last attachment change for the attachment point was detected. If no change has been detected since cold/ warm start of the agent, the value is zero. 90302292 E3 Configuration Views 3-11 Ethernet Attachment Configuration View Configuration Views 3-12 Bay Networks BayStack Hubs Management Module Guide Chapter 4 Event and Alarm Messages What Is in This Chapter This chapter lists the types of events and alarms generated by the Bay Networks BayStack Hub and provides any probable cause messages corresponding to these alarms. Device Events and Alarms Table 4-1 lists the SPECTRUM database directory paths (in bold) and the messages displayed for the Event Log and Alarm Manager when applicable. 90302292 E3 4-1 Device Events and Alarms Table 4-1. Events and Alarms CsEvFormat/Event01020001 No Probable cause message. {d "%w- %d %m-, %Y - %T"} A "hot swap" has been detected in slot {O 2} (slot is second digit). Operational state is {T Syn5OpTable 3}. {t} (name - {m }). (Trap type : 0x01) - (event [{e}]) CsEvFormat/Event01020002 CsPCause/Prob01020002 {d "%w- %d %m-, %Y - %T"} The operational condition of component {O 2} is {T Syn5OpTable 3}. [component first digit - (1) Supervisory Module (2) Backplane (3) Module (4) Power Supply (5) Temp Sensor (6) Fan (7) Clock ]. {t} (name - {m }). (Trap type : 0x02) - (event [{e}]) 1) The component or sub-component listed in the event file has a problem condition, either warning, non-fatal, or fatal. CsEvFormat/Event01020003 CsPCause/Prob01020003 {d "%w- %d %m-, %Y - %T"} DCE {O 4} on ring {I 3} (ring ID {I 1}) whose last NAUN is {X 5} has detected a beaconing station. The beacon type is {T S5TRBeaconType 7}. {t} (name - {m}). (Trap type : 0x01020003) - (event [{e}]) 1) The beacon type indicates the reason for the beacon. If reconfiguration, the ring will recover. If signal loss, the beaconing station is no longer receiving a valid signal. If bit-streaming, the beaconing station is no longer receiving a valid token or frame but is receiving a valid signal. If contention streaming, the station is indicating that monitor contention could not be resolved within one second. CsEvFormat/Event01020004 CsPCause/Prob01020004 {d "%w- %d %m-, %Y - %T"} DCE {O 4} has 1) A lobe splitter is interfering with detected a splitter on ring {I 3} (ring ID {I normal ring operation. 1}). {t} (name - {m}). (Trap type : 0x08) (event [{e}]) CsEvFormat/Event01020005 No Probable cause message. {d "%w- %d %m-, %Y - %T"} DCE {O 4} has detected a new active monitor (MAC address - {X 7}) on ring {I 1}. The last Nearest Upstream Neighbor Address (NAUN) is {X 5}. {t} (name - {m}). (Trap type : 0x08) - (event [{e}]) Event and Alarm Messages 4-2 Bay Networks BayStack Hubs Management Module Guide Device Events and Alarms Table 4-1. Events and Alarms CsEvFormat/Event01020006 No Probable cause message. {d "%w- %d %m-, %Y - %T"} DCE {O 4} (MAC Address - {X 5}) has detected a bridge deinserting from ring {I 3} (ring ID {I 1}). {t} (name - {m}). (Trap type : 0x01020006) - (event [{e}]) CsEvFormat/Event01020007 No Probable cause message. {d "%w- %d %m-, %Y - %T"} DCE {O 4} (MAC Address - {X 5}) has detected a new source routing bridge on ring {I 3} (ring ID {I 1}). {t} (name - {m}). (Trap type : 0x01020007) - (event [{e}]) CsEvFormat/Event01020008 CsPCause/Prob01020008 {d "%w- %d %m-, %Y - %T"} Station {O 1) The element has been wrapped by the 4}on ring {I 3} (ring ID {I 1}) has been NMM. automatically wrapped by the NMM. Current port state is {T S5TPortStatus 5}. {t} (name - {m}). (Trap type : 0x08) - (event [{e}]) CsEvFormat/Event01020009 No Probable cause message. {d "%w- %d %m-, %Y - %T"} Station {O 4}on ring {I 3} (ring ID {I 1}) has been automatically unwrapped by the NMM. Current port state is {T S5TPortStatus 5}. {t} (name - {m}). (Trap type : 0x08) - (event [{e}]) CsEvFormat/Event01020010 No Probable cause message. {d "%w- %d %m-, %Y - %T"} DCE {O 4} has detected MAC address {X 5} inserting into ring {I 1}. {t} (name - {m}). (Trap type : 0x08) - (event [{e}]) CsEvFormat/Event01020011 No Probable cause message. {d "%w- %d %m-, %Y - %T"} DCE {O 4} has detected MAC address {X 5} deinserting from Ring {I 1}. {t} (name - {m}). (Trap type : 0x08) - (event [{e}]) 90302292 E3 Event and Alarm Messages 4-3 Device Events and Alarms Table 4-1. Events and Alarms CsEvFormat/Event01020012 CsPCause/Prob01020012 {d "%w- %d %m-, %Y - %T"} A port autopartition condition has been detected on {O 2} (board.port). The port partition status is {T S5EPortPartS 1}. The port jabber status is {T S5EPortJabberS 3}. {t} (name - {m}). (Trap type : 0x01020012) (event [{e}]) 1) The port has a faulty device, excessive collisions, DTE jabbering, or a wiring problem. This could include bad connections, topological loops or protocol issues, such as broadcast or multicast echo requests. CsEvFormat/Event01020013 CsPCause/Prob01020013 {d "%w- %d %m-, %Y - %T"} Port {O 2} 1) An Ethernet port has been flagged as (board.port) has detected an Ethernet jabbering. Jabbering occurs when a DTE is jabbering. The jabber status is {T station continues to transmit a signal. S5EPortJabberS 1}. {t} (name - {m}). (Trap type : 0x01020013) - (event [{e}]) CsEvFormat/Event01020014 CsPCause/Prob01020014 {d "%w- %d %m-, %Y - %T"} Port {O 2} 1) An Ethernet port that is in a redundant (board.port) in a redundant pair has pair has developed a fault. developed a fault. The port operational status is {T S5ERedPtOperS 1}. The port's companion is {I 3}.{I 5}. The port partition status is {T S5EPortPartS 7}. The port link status is {T S5EPortLinkS 9}. The port jabber status is {T S5EPortJabberS 11}. {t} (name - {m}). (Trap type : 0x01020014) - (event [{e}]) CsEvFormat/Event01020015 CsPCause/Prob01020015 {d "%w- %d %m-, %Y - %T"} The NMM has detected an invalid remote operational status on {O 2} (board.port). The port remote operational status is {T S5ERedRemOperS 1}. The port redundancy mode is {T S5ERedPtRedunM 3}. {t} (name - {m}). (Trap type : 0x01020015) - (event [{e}]) 1) A status of tenBaseFLPortUp was detected on a port set for hardware redundancy. 2) A status of Unknown was detected and the companion port has a good link. CsEvFormat/Event01020017 CsPCause/Prob01020017 ***The above file is called by EventDisp, but does not exist.*** ***The above file is called by EventDisp, but does not exist.*** ***Let your developer know.*** ***Let your developer know.*** Event and Alarm Messages 4-4 Bay Networks BayStack Hubs Management Module Guide Device Events and Alarms Table 4-1. Events and Alarms CsEvFormat/Event36000115 No Probable cause message. {d "%w- %d %m-, %Y - %T"} FDDI logical topology change notification. The number of Primary ring changes is {I 1}, Secondary ring is {I 2}. The number of logical path topology changes is {I 3}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.36) - (event [{e}]). CsEvFormat/Event36000116 CsPCause/Prob36000116 {d "%w- %d %m-, %Y - %T"} The link error 1) There is a connection problem with the monitor has observed a link error rate transceiver and/or the wiring connected to cutoff or alarm threshold condition on the port. port {O 2}. The long term average link error rate is {I 5}. The estimate greater than or equal alarm condition is {T T36000116_LCon 1}. Cutoff is {I 3}. Alarm Threshold is {I 4}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.37) - (event [{e}]). CsEvFormat/Event36000117 CsPCause/Prob36000117 {d "%w- %d %m-, %Y - %T"} An 1) Twisted ring error. 2) Local connection undesirable or illegal connection attempt policy violation. was detected on port {O 2}. The connection was {T T36000117_ACPT 6}. The port PC type is {T T36000117_PCTy 1}. The port's connect state is {T T36000117_PCSt 4}. The neighbor port PC type is {T T36000117_PCTy 3}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.38) - (event [{e}]). CsEvFormat/Event36000118 CsPCause/Prob36000118 {d "%w- %d %m-, %Y - %T"} Two or more 1) Two or more stations on the network stations with the same MAC address have have the same MAC address. been detected on the network. The RMT Duplicate Address Flag is {T T36000118_DAFl 1}. The SMT address is {S 3}. The Upstream Neighbor Address is {S 5} with a Duplicate Address Flag of {T T36000118_DAFl 4}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.39) - (event [{e}]). 90302292 E3 Event and Alarm Messages 4-5 Device Events and Alarms Table 4-1. Events and Alarms CsEvFormat/Event36000119 CsPCause/Prob36000119 {d "%w- %d %m-, %Y - %T"} The bad FDDI MAC frames threshold was exceeded for {X 2}. The frame error condition is {T T36000119_FCon 1}. Frame count is {I 3}. Error count is {I 4}. Lost count is {I 5}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.40) - (event [{e}]). 1) There may be a problem between this station and its upstream neighbor. The upstream neighbor may be transmitting errors or leaving the ring. CsEvFormat/Event3600011a CsPCause/Prob3600011a {d "%w- %d %m-, %Y - %T"} Station {X 2} 1) A station is experiencing local buffer is experiencing local buffer congestion. congestion. The Not Copied Condition is {T T3600011a_CCon 1}. The Not Copied count is {I 3}. The {O 5} frames sucessfully received count is {I 4}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.41) - (event [{e}]). CsEvFormat/Event3600011b No Probable cause message. {d "%w- %d %m-, %Y - %T"} A change was detected in upstream or downstream neighbors for station {X 2}. The Upstream Neighbor is now {S 1}, it was {S 3}. The Downstream Neighbor is now {S 4}, it was {S 6}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.42) - (event [{e}]). CsEvFormat/Event3600011c CsPCause/Prob3600011c {d "%w- %d %m-, %Y - %T"} Port {O 2} has 1) A station may be transmitting frames exhibited elasticity buffer errors. The that are too long. 2) A station may be elasticity buffer error count is {I 1}. {t} using a clock that is out of tolerance. (name - {m }). (Trap type: 1.3.6.1.4.1.45.6.43) - (event [{e}]). CsEvFormat/Event3600011d CsPCause/Prob3600011d {d "%w- %d %m-, %Y - %T"} The {T T3600011d_RING 3} dual ring peer wrap flag is {T T3600011d_PEER 4} at a station. Attachment configuration for the station is {T T3600011d_TCFS 1}. SMT entry number is {O 2}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.1) (event [{e}]). 1) The dual ring is wrapped at a station (wrapA or wrapB). Note that this is a legal configuration and may be intentional. Event and Alarm Messages 4-6 Bay Networks BayStack Hubs Management Module Guide Device Events and Alarms Table 4-1. Events and Alarms CsEvFormat/Event3600011e CsPCause/Prob36000118 {d "%w- %d %m-, %Y - %T"} Two or more 1) Two or more stations on the network stations with the same MAC address have have the same MAC address. been detected on the network. {t} (name {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.2) (event [{e}]). CsEvFormat/Event3600011f CsPCause/Prob36000119 {d "%w- %d %m-, %Y - %T"} The bad FDDI MAC frames threshold was exceeded for {0 2}. The frame error condition is {T T3600011f_FCon 1}. Frame count is {I 3}. Error count is {I 4}. Lost count is {I 5}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.3) - (event [{e}]). 1) There may be a problem between this station and its upstream neighbor. The upstream neighbor may be transmitting errors or leaving the ring. CsEvFormat/Event36000120 CsPCause/Prob3600011a {d "%w- %d %m-, %Y - %T"} A station is experiencing local buffer congestion. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.4) - (event [{e}]). 1) A station is experiencing local buffer congestion. CsEvFormat/Event36000121 CsPCause/Prob36000116 {d "%w- %d %m-, %Y - %T"} The link error 1) There is a connection problem with the monitor has observed a link error rate transceiver and/or the wiring connected to cutoff or alarm threshold condition. {t} the port. (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.5) - (event [{e}]). 90302292 E3 CsEvFormat/Event36000122 CsPCause/Prob36000117 {d "%w- %d %m-, %Y - %T"} An undesirable or illegal connection attempt was detected on port {O 2}. The port PC type is {T T36000117_PCTy 1}. The port PC neighbor type is {T T36000117_PCTy 3}. The port's connect state is {T T36000117_PCSt 4}. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.6) (event [{e}]). 1) Twisted ring error. 2) Local connection policy violation. CsEvFormat/Event36000123 CsPCause/Prob3600011c {d "%w- %d %m-, %Y - %T"} A port has exhibited elasticity buffer errors. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.7) - (event [{e}]). 1) A station may be transmitting frames that are too long. 2) A station may be using a clock that is out of tolerance. Event and Alarm Messages 4-7 Device Events and Alarms Table 4-1. Events and Alarms CsEvFormat/Event36000124 No Probable cause message. {d "%w- %d %m-, %Y - %T"} MAC has been inserted into the path. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.8) (event [{e}]). CsEvFormat/Event36000125 No Probable cause message. {d "%w- %d %m-, %Y - %T"} Port {O 2} has moved to the {T T36000125_CurP 1} path. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.2.7.0.6.9) - (event [{e}]). CsEvFormat/Event36000126 No Probable cause message. {d "%w- %d %m-, %Y - %T"} A {T T3600011d_RING 1} station has either been moved, inserted, or removed from the ring, either by a software or a physical change. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.1.3.4.0.6.1) - (event [{e}]). CsEvFormat/Event36000127 CsPCause/Prob36000127 {d "%w- %d %m-, %Y - %T"} The dual ring is wrapped at a concentrator. {t} (name {m }). (Trap type: 1.3.6.1.4.1.45.1.3.4.0.6.2) - (event [{e}]). 1) The dual ring is wrapped at a concentrator (wrapA or wrapB). Note that this is a legal configuration and may be intentional. CsEvFormat/Event36000128 No Probable cause message. {d "%w- %d %m-, %Y - %T"} A port on this concentrator was part of a trace. {t} (name - {m }). (Trap type: 1.3.6.1.4.1.45.1.3.4.0.6.3) - (event [{e}]). Event and Alarm Messages 4-8 Bay Networks BayStack Hubs Management Module Guide Chapter 5 Application Views What Is in This Chapter This chapter describes the Bay Networks BayStack Hub’s device-specific applications listed below. The corresponding application model type is in parentheses. • Stackable Ethernet Application (BSEnetApp) • BayStach Repeater Application (BSEnetRptr) • BayStack Common Application (BSCommonApp) Application View This view displays information on all applications supported by the device. Each application appears as an icon in the Application view. Access application-specific Model Information Views, Performance Views, and Detail Views from these icons. Depending on the specific application, various additional views are also available and discussed in this section. Within the Application view, there are two special Edit menu options. These options interact with the device modeled and are as follows: Poll Time Allows you to configure the time, in seconds, when the SpectroSERVER polls a device and reads all the device attributes marked as POLLED. Reconfigure Polls the device to discover the applications supported by the firmware and reconfigures the Application view accordingly. Use this option to recover destroyed application icons. 90302292 E3 5-1 Application View Device Application View Device Application View This view shows the common and device-specific applications supported by this device and provides access to application-specific information. For more information on Accessing SPECTRUM Views from the Device Icon, see Chapter 1, page 1-2, and Accessing Device-Specific Submenus., page 1-5. Figure 5-1 shows an example of an Application view in the Icon mode. Figure 5-2 shows an example of an Application view in the List mode. To change the display mode, select View > Mode > List or Icon. Application Views 5-2 Bay Networks BayStack Hubs Management Module Guide Application View Device Application View Figure 5-1. Device Application View (Icon Mode) BANNERView of type HubBaySt10 * File View Help? Model Name Network Address Sys Up Time Contact Manufacturer Description Device Type Location Primary Application Serial Number Model Name HubBaySt10 ack Common BSCommonApp BSCommonApp Stack Enet ENET BSEnetApp BP_SEG_1 BSEnetRptr BP_SEG_2 BSEnetRptr 90302292 E3 Application Views 5-3 Application View Figure 5-2. Device Application View (List Mode) BannerView of type HubBaySt10 * File Model Name View Help? Network Address Contact Manufacturer Description Location Sys Up Time Device Type Primary Application Serial Number HubBaySt10 BSCommonApp BSEnetApp BSEnetRptr BSEnetRptr Application Views 5-4 Bay Networks BayStack Hubs Management Module Guide Stackable Ethernet Application Stackable Ethernet Application This application provides access to stackable ethernet functionality for this device. The model type for this application is BayStack Enet. Table 5-1 describes each of the application-specific Icon Subviews menu selections available for the Stackable ethernet application. Table 5-1. BayStack ENET Icon Subviews Menu Menu Description Redundancy Table Opens the BayStack Ethernet Chassis Redundancy Table View, described in Chapter 2, page 2-5. Model Information For more information on the Model Information view, refer to SPECTRUM Views. BayStack Common Application This application supplies three application specific views: Chassis Configuration, Chassis Group, and Model Information. Table 5-2 describes each Icon Subview menu option. Table 5-2. BayStack Common Icon Subviews Menu Menu Description Chassis Configuration Opens the Chassis Configuration View, described in Chapter 3, page 3-1. Chassis Group Opens the Chassis View Group, described on page 5-5. Model Information Opens the Model Information View, refer to SPECTRUM Views. Chassis Group View This view contains the Chassis Group Table which provides the following information: Index Shows the index for the Chassis Group Table. Description Displays a description of the Chassis Group. Max Comps The maximum number of components a group can have. 90302292 E3 Application Views 5-5 BayStack Repeater Application Chassis Group View Num Comps The actual number of components a group has. Physical Changes The number of physical changes made to the group components. Last Change The last time a component change was made to a group. BayStack Repeater Application This application is the Repeater Application for the device. Table 5-3 describes each Icon Subview menu selection for this application. Table 5-3. BSEnetRptr Application Icon Subviews Menu Menu Application Views 5-6 Description Device Opens the Logical Device View, described in Chapter 2, page 2-1. DevTop Opens the DevTop view, refer to SPECTRUM Views. Model Information Opens the Model Information view, refer to SPECTRUM Views. Bay Networks BayStack Hubs Management Module Guide Index A Accessing Device-Specific Subviews 1-5 Accessing SPECTRUM Views 1-2 Address 2-21 Address Type 2-20 Agent IF Table 3-2 Interface Button 3-2 View 3-2 alarm messages 4-1 Application View 5-1 Attachment 3-10 Changes 3-5 Attachment Configuration 3-1 Attachments 3-5 AUI 3-4 AutoPartition 3-3 B Backplane Module Icon 2-3 Backplane Type 2-22 BayStack Ethernet Chassis Redundancy Table View 2-5 BayStack100BT 1-2 BayStack100-FX 1-2 BayStack100-TX 1-2 BayStack10BT-12 1-1 BayStack10BT-24 1-1 BayStack150 1-2 BayStack151 1-2 BayStack152 1-2 BayStack153 1-2 BrdCfg 3-5 BSCommonApp 5-1 C Chassis Configuration View 3-1 Contact 3-2 Description 3-2 Location 3-2 Serial Number 3-1 Type 3-1 Version 3-1 Chassis # Label/Chassis Notes 2-11 Chassis Configuration 3-1, 5-5 Chassis Device View 2-2 Chassis Group 5-5 Chassis Icon 2-10 Chassis Icon Subviews Menu Selections 2-11 Chassis Manager Application View 5-4 Chassis Type 2-22 Chassis Type Label 2-11 Community String 2-20 Component Index 3-3 Configuration Changes 3-5 Load Source 3-7 Configuration Source 3-5 Configuration View 3-1 Create 2-20 Current Attachment 3-11 Entries 2-19 Gateway 3-7 Protocol 3-8 D Default Jumpers 3-5 Delete 2-20 Description 5-5 Device 5-6 Device Application View Icon mode 5-2 List mode 5-2 Device Views 2-1 banner 2-2 90302292 E3 1 DevTop 5-6 DfltJmpr 3-5 documentation conventions x organization ix E EMM Agent View 2-23 Enabled 3-3 ENET Media Icon 2-4 ENET Media Icon Subviews Menu 2-4 ENET NMM Find Nodes Table 2-21 ENET NMM Show Nodes Table 2-20 ENET NMM Topology Table View 2-22 ENET(BSEnetApp) 5-1 Environmental Device View Accessing 2-2 Ethernet Backplane Segment Statistics view 2-7 Ethernet Port Redundancy View 2-12 event messages 4-1 F Fast Ethernet Application 5-5 Firmware Configuration 3-1 L Last Attachment Change 3-2, 3-5 Change 3-11 Configuration Change 3-2 Physical Change 3-2 Last Boot Image Save Status 3-8 Last Change 2-5, 5-6 Link Status 3-4 Links 2-22 local 3-7 local only 3-7, 3-9 Local Seg 2-22 Local Storage Version 3-7 Logical Device View 2-1 M MAC Address 2-21, 2-22 Manufacture Date 3-4 Max Comps 5-5 Maximum Entries 2-19 Model Information 5-5, 5-6 Module 2-5, 2-21, 3-3, 3-4, 3-10 Configuration View 3-4 Module # Label 2-17 Module Configuration 3-1 Module Icons 2-3 Module Type Label 2-17 I IF IP Address 2-22 Index 5-5 Initial Boot Info Source 3-6 Interface 2-20, 2-21 Index 3-3 Interface Icon, Device View 2-2 IP Address 3-3 ip 3-8 ipOnly 3-8 J Jabber Status 3-4 jabbering 3-4 Index 2 N net if newer 3-9 net only 3-7, 3-9 net using bootp 3-7 net with local backup 3-7, 3-9 Network Address 2-20 Next Available Entry 2-19 Next Boot Gateway 3-8 Image Load Source 3-9 Save Mode 3-9 Protocol 3-8 NMM Bay Networks BayStack Hubs Management Module Guide Trap Receiver View 2-19 NMM Agent Configuration 3-1 NMM Agent Download View 2-17 NMM Icon 2-16 NMM Icon Subviews Menu 2-17 NMM IP Address 2-22 NMM Trap Receiver View 2-19 no write 3-9 noSave 3-8 not available 3-9 notAvail 3-8 Notice i Num Comps 5-6 O odule Icons 2-3 Off 3-4 Ok 3-4 On 3-4 Other 2-20, 2-21, 3-3, 3-4, 3-5 other 3-7, 3-8, 3-9, 3-10 Other Related Documentation xi P Part Status 3-3 Time 3-3 Part Status 3-3 Partition 3-3 Permanent Memory 3-5 Physical Changes 5-6 Physical Device View 2-24 Poll Time 5-1 Port 2-21, 2-22, 3-3 Configuration View 3-3 Port Icon Subviews Menu Selections 2-12 Port Status Label/Port Configuratin view 2-12 Port# Label/Port Notes view 2-11 PortConfiguration 3-1 PrmMem 3-5 reboot 3-10 Reboot Agent 3-10 Receiver Status 2-19 Reconfigure 5-1 Redundancy Table 5-5 Related Reading xi reset 3-10 restart 3-10 Restricted Rights Notice ii running 3-10 S saved 3-8 saveFailed 3-8 Seen 2-22 Segment # Label 2-11 Segment Icon 2-4 Segment Icon Subviews Menu 2-9 Slot 2-22 Sm 3-5 SmDfltJmpr 3-5 SmPrmMem 3-5 Stackable Repeater(BSEnetRptr) 5-1 State 2-23 Status 2-21 Supervisor 3-5 T TCP/IP Based Networks xi TimedPartition 3-3 Total Attachment Changes 3-2 Configuration Changes 3-2 Physical Changes 3-2 Trademarks i Trap Receiver Table 2-19 U Unknown 3-3, 3-4, 3-5 V R RAM Version 3-6 90302292 E3 Valid 2-20 valid 3-10 Vendor 2-21 Index 3 Virus Disclaimer i VNM 3-1 W write 3-10 Write Configuration Settings to NVRAM 2-18, 3-10 write if different 3-9 write if newer 3-9 Index 4 Bay Networks BayStack Hubs Management Module Guide