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This chapter provides information about
To connect your PC to the Cisco 6100 Series system, follow these steps:
Step 2 Connect the PC to the Ethernet RJ-45 adapter on the multiplexer backplane.
Step 3 Power on your PC.
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Note If your Cisco 6100 Series system is equipped with a Cisco 6110, connect an additional management cable from the Cisco 6100 Series multiplexer chassis 26-pin small computer system interface (SCSI) connector (J47) to the corresponding 26-pin SCSI connector (J29) on the Cisco 6110. Connect additional cables to each Cisco 6110. |
Step 4 Power on the Cisco 6100 Series system.
Review the guidelines listed here. These guidelines include any software patches that you need to run ViewRunner for Windows Release 3.0.0 using Windows 95, 98 or Windows NT.
Windows 95 and Windows 98 installations of ViewRunner for Windows Release 3.0.0 require the following patches:
Windows NT installation requires the patch for Service Pack 4 or later.
You may need to download some system DLL files before installing ViewRunner for Windows Release 3.0.0 onto a Windows 95 operating system. Additional information concerning Windows NT dual-homed systems and remote TFTP servers is also listed in this section.
"Unable to Load OCX:MSCOMCT2.OCX. See DDTS CSCdm19617." When you click OK the program fails to load.
After you connect the PC to the Cisco 6100 Series system, use the following sections to install the ViewRunner for Windows software. These sections address installing from
To install ViewRunner for Windows from a disk, follow these steps:
Step 2 Click your disk drive icon and double-click setup.exe. This launches the setup process.
Step 3 Proceed through the setup dialog boxes, clicking Next for each step and Finish at the end.
Step 4 Go to the folder where the Windows operating system resides such as Windows or Winnt, and open the viewrunner.001 file with the Notepad application. The viewrunner.001 file is the backup of the previously established ViewRunner values.
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Note When the ViewRunner for Windows setup executes, it backs up any existing viewrunner.ini and subscriberdefaults.ini files. ViewRunner uses the following naming protocol for each subsequent backup file: 001, 002, 003. |
Step 5 In the viewrunner.001 file, select and copy all relevant values such as users, node addresses, and preferences. Leave this file open.
Step 6 Double-click the viewrunner.ini file to open it. This file should be empty of values.
Step 7 In the viewrunner.ini file, paste the values that you copied from the viewrunner.001 file.
Step 8 Go to the Notepad menu bar and select File > Save.
Step 9 When all selected values have copied successfully to the viewrunner.ini file, close the viewrunner.001 file.
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Caution Failure to complete steps 10 through 15 will result in the loss of all previously established preferences, node values, etc. To alter default subscriber values, see the "Editing Subscriber Values in the Subscriberdefaults.ini File" section. |
Step 10 Click the ViewRunner.exe file to start the application.
You can also download the latest ViewRunner for Windows software and Cisco 6100 Series system images from CCO by following these steps:
Step 2 When the Login dialog box appears, enter your Cisco user name and password.
Step 3 The Cisco ViewRunner Software page displays.
Step 4 Click vr4w300.exe (ViewRunner for Windows self-extracting file).
The Software Download web page opens and displays
Step 5 Click your choice for software download.
A system window opens, allowing you to browse to the folder in which you want to download the ViewRunner for Windows application.
Step 6 After you select and open a folder, the ViewRunner for Windows Release 3.0.0 setup package installs to your chosen location.
Step 7 Go to the folder where ViewRunner for Windows files reside and double-click the VR4W3.0.exe file to decompress the ViewRunner for Windows setup package. If you are using a decompression program, it might launch the ViewRunner install process for you.
Step 8 If the ViewRunner setup process is not launched for you, double-click setup.exe in the application folder to launch the setup process.
Step 9 Proceed through the setup dialog boxes, clicking Next for each step and Finish at the end.
Step 10 Go to the folder where the Windows operating system resides such as Windows or Winnt, and open the viewrunner.001 file with the Notepad application. The viewrunner.001 file is the backup of the previously established ViewRunner values.
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Note When the ViewRunner for Windows setup executes, it backs up any existing viewrunner.ini and subscriberdefaults.ini files. ViewRunner uses the following naming protocol for each subsequent backup file: 001, 002, 003. |
Step 11 In the viewrunner.001 file, select and copy all relevant values such as users, node addresses, and preferences. Leave this file open.
Step 12 Double-click the viewrunner.ini file to open it. This file should be empty of values.
Step 13 In the viewrunner.ini file, paste the values you copied from the viewrunner.001 file.
Step 14 Go to the Notepad menu bar and select File > Save.
Step 15 When all selected values have copied successfully to the viewrunner.ini file, close the viewrunner.001 file.
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Caution Failure to complete steps 10 through 15 will result in the loss of all previously established preferences, node values, etc. To alter default subscriber values, see the "Editing Subscriber Values in the Subscriberdefaults.ini File" section. |
Step 16 Click on the ViewRunner.exe file to start the application.
The ViewRunner software maintains the following system files that reside in the application directory from which you launch ViewRunner for Windows:
Cisco distributes the Release Definition File (RDF) with the Cisco 6100 Series node image software. The RDF contains the Software Upgrade wizard. You can copy the RDF to your ViewRunner application directory, otherwise it resides in the Cisco 6100 Series node directory.
In the event that a software upgrade fails, you can check the list of compatible hardware releases in the RDF. The file contains information about the software and hardware release of the Cisco 6100 Series components.
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Note Open the RDF using Windows Notepad only. Notepad provides a pure text display without hidden characters. Altering the RDF prevents you from updating to the Cisco 6100 Series software to which the file pertains. |
The Cisco 6100 Series system engineers maintain an RDF to identify the software that is compatible with each hardware module or revision for system releases. The RDF is named 9000-xxx-xx.RDF where "9000-xxx-xx" is the latest release of the system. The information in an RDF appears similar to the following example:
6000-230-09A,Development Release 3.0.0.9 6000-300-16A,Alpha Release 3.0.0.104 ******************************************************************************* Hardware Revision Table ******************************************************************************* Begin 2651-003,1073-010-00,"Scanning" 2101-004,0101-001-25,Connect","none" 7343-430,0102-003-45,"4x Flex ATU-C DMT","dmt" 7343-430,0102-003-64,"4x Flex ATU-C CAP","cap" 2601-014,1053-010-00,"OC-3 NI SMF","none" 2601-015,1053-010-00,"OC-3 NI MMF","none" 2601-016,1053-010-00,"DS3 Ninons" 2601-012,1053-010-00,"Subtending DS3 Ninons" 2601-021,1053-010-00,"Subtending DS3 NI FPGA mod","none" 2601-020,1053-010-00,"Subtending OC-3 NI MMF FPGA mod","none" 2601-019,1053-010-00,"Subtending OC-3 NI SMF FPGA mod","none" 2601-022,1053-010-00,"OC3 SM NIM Temperature Hardened","none" 2601-023,1053-010-00,"OC3 MM NIM Temperature Hardened","none" 2601-024,1053-010-00,"DS3 NIM Temperature Hardened","none" 2101-003,0101-001-25,"Dual ATU-C CAP Direct Connect","none" 2101-005,0101-001-25,"Dual ATU-C CAP DOH","none" 2651-004,0651-002-11,"LCM","none" 2601-017,1013-010-00,"SHM","none" 2107-007,9102-003-48,"Quad STU-C SDSL Direct Connect" 3102-002,9102-003-48,"SDSL Direct Connect Prototype)","none" 3101-004,9102-003-48,"Quad STU-C SDSL Direct Connect","none" 2101-008,0102-002-29,"Dual ATU-C DMT-II Direct Connect","none",(5385-579-97) 2101-009,0101-001-25,"Dual ATU-C CAP Direct Connect","none" 2101-010,0101-001-25,"Dual ATU-C CAP DOH","none" 2101-008,5385-579-97,"DSP Image for Dual ATU-C DMT-II Direct Connect","supplementary",(0102-002-29) End ******************************************************************************* Image Table ******************************************************************************* Begin 1073-010-00,asc301000.ima,374788,325332299,"SC" 0101-001-25,cp3.0.0.9.imz,86020,4105849165,"ATUC" 0102-003-45,flexdmt5.imz,124919,1127225945,"ATUC" 0102-003-64,fc3.0.0.7.imz,139709,755835156,"ATUC" 1053-010-00,ani301000.ima,268884,1827482557,"NI" 0651-002-11,lcmR2.2.5.imz,18602,1043470102,"LCM" 1013-010-00,ast301000.ima,203892,2745368604,"SHM" 9102-003-48,stuca49a.bin,393168,593631001,"STU-C" 0102-002-29,2dmt211619.imz,89409,3741309411,"ATU-C" 5385-579-97,cobld.imz,278106,4222849510,"ATU-C" End
If you need to discover the node software that ViewRunner for Windows supports, open the system controller FCM file that accompanied the Cisco 6100 Series system and the ViewRunner for Windows application. You may also access this file from the Cisco Online web site (see the "Downloading from the Web" section).
The ViewRunner application reads the FCM file to determine what features are supported in a given system controller software release and identifies the features available to you when you connect to that Cisco 6100 Series system.
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Caution Do not modify the system controller FCM file. Corruption of the FCM will prevent ViewRunner for Windows from correctly identifying the features of a particular Cisco 6100 Series node release. |
The FCM file
Information in the Feature Compatibility Matrix file appears similar to the following example:
// Copyright (c) 1999 by Cisco Systems, Inc. // All rights reserved. SC Software Version,DirectConnect,SWDownload,LIMCSetAdminState,SCSetAdminState,SCMaintState,MIBIndexFix,MIBClearNVRAM,PreprovisionDirectATUC,Subtending,MarginAttenuation,Chassis Id Fix,LR Inband Mgmt Channel,Multiple Trap Recipients,Subscriber Idle Disconnect,136KB Subscriber Rates,ATU-C Parms,CombinedTimers,Inband Software DLs,Per Node EPD,DMT-1 performance monitoring,Per-Subscriber 136K Settings,Per-Subscriber CPE Sig,DOH Counters BEGIN,,,,,,,,,,,,,,,,,,,,,,, 9651-001-07,,,,,,,,,,,,,,,,,,,,,,, 9651-001-09,,,,,,,,,,,,,,,,,,,,,,, 9651-001-12,DIRECT,,,,,,,,,,,,,,,,,,,,,, 9651-001-13,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,MARGINATTEN,,,,,,,,,,,,, 9651-001-15,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,,,,,,,,,,,, 9651-001-21,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,,,,,,,,,,,, 9651-001-20,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,,,,,,,, 9651-001-22,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,ATUCPARMS,,,,,,, 9651-001-23,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,ATUCPARMS,,,,,,, 9651-001-24,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,ATUCPARMS,,,,,,, 9651-001-25,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,ATUCPARMS,,,,,,, 9651-001-26,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,ATUCPARMS,,,,,,, 0651-227-17,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,EPD,DMT1PM,SUB136KB,SUBCPESIGN,DOHCOUNT 9651-001-27,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,EPD,DMT1PM,SUB136KB,SUBCPESIGN,DOHCOUNT 9651-001-28,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,EPD,DMT1PM,SUB136KB,SUBCPESIGN,DOHCOUNT 0651-227-19,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,EPD,DMT1PM,SUB136KB,SUBCPESIGN,DOHCOUNT 9651-001-30,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,EPD,DMT1PM,SUB136KB,SUBCPESIGN,DOHCOUNT 2072-062-16,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,ATUCPARMS,DMT2CM,SYSNAMELOC,PORTCNTDET,NITYPEDET,SUBTXPWR,SUBCRCTID,NIPORT,PRIORQ,DMT2PM,SDSL,ATUCLINECODE,FANTRAY,CHASSISREV,NIFRAMINGFORMAT 9651-001-31,DIRECT,SWDLD,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,SUBSCTIMEOUT,BITRATES136KB,ATUCPARMS,DMT2CM,SYSNAMELOC,PORTCNTDET,NITYPEDET,SUBTXPWR,SUBCRCTID,NIPORT,PRIORQ,DMT2PM,SDSL,ATUCLINECODE,FANTRAY,CHASSISREV,NIFRAMINGFORMAT 1072-354-17,DIRECT,,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,,SUB136KB,SUBCPESIGN,DOHCOUNT,DMT2CM,SYSNAMELOC,PORTCNTDET,NITYPEDET,SUBTXPWR,SUBCRCTID,NIPORT,PRIORQ,DMT2PM,SDSL,ATUCLINECODE,FANTRAY,CHASSISREV,NIFRAMINGFORMAT,SYSPORTCNT,REEDSOL,PERFMGMT,VPSWITCH,SWDARCH,TESTBUS,4XFLEX,PPOOLTYPE,CAPRATES,GLITE,DLPQUEUE,SUBACTPSD,PVCMGMTFLAG 1072-354-18,DIRECT,,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,,SUB136KB,SUBCPESIGN,DOHCOUNT,DMT2CM,SYSNAMELOC,PORTCNTDET,NITYPEDET,SUBTXPWR,SUBCRCTID,NIPORT,PRIORQ,DMT2PM,SDSL,ATUCLINECODE,FANTRAY,CHASSISREV,NIFRAMINGFORMAT,SYSPORTCNT,REEDSOL,PERFMGMT,VPSWITCH,SWDARCH,TESTBUS,4XFLEX,PPOOLTYPE,CAPRATES,GLITE,DLPQUEUE,SUBACTPSD,PVCMGMTFLAG default,DIRECT,,LCSADMIN,SCSADMIN,SCMAINT,MIFIX,MICNVRAM,PPDATUC,SUBTEND,MARGINATTEN,LCCIDFIX,INBANDCH,TRAPRCVRS,,BITRATES136KB,,COMBTIMERS,ISWDL,,SUB136KB,SUBCPESIGN,DOHCOUNT,DMT2CM,SYSNAMELOC,PORTCNTDET,NITYPEDET,SUBTXPWR,SUBCRCTID,NIPORT,PRIORQ,DMT2PM,SDSL,ATUCLINECODE,FANTRAY,CHASSISREV,NIFRAMINGFORMAT,SYSPORTCNT,REEDSOL,PERFMGMT,VPSWITCH,SWDARCH,TESTBUS,4XFLEX,PPOOLTYPE,CAPRATES,GLITE,DLPQUEUE,SUBACTPSD,PVCMGMTFLAG END,,,,,,,,,,,,,,,,,,,,,,, System Part #,LoopRunner Rel,Contains SC SW BEGIN,, 9000-001-03,1.02 release,9651-001-07 9000-001-04,1.02A release,9651-001-09 9000-001-06,1.02C release,9651-001-12 9000-001-07,2.0 release,9651-001-13 9000-001-09,2.1.0 release,9651-001-15 9000-001-10,2.1.1 release,9651-001-15 9000-001-11,2.1.2 release,9651-001-15 9000-001-13,2.1.3 release,9651-001-21 9000-001-12,2.2.0 release,9651-001-20 9000-001-14,2.2.1 release,9651-001-22 9000-001-15,2.2.0.101 release,9651-001-23 9000-001-16,2.2.5.100 release,9651-001-24 9000-001-18,2.2.0.102 release,9651-001-25 9000-001-19,2.2.5.102 release,9651-001-26 9000-001-20,2.2.5.102 release,0651-227-17 9000-001-22,2.3.0.200 release,9651-001-27 9000-001-23,2.3.0.201 release,9651-001-28 END,, BEGIN MODULES,, 2601-014,NI,OC-3 NI SMF 2601-015,NI,OC-3 NI MMF 2601-016,NI,DS3 NI 2601-012,NI,Subtending DS3 NI 2601-021,NI,Subtending DS3 NI FPGA mod 2601-020,NI,Subtending OC-3 NI MMF FPGA mod 2601-019,NI,Subtending OC-3 NI SMF FPGA mod END MODULES, NetSpeed Part Number, Cisco Part Number, Module Type, Module Description BEGIN PART_NUMBERS 2101-003-01, 800-04408-01, ATUC,"Dual ATU-C CAP Direct Connect" 2101-003-02, 800-04408-02, ATUC,"Dual ATU-C CAP Direct Connect" 2101-004-01, 800-04409-01, ATUC,"Dual ATU-C CAP DOH" 2101-004-02, 800-04409-02, ATUC,"Dual ATU-C CAP DOH" 2101-005-01, 800-04638-01, ATUC,"Dual ATU-C CAP DOH" 2101-005-02, 800-04638-02, ATUC,"Dual ATU-C CAP DOH" 2101-007-01, 800-05220-01, ATUC, "Quad STU-C SDSL Direct Connect" 2101-007-02, 800-05220-02, ATUC, "Quad STU-C SDSL Direct Connect" 2101-007-03, 800-05220-03, ATUC, "Quad STU-C SDSL Direct Connect" 2101-007-04, 800-05220-04, ATUC, "Quad STU-C SDSL Direct Connect" 2101-007-05, 800-05220-05, ATUC, "Quad STU-C SDSL Direct Connect" 2101-008-01, 800-05219-01, ATUC, "Dual ATU-C DMT-II Direct Connect" 2101-008-02, 800-05219-02, ATUC,"Dual ATU-C DMT-II Direct Connect" 2101-008-03, 800-05219-03, ATUC,"Dual ATU-C DMT-II Direct Connect" 2101-008-04, 800-05219-04, ATUC,"Dual ATU-C DMT-II Direct Connect" 2101-009-01, 800-05816-01, ATUC,"Dual ATU-C CAP DIR" 2101-009-02, 800-05816-02, ATUC,"Dual ATU-C CAP DIR" 2102-002-01, 800-04356-01, "Dual ATU-C DMT Issue 1 Direct Connect" 2102-003-01, 800-04408-01, "Dual ATU-C DMT Issue 1 Direct Connect" 2102-003-02, 800-04408-02, "Dual ATU-C DMT Issue 1 Direct Connect" 2107-007-01, 800-05220-01, "SDSL Direct Connect (proposed)" 2107-007-02, 800-05220-02, "SDSL Direct Connect (proposed)" 2107-007-03, 800-05220-03, "SDSL Direct Connect (proposed)" 2107-007-04, 800-05220-04, "SDSL Direct Connect (proposed)" 2107-007-05, 800-05220-05, "SDSL Direct Connect (proposed)" 2401-001-01, 800-04176-01, "LIM" 2401-001-02, 800-04176-02, "LIM" 2601-010-01, 800-04413-01, NI,"Subtending OC-3 NI SMF" 2601-011-01, 800-04412-01, NI,"Subtending OC-3 NI MMF" 2601-012-01, 800-04411-01, NI,"Subtending DS3 NI" 2601-017-01, 800-04172-01, SHM,"SHM" 2601-017-02, 800-04172-02, SHM,"SHM" 2601-021-01, 800-04586-01, NI,"Subtending DS3 NI FPGA mod" 2601-021-02, 800-04586-02, NI,"Subtending DS3 NI FPGA mod" 2601-021-03, 800-04586-03, NI,"Subtending DS3 NI FPGA mod" 2601-021-05, 800-04586-04, NI,"Subtending DS3 NI FPGA mod" 2601-019-01, 800-04582-01, NI,"Subtending OC-3 NI SMF FPGA mod" 2601-019-02, 800-04582-02, NI,"Subtending OC-3 NI SMF FPGA mod" 2601-019-03, 800-04582-03, NI,"Subtending OC-3 NI SMF FPGA mod" 2601-019-04, 800-04582-04, NI,"Subtending OC-3 NI SMF FPGA mod" 2601-020-01, 800-04585-01, NI,"Subtending OC-3 NI MMF FPGA mod" 2601-020-02, 800-04585-02, NI,"Subtending OC-3 NI MMF FPGA mod" 2601-020-03, 800-04585-03, NI,"Subtending OC-3 NI MMF FPGA mod" 2601-020-04, 800-04585-04, NI,"Subtending OC-3 NI MMF FPGA mod" 2601-022-01, 800-04868-01, NI,"OC3 SM NIM Temperature Hardened" 2601-023-01, 800-04869-01, NI,"OC3 MM NIM Temperature Hardened" 2601-024-01, 800-04870-01, NI,"DS3 NIM Temperature Hardened" 2651-003-01, 800-04410-01, SC,"System Controller" 2651-003-02, 800-04410-02, SC,"System Controller" 2651-004-01, 800-04407-01, LCM,"LIM Controller" 3101-004-01, 73-4035-01, STUC,"Quad STU-C SDSL Direct Connect" 3101-004-02, 73-4035-02, STUC,"Quad STU-C SDSL Direct Connect" 3101-004-03, 73-4035-03, STUC,"Quad STU-C SDSL Direct Connect" 3101-004-04, 73-4035-04, STUC,"Quad STU-C SDSL Direct Connect" 3101-004-05, 73-4035-05, STUC,"Quad STU-C SDSL Direct Connect" END PART_NUMBERS Note: All descriptions past this point are comments. These fields do not get used by ViewRunner. Cisco-Austin updates the Feature Capability Matrix file whenever a new SC software version is released. If a user connects ViewRunner to a node that "contains an SC software version that is not recognized, a warning dialog will notify" the user to obtain a newer version of the file. The most up-to-date Feature Compatibility File may be obtained from Cisco Tech Support Group. The SCFeatureCapabilityMatrix.csv file should be downloaded and saved into the directory where ViewRunner is installed. If the updated file does not allow "ViewRunner to manage this node, then contact Customer Support directly." Feature Description, DIRECT,LoopRunner supports Direct Connect Mode (Subscribers associated directly to ATU-Cs. No LIMs) SWDLD,"LoopRunner supports system software upgrading via image TFTP to node. This includes several MIB additions (HW table, Image table, etc)" LCSACMIN,"LIM Controller Supports Configurable Admin State. If this feature is supported, VR should dim the LIM Chassis Deletion menu options unless Admin State is Locked." SCSACMIN,SC Supports Configurable Administrative State. SCMAINT,SC Supports Configurable Maintenance State. MIFIX,"PR 285 - MIB indexes may now be specified during Row creation. Among other things, this eliminates requirement for SC Reset prior to saving NVRAM configuration" MICNVRAM,PR 1211 - MIB Supports Clearing NVRAM PPDATUC,PR 1340 - LoopRunner supports pre-provisioning of ATU-C modules in direct mode. SUBTEND,"LoopRunner supports Subtend Feature (Subtend host module, Transit subscribers)" MARGINATTEN,Support for setting ADSL margin and attenuation values on a per subscriber basis INBANDCH,Support for LoopRunner inband management channel and associated Routing Table support TRAPRCVRS,Support for multiple trap recipients SUBSCRTIMEOUT,"Supports lrSubscrTimerType, lrSubscrTimerValue which defines if and when a subscriber is disconnected after a specified idle or session timout." LCCIDFIX,Supports pre-provisioning full range of Chassis Ids (0-15) BITRATES136KB,New physical layer rate combinations supported by 136KB firmware (42 new bitrate combinations) ATUCPARMS,ATUC Settable parameters for 136K baud enable/disable and Non-Timer CPE train enable/disable DMT1PM,Undocumented, will be removed in future release SUBCPESIGN,Subscriber based CPE signature detection, Incompatable with ATUCPARMS SUB136KB,Subscriber based 136K baud, Incompatable with ATUCPARMS EPD,Early Packet Discard COMBTIMERS,Combined session and idle timers, Incompatable with SUBCTIMEOUT ISWDL,Inband Software download DOHCOUNT,Pool Summary counters for pool time and block time DMT2CM,DMT2 configuration management SYSNAMELOC,persistent system name and location as per MIB-2 PORTCNTDET,dynamic module port count determination NITYPEDET,dynamic module type determinaction SUBTXPWR,per subscriber transmit power SUBCRCTID,per subscriber circuit id NIPORT,network interface as managed object PRIORQ,priority queue DMT2PM,DMT2 performance monitoring SDSL,SDSL feature support ATUCLINECODE,ATU-C line code support FANTRAY,fan tray CHASSISREV,chassis revision retrieval NIFRAMINGFORMAT,NI module framing format SYSPORTCNT,system wide port density setting, 2-port or 4-port REEDSOL,per subscriber Reed Solomon coding on a per-subscriber basis PERFMGMT,performance management of both the ATM uplink and the subscriber side VPSWITCH,VP switching SWDARCH,enhanced software download architecture TESTBUS,single port test bus setting 4XFLEX,4xFlex module, this module supports multiple line codes PPOOLTYPE,physical pool XTUC type configuration ATURPOWER,remote ATU-R power setting CAPRATES,17kBaud and 68kBaud rates for CAP modules GLITE,Glite rates for DMT2 DLPQUEUE,DLP EPD threshold queues 0-3 SUBACTPSD,per subscriber actual PSD PVCMGMTFLAG,PVC management flag for Subtend vs. Local PVC
The subscriberdefaults.ini file is a text-formatted file that retains any values from a previous Release 3.0.0 installation. The following example of this file shows line entries for each subscriber setting and its default. Each new section is delineated by [ ] brackets.
[Subscriber_Stuc2b1q_Defaults] RateDown=784 RateUp=784 [Subscriber_AtucDmt2_Defaults] RateDown=8032 RateUp=864 RateDownDMT2GliteEnabled=1536 RateUpDMT2GliteDisabled=512 MarginDown=6 MarginUp=6 FecRedundancyBytes=7 // 0(0), 2(1), 4(2), 6(3), 8(4), 12(5), 14(6), 16(7) InterleavedDelay=7 // 0(0), 250(1), 500(2), 1000(3), 2000(4), 4000(5), 8000(6), 16000(7), 32000(8), 64000(9) OverheadFrame=3 // full-async(0), full-sync(1), reduced-separate(2), reduced-marge(3) TrainingMode=0 // standard(0), fastTrain(1) BitSwapping=0 // disabled(0), enabled(1) TrellisCode=0 // disabled(0), enabled(1) PsdXmitPwrDownDmt2=3// -49(0), -46(1), -43(2), -40(3), -37(4), -34(5) AllowGlite=0 // disabled(0), enabled(1) [Subscriber_AtucCap_Defaults] RateDown=7168 RateUp=1088 MarginDown=3 MarginUp=6 CPESignature=0 TimerType=1 Timeout=100 AllowIdle=0 IdleTimeout=30 PvcIdleMark=1000 AllowSession=0 SessionTimeout=120 LockoutTime=20 ReedSolomon=1 // longInterleave(0), shortInterleave(1), disable136Ds(2) PsdXmitPwrDown=1 // -37(0), -40(1), -43(2), -46(3), -49(4) PsdXmitPwrUp=0 // -38(0), -41(1), -44(2), -47(3), -50(4), -53(5) Rate136Boolean=0 // disabled(0), enabled(1) Rate17Boolean=0 // disabled(0), enabled(1) Rate68Boolean=0 // disabled(0), enabled(1
Please note these guidelines before editing the subscriberdefaults.ini file.
If this is the first time you are installing ViewRunner for Windows Release 3.0.0, the subscriberdefaults.ini file will contain default values for subscribers.
To edit ViewRunner default subscriber values, follow these steps:
Step 2 In Notepad, choose File > Open.
Step 3 Go to the ViewRunner for Windows application folder on your hard drive and find the file, subscriberdefaults.ini
Step 4 Double-click the subscriberdefaults.ini file to open it.
Step 5 Go to the line showing the default you wish to modify and type a new value.
Step 6 When you have finished modifying values, go to File > Save.
Step 7 Close Notepad.
Step 8 Start the ViewRunner for Windows application. ViewRunner reads the values in this subscriberdefaults.ini file and displays them in the Subscriber Properties dialog box.
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Note When the ViewRunner for Windows setup executes, it backs up any existing viewrunner.ini and subscriberdefaults.ini. It uses the following naming protocol for each subsequent backup file: 001, 002, 003. |
ViewRunner for Windows supports a file that logs key events into a text file named vrlog.txt. This file is created in the folder from which the ViewRunner program was invoked. You can use this file to troubleshoot problems with ViewRunner and the Cisco 6100 Series system.
ViewRunner software logs the following key events and information in vrlog.txt:
The information in vrlog.txt appears in a format similar to the following example:
12/01/99 15:04:33 Error on HostGetSysUpTime - SNMP++: SNMP request timed out
(Oct 01, 1999 15:04:33)
ViewRunner exited (Oct 11, 1999 15:07:33)
ViewRunner started (EXE-200:0, DLL- 200:0) (Nov 02, 1999 15:55:57)
Discovering 'vrdemo,172.16.1.236' & setting SNMP_TIMEOUT_DELAY to 1000 (Nov 03, 1999
15:56:10)
HostGetSystemConnectMode failed. SC code does not support Direct Connect (Nov 12,
1999 15:56:15)
ViewRunner exited (Nov 22, 1999 15:57:29)
ViewRunner started (EXE-200:0, DLL- 200:0) (Nov 22, 1999 18:56:33)
Posted: Wed Feb 2 09:11:34 PST 2000
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