IBM 5.5 manual Defines the initial interval in seconds

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Table A1: Properties in the precisiontn.xml file (2 of 3)

Netcool/Precision TN

Property and Syntax

Description

Component

 

 

 

 

 

LEAPFramework

lumos.leap.associ

Defines the initial interval (in seconds)

The reconnect

ation.

between reconnection attempts. The default is

InitialReconnect

1.

properties are

Delay

 

applicable for TL1 TSM

 

integer

 

only. The

 

 

 

MsgLogEnabled

lumos.leap.assoc

The maximum permitted interval (in seconds)

property activates the

iation.

between one reconnect and another. The

raw message log.

MaxReconnectDela

default is 4096.

 

y

 

 

integer

 

 

 

 

 

lumos.leap.assoc

The percentage increment between one

 

iation.

reconnect attempt and another. Set this

 

ReconnectIncreme

property to zero to define a constant reconnect

 

nt

interval. The default is 100.

 

integer

 

 

 

 

 

lumos.leap.assoc

The maximum number of attempts to

 

iation.

reestablish an association. The default is -1,

 

MaxReconnectAtte

indicating indefinite attempts.

 

mpt

 

 

integer

 

 

 

 

 

lumos.leap.KAStri

Not applicable.

 

ct

 

 

TL1PassThru

 

 

TL1PassThruNoLog

 

 

in

 

 

 

 

66 Netcool/Precision for Transmission Networks 5.5 Administration Guide

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Contents Administration Guide Netcool/Precision for Transmission NetworksFirst Edition December 1 Contents Page Tables Page Figures Page Preface About this guideAudience Typographical notationExample Description Syntax and sample subheadings SyntaxAssociated publications Operating system considerationsHow to send your comments Introduction Introduction to Netcool/Precision TNHow Netcool/Precision TN works NETypes Deep discoveryDiscovering and resolving network topology Discovering the contents of an NEDiscovering the existence of an NE Network circuits Network circuitAfter discovery alarm correlation Netcool/Precision TN product componentsAfter discovery maintaining a real-time view of the network Scales to large networksNetcool/Precision TN server Network Pilot clientOverview of the Netcool Installer Netcool Installer modesChanging the Netcool suite installation directory GUI modeConsole mode Silent modeNew relational database Installing Netcool/Precision TN PrerequisitesDatabase requirements Solaris system requirementsBrowser requirements Installing Netcool/Precision TN Obtaining the softwareRunning the installation in GUI mode Netcool Installer Welcome windowClick Next to go to the Setup Type window Netcool Installer Setup Type window Netcool Installer Feature Selection window Netcool Installer Installation Progress window Running the installation in console mode Running the installation in silent mode Running the Installation ProgramViewing the installation log Setting up an Oracle database Viewing installed packagesCreating the Oracle schema Configuring advanced Oracle featuresConnection concentration PrerequisitesOracle RAC Configuring your version of MySQL Setting up a MySQL databaseUsing an existing copy of MySQL Configuring Netcool/Precision TN Creating the MySQL schema Netcool/Precision TN directory structure Netcool/Precision TN executablesThird-party and Open Source software Xerces-J XML APIs XP XML Parser for Java Starting the product components Running Netcool/Precision TNDownloading NETypes Starting Network Pilot Starting the databaseStarting the Netcool/Precision TN server Shutting the server down from Network Pilot Invoking the shutdown script from the command lineShutting down the server Page Integrating with Netcool/OMNIbus Introduction to visualizationConfiguring the Netcool/OMNIbus ObjectServer version Adding fields to the ObjectServer and migrating dataConfiguring the Netcool/OMNIbus ObjectServer versions 7.0 Connecting to an ObjectServer that is not named Ncoms Adding fields to the ObjectServerConnecting to an ObjectServer Configuring Netcool/OMNIbus probes Snmp Data Collection / Multi-Threaded Trapd probe TL1 data collection / TL1-TSMCreating the visualization menu option Adding the menu to the Netcool/OMNIbus desktopStarting the components Visualizing alerts in a desktopAdding the menu to the Netcool/Webtop desktop Opening an event list Starting the ObjectServerStarting the database Starting the Netcool/Precision TN server for visualizationMonitor box window Using the visualization menu Event list windowPopulated event list window Visualize menu Network Pilot window Page Setting configuration options Configuring failoverShows an overview of the network in this configuration Implementation overviewHow the heartbeat mechanism is implemented Configuring Oracle for use with failoverHow the semaphore mechanism is implemented Configuring the Netcool/Precision TN servers Switching the state of a serverStopping servers running in failover configuration Running failoverUsing Netcool/Precision TN with Cisco WAN Manager Discovering Cisco WAN Manager NEsPolling CWM topological connections Polling CWM SubNetwork Connections SNCsConfigurable properties in CiscoWanManagerExtension Property Property DescriptionConfiguring Netcool/OMNIbus process control Disabling use of Netcool/OMNIbusSyntax Configuring connections to known devicesPackaging and configuration Rules See for details of each parameterConfiguring on-demand connectivity to devices Configuring remote load balancing DependenciesAppendix A. Reference Precisiontn.xml properties fileSample Properties in the precisiontn.xml file Appendix A. Reference Defines the initial interval in seconds Netcool/Precision TN command line options Table A2 describes the precisiontn command line optionsEmbedded nameserver. By doing this, the nameserver Appendix B. Notices JBFA/SOM1 Trademarks and Acknowledgements AIX AIX 5L