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by Yatresh K Agarwal, Vasfi Gucer, Tomasz Sekman, Soumyadeep Paul, Sandy Cash, Sabr
Tivoli Integration Scenarios
Front cover
Figures
Tables
Examples
Notices
Trademarks
Preface
The team who wrote this book
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Summary of changes
January 2011, Second Edition
Part 1 Introduction
Chapter 1. Integration overview
1.1 Integration overview
1.2 Aspects of integration
1.3 Product coverage
Part 2 Green IT and Energy Management integration scenarios
Chapter 3. Collect, visualize, report on energy and thermal metrics for IT, facilities, property, enterprise assets
3.1 Terminology
3.2 Scenario overview
3.3 Products involved
3.3.1 IBM Systems Director Active Energy Manager
3.3.2 IBM Tivoli Monitoring for Energy Management
3.4 Benefits
3.5 Architectural diagram of integration
3.6 Implementation steps
3.6.1 Installing and configuring the Tivoli Monitoring for Energy Management Active Energy Manager (AEM) agent
3.6.2 Installing and configuring Tivoli Monitoring for Energy Management Reporting and Optimization
3.6.3 Configuring Tivoli Usage and Accounting Manager for collecting Active Energy Manager information
3.7 Scenario walk-through
3.7.1 Data Center environment
3.7.2 Visualizing and reporting energy and thermal metrics
3.7.3 Visualizing and reporting energy and thermal metrics using Tivoli Monitoring for Energy Management Reporting and Optimization
3.7.4 Visualizing Tivoli Usage and Accounting Manager reports based on IBM Tivoli Monitoring for Energy Management
3.8 Summary
Chapter 4. Managing business service with energy and environment
4.1 Scenario overview
4.2 Products involved
4.3 Benefits
4.4 Architectural diagram of integration
4.5 Implementation steps
4.5.1 Prerequisites
4.5.2 Discovering IBM Tivoli Energy Management devices in Tivoli Applications Dependency Discovery Manager and creating IdML book
4.5.3 Configuring Energy Dashboard at Tivoli Business Manager
4.5.4 Importing discovered resources into Tivoli Business Service Manager
4.5.5 Integrating Tivoli Usage and Accounting Manager BIRT Reports into Tivoli Common Reporting engine of Tivoli Business Manager
4.6 Scenario walk-through
4.6.1 Visualizing aggregated power and thermal metrics, and launching to reports
4.6.2 Viewing energy metrics and health status of resources
4.6.3 Launching to additional managed resource information
4.6.4 Launching to Tivoli Usage and Accounting Manager reports from Tivoli Common Reporting
4.7 Summary
Chapter 5. Green IT scenario for Asset Management
5.1 Scenario overview
5.2 Products involved
5.3 Benefits
5.4 High-level implementation steps
5.5 Implementing Tivoli Monitoring for Energy Management into Maximo Asset Management for Energy Optimization
5.5.1 Configuring IBM Tivoli Integration Composer for data connection
5.5.2 Configuring the mapping in Tivoli Monitoring for Energy
5.5.3 Configuring Tivoli Maximo Asset Management for Energy Optimization
5.5.4 Loading meter information from Tivoli Monitoring for Energy Management into Maximo Asset Management for Energy Optimization
5.5.5 Loading temperature metrics data from Tivoli Monitoring for Energy Management into Maximo Asset Management for Energy Optimization
5.5.6 Configuring data centers
5.5.7 Using data center graphical views
5.6 Architectural diagram of integration
5.7 Scenario walk-through
5.7.1 New assets from strategy to ready
5.7.2 Event Management based on Energy Management
5.8 Summary
Chapter 6. Tivoli integration scenario for Virtual Infrastructure
6.1 Scenario overview
6.2 Products involved
6.3 Benefits
6.4 Integration architecture
6.5 Implementation steps
6.5.1 IBM Tivoli Monitoring for Virtual Servers
6.5.2 IBM Tivoli Monitoring security integration
6.5.3 Tivoli Netcool/OMNIbus
6.6 Scenario walk-through
6.6.1 Creating a service in TADDM that contains a Virtual Center application
6.6.2 Checking for existence of service in Tivoli Business Service Manager
6.6.3 Showing launch to IBM Tivoli Monitoring and Tivoli Application Dependency Discovery Manager (preconfigured functionality)
6.6.4 Creating new virtual machine on the Virtual Center
6.6.5 Auto-discovering the virtual machine by using TADDM rediscovery
6.6.6 Accepting (adding) virtual machine to existing Virtual Center Application
6.6.7 Verifying that virtual machine connects to IBM Tivoli Monitoring server
6.6.8 Verifying this virtual machine appears in Tivoli Business Service Manager
6.7 Summary
Chapter 7. Operational drill down
7.1 Scenario overview
7.2 Products involved
7.3 Benefits
7.4 Scenario setup
7.4.1 Installing products into a single Tivoli Integrated Portal environment
7.4.2 Creating a custom dashboard view for network management
7.4.3 Integrating products to receive transactions data
7.4.4 Creating a custom dashboard view for transaction management
7.5 Sample walk-through
7.5.1 Scenario for transaction management
7.5.2 Scenario for network management
7.6 Summary
Chapter 9. Tivoli reporting integration: IBM Tivoli Monitoring and IBM Tivoli Service Request Manager
9.1 Scenario overview
9.1.1 Locate and prepare data sources
9.1.2 Build the framework model
9.1.3 Build and publish the content
9.1.4 Other ways of creating reports
9.2 Products involved
9.3 Benefits
9.4 Creating a framework model
9.4.1 Creating a Database View
9.4.2 Creating a Consolidation View
9.4.3 Integrating Tivoli Service Request Manager
9.4.4 Publishing the framework model package
9.5 Creating reports
9.5.1 Server Statistics Chart report
9.5.2 Server Incident List report
9.5.3 Top Servers with Incident List report
9.6 Summary
Chapter 11. WebGUI launch to IBM Tivoli Monitoring
11.1 Scenario description
11.2 Products involved
11.3 Benefits
11.4 Architectural diagram of the integration
11.5 Implementation steps
11.5.1 Product installations
11.5.2 Event integration
11.5.3 Event flow check
11.5.4 Implementing launch-in-context integration between user consoles
11.5.5 Single sign-on option for the products
11.6 Scenario walk-through
11.7 Summary
Part 4 Cloud computing and Provisioning integration scenarios
Chapter 12. Tivoli Service Automation Manager and Cloud Computing
12.1 Cloud Computing overview
12.2 Products involved
12.3 Benefits
12.4 Scenario overview
12.5 Creating the service definition
12.5.1 Using the Tivoli Service Automation Manager REST interface
12.5.2 Understanding the request creation object
12.5.3 Obtaining the resource pool name
12.5.4 Obtaining the images list
12.5.5 Creating a new catalog request
12.5.6 Updating the request with the required information
12.6 Monitoring the business service
12.6.1 Selecting monitoring agents
12.6.2 Configuring Internet Service Monitoring
12.6.3 Configuring Transaction Tracking
12.7 Triggering automated service delivery
12.7.1 Detecting a service event
12.7.2 Triggering the service instance request
12.8 Summary
Chapter 13. Automated Storage Provisioning
13.1 Scenario overview
13.2 Products involved
13.3 Benefits
13.3.1 Benefits of Automated Provisioning
13.3.2 Benefits of Storage Management
13.3.3 Benefits of an integrated end-to-end strategy
13.4 Integration configuration steps
13.4.1 Useful resources
13.4.2 Integration prerequisites and roles
13.4.3 Configuring Tivoli Storage Productivity Center
13.4.4 Configuring Tivoli Provisioning Manager security
13.4.5 Defining the server in Tivoli Provisioning Manager
13.5 Scenario walk-through
13.5.1 Solution architecture
13.5.2 Environment prior to end-to-end provisioning workflow
13.5.3 Triggering the end-to-end provisioning workflow
13.5.4 Viewing the environment after the workflow has completed
13.6 Summary
Chapter 14. Tivoli Provisioning Manager discovery of TADDM discovered CIs
14.1 Scenario description
14.2 Products involved
14.3 Benefits
14.4 Implementation steps
14.5 Summary
Chapter 15. Tivoli Provisioning Manager and Tivoli Identity Manager integration
15.1 Scenario introduction
15.2 Benefits
15.3 Products involved
15.4 Architecture of the scenario
15.5 Implementation of the scenario
15.5.1 Tivoli Provisioning Manager automation package
15.5.2 Tivoli Identity Manager solution
15.5.3 Installing and configuring the Tivoli Identity Manager solution
15.5.4 Considerations
15.6 Scenario walk-through
15.7 Summary
Part 5 IBM Service Management integration scenarios
Chapter 16. Taking automatic actions based on predefined policies
16.1 Scenario overview
16.2 Products involved
16.3 Benefits
16.4 Architectural diagram of the integration
16.5 Implementation steps
16.5.1 Probe for Tivoli EIF
16.5.2 Tivoli Event Synchronization
16.5.3 Event forwarding to Tivoli Netcool/OMNIbus
16.5.4 Creating the mapping table and populating the data in CCMDB
16.5.5 Tivoli Netcool/OMNIbus additional fields
16.5.6 Configuring Tivoli Service Request Manager to initialize application server
16.5.7 Tivoli Netcool/OMNIbus Gateway for Tivoli Service Request Manager
16.5.8 Tivoli Netcool/OMNIbus Process Agent control
16.5.9 The Tivoli Netcool/Impact project
16.5.10 Tivoli Netcool/Impact Enrichment Policy for Incident Ticket
16.5.11 CCMDB Web Services
16.5.12 Tivoli Netcool/Impact Web Services DSA Policy for RFC
16.5.13 Tivoli Netcool/Impact policy for Tivoli Provisioning Manager workflow
16.5.14 Tivoli Netcool/Impact event mapping
16.5.15 Edit Netcool/OMNIbus event list view
16.6 Scenario walk-through
16.7 Summary
Chapter 17. Asset and CI integration
17.1 Differences between assets and CIs
17.2 Scenario overview and products involved
17.3 Benefits
17.3.1 The challenge of controlling assets and CIs
17.3.2 Integration advantages
17.4 Case study: Fictional IBM RedBooks Company A
17.4.1 Linking assets to CIs using GUID
17.4.2 Importing CIs to the CCMDB using Tivoli Integration Composer
17.4.3 Activating the CI types
17.4.4 Setting up the actual CI adapter
17.4.5 Verifying that the data has been imported into CCMDB
17.5 Adding a Configuration Item field in the Asset application
17.6 Using a link rule to link assets to CIs
17.6.1 Specifying top-level classes for CIs and for IT assets
17.6.2 Specifying reconciliation properties
17.6.3 Configuring the reconciliation for linking CIs to assets with a link rule
17.6.4 Specifying the CI to reconciliation link relationship
17.6.5 Creating the action for the escalation for CI-to-asset link
17.6.6 Configuring the escalation to link CIs with IT assets
17.7 Summary
Chapter 18. Rational Asset Manager and Tivoli Change and Configuration Management Database integration
18.1 Rational Asset Manager
18.2 Definitive Media Library
18.3 Scenario overview
18.4 Products involved
18.5 Benefits
18.6 Implementation
18.6.1 Downloading and installing the integration module
18.6.2 Creating a discovery library adapter (DLA) to import in the TADDM
18.6.3 Loading the DLA output file into the TADDM
18.6.4 Mapping actual CIs from TADDM to CCMDB
18.6.5 Activating the CI types
18.6.6 Setting up the actual CI adapter
18.6.7 Verifying that the data has been imported into CCMDB
18.6.8 Creating and configuring the integration module in the CCMDB
18.6.9 Creating the Definitive Media Library (DML)
18.6.10 Synchronizing the asset from CCMDB with Rational Asset Manager
18.7 Summary
Chapter 19. User and password management with Tivoli Identity Manager and Tivoli Service Request Manager
19.1 Scenario overview
19.2 Products involved
19.3 Benefits
19.3.1 Manage Tivoli Service Request Manager users
19.3.2 Create Tivoli Service Request Manager service requests
19.4 Installation roadmap
19.4.1 Installing the integration package
19.4.2 Configuring the Tivoli Service Request Manager server
19.5 Password change scenario
19.6 User management scenario
19.7 Summary
Chapter 20. Employee onboarding
20.1 Scenario overview
20.2 Products involved
20.3 Benefits
20.3.1 Paperless activities
20.3.2 Speed up productivity
20.3.3 Pattern for new hires
20.3.4 Increased sense of competence
20.3.5 Integrated platform
20.4 Roles
20.5 Architectural diagram of integration
20.6 Implementation steps
20.6.1 Human Resource (HR) Manager
20.6.2 People Manager
20.6.3 Service Desk Analyst
20.6.4 IT Asset Manager
20.6.5 Additional integration: Enterprise Asset Manager
20.6.6 Additional integration: Security Manager
20.6.7 Additional integration: Self-service
20.6.8 Additional integration: HR informed that employee onboarding is complete
20.7 Scenario walk-through
20.8 Summary
Chapter 21. TADDM L2 discovery using IBM Tivoli Monitoring agents
21.1 Scenario description
21.2 Products involved
21.3 Architecture
21.4 Benefits
21.5 Implementation steps
21.6 Scenario walk-through
21.6.1 Deploy the TADDM discovery bundle using Tivoli Enterprise Portal
21.6.2 View TADDM L2 Discovery data
21.7 Summary
Chapter 22. Managing business services in an integrated environment
22.1 Definitions
22.1.1 What is a service
22.1.2 The service hierarchy
22.2 Scenario overview and products involved
22.3 Benefits
22.4 The Common Data Model
22.5 Integration and data transfer methods
22.6 Configuring the environment for integration
22.6.1 Exporting CIs from TADDM to CCMDB
22.6.2 Exporting the service definition from TADDM
22.6.3 Launch-in-context integration
22.7 Additional integration: Integrating Tivoli System Automation Application Manager with Tivoli Business Service Manager
22.8 Summary
Chapter 23. CCMDB V7.2.1: New launch-in-context technology
23.1 Scenario overview and benefits
23.2 Components of the new LIC technology
23.3 Naming and Reconciliation Service
23.4 Context Menu Services
23.5 Deployment and configuration of DIS/CMS
23.5.1 Deployment components
23.5.2 Options for creating the CMS and DIS tables
23.5.3 Deployment scenarios
23.6 CMS Registry Loader externals
23.6.1 Reasons to use CMS Registry Loader
23.6.2 Syntax
23.6.3 LIC using TADDM
23.7 Summary
Part 6 Client integration scenarios
Chapter 24. Tivoli Workload Scheduler: Architecture and concepts
24.1 Components
24.1.1 Engine
24.1.2 Database
24.1.3 The embedded WebSphere Application Server
24.1.4 Event Processor
24.1.5 Tivoli Dynamic Workload Console
24.1.6 Dynamic Workload Broker Component
24.2 Network communication
24.2.1 Engine initialization
24.2.2 Workstation interprocess communication
24.2.3 Job execution
24.2.4 Event driven workload automation
24.2.5 Dynamic scheduling
24.2.6 Store-and-forward
24.3 High availability
24.3.1 DB2: ACR and HADR
24.3.2 Fault tolerance
24.3.3 Switch Fault Tolerance
24.3.4 Switch Manager
24.3.5 Switch Event Processor
24.4 Virtualization
24.4.1 The $MASTER keyword and unixlocl method
24.4.2 The mm resolve master
24.4.3 FINAL stream
Chapter 25. Tivoli System Automation for Multiplatforms: Concepts
25.1 Overview
25.2 Resources
25.2.1 Persistent resource attributes
25.2.2 Dynamic resource attributes
25.3 Resource managers
25.4 Resource groups
25.4.1 Persistent resource group attributes
25.4.2 Dynamic resource group attributes
25.4.3 Managed resources
25.5 Managed relations
25.5.1 Start and stop dependencies
25.5.2 Location dependencies
25.6 Equivalencies
25.6.1 Example
25.6.2 Shadow resources and shadow equivalencies
25.7 Quorum
25.7.1 Tie breaker
25.7.2 Critical resource protection
25.8 Behavior patterns
25.8.1 MonitorCommand
25.8.2 StartCommand
25.8.3 StopCommand
Chapter 26. Implementing high availability for the Tivoli Workload Scheduler master domain manager
26.1 Overview of the setup
26.2 Benefits
26.3 Installing DB2
26.3.1 Creating DB2 instance owner and file systems
26.3.2 Installing and upgrading DB2
26.3.3 Creating DB2 instances
26.3.4 Enabling TCP/IP communication
26.4 Installing Tivoli Workload Scheduler
26.4.1 Creating Tivoli Workload Scheduler user and file systems
26.4.2 Installing the Master Domain Manager
26.4.3 Configuring HADR and ACR
26.4.4 Installing the Backup Master Domain Manager
26.5 Installing and configuring Tivoli System Automation for Multiplatforms
26.6 Integrating DB2 HADR and Tivoli System Automation for Multiplatforms
26.7 Integrating Tivoli Workload Scheduler and Tivoli System Automation for Multiplatforms for high availability
26.7.1 The embedded WebSphere Application Server
26.7.2 Engine
26.7.3 Event Processor
26.7.4 Tivoli Dynamic Workload Console
26.7.5 Dynamic Workload Broker Component
26.8 Testing the policies
26.8.1 Plan extension
26.8.2 Corrupt Symphony / message files
26.8.3 The embedded WebSphere Application Server crash situation
26.8.4 Node failure
Chapter 27. Implementing high availability for Tivoli Workload Scheduler dynamic workload
27.1 Overview
27.2 Setup
27.3 Benefits
27.4 Installing Tivoli Workload Scheduler
27.5 Installing and configuring Tivoli System Automation for Multiplatforms
27.6 Virtualizing dynamic workload
27.7 Testing the policies
Appendix A. Additional material
Locating the web material
Using the web material
Related publications
IBM Redbooks
Online resources
How to get Redbooks
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Prev
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Tables
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Notices
Examples
5-1 Tivoli Integration Composer: Windows command line execution 111
6-1 Original wimconfig.xml configuration file 132
6-2 New wimconfig.xml configuration file 132
7-1 Set the environment variables 173
8-1 Creating a new user for database administration 207
8-2 Creating DB2 instance 207
8-3 Adding Tivoli Data Warehouse to the client’s catalog 208
8-4 Adding TADDM database to the client’s catalog 209
8-5 Establishing connection to Tivoli Data Warehouse database 212
8-6 Creating MANAGEDSYSTEM table 212
8-7 Creating population procedure 212
8-8 MANAGEDSYSTEM table population 213
8-9 Establishing a connection to Tivoli Data Warehouse database 214
8-10 Creating IBM_TRAM schema and tables 215
8-11 Creating population procedure 215
8-12 TIME_DIMENSION table population 216
8-13 Sample JDBC configuration 221
8-14 Executing the Java class manually 222
11-1 Single Tivoli Enterprise Portal Server: TEPS and TEMS on the same server 313
11-2 Single Tivoli Enterprise Portal Server: TEPS and TEMS on separate servers 314
11-3 Multiple Tivoli Enterprise Portal Server servers 314
12-1 Request XML 331
12-2 Response XML 331
12-3 URL used to obtain the images list 332
12-4 Images list 332
12-5 URL to create the Catalog Request 334
12-6 Catalog request response, in json format 336
12-7 Updating the request with the required information 346
12-8 HTTP response 348
12-9 Execute the commands 373
12-10 Additional set of lines 374
12-11 Basic logic 377
16-1 PROBE_EIF.props example file 419
16-2 NCOMS.props example for PA credentials 423
16-3 errorevent.conf file example for EIF probe 424
16-4 Testing connectivity 424
16-5 Event Integration Facility settings 425
16-6 impactFields.sql file 445
16-7 Running the ImpactFields.sql file 446
16-8 GATE_TSRM.props 447
16-9 The tsrm.map example file 449
16-10 The nco_pa.conf example file 450
16-11 TSRM_Incident policy 456
16-12 Changes in wsdl and xsd files 459
16-13 Beginning of policy 468
16-14 End of policy 468
16-15 CCMDB_RFC policy 468
16-16 The soapcli.sh file 470
16-17 Workflow policy 471
17-1 Error message 504
17-2 Command to run 509
18-1 Back up maxdb71 551
18-2 Backup the registry 551
18-3 solutionInstallerGU 551
18-4 loadidml -f 564
18-5 Run commandline.bat 571
18-6 Run commandline 577
19-1 Modify login.jsp 603
19-2 The enRole.properties file 612
19-3 Add this line to the scriptframework.properties file 612
19-4 Text to be added 612
21-1 Log in to Tivoli Enterprise Monitoring Server 645
21-2 Add TADDM bundle 646
21-3 Distribute the TADDM support bundle 648
21-4 Check deployment status 649
22-1 canvasDynamicSubMenuActions.xml 688
22-2 Add those lines 689
22-3 Updated file 689
22-4 Add these lines 689
22-5 Section to look for 690
22-6 Add these lines 690
24-1 Embedded WebSphere Application Server connection properties in localopts 721
24-2 The embedded WebSphere Application Server and Event Processor state 721
24-3 Virtual Master 743
24-4 FINAL jobs 743
24-5 FINAL stream 744
25-1 Quorum State 755
25-2 Critical resource protection 756
25-3 RetryCount tunable 760
26-1 DB2 instance owner and file system creation 765
26-2 Instance owner and file system creation 766
26-3 DB2 instance creation 766
26-4 DB2 instance level verification 766
26-5 Enabling TCP/IP communication 767
26-6 Verifying TCP/IP communication 767
26-7 Tivoli Workload Scheduler user and file system creation 768
26-8 Stopping embedded WebSphere Application Server instance on twspoc1 770
26-9 Updating location of log files and archived log files 771
26-10 Enabling LOGINDEXBUILD 771
26-11 Backing up DB2 database 771
26-12 Restoring DB2 database 771
26-13 Configuring HADR on twspoc2 771
26-14 Configuring ACR on twspoc2 772
26-15 Starting HADR on twspoc2 772
26-16 Configuring HADR on twspoc1 772
26-17 Configuring ACR on twspoc1 772
26-18 Starting HADR on twspoc1 772
26-19 Verifying HADR status 773
26-20 Performing HADR takeover on twspoc2 773
26-21 Stopping embedded WebSphere Application Server instance on twspoc2 774
26-22 Performing HADR takeover on twspoc1 774
26-23 Tivoli System Automation for Multiplatforms installation 774
26-24 Installing HADR scripts for Tivoli System Automation for Multiplatforms 775
26-25 Creating and starting the Tivoli System Automation for Multiplatforms cluster 775
26-26 Verifying the state of the Tivoli System Automation for Multiplatforms cluster 775
26-27 Creating network tie breaker for the cluster 775
26-28 XML input file for db2haicu 776
26-29 Verifying HADR standby node 776
26-30 The db2haicu setup 776
26-31 Verifying HADR primary node 776
26-32 The db2haicu setup 777
26-33 Output of lssam command 777
26-34 Updating DataSourceProperties, 1 778
26-35 Updating DataSourceProperties, 2 778
26-36 Creating resources and resource groups for the eWAS instances 779
26-37 Creating managed relations for the eWAS instances 779
26-38 Creating shadow resources and shadow equivalency for the eWAS instances 779
26-39 Starting eWAS resource groups 779
26-40 Output of lssam command 779
26-41 Enabling Switch Fault Tolerance 780
26-42 Creating the virtual master workstation 780
26-43 Creating CPU definition for the backup master domain manager 781
26-44 Adding the FINAL stream to the database 781
26-45 Updating JnextPlan script 782
26-46 Setting the limit for the workstations 782
26-47 Creating resources and resource groups for the engine processes 782
26-48 Creating managed relations for the engine processes 783
26-49 Creating shadow resources and shadow equivalency for mailman processes 783
26-50 Starting resource groups for engine processes 783
26-51 Creating resources and resource groups for the master domain manager 783
26-52 Creating virtual IP address for the master domain manager 783
26-53 Creating managed relations for the master domain manager 784
26-54 Creating least-privilege resource 784
26-55 Starting resource group for the master domain manager 784
26-56 lssam: Tivoli Workload Scheduler engine 784
26-57 Creating floating resource and resource group for the Event Processor 785
26-58 Starting resource group for the Event Processor 785
26-59 The lssam command output 786
26-60 Creating resources for the Tivoli Dynamic Workload Console 787
26-61 Creating managed relations for the Tivoli Dynamic Workload Console 787
26-62 Starting resource group for the Tivoli Dynamic Workload Console 787
26-63 lssam: Tivoli Dynamic Workload Console 787
26-64 BrokerWorkstation.properties on twspoc1 788
26-65 BrokerWorkstation.properties on twspoc2 788
26-66 Defining the broker workstation 788
26-67 Creating resources for the Dynamic Workload Broker Component 789
26-68 Starting resource group for the Dynamic Workload Broker Component 789
26-69 lssam: Dynamic Workload Broker 789
26-70 lssam: JnextPlan, 1 790
26-71 lssam: JnextPlan, 2 791
26-72 Filling the Tivoli Workload Scheduler file system 791
26-73 lssam: Corrupt Symphony/message files 791
26-74 lssam: eWAS crash 792
27-1 Installing and upgrading the Tivoli Workload Scheduler agent 796
27-2 Shutting down Tivoli Workload Scheduler agent 796
27-3 Tivoli System Automation for Multiplatforms installation 796
27-4 Creating and starting the Tivoli System Automation for Multiplatforms cluster 797
27-5 Verifying the state of the Tivoli System Automation for Multiplatforms cluster 797
27-6 Creating network tie breaker for the cluster 797
27-7 Updating CLI connection properties 797
27-8 Raising TCP connection timeout interval 798
27-9 Creating Dynamic Workload Broker Component logical resource 798
27-10 Creating generic JSDL job definition 798
27-11 Creating Tivoli Workload Scheduler pool workstation 799
27-12 Creating resources for the Dynamic Workload Broker Component clients 799
27-13 Starting resource groups for Dynamic Workload Broker Component clients 799
27-14 Creating shadow resources for Dynamic Workload Broker Component clients 799
27-15 Creating resource for Dynamic Workload Broker Component logical resource 800
27-16 Starting the resource group for the Dynamic Workload Broker Component logical resource 800
27-17 lssam: Dynamic Workload Broker Component clients 800
27-18 HA job definition 801
27-19 HA job run 801
27-20 lssam: failure of fta1 801
27-21 HA job run 802
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