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Chapter 3: High Availability Cluster Implementation
Example 3-1: lvsg -o output
Example 3-2: lsvg -l tiv_vg1 output
Example 3-3: lsvg -l tiv_vg1 output
Example 3-4: Command output of lsvg
Example 3-5: An entry in the /etc/filesystems file
Example 3-6: Output of an lspv command
Example 3-7: Output of lspv on node tivaix2
Example 3-8: lsvg -o output
Example 3-9: Verifying all shared volume groups are available on a cluster node
Example 3-10: Verifying no shared volume groups are online on a cluster node
Example 3-11: How to vary on all shared volume groups on a cluster node
Example 3-12: Logical volumes in each shared volume group varied on in a cluster node
Example 3-13: Mounts of logical volumes on shared volume groups on a cluster node
Example 3-14: Unmount logical volumes on shared volume groups on a cluster node
Example 3-15: How to vary off shared volume groups on a cluster node
Example 3-16: Verifying the currently installed maintenance level of AIX 5.2
Example 3-17: Confirming installation of fixes for APAR IY45695
Chapter 4: IBM Tivoli Workload Scheduler Implementation in a Cluster
Example 4-1: An example .profile for TWSusr
Example 4-2: twsinst script example for TIVAIX1
Example 4-3: twsinst script example for TIVAIX2
Example 4-4: Workstation definition for TIVIAIX1
Example 4-5: Workstation definition for TIVIAIX1
Example 4-6: Checking for IBM Tivoli Workload Scheduler process
Example 4-7: Installing JSS from the command line
Example 4-8: wlsinst -p command output
Example 4-9: wlsinst -p command output
Example 4-10: Example of a security file
Example 4-11: Output of makesec -v command
Example 4-12: Output of makesec command
Example 4-13: Output of wmaeutil command
Example 4-14: Output of wlookup command before adding additional instance
Example 4-15: Sample wtwsconn.sh command
Example 4-16: Output of wlookup command after adding additional instance
Example 4-17: Output of ps command
Example 4-18: Verifying the fix pack installation
Example 4-19: IBM Tivoli Workload Scheduler fix pack installation error
Example 4-20: The contents of /tmp/twspatchXXXXX.log
Example 4-21: How to determine a cluster node's HACMP node ID
Example 4-22: Show a system's SSA node number, taken from tivaix1
Example 4-23: Show a system's SSA node number, taken from tivaix2
Example 4-24: Ensure that target mode SSA is configured on a cluster node, taken from tivaix1
Example 4-25: Ensure that target mode SSA is configured on a cluster node, taken from tivaix2
Example 4-26: Display the target mode SSA files for tivaix1
Example 4-27: Display the target mode SSA files for tivaix2
Example 4-28: Sample start script for IBM Tivoli Workload Scheduler under HACMP
Example 4-29: Commands used by stop script to stop IBM Tivoli Workload Scheduler
Example 4-30: Sample stop script for IBM Tivoli Workload Scheduler under HACMP
Example 4-31: Commands to run to install custom HACMP start and stop scripts for IBM Tivoli Workload Scheduler
Example 4-32: How to determine in a script whether or not HACMP is running
Example 4-33: Using the clRGinfo command to determine the state of resource groups in a cluster
Example 4-34: Wait for currently executing jobs to exit
Example 4-35: Move a resource group using the clRGmove command
Example 4-36: All resources and attributes for resource group rg1
Example 4-37: All resources and attributes for resource group rg2
Example 4-38: Obtain the HACMP configuration using the cltopinfo command
Example 4-39: Gather detailed shared volume group information with the clharvest_vg command
Example 4-40: Configured IP addresses before starting HACMP Cluster services on tivaix1
Example 4-41: Configured IP addresses before starting HACMP Cluster services on tivaix2
Example 4-42: Configured IP addresses after starting HACMP Cluster services on tivaix1
Example 4-43: Configured IP addresses after starting HACMP Cluster services on tivaix2
Example 4-44: Using the command line to obtain the current status of all HACMP subsystems on a cluster node
Example 4-45: Using commands on tivaix1 to verify that tivaix2 falls over to tivaix1
Example 4-46: List resource groups in ONLINE state for a node
Example 4-47: Obtain a simple list of resource groups that are in the ONLINE state on a specific node
Example 4-48: Sample output of command to verify IBM Tivoli Workload Scheduler is moved by HACMP
Example 4-49: IBM Tivoli Workload Scheduler processes running on tivaix1 after falling back resource group rg2 to tivaix2
Example 4-50: IBM Tivoli Workload Scheduler processes running on tivaix2 after falling back resource group rg2 to tivaix2
Example 4-51: Organization of installation media
Example 4-52: Preparing for installation of IBM Tivoli Management Framework 4.1
Example 4-53: Initial installation of IBM Tivoli Management Framework Version 4.1
Example 4-54: Load Tivoli environment variables
Example 4-55: Script for installing IBM Tivoli Management Framework Version 4.1 with patches
Example 4-56: Add an IP alias to the Framework oserv server
Example 4-57: Identify the dispatcher number of a Framework installation
Example 4-58: Disable set_force_bind object dispatcher option
Example 4-59: Identify the dispatcher number of a Framework installation
Example 4-60: Back up the object database of IBM Tivoli Management Framework
Example 4-61: List all available object database backup files
Example 4-62: Verifying enough disk space in the current working directory for wbkupdb
Example 4-63: Install Job Scheduling Services component on cluster node tivaix1
Example 4-64: Install Connector component for cluster node tivaix1
Example 4-65: Verify installation of Framework components for IBM Tivoli Workload Scheduler
Example 4-66: Verify creation of initial Connector
Example 4-67: Identify which Connector objects already exist on a cluster node
Example 4-68: Create additional Connector object
Example 4-69: Verify creation of additional Connector object
Example 4-70: Create additional Connectors on tivaix2
Example 4-71: Remove a Connector
Example 4-72: Change Connector's directory value
Example 4-73: Identify which Framework Administrator object to modify to grant TWSuser account root-level Framework access
Example 4-74: Confirm TWSuser accounts are added to root Framework Administrator object
Example 4-75: Identify available Connectors to manage on cluster node
Example 4-76: Back up object database of IBM Tivoli Management Framework
Example 4-77: Contents of .rhosts file in home directory of root user
Example 4-78: Sampling Framework objects that exist before interconnection on tivaix1
Example 4-79: Sampling Framework objects that exist before interconnection on tivaix2
Example 4-80: Interconnect the Framework servers on tivaix1 and tivaix2
Example 4-81: Determine the encryption used in the Tivoli region of tivaix2
Example 4-82: Verify Framework interconnection
Example 4-83: Determine Tivoli region ID of cluster node
Example 4-84: Exchange useful and required resources for IBM Tivoli Workload Scheduler
Example 4-85: Verify on tivaix1 the exchange of Framework resources
Example 4-86: Verify on tivaix2 the exchange of Framework resources
Example 4-87: Check the user creation
Example 4-88: Header output for conman
Example 4-89: conman output
Example 4-90: conman output
Example 4-91: conman output
Chapter 5: Implement IBM Tivoli Management Framework in a Cluster
Example 5-1: Available SSA disks on tivaix1 before configuring shared volume groups
Example 5-2: Logical disks on tivaix1 before configuring shared volume groups
Example 5-3: How to show logical to physical SSA disk relationships on tivaix1.
Example 5-4: Available SSA disks on tivaix2 before configuring shared volume groups
Example 5-5: Logical disks on tivaix2 before configuring shared volume groups
Example 5-6: Show logical-to-physical SSA disk relationships on tivaix2
Example 5-7: How to list major numbers already in use on tivaix1
Example 5-8: Identify the major numbers used for shared volume groups on tivaix1
Example 5-9: Identify the major numbers used for shared volume groups on tivaix2
Example 5-10: Verify creation of shared volume group itmf_vg on tivaix1
Example 5-11: Verify successful creation of a JFS file system
Example 5-12: Identify logical volumes on new volume group
Example 5-13: Update relationship between renamed logical volumes and logical log volumes
Example 5-14: Verify the chfs command
Example 5-15: Verify the export of volume group itmf_vg from tivaix1
Example 5-16: Verify volume group itmf_vg is not already imported into tivaix1
Example 5-17: Verify import of volume group itmf_vg into tivaix1
Example 5-18: Verify the import of volume group itmf_vg into tivaix2
Example 5-19: Verify a volume group is not already active on a cluster node
Example 5-20: How to verify volume group itmf_vg is online on tivaix1
Example 5-21: Verify availability of a logical volume in a shared volume group
Example 5-22: Verify shared volume group itmf_vg on tivaix2
Example 5-23: Preparing for installation of IBM Tivoli Management Framework 4.1
Example 5-24: Initial installation of IBM Tivoli Management Framework Version 4.1
Example 5-25: Load Tivoli environment variables on tivaix1
Example 5-26: Script for installing IBM Tivoli Management Framework Version 4.1 with patches
Example 5-27: Add IP alias to Framework oserv server
Example 5-28: Identify dispatcher number of Framework installation
Example 5-29: Disable set_force_bind object dispatcher option
Example 5-30: Identify dispatcher number of Framework installation
Example 5-31: Create the new .tivoli directory
Example 5-32: Install a Managed Node
Example 5-33: Create a Gateway on tivaix1
Example 5-34: Verify no Endpoints exist within a Tivoli Enterprise installation
Example 5-35: Install a highly available Endpoint on cluster node tivaix1
Example 5-36: Verify installation of highly available Endpoint
Example 5-37: Identify directory location of LCF environment file
Example 5-38: Identify which instance of an Endpoint an LCF environment file is used for
Example 5-39: Stop an instance of an Endpoint
Example 5-40: Identify how an Endpoint starts during system restart
Example 5-41: Find all instances where IBM Tivoli Management Framework is started
Example 5-42: Script to start highly available IBM Tivoli Management Framework
Example 5-43: Script to stop highly available IBM Tivoli Management Framework
Example 5-44: Start script for highly available Endpoint
Example 5-45: Stop script for highly available Endpoint
Example 5-46: All resources and attributes for resource group rg1
Example 5-47: Output of cltopinfo command for hot standby Framework configuration
Example 5-48: Sample output of command to verify IBM Tivoli Management Framework is moved by HACMP
Example 5-49: Identify that an Endpoint is running on a cluster node
Example 5-50: f:\Tivoli\lcf\dat\2\last.cfg file
Appendix A: A Real-Life Implementation
Example A-1: /usr/es/sbin/cluster/utilities/cllscf > cl_top.txt
Example A-2: /usr/es/sbin/cluster/utilities/clshowres -g'twsmdmrg' > rg_top.txt
Example A-3: fconfig -a output
Example A-4: smit logs
< Day Day Up >
Previous page
Table of content
High Availability Scenarios With IBM Tivoli Workload Scheduler And IBM Tivoli Framework
ISBN: 0738498874
EAN: 2147483647
Year: 2003
Pages: 92
Authors:
IBM Redbooks
BUY ON AMAZON
Crystal Reports 9 on Oracle (Database Professionals)
Oracle Structures
Oracle SQL
Optimizing: The Crystal Reports Side
Other Tips
Data Dictionary Report
Managing Enterprise Systems with the Windows Script Host
Input/Output Streams
System Administration
Internet Information Server
Exchange Server
Security
Cisco IOS Cookbook (Cookbooks (OReilly))
PPP over Frame Relay
Viewing Frame Relay Status Information
Supporting SNA Priorities
Allocating Static IP Addresses with DHCP
Using OSPF for IPv6
Ruby Cookbook (Cookbooks (OReilly))
Simulating a Subclass of Fixnum
Adding Elements to a Hash
Reading the Contents of a File
Listing an Objects Methods
Using a C Library from Ruby
Lean Six Sigma for Service : How to Use Lean Speed and Six Sigma Quality to Improve Services and Transactions
Getting Faster to Get Better Why You Need Both Lean and Six Sigma
Success Story #1 Lockheed Martin Creating a New Legacy
Seeing Services Through Your Customers Eyes-Becoming a customer-centered organization
Executing Corporate Strategy with Lean Six Sigma
Phase 4 Performance and Control
Java Concurrency in Practice
Introduction
Benefits of Threads
Building an Efficient, Scalable Result Cache
Using Condition Queues
Summary
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