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< Day Day Up >
Chapter 1: Introduction
Figure 1-1: Structure of Domino for Linux on zSeries
Chapter 2: Planning
Figure 2-1: Start Menu - Remote server setup
Chapter 3: z/VM Basics, Planning, and Tasks
Figure 3-1: zSeries system resources
Figure 3-2: Virtual machines running under the control of a hypervisor
Chapter 4: Disk Configuration
Figure 4-1: Multiple minidisks on one DASD
Figure 4-2: LVM elements
Figure 4-3: Domino directory structure
Figure 4-4: Example mount point (filesystem) structure for a mail server
Figure 4-5: Example mount point structure for an application server
Figure 4-6: Our filesystem structure
Chapter 5: Networking
Figure 5-1: Two common methods of networking Linux on zSeries
Figure 5-2: Sample Guest LAN configuration
Figure 5-3: Ways to configure Domino servers on Linux
Figure 5-4: Notes named networks servers
Figure 5-5: Using IP addresses for Web servers
Chapter 6: Linux Installation
Figure 6-1: Installation steps
Figure 6-2: DASD Module Parameter Setting panel
Figure 6-3: New installation warning panel
Figure 6-4: Installation settings panel
Figure 6-5: Expert Partitioner panel
Figure 6-6: Edit partition panel
Figure 6-7: Software Selection window
Figure 6-8: Detailed software selection window
Figure 6-9: Begin installation warning
Figure 6-10: Add a new user window
Figure 6-11: YaST2 Control Center
Figure 6-12: YaST2 Package Update window
Figure 6-13: FTP authorization screens
Figure 6-14: YaST2 Online Update Confirmation window
Figure 6-15: CP Set VDISK command syntax
Chapter 7: Domino Installation
Figure 7-1: Running the install script
Figure 7-2: Welcome page
Figure 7-3: First installation screen
Figure 7-4: License agreement screen
Figure 7-5: Install data directory only screen
Figure 7-6: Choose server type
Figure 7-7: Template installation
Figure 7-8: ASP functionality
Figure 7-9: Program directory
Figure 7-10: Information screen for installing the Domino data directory
Figure 7-11: Domino partitioned server
Figure 7-12: Choosing notesdata location
Figure 7-13: Choosing a Linux user ID for your Domino server
Figure 7-14: Choosing a Linux group for your Domino server user id
Figure 7-15: Select server setup method
Figure 7-16: First part on installation complete
Figure 7-17: Verify your settings
Figure 7-18: Starting the server in listen mode
Figure 7-19: Lotus Administrator remote server setup option
Figure 7-20: Remote server setup
Figure 7-21: Connect to remote server
Figure 7-22: Welcome screen of Domino server setup
Figure 7-23: First or additional Domino Server?
Figure 7-24: Domino server name and title
Figure 7-25: Domino organization name
Figure 7-26: Domino domain name
Figure 7-27: Domino Administrator name and password
Figure 7-28: Chose services
Figure 7-29: Domino network settings
Figure 7-30: Secure your Domino server
Figure 7-31: Create a local copy of ID files
Figure 7-32: Summary of the installation settings
Figure 7-33: Installation progress
Figure 7-34: Stop server listener task
Figure 7-35: Startup of the Domino server
Figure 7-36: Partitioned Domino servers
Figure 7-37: Domino soft link option
Figure 7-38: Start of Domino server as root
Chapter 8: Domino Administration
Figure 8-1: Domino Administrator
Figure 8-2: Web Administrator
Figure 8-3: Domino Console
Figure 8-4: Exit from Domino Console
Figure 8-5: Stopping server from Domino Console
Figure 8-6: Setting Periodic commands in the Domino Console
Figure 8-7: The show processes controller command from the Domino Console
Figure 8-8: Restricted system commands
Figure 8-9: Domino Console filter messages
Figure 8-10: Domino Server monitor
Figure 8-11: Server Availability probe
Figure 8-12: Mail probe
Figure 8-13: Statistics for free and total Disk space
Figure 8-14: Graphical representation - Domino Server statistics
Figure 8-15: Platform statistics
Figure 8-16: View server health
Figure 8-17: Health monitoring
Figure 8-18: Current Health Report
Figure 8-19: Overall Health Report
Figure 8-20: Enabling transaction logging
Figure 8-21: Enabling view logging
Figure 8-22: Changing retention period of soft deletes
Figure 8-23: Quota enforcement field
Figure 8-24: Enabling fault recovery
Figure 8-25: Database properties for mail.box
Figure 8-26: Create Policy
Figure 8-27: Desktop policy setting
Figure 8-28: Policy by hierarchy view
Chapter 9: Systems Management
Figure 9-1: Filesystem free space display using RMF-PMS
Figure 9-2: Output of the ps -ef command
Figure 9-3: Output of the pstree command
Figure 9-4: ipcs -m
Figure 9-5: RMF PMS overview
Figure 9-6: RMF PM client desktop
Figure 9-7: RFM PM graph
Figure 9-8: iostat -x command
Figure 9-9: domdsmc q dbbackup
Figure 9-10: domdsmc selective
Figure 9-11: domdsmc archivelog
Figure 9-12: domdsmc restore
Figure 9-13: domdsmc restore (continued)
Figure 9-14: domdsmc activatedbs
Figure 9-15: domdsmc activatedbs (continued)
Chapter 11: Capacity Planning for Linux on z/VM
Figure 11-1: ESAUCD4 Linux server processor reporting - showing accuracy problem
Figure 11-2: ESAHSTA Linux application profile
Figure 11-3: ESAUCD4 Linux processor utilization example
Figure 11-4: ESAHST1 Linux process utilization example
Figure 11-5: ESAHSTA Linux application example
Figure 11-6: Storage hierarchy
Figure 11-7: ESAUCD2 Linux memory analysis, 256 MB run
Figure 11-8: ESAUCD2 Linux Memory Analysis 196MB run
Figure 11-9: Linux swap to real disk
Figure 11-10: Linux swap to virtual disk
Figure 11-11: ESAUSR3 Report showing virtual disk I/O for VM guest for 196 MB run
Figure 11-12: ESAHSTA report for 196 MB run showing kswapd CPU requirement
Figure 11-13: ESAUSR3 showing virtual disk I/O 128 MB run
Figure 11-14: ESAHST1 process analysis showing kswapd CPU for 128 MB run
Figure 11-15: ESAMDC analysis for three-server run
Figure 11-16: ESAVDSK virtual disk report showing swap disk requirements
Figure 11-17: ESAHST2 Linux host disk storage analysis example
Figure 11-18: ESATCP4 TCPIP hardware interface rate example for three-server run
Figure 11-19: ESAUCD2 Linux memory analysis for three-server, two-DPAR run
Figure 11-20: ESAUCD2 Linux memory analysis for three-server run
Figure 11-21: ESAVDSK report showing virtual disk storage requirements for a three-server run
Chapter 12: Performance Tuning
Figure 12-1: ESAMON SMART screen
Figure 12-2: ESASUM report
Figure 12-3: ESAHST1 screen
Figure 12-4: Using lvdisplay to examine an LVM
Figure 12-5: lvdisplay on a striped LVM
Figure 12-6: ESACHAN report
Figure 12-7: ESADASD2 report
Figure 12-8: ESAUSR3 report showing virtual disk I/O for VM guest for 196 MB run
Figure 12-9: ESAHSTA report for 196 MB run showing kswapd CPU requirement
Figure 12-10: ESAUSR3 showing Virtual Disk I/O 128 MB run
Figure 12-11: ESAHST1 Process Analysis showing kswapd CPU for 128 MB run
Figure 12-12: Showing a gap in data
Figure 12-13: ESADSD2 and ESAUSEK screens
Figure 12-14: cat /proc/dasd/devices
Figure 12-15: lvdisplay command
Figure 12-16: Filesystem table
Chapter 13: Applications
Figure 13-1: Create DCR
Figure 13-2: DCR properties
Figure 13-3: Browsing external metadata
Figure 13-4: DCR field
Figure 13-5: Browsing the DB2 data
Figure 13-6: Importing key database fields into Domino
Figure 13-7: Form design
Figure 13-8: Live DB2 data
Chapter 14: Migrating to Domino 6.5 for Linux on zSeries
Figure 14-1: Upgrade strategy to migrate to Domino 6
Figure 14-2: Ideal Domino Domain
Figure 14-3: Migration steps
Appendix A: Our Test System
Figure A-1: Infrastructure for this project
< Day Day Up >
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IBM Lotus Domino 6.5 for Linux on Zseries Implementation
ISBN: 0738491748
EAN: 2147483647
Year: 2003
Pages: 162
Authors:
IBM Redbooks
BUY ON AMAZON
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Basic Commands, Variables, and Data Types
Number Crunching Mathematical and Relational Operators and Commands
Adding Sound Effects to Your Game
Multiplayer Programming The Crazy Carnage Game
Epilogue
ERP and Data Warehousing in Organizations: Issues and Challenges
Challenging the Unpredictable: Changeable Order Management Systems
The Effects of an Enterprise Resource Planning System (ERP) Implementation on Job Characteristics – A Study using the Hackman and Oldham Job Characteristics Model
Context Management of ERP Processes in Virtual Communities
Intrinsic and Contextual Data Quality: The Effect of Media and Personal Involvement
A Hybrid Clustering Technique to Improve Patient Data Quality
Data Structures and Algorithms in Java
Reference Types
Trees
Summary
Topological Sorting
B.2. Instance Diagrams
GO! with Microsoft Office 2003 Brief (2nd Edition)
Objective 3. Set Tab Stops
GO! with Help
Objective 1. Sort Records
Problem Solving
Project 2A. Meeting Notes
DNS & BIND Cookbook
Configuring a Name Server as the Primary Master for a Zone
Configuring a Name Server to Work with ndc
Configuring a Backup Mail Server in DNS
Configuring Multiple Mail Servers in DNS
Setting Up a Stealth Slave Name Server
VBScript in a Nutshell, 2nd Edition
What Can You Do with Client-Side Scripting?
Section A.9. File System Objects
Section B.4. Date Format Constants
Section B.8. String Constants
Section C.3. Comparison Operators
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