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Chapter 1: Introduction
Figure 1-1: ASE-style Cluster
Chapter 2:
Tru64
UNIX &
TruCluster
Server Overview
Figure 2-1:
Tru64
UNIX History
Figure 2-2: Computer Hardware Components
Figure 2-3: Dual-CPU Hardware Components
Figure 2-4: Asynchronous Multiprocessing
Figure 2-5: Symmetric Multiprocessing
Figure 2-6: Loosely-Coupled Computers
Figure 2-7: Two-Member Cluster
Figure 2-8: Cluster Interconnect
Figure 2-9: ICS to CI Subsystem Relationship
Figure 2-10: Connection Manager Subsystem Relationships
Figure 2-11: CAA Component Relationship
Figure 2-12: DLM Subsystem Relationships
Figure 2-13: CFS Subsystem Relationships
Figure 2-14: DRD Subsystem Relationships
Figure 2-15: CLSM Subsystem Relationships
Figure 2-16: CLUA Subsystem Relationships
Figure 2-17: Cluster Subsystem Components
Chapter 4: Cluster Configuration Planning
Figure 4-1: The Disk Configuration (
diskconfig (8)
) Program
Figure 4-2: RAID Controller Transparent Failover
Figure 4-3: RAID Controller Multi-bus Failover
Figure 4-4: Memory Channel 2 – Virtual Hub Configuration
Figure 4-5: Redundant MC Virtual Hub Configuration
Figure 4-7: Memory Channel 2 – Standard Hub Configuration
Figure 4-6: Redundant MC Standard Hub Configuration
Figure 4-8: LAN Cluster Interconnect
Chapter 5: Installation and Configuration of
Tru64
UNIX
Figure 5-1: The Tru64 UNIX
setup
Program
Figure 5-2: The
checklist
Clipboard
Figure 5-3: SysMan Navigational Information
Figure 5-4: Quick Setup – Main Screen
Figure 5-5: Quick Setup –
OSF-BASE
License PAK
Figure 5-6: Quick Setup – NIC Setup
Figure 5-7: Quick Setup – Network Routing
Figure 5-8: Quick Setup – DNS/BIND
Figure 5-9: Quick Setup – NTP Server
Figure 5-10: Quick Setup – NIS
Figure 5-11: Quick Setup – NFS
Figure 5-12: Quick Setup – E-mail Server
Figure 5-13: Quick Setup – Default Printer & Print Server
Figure 5-14: Quick Setup – Summary Pages (1 & 2)
Figure 5-15: SysMan Menu
Chapter 6:
Tru64
UNIX Cluster Hooks—File System Hierarchy, CDSL, & PID
Figure 6-1: CDSL Resolved
Figure 6-2: Runlevel Initialization
Figure 6-3: Runtime Configuration Execution Flow
Figure 6-4: File System Hierarchy (V5+)
Figure 6-5: The
member0
directory hierarchy
Figure 6-6: PID Structure Illustrated
Chapter 7:
Tru64
UNIX Cluster Hooks—Device Naming & Hardware Management
Figure 7-1: Device Directory Hierarchy
Figure 7-2: WWID for the HSZ explained
Chapter 8:
Tru64
UNIX Cluster Hooks— Event Manager
Figure 8-1: EVM Event Path
Figure 8-2: EVM root directory hierarchy
Figure 8-3: EVM /usr directory hierarchy
Figure 8-4: EVM /var directory hierarchy
Chapter 9:
Tru64
UNIX Cluster Hooks—NIFF, NetRAIN, & LAG
Figure 9-1: NIFF Flow
Figure 9-2: Traditional Network Interface Configuration
Figure 9-3: NetRAIN Interface Configuration
Chapter 11: Adding a Cluster Member/Deleting a Cluster Member
Figure 11-1: SCSI Device Location vs. Naming
Chapter 12: Cluster Hooks Revisited
Figure 12-1: File System Hierarchy in a Cluster
Figure 12-2: Hardware and Device Special Files Database Locations
Figure 12-3: EVM Additions in a Cluster
Chapter 13: The Cluster File System (CFS)
Figure 13-1: The CFS I/O Architecture
Figure 13-2: Direct I/O in V5.0A
Figure 13-3: Concurrent Direct I/O
Figure 13-4: Direct Access Cached Reads
Figure 13-5: Direct Access Cached Reads – No Physical Connection
Chapter 14: The Cluster Logical Storage Manager (CLSM)
Figure 14-1: What is RAID?
Figure 14-2: Cluster Device I/O Subsystem Relationships
Figure 14-3: Relationship of LSM Objects
Figure 14-4: LSM Disk Types
Figure 14-5: LSM Concatenated and Striped Plexes
Figure 14-6: CLSM Disk Group Connectivity
Figure 14-7: Top-Down vs. Bottom-Up
Chapter 15: The Device Request Dispatcher (DRD)
Figure 15-1: Cluster-wide Device Naming
Figure 15-2:
TruCluster
Server I/O Subsystems Architecture
Figure 15-3: Direct Access I/O
Figure 15-4: DAIO Device, Private Bus
Figure 15-5: Served Device, Shared Bus
Figure 15-6: DAIO Device on a Semi-Shared Bus in a Four-Member Cluster
Figure 15-7: DAIO Device on a Semi-Shared Bus – After Access Node Change
Figure 15-8: Load Balancing Multiple Devices on a Semi-Shared Bus
Figure 15-9: Served Device on a Shared bus in a Two-Member Cluster
Figure 15-10: Served Device on a Shared Bus in a Two-Member Cluster after Server Relocation
Chapter 16: The Cluster Alias Subsystem (CLUA)
Figure 16-1: Cluster Alias IP to MAC
Figure 16-2: Gratuitous ARP Ignored or Denied
Figure 16-3: Client ARP Cache Refreshed through Gratuitous ARP
Figure 16-4: vMAC in Action
Figure 16-5: Common Subnet: Physical vs. Logical View
Figure 16-6: Virtual Subnet: Physical vs. Logical View
Figure 16-7: Cluster Alias Connection Decision Tree
Chapter 17: The Connection Manager
Figure 17-1: CNX - ICS Communication
Figure 17-2: CNX Cluster Subsystem Communication
Figure 17-3: CNX Rebuild and Callouts
Figure 17-4: Cluster Partition
Figure 17-5: CNX Node Announcement
Figure 17-6: Describe Nodes
Figure 17-7: Connectivity Matrix (aka Topology Bitmap)
Figure 17-8: Cluster Formation Transaction
Figure 17-9: Send a Join Request
Figure 17-10: Describe Member & Cluster
Figure 17-11: Member Join Transaction
Figure 17-12: "
clu_quorum -v
" explained
Figure 17-13: Four-Member Cluster without a Quorum Disk
Figure 17-14: Four-Member Cluster without a Quorum Disk – One Member Down
Figure 17-15: Four-Member Cluster without a Quorum Disk – Two Members Down
Figure 17-16: Four-Member Cluster with a Quorum Disk
Figure 17-17: Four-Member Cluster with a Quorum Disk – Two Members Down
Chapter 18: Miscellaneous Subsystems
Figure 18-1: ICS Cluster Subsystem Communication
Figure 18-2: ICS Cluster Subsystem Communication – Detailed
Figure 18-3: DLM – Create a Lock
Figure 18-4: DLM – Directing Lock Request to the Lock Master
Figure 18-5: DLM Cluster Subsystem Communication
Figure 18-6: KGS Cluster Subsystem Communication
Figure 18-7: KGS – "I feel the need for a donut."
Figure 18-8: KGS – "Let's all go to the Donut Shop."
Figure 18-9: KGS – "How many of you want to go?"
Figure 18-10: KGS – "We're going for donuts."
Chapter 19: System Administration Tasks
Figure 19-1: SysMan Menu
Chapter 20: Network Administration Tasks
Figure 20-1: NFS Client – CFS Server
Chapter 21: Cluster Administration Tasks
Figure 21-1: SysMan Station – Main Screen
Figure 21-2: SysMan Station – Color/Icon Descriptions
Figure 21-3: SysMan Station – Hardware View
Figure 21-4: SysMan Menu Popups
Figure 21-5: SysMan Station -- Physical File System View
Chapter 23: Cluster Application Availability (CAA)
Figure 23-1: The CAA Architecture
Figure 23-2: CAA Directories and Files
Chapter 24: CAA by Example
Figure 24-1: The
xhostname
Tcl/Tk Script
Figure 24-2: CAA Main Window
Figure 24-3: CAA Setup Window
Figure 24-4: CAA Setup: Add Resource Popup and Resource Type Pulldown Menu
Figure 24-5: CAA Setup Resources
Figure 24-6: CAA Resource Options Pages
Figure 24-7: CAA Informational Popup
Figure 24-8: CAA Resource Registration Popup and Start Resource Informational Popup
Chapter 25: Performing a Rolling Upgrade
Figure 25-1: The Rolling Upgrade Flow
Chapter 26: Migrating to TruCluster Server
Figure 26-1: V1.[56] Cluster
Figure 26-2: Preparing for the New Cluster – Install Tru64 UNIX
Figure 26-3: Create a One-Member TruCluster Server Cluster
Figure 26-4: Create and Test Application Resources
Figure 26-5: Save the Current Cluster's Configuration Information
Figure 26-6: Apply the Configuration Data to the New Cluster
Figure 26-7: Connect the Second System to the New Cluster
Figure 26-8: Add the Second System to the New Cluster
Figure 26-9: Welcome to TruCluster Server!
Figure 26-10: Failed Migration Recovery
Appendix A:
TruCluster
Server Troubleshooting
Figure A-1: Memory Channel 2 Hub Configuration, Node ID 2 (Hub Slot 2)
Figure A-2: Memory Channel 2 Hub Configuration, Node ID 0 (Hub Slot 0)
Figure A-3: Memory Channel 2 Virtual Hub Configuration, VH0
Figure A-4: Memory Channel 2 Virtual Hub Configuration, VH1
Figure A-5: Memory Channel 2 Memory Window Size of 512MB
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TruCluster Server Handbook (HP Technologies)
ISBN: 1555582591
EAN: 2147483647
Year: 2005
Pages: 273
Authors:
Scott Fafrak
,
Jim Lola
,
Dennis OBrien
,
Gregory Yates
,
Brad Nichols
BUY ON AMAZON
Interprocess Communications in Linux: The Nooks and Crannies
More About Signals
Summary
Using Broadcasting to Search for an RPC Service
Basic Thread Management
Appendix B. UNIX Error Messages
Cisco IP Telephony (CIPT) (Authorized Self-Study) (2nd Edition)
Summary
Review Questions
PKI Topologies in Cisco IP Telephony
Postfix: The Definitive Guide
The Postfix Queue
Message Store Formats
Content Filtering
Command-Based Filtering
C.2. Postfix Compiling Primer
Data Structures and Algorithms in Java
Problems
Iterators
Counting Steps
Problems
A.4. Interacting with the User
The Java Tutorial: A Short Course on the Basics, 4th Edition
Questions and Exercises
Code Samples
What Is a Thread?
Overview of the Swing API
Algorithms
Understanding Digital Signal Processing (2nd Edition)
THE DFT FREQUENCY RESPONSE TO A REAL COSINE INPUT
REFERENCES
EXPONENTIAL AVERAGING
IMPROVING TRADITIONAL CIC FILTERS
Section D.4. THE NORMAL PROBABILITY DENSITY FUNCTION
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