Manuals / Brands / Computer Equipment / Switch / IBM / Computer Equipment / Switch

IBM Hub/Switch 2.3.1.3 XFS, 2.3.1.4 Encina, 2.3.1.5 Sammi

1 590

Download 590 pages, 4.07 Mb

Chapter 2 HPSS Planning

48 September 2002 HPSS Installation Guide

Release 4.5, Revision 2

2.3.1.3 XFS

HPSSuses the open source Linux version of SGI’s XFS ﬁlesystem as a front-end to an HPSS archive.

The following nodes must have XFS installed:

• Nodes that run the HPSS/XFS HDM servers

2.3.1.4 Encina

HPSS uses the Encina distributed transaction processing software developed by Transarc

Corporation, including the Encina Structured File Server (SFS) to manage all HPSS metadata.

The Encina software consists of the following three components:

• Encina Server

• Encina Client

• Encina Structured File Server

The following nodes must have all Encina components installed:

• Nodes that run Encina SFS

The following nodes must have the Encina Client component installed:

• Nodes that run one or more HPSS servers (with the exception of nodes that run only the

non-DCE Mover)

• Nodes that run an end-user client application that links with the HPSS Client API library

The following nodes do not require Encina:

• Nodes that only run Non-DCE Mover

• Nodes that only run FTP, PFTP, and NFS clients

• Nodes that only run Non-DCE Clients

SpeciﬁcEncina product versions relative to speciﬁc versions of operating systems can be found in

Sections 2.3.2.1 through 2.3.4.2.

2.3.1.5 Sammi

HPSS uses Sammi, a graphical user environment product developed by the Kinesix Corporation,

to implement and provide the SSM graphical user interface. To be able to use SSM to conﬁgure,

control, and monitor HPSS, one or more Sammi licenses must be purchased from Kinesix. The

number of licenses needed depends on the site’s anticipated number of SSM users who may be

logged onto SSM concurrently.

Contents

Main Page Table of Contents Page Page Page Chapter 5 HPSS Infrastructure Configuration . . . . . . . . . . . . . . . . . . . . . . . 215 Page Chapter 7 HPSS User Interface Configuration . . . . . . . . . . . . . . . . . . . . . . . 413 Chapter 8 Initial Startup and Verification . . . . . . . . . . . . . . . . . . . . . . . . . . . 463 Page Page Page List of Figures Page List of Tables Page Preface Conventions Used in This Book Page Chapter 1 HPSS Basics 1.1 Introduction 1.2 HPSS Capabilities 1.2.1 Network-centered Architecture 1.2.2 High Data Transfer Rate 1.2.3 Parallel Operation Built In 1.2.4 A Design Based on Standard Components 1.2.5 Data Integrity Through Transaction Management 1.2.6 Multiple Hierarchies and Classes of Services 1.3 HPSS Components 1.3.1 HPSS Files, Filesets, Volumes, Storage Segments and Related Metadata Page Page 1.3.2 HPSS Core Servers Page Page Page 1.3.3 HPSS Storage Subsystems Page 1.3.4 HPSS Infrastructure Page 1.3.5 HPSS User Interfaces Page 1.3.6 HPSS Management Interface 1.3.7 HPSS Policy Modules Page 1.4 HPSS Hardware Platforms 1.4.1 Client Platforms 1.4.2 Server and Mover Platforms Chapter 2 HPSS Planning 2.1 Overview 2.1.1 HPSS Conguration Planning Page 2.1.2 Purchasing Hardware and Software 2.1.3 HPSS Operational Planning 2.1.4 HPSS Deployment Planning 2.2 Requirements and Intended Usages for HPSS 2.2.1 Storage System Capacity 2.2.2 Required Throughputs 2.2.3 Load Characterization 2.2.4 Usage Trends 2.2.5 Duplicate File Policy 2.2.6 Charging Policy 2.2.7 Security 2.2.7.1 Cross Cell Access 2.2.8 Availability 2.3 Prerequisite Software Considerations 2.3.1 Overview 2.3.1.1 DCE 2.3.1.2 DFS 2.3.1.3 XFS 2.3.1.4 Encina 2.3.1.5 Sammi 2.3.1.6 Miscellaneous 2.3.2 Prerequisite Summary for AIX 2.3.2.1 HPSS Server/Mover Machine - AIX 2.3.2.2 HPSS Non-DCE Mover/Client Machine 2.3.3 Prerequisite Summary for IRIX 2.3.3.1 HPSS Non-DCE Mover/Client Machine 2.3.4 Prerequisite Summary for Solaris 2.3.4.1 HPSS Server/Mover Machine 2.3.4.2 HPSS Non-DCE Mover/Client Machine 2.3.5 Prerequisite Summary for Linux and Intel 2.3.5.1 HPSS/XFS HDM Machine 2.3.5.2 HPSS Non-DCE Mover Machine 2.3.5.3 HPSS Non-DCE Client API Machine 2.3.5.4 HPSS pftp Client Machine 2.4 Hardware Considerations 2.4.1 Network Considerations 2.4.2 Tape Robots 2.4.2.1 IBM 3494/3495 2.4.2.2 IBM 3584 (LTO) 2.4.2.3 STK 2.4.2.4 ADIC AML 2.4.2.5 Operator Mounted Drives 2.4.3 Tape Devices 2.4.3.1 Multiple Media Support Table 2-1 Cartridge/Drive Afnity Table Cartridge Type Drive Preference List 2.4.4 Disk Devices 2.4.5 Special Bid Considerations Table 2-1 Cartridge/Drive Afnity Table Cartridge Type Drive Preference List 2.5 HPSS Interface Considerations 2.5.1 Client API 2.5.2 Non-DCE Client API 2.5.3 FTP 2.5.4 Parallel FTP 2.5.5 NFS 2.5.6 MPI-IO API 2.5.7 DFS 2.5.8 XFS 2.6 HPSS Server Considerations 2.6.1 Name Server 2.6.2 Bitle Server 2.6.3 Disk Storage Server 2.6.4 Tape Storage Server 2.6.5 Migration/Purge Server Page Page 2.6.6 Gatekeeper Page 2.6.7 Location Server 2.6.8 PVL 2.6.9 PVR 2.6.9.1 STK PVR and STK RAIT PVR 2.6.9.2 LTO PVR 2.6.9.3 3494/3495 PVR 2.6.9.4 AML PVR 2.6.9.5 Operator PVR 2.6.10 Mover 2.6.10.1 Asynchronous I/O 2.6.10.1.1 AIX 2.6.10.1.2 Linux 2.6.10.2 Tape Devices 2.6.10.2.1 AIX 2.6.10.2.2 Solaris 2.6.10.2.3 IRIX 2.6.10.2.4 Linux 2.6.10.3 Disk Devices 2.6.10.4 Performance 2.6.11 Logging Service 2.6.12 Metadata Monitor 2.6.13 NFS Daemons 2.6.14 Startup Daemon 2.6.15 Storage System Management 2.6.15.1 hpssadm Considerations 2.6.16 HDM Considerations Page 2.6.17 Non-DCE Client Gateway 2.7 Storage Subsystem Considerations 2.8 Storage Policy Considerations 2.8.1 Migration Policy 2.8.1.1 Migration Policy for Disk 2.8.1.2 Migration Policy for Tape 2.8.2 Purge Policy 2.8.3 Accounting Policy and Validation Page 2.8.4 Security Policy 2.8.4.1 Client API 2.8.4.2 Non-DCE Client API 2.8.4.3 FTP/PFTP 2.8.4.4 DFS 2.8.4.5 NFS 2.8.4.6 Bitle 2.8.4.7 Name Space 2.8.4.8 Security Audit 2.8.5 Logging Policy 2.8.6 Location Policy 2.8.7 Gatekeeping Table 2-2 Gatekeeping Call Parameters Name Description create open stage 2.9 Storage Characteristics Considerations Page 2.9.1 Storage Class 2.9.1.1 Media Block Size Selection 2.9.1.2 Virtual Volume Block Size Selection (disk) 2.9.1.3 Virtual Volume Block Size Selection (tape) 2.9.1.4 Stripe Width Selection Page 2.9.1.5 Blocks Between Tape Marks Selection 2.9.1.6 Storage Segment Size Selection (disk only) 2.9.1.7 Maximum Storage Size Selection (disk only) 2.9.1.8 Maximum VVs to Write (tape only) 2.9.1.9 Average Number of Storage Segments (disk only) 2.9.1.10 PV Estimated Size / PV Size Selection 2.9.1.11 Optimum Access Size Selection 2.9.1.12 Some Recommended Parameter Values for Supported Storage Media Page Volume Size 2.9.2 Storage Hierarchy Volume Size 2.9.3 Class of Service 2.9.3.1 Selecting Minimum File Size 2.9.3.2 Maximum File Size 2.9.3.3 Selecting Stage Code 2.9.3.4 Selecting Optimum Access Size 2.9.3.5 Selecting Average Latency 2.9.3.6 Selecting Transfer Rate 2.9.3.7 StripeLength and StripeWidth Hints 2.9.4 File Families 2.10 HPSS Sizing Considerations 2.10.1 HPSS Storage Space 2.10.2 HPSS Metadata Space Page Page 2.10.2.1 Global Conguration Metadata 2.10.2.2 Storage Subsystem Metadata 2.10.2.3 Server Conguration Metadata Page 2.10.2.4 Name Server Metadata 2.10.2.5 Bitle Server Metadata Page Page 2.10.2.6 Disk Storage Server Metadata 2.10.2.7 Tape Storage Server Metadata 2.10.2.8 Gatekeeper Metadata 2.10.2.9 PVL Metadata 2.10.2.10 PVR Metadata 2.10.2.11 Mover Metadata 2.10.2.12 Migration/Purge Server Metadata 2.10.2.13 Logging Services Metadata 2.10.2.14 Metadata Monitor Metadata 2.10.2.15 Storage System Management Metadata 2.10.2.16 NFS and Mount Daemons Metadata 2.10.2.17 DMAP Gateway Metadata 2.10.2.18 Location Server Metadata 2.10.2.19 Non-DCE Client Gateway 2.10.2.20 Metadata Constraints 2.10.2.21 Metadata Sizing Spreadsheet 2.10.2.21.1 Metadata Sizing Assumptions Table 2-5 HPSS Dynamic Variables(Subsystem Independent) Table 2-6 HPSS Dynamic Variables(Subsystem Specic) Table 2-6 HPSS Dynamic Variables (Continued)(Subsystem Specic) Table 2-7 HPSS Static Conguration Values Table 2-6 HPSS Dynamic Variables (Continued)(Subsystem Specic) 2.10.2.21.2 Sizing Computations Table 2-7 HPSS Static Conguration Values (Continued) Page Page Page 2.10.2.22 Encina SFS Disk Space Page 2.10.3 System Memory and Disk Space 2.10.3.1 Disk Space Requirements for HPSS Installation 2.10.3.2 Disk Space Requirements for Running HPSS Servers Page 2.10.3.2.8 Disk Space Requirements for Running NFS Daemon 2.10.3.2.9 Disk Space Requirements for Running SSM 2.10.3.3 System Memory and Paging Space Requirements 2.11 HPSS Performance Considerations Table 2-8 Paging Space Info Amount of physical memory Minimum recommended amount of paging space 2.11.1 DCE 2.11.2 Encina 2.11.2.1 SFS Server Parameters 2.11.3 Workstation Congurations 2.11.4 Bypassing Potential Bottlenecks 2.11.5 Conguration 2.11.6 FTP/PFTP 2.11.7 Client API 2.11.8 Name Server 2.11.9 Location Server 2.11.10 Logging 2.11.11 MPI-IO API 2.11.12 Cross Cell 2.11.13 DFS 2.11.14 XFS 2.11.15 Gatekeeping 2.12 HPSS Metadata Backup Considerations 2.12.1 Rules for Backing Up SFS Log Volume and MRA Files 2.12.2 Rules for Backing Up SFS Data Volumes and TRB Files 2.12.3 Miscellaneous Rules for Backing Up HPSS Metadata Chapter 3 System Preparation 3.1 General 3.2 Setup Filesystems 3.2.1 DCE 3.2.2 Encina 3.2.3 HPSS 3.3 Planning for Encina SFS Servers 3.3.1 AIX 3.3.2 Solaris 3.4 Setup for HPSS Metadata Backup 3.5 Setup Tape Libraries and Drives 3.5.1 IBM 3584 3.5.2 3494 3.5.3 STK 3.5.4 AML 3.5.5 Tape Drive Verication 3.5.5.1 AIX 3.5.5.2 Solaris 3.5.5.3 IRIX 3.5.5.4 Linux 3.6 Setup Disk Drives 3.6.1 AIX Page 3.6.2 Linux 3.6.3 Solaris & IRIX 3.7 Setup Network Parameters Page Page Table 3-1 Network Options Network Option Description 3.7.1 HPSS.conf Conguration File General HPSS.conf Rules: 3.7.1.1 PFTP Client Stanza Table 3-2 PFTP Client Stanza Fields Conguration Type Abbreviated Description Table 3-2 PFTP Client Stanza Fields PFTP Client Stanza Example: 3.7.1.2 PFTP Client Interfaces Stanza PFTP Client Interfaces Stanza Rules: Table 3-3 PFTP Client Interfaces Stanza Fields Conguration Type Abbreviated Description PFTP Client Interfaces Stanza Example: 3.7.1.3 Multinode Table Stanza Table 3-4 Multinode Table Stanza Fields Multinode Table Stanza Rules: Multinode Table Example: 3.7.1.4 Realms to DCE Cell Mappings Stanza Table 3-5 Realms to DCE Cell Mappings Stanza Fields Realms to DCE Cell Mappings specic rules: Table 3-5 Realms to DCE Cell Mappings Stanza Fields Realms to DCE Cell Mappings Example: 3.7.1.5 Network Option Stanza Table 3-6 Network Options Stanza Fields Network Options Stanza Specic Rules: Table 3-6 Network Options Stanza Fields Network Options Stanza Example: 3.7.1.6 Reserved for Future Use Stanzas 3.7.2 SP/x Switch Device Buffer Driver Buffer Pools 3.8 Install and Congure Java and hpssadm 3.8.1 Introduction 3.8.1.1 Up and Running: Quick Conguration Page Page Page 3.8.1.2 Using the No-Java Version of the Data Server 3.8.1.3 Prerequisite Software 3.8.1.4 Security Mechanisms 3.8.1.5 Environment Variables 3.8.2 Installing Java 3.8.2.1 Obtaining the Software 3.8.2.2 OS Patch Levels 3.8.2.3 Setting the Password for the Certicate Trusted Store 3.8.3 Conguring SSL 3.8.3.1 Installing the Security Provider 3.8.3.2 Conguring Keys and Certicates for the Data Server Page 3.8.3.3 Storing the Password to the Data Server's Keystore File 3.8.4 Conguring the Java Security Policy File Page 3.8.5 Setting up the Client Authorization File 3.8.6 Setting up the hpssadm Keytab File 3.8.7 Securing the Data Server and Client Host Machines 3.8.8 Updating Expired SSL Certicates Page Page 3.8.9.2 References 3.9 Setup Linux Environment for XFS 3.9.1 Apply the HPSS Linux XFS Patch 3.9.2 Create the DMAPI Device 3.10 Setup Linux Environment for Non-DCE Mover 3.11 Verify System Readiness Page Page Page Page Page Page Page Page Chapter 4 HPSS Installation 4.1 Overview 4.1.1 Distribution Media 4.1.2 Installation Packages 4.1.3 Installation Roadmap Requirements Package Description 4.2 Create Owner Account for HPSS Files 4.3 Installation Target Directory Preparation 4.4 Install HPSS Package on a Node 4.4.1 AIX Installation 4.4.1.1 Install an HPSS Package Using the installp Command 4.4.1.2 Install an HPSS Package Using the AIX SMIT Utility 4.4.2 Solaris Installation 4.4.2.1 Install an HPSS Package Using the pkgadd Command 4.5 Post Installation Procedures 4.5.2 Remake HPSS 4.5.2.1 Construct the HPSS Source Tree 4.5.2.1.1 Construct the HPSS Base Source Tree 4.5.2.1.2 Construct the HPSS HDM Component Source Tree 4.5.2.1.3 Construct the HPSS Non-DCE Component Source Tree 4.5.2.2 Compile the HPSS Binaries 4.5.2.2.1 Dene the HPSS Shared Libraries Location 4.5.2.2.2 Congure the HPSS MPI-IO Component 4.5.2.2.3 Perform the Compilation 4.5.3 Set Up Sammi License Key Page Chapter 5 HPSS Infrastructure Conguration 5.1 Overview 5.1.1 Infrastructure Road Map 5.2 Verify the Prerequisite Software 5.3 Dene the HPSS Environment Variables 5.3.1 hpss_env.default Page Page Page Page HPSS Installation Guide September 2002 221 5.3.2 hpss_env_defs.h The following is a verbatim listing of thehpss_env_defs.h le: Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page 240 September 2002 HPSS Installation Guide 5.4 Congure the HPSS Infrastructure on a Node 5.5 Using the mkhpss Utility 5.5.1 Congure HPSS with DCE 5.5.2 Congure Encina SFS Server 5.5.3 Manage SFS Files 5.5.4 Setup FTP Daemon 5.5.5 Setup Startup Daemon 5.5.6 Add SSM Administrative User 5.5.7 Start Up SSM Servers/User Session 5.5.8 Re-run hpss_env() 5.5.9 Un-congure HPSS 5.6 Customize DCE Keytabs Files Page Page Chapter 6 HPSS Conguration 6.1 Overview 6.1.1 HPSS Conguration Roadmap Page 6.1.3 Using SSM for HPSS Conguration 6.1.3.1 Using the Help Window 6.1.3.2 Using the HPSS Conguration Windows 6.1.4 Server Reconguration and Reinitialization 6.2 SSM Conguration and Startup 6.2.1 SSM Server Conguration and Startup 6.2.2 SSM User Session Conguration and Startup Page 6.3 Global Conguration 6.3.1 Congure the Global Conguration Information 6.3.2 Global Conguration Variables Page Page 6.4 Storage Subsystems Conguration 6.4.1 Storage Subsystem Conguration Variables Table 6-2 Storage Subsystem Conguration Variables DisplayField Name Description Acceptable 6.5 Basic Server Conguration 6.5.1 Congure the Basic Server Information Page 6.5.1.1 Basic Server Conguration Variables Table 6-3 Basic Server Conguration Variables Page Page Page Page Page Page Page Page Page Page Page 6.5.1.2 Server CDS Security ACLs 6.6 HPSS Storage Policy Conguration 6.6.1 Congure the Migration Policies Page Page Table 6-4 Migration Policy Conguration Variables Table 6-4 Migration Policy Conguration Variables (Continued) 6.6.2 Congure the Purge Policies Table 6-4 Migration Policy Conguration Variables (Continued) Page 6.6.2.1 Purge Policy Conguration Variables Table 6-5 Purge Policy Conguration Variables 6.6.3 Congure the Accounting Policy Table 6-5 Purge Policy Conguration Variables (Continued) Page Table 6-6 Accounting Policy Conguration Variables Status Fields Table 6-6 Accounting Policy Conguration Variables (Continued) 6.6.4 Congure the Logging Policies 6.6.4.1 HPSS Logging Policies Window Table 6-6 Accounting Policy Conguration Variables (Continued) Page 6.6.4.2 HPSS Logging Policies List Variables Table 6-7 Logging Policies List Conguration Variables Page 6.6.4.3 Logging Policy Window Page 6.6.4.4 Logging Policy Conguration Variables 6.6.5 Congure the Location Policy 6.6.5.1 Location Policy Conguration Variables Table 6-9 Location Policy Conguration Variables (Continued) 6.6.6 Congure the Remote Site Policy Table 6-9 Location Policy Conguration Variables (Continued) Table 6-10 Remote HPSS Site Conguration Fields Field Description Acceptable Values Default Value 6.7 HPSS Storage Characteristics Conguration 6.7.1 Congure the Storage Classes Table 6-10 Remote HPSS Site Conguration Fields Field Description Acceptable Values Default Value Page Page Table 6-11 Storage Class Conguration Variables Page Page Page 6.7.1.2 Storage Subsystem Specic Thresholds Page 6.7.1.3 Storage Subsystem-Specic Thresholds Variables 6.7.2 Congure the Storage Hierarchies Page 6.7.2.1 Storage Hierarchy Conguration Variables Table 6-13 Storage Hierarchy Conguration Variables 6.7.3 Congure the Classes of Service 6.7.3.1 Class of Service Conguration Variables Page Table 6-14 Class of Service Conguration Variables (Continued) 6.7.4 File Family Conguration 6.7.4.1 Congure File Family Variables 6.8 Specic Server Conguration Table 6-15 Congure File Family Variables Field Name Description Acceptable Values Default 6.8.1 Bitle Server Specic Conguration Page Table 6-16 Bitle Server Conguration Variables Page Page 6.8.2 DMAP Gateway Specic Conguration 6.8.2.1 DMAP Gateway Conguration Variables Table 6-17 DMAP Gateway Conguration Variables 6.8.3 Gatekeeper Specic Conguration Table 6-17 DMAP Gateway Conguration Variables (Continued) 6.8.3.1 Gatekeeper Conguration Variables Table 6-18 Gatekeeper Conguration Fields Field Name Description Acceptable Values Default Value 6.8.4 Log Client Specic Conguration Table 6-18 Gatekeeper Conguration Fields Field Name Description Acceptable Values Default Value 6.8.4.1 Log Client Conguration Variables Table 6-19 Log Client Conguration Variables Table 6-19 Log Client Conguration Variables (Continued) 6.8.5 Log Daemon Specic Conguration Table 6-19 Log Client Conguration Variables (Continued) 6.8.5.1 Log File Archival 6.8.5.2 Log Daemon Conguration Variables Table 6-20 Log Daemon Conguration Variables 6.8.6 Metadata Monitor Specic Conguration Table 6-20 Log Daemon Conguration Variables (Continued) 6.8.6.1 Metadata Monitor Conguration Variables 6.8.7 Migration Purge Server Specic Conguration Table 6-21 Metadata Monitor Conguration Variables Page 6.8.7.1 Migration/Purge Server Conguration Variables Table 6-22 Migration/Purge Server Conguration Variables Table 6-22 Migration/Purge Server Conguration Variables (Continued) 6.8.8 Mover Specic Conguration 6.8.8.1 Mover Conguration Variables Table 6-23 Mover Conguration Variables Page Page 6.8.8.2 MVR Conguration to Support Non-DCE Execution Mode 6.8.8.2.1 Add Non-DCE Mover Conguration 6.8.8.2.2 /etc/services, /etc/inetd.conf, and /etc/xinetd.d For non-Linux systems For Linux systems 6.8.8.2.3 The Mover Encryption Key Files 6.8.8.3 System Conguration Parameters for IRIX, Solaris, and Linux IRIX Table 6-24 IRIX System Parameters Parameter Name Minimum Value Parameter Description Page 6.8.8.4 MVR Conguration to Support Local File Transfer Table 6-26 Linux System Parameters Parameter Name Header File Minimum Value Parameter Description 6.8.9 Congure the Name Server Specic Information Page Table 6-27 Name Server Conguration Variables 6.8.10 NFS Daemon Specic Conguration Table 6-27 Name Server Conguration Variables (Continued) Page Page Page 6.8.10.1 NFS Daemon Conguration Variables Table 6-28 NFS Daemon Conguration Variables Page Page Page Page Page 6.8.11 Non-DCE Client Gateway Specic Conguration 6.8.11.1 Non-DCE Client Gateway Conguration Variables Page 6.8.12 Congure the PVL Specic Information Page 6.8.12.1 Physical Volume Library Conguration Variables Table 6-30 Physical Volume Library Conguration Variables 6.8.13 Congure the PVR Specic Information Page Page Page Page Page Page 6.8.13.1 Physical Volume Repository Conguration Variables Table 6-31 Physical Volume Repository Conguration Variables Page Page Page Page Page Page 6.8.13.2 LTO PVR Information 6.8.13.2.1 Vendor Software requirements 6.8.13.2.2 Conguration Requirements 6.8.13.2.3 Cartridge Import and Export 6.8.13.2.4 Vendor Information 6.8.13.3 IBM 3494/3495 PVR Information 6.8.13.3.1 Vendor Software Requirements 6.8.13.3.2 Conguration Requirements 6.8.13.3.3 Cartridge Import and Export 6.8.13.3.4 Vendor Information 6.8.13.4 StorageTek PVR and RAIT PVR Information 6.8.13.4.1 Vendor Software Requirements 6.8.13.4.2 Conguration Requirements 6.8.13.4.3 Cartridge Import and Export 6.8.13.4.4 Starting the STK Client Processes Sample output from t_startit.sh follows: 6.8.13.4.5 Vendor Information 6.8.13.5 ADIC Automatic Media Library Storage Systems Information 6.8.13.5.1 Vendor Software Requirements 6.8.13.5.2 Conguration Requirements 6.8.13.5.3 Cartridge Import and Export 6.8.13.5.4 Starting the DAS Server Processes 6.8.13.5.5 Vendor Information 6.8.14 Congure the Storage Server Specic Information Page Page 6.8.14.1 Storage Server Conguration Variables Page Page Page 6.9 Congure MVR Devices and PVL Drives Page Page Page 6.9.1 Device and Drive Conguration Variables Page Page Page Page Page 6.9.2 Supported Platform/Driver/Tape Drive Combinations 6.9.3 Recommended Settings for Tape Devices Page Chapter 7 HPSS User Interface Conguration 7.1 Client API Conguration Page 7.2 Non-DCE Client API Conguration 7.2.1 Conguration Files 7.2.2 Environment Variables Page 7.2.3 Authentication Setup 7.2.3.1 DCE Mode 7.2.3.2 Kerberos Mode 7.2.3.2.1 On both the Non DCE Client and Non DCE Gateway machines: 7.2.3.2.2 On the Non DCE Gateway machine: 7.2.3.2.3 On the Non-DCE Client machine: 7.3 FTP Daemon Conguration Step 1. Verifying the FTP Conguration (AIX only) Page Page Page Step 2. Conguring the FTP Daemon Syslog Step 3. Dening the FTP Access Page Page Table 7-2 Banner Keywords Step 4. Creating FTP Users 7.4 NFS Daemon Conguration 7.4.1 The HPSS Exports File Table 7-3 Directory Export Options 7.4.2 Examples Table 7-3 Directory Export Options 7.4.3 Files 7.5 MPI-IO API Conguration 7.6 HDM Conguration 7.6.1 Introduction 7.6.2 Filesets 7.6.2.1 Archived Filesets - (DFS or XFS) 7.6.2.2 Mirrored Filesets - (DFS only) 7.6.2.3 Architectural Overview 7.6.2.4 XDSM Implementation for DFS 7.6.2.5 XDSM Implementation for XFS 7.6.2.6 HPSS Components Required to Support DFS and XFS 7.6.2.6.1 HPSS/DMAP (HDM) Server 7.6.2.6.2 DMAP Gateway Server 7.6.2.7 HPSS/DFS Usage Guide and Limitations 7.6.2.7.1 Fileset Anode Limitations 7.6.2.7.2 Migration and Purge Algorithms 7.6.2.7.3 Fileset Quotas 7.6.2.7.4 Mirrored Fileset Recovery Speed 7.6.2.7.5 Cloning, Replication, and Fileset Backup 7.6.2.8 HPSS/XFS Usage Guide and Limitations 7.6.2.8.1 Migration/Purge Algorithms and the MPQueue 7.6.2.9 Other Limitations 7.6.2.9.1 HPSS/DFS Activity 7.6.3 Conguration 7.6.3.1 Conguring DFS SMT Kernel Extensions on AIX (DFS Only) 7.6.3.2 Conguring DCE DFS (DFS Only) 7.6.3.2.1 DFS Conguration Scripts Page 7.6.3.3 Conguring an HDM Server (DFS & XFS) 7.6.3.3.1 cong.dat File Page Table 7-4 LogRecordMask Keywords Page Page 7.6.3.3.2 lesys.dat File Following is a description of the parameters for a DFS aggregate: Following is a description of the parameters for a DFS leset: Following is a description of the parameters for an XFS lesystem: Page 7.6.3.3.3 gateways.dat File 7.6.3.3.4 policy.dat File Page 7.6.3.3.5 security.dat File (DFS Systems Only) 7.6.3.3.6 nshandle.dat File (XFS Systems Only) Chapter 8 Initial Startup and Verication 8.1 Overview 8.2 Starting the HPSS Servers Page Page 8.8 Creating HPSS directories 8.9 Verifying HPSS Conguration 8.9.1 Global Conguration 8.9.2 Storage Subsystem Conguration 8.9.3 Servers 8.9.5 Storage Classes 8.9.6 Storage Hierarchies 8.9.7 Classes of Service 8.9.8 File Families, Filesets, and Junctions 8.9.9 User Interfaces 8.9.10 Operational Checklist 8.9.10.1 Use each congured user interface 8.9.10.2 Verify Storage Management 8.9.11 Performance 8.9.12 The Global Fileset File Page Appendix A Glossary of Terms and Acronyms Page Page Page Page Page Page Page Page Page Page Page Page Page Appendix B References Page Page Page Appendix C Developer Acknowledgments Page Appendix D Accounting Examples D.1 Introduction D.2 Site Accounting Requirements D.3 Processing of HPSS Accounting Data Page D.4 Site Accounting Table Site-style Account Map: UNIX-style Account Map D.5 Account Apportionment Table D.6 Maintaining and/or Modifying the Account Map D.7 Accounting Reports D.8 Accounting Intervals and Charges Page Appendix E Infrastructure Conguration Example E.1 AIX Infrastructure Conguration Example Page Page Page Page Page Page Page Page Page Page Page E.2 AIX Infrastructure Un-Conguration Example Page E.3 Solaris Infrastructure Conguration Example Page Page Page Page Page Page Page Page Page Page E.4 Solaris Infrastructure Un-Conguration Example Page Page Appendix F Additional SSM Information F.1 Using the SSM Windows Page F.2 SSM On-line Help F.3 Viewing SSM Session Information F.4 Customizing SSM and Sammi Page Page F.5 Detailed Information on Setting Up an SSM User F.6 Non-standard SSM Congurations Page Page Appendix G High Availability G.1 Overview Page G.2 Planning G.2.1 Before You Begin G.2.2 HACMP Planning Guide G.2.2.1 HA HPSS Planning Worksheet Page Page G.2.2.2 HA HPSS Planning Worksheet (example) Page Page Page G.3 System Preparation G.3.1 Physically set up your system and install AIX G.3.2 Mirror rootvg G.3.3 Diagram the Disk Layout G.3.4 Plan Shared File Systems G.3.5 Mirror Shared JFS logs G.3.6 Connect Robotic Tape Libraries G.4 Initial Install and Conguration for HACMP G.4.1 Install HACMP G.4.2 Setup the AIX Environment for HACMP G.4.3 Initial HACMP Conguration G.4.3.1 Dene a new cluster G.4.3.2 Dene the two nodes in the cluster G.4.3.3 Dene the networks Page G.4.3.4 Dene the network adapters Page Page Page G.4.3.8 Synchronize Cluster Resources G.4.4 Congure DCE, SFS, and HPSS G.4.4.1 Start the Cluster G.4.4.2 Install Shared Software G.5.1 HA HPSS Scripts G.4.4.3 Congure HPSS As Usual G.5 Congure HA HPSS Page G.5.1.1 Build hpss_start_list G.5.2 Finish the HACMP Conguration G.5.2.1 Dene the application server G.5.2.2 Attach the Application Server to the Resource Group Page G.5.2.5 Bring Up the Cluster (just to test that it works) G.5.3 Dene HA HPSS Verication Method G.5.4 Setup Error Notication G.5.4.1 AIX Error Notication G.5.4.2 HACMP Notify Events G.5.5 crontab Considerations G.6 Monitoring and Maintenance G.6.1 clstat G.7 Metadata Backup Considerations G.8 Using Secure Shell (ssh) G.9 Important Information G.10Routine HA Operations G.10.1 Startup the Cluster G.10.2 Shutdown the Cluster G.10.3 Verify the Cluster G.10.4 Synchronize the Cluster G.10.4.1 Synchronize Topology G.10.4.2 Synchronize Resources G.10.4.3 Synchronize HA HPSS Files G.10.5 Move a Resource Group Index A B C Page D E F G H I L M N O P R S Page T U V W