OpenVMS Cluster Systems - OpenVMS Systems - HP

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Maintaining an OpenVMS Cluster System 10.5 Cross-Architecture Satellite Booting Figure 10–1 VAX Nodes Boot Alpha Satellites Alpha System Disk VAX Alpha Software Installation Disk Boot Node DSSI VAX Alpha Satellites VAX Satellites VAX System Disk Boot Node LAN ZK−6975A−GE In Figure 10–2, the configuration originally consisted of a VAX boot node and several VAX workstations. The VAX boot node has been replaced with a new, high-performance Alpha boot node. Some Alpha workstations have also been added. The original VAX workstations remain in the configuration and still require boot service. The new Alpha boot node can perform this service. 10–6 Maintaining an OpenVMS Cluster System
Maintaining an OpenVMS Cluster System 10.5 Cross-Architecture Satellite Booting Figure 10–2 Alpha and VAX Nodes Boot Alpha and VAX Satellites Alpha System Disk DSSI Alpha Satellites Alpha Boot Node VAX Software Installation Disk VAX System Disk VAX Satellites LAN ZK−6974A−GE 10.5.2 Usage Notes Consider the following guidelines when using the cross-architecture booting feature: • The OpenVMS software installation and upgrade procedures are architecture specific. The operating system must be installed and upgraded on a disk that is directly accessible from a system of the appropriate architecture. Configuring a boot server with a system disk of the opposite architecture involves three distinct system management procedures: Installation of the operating system on a disk that is directly accessible from a system of the same architecture. Moving the resulting system disk so that it is accessible by the target boot server. Depending on the specific configuration, this can be done using the Backup utility or by physically relocating the disk. Setting up the boot server’s network database to service satellite boot requests. Sample procedures for performing this step are included in Section 10.5.3. • System disks can contain only a single version of the OpenVMS operating system and are architecture specific. For example, OpenVMS VAX Version 7.1 cannot coexist on a system disk with OpenVMS Alpha Version 7.1. • The CLUSTER_CONFIG command procedure can be used only to manage cluster nodes of the same architecture as the node executing the procedure. For example, when run from an Alpha system, CLUSTER_CONFIG can manipulate only Alpha system disks and perform node management procedures for Alpha systems. Maintaining an OpenVMS Cluster System 10–7
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OpenVMS Cluster Systems Order Numbe
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Contents Preface ..................
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4 The OpenVMS Cluster Operating Env
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6.5.4 Disk Rebuild Operation ......
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10 Maintaining an OpenVMS Cluster S
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D Sample Programs for LAN Control D
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G NISCA Transport Protocol Channel
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Tables 7-3 Clusterwide Generic Prin
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F-6 Channel Formation .............
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Appendix C provides troubleshooting
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Introduction to OpenVMS Cluster Sys
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OpenVMS Cluster Concepts 2.1 OpenVM
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OpenVMS Cluster Concepts 2.3 Ensuri
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OpenVMS Cluster Concepts 2.3 Ensuri
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OpenVMS Cluster Concepts 2.4 State
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OpenVMS Cluster Concepts 2.6 Synchr
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OpenVMS Cluster Concepts 2.8 Disk A
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3 OpenVMS Cluster Interconnect Conf
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OpenVMS Cluster Interconnect Config
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4 The OpenVMS Cluster Operating Env
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Table 4-1 Information Required to P
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Table 4-1 (Cont.) Information Requi
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Table 4-2 Installing Layered Produc
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The OpenVMS Cluster Operating Envir
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5 Preparing a Shared Environment In
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Preparing a Shared Environment 5.2
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Table 5-2 Alias Collisions and Outc
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Table 5-3 (Cont.) Security Files Fi
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Table 5-3 (Cont.) Security Files Fi
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6 Cluster Storage Devices One of th
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Figure 6-1 Dual-Ported Disks Networ
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Figure 6-3 Configuration with Clust
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Cluster Storage Devices 6.2 Naming
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Cluster Storage Devices 6.3 MSCP an
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Cluster Storage Devices 6.4 MSCP I/
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Cluster Storage Devices 6.5 Managin
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Cluster Storage Devices 6.5 Managin
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Cluster Storage Devices 6.6 Shadowi
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7.1 Introduction 7 Setting Up and M
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Setting Up and Managing Cluster Que
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Figure 7-1 Sample Printer Configura
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Figure 7-2 Print Queue Configuratio
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Configuring an OpenVMS Cluster Syst
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Page 174 and 175: Configuring an OpenVMS Cluster Syst
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Page 239 and 240: Command Purpose Maintaining an Open
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Page 244 and 245: Cluster System Parameters A.1 Value
Page 258 and 259: Building Common Files B.1 Building
Page 261 and 262: C.1 Diagnosing Computer Failures C
Page 263 and 264: Table C-1 (Cont.) Sequence of Booti
Page 265 and 266: Step Action Cluster Troubleshooting
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IF... THEN... The startup procedure
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Possible Bugcheck Causes Recommenda
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Cluster Troubleshooting C.10 Diagno
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Table C-5 Informational and Other E
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Entry Description Cluster Troublesh
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Table C-6 (Cont.) Port Messages for
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Table C-8 (Cont.) OPA0 Messages Har
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D Sample Programs for LAN Control S
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Sample Programs for LAN Control D.3
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Location Action Sample Programs for
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Subroutines for LAN Control E.2 Sta
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Subroutines for LAN Control E.3 Sto
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Subroutines for LAN Control E.4 Cre
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Subroutines for LAN Control E.5 Cre
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Subroutines for LAN Control E.7 Sto
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Troubleshooting the NISCA Protocol
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G NISCA Transport Protocol Channel
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NISCA Transport Protocol Channel Se
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NISCA Transport Protocol Channel Se
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A Access control lists See ACLs ACL
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CLUSTER_AUTHORIZE.DAT files (cont
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Disks system (cont’d) creating du
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HSZ subsystems, 1-4 I Installation
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MODPARAMS.DAT file (cont’d) examp
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Packets capturing data, F-26 maximu
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SAVE_FEEDBACK option, 10-10 SCA (Sy
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System parameters (cont’d) MPDEV_
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Voting members, 2-6 adding, 8-10, 8
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