OpenVMS Cluster Systems - OpenVMS Systems - HP

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OpenVMS Cluster Interconnect Configurations 3.7 Multihost Fibre Channel OpenVMS Cluster Systems 3.7.2 Examples Figure 3–9 shows a multihost configuration with two independent Fibre Channel interconnects connecting the hosts to the storage subsystems. Note that another interconnect is used for node-to-node communications. Figure 3–9 Four-Node OpenVMS Cluster Configuration Using a Fibre Channel Interconnect Alpha KGPSA KGPSA Fibre Channel A Alpha KGPSA KGPSA Alpha KGPSA KGPSA HSG80 HSG80 HSG80 HSG80 Disk storage subsystem Disk storage subsystem 3–14 OpenVMS Cluster Interconnect Configurations Cluster communications Fibre Channel B MDR SCSI tape Tape storage subsystem Alpha KGPSA KGPSA VM-0081A-AI
4 The OpenVMS Cluster Operating Environment This chapter describes how to prepare the OpenVMS Cluster operating environment. 4.1 Preparing the Operating Environment To prepare the cluster operating environment, there are a number of steps you perform on the first OpenVMS Cluster node before configuring other computers into the cluster. The following table describes these tasks. Task Section Check all hardware connections to computer, interconnects, and devices. Verify that all microcode and hardware is set to the correct revision levels. Install the OpenVMS operating system. Section 4.2 Install all software licenses, including OpenVMS Cluster licenses. Section 4.3 Install layered products. Section 4.4 Configure and start LANCP or DECnet for satellite booting Section 4.5 4.2 Installing the OpenVMS Operating System Described in the appropriate hardware documentation. Contact your support representative. Only one OpenVMS operating system version can exist on a system disk. Therefore, when installing or upgrading the OpenVMS operating systems: • Install the OpenVMS Alpha operating system on each Alpha system disk • Install the OpenVMS VAX operating system on each VAX system disk 4.2.1 System Disks A system disk is one of the few resources that cannot be shared between Alpha and VAX systems. However, an Alpha system disk can be mounted as a data disk on a VAX computer and, with MOP configured appropriately, can be used to boot Alpha satellites. Similarly, a VAX system disk can be mounted on an Alpha computer and, with the appropriate MOP configuration, can be used to boot VAX satellites. Reference: Cross-architecture booting is described in Section 10.5. Once booted, Alpha and VAX processors can share access to data on any disk in the OpenVMS Cluster, including system disks. For example, an Alpha system can mount a VAX system disk as a data disk and a VAX system can mount an Alpha system disk as a data disk. The OpenVMS Cluster Operating Environment 4–1
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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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Page 20 and 21: Appendix C provides troubleshooting
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Page 24 and 25: Introduction to OpenVMS Cluster Sys
Page 36 and 37: OpenVMS Cluster Concepts 2.1 OpenVM
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Page 44 and 45: OpenVMS Cluster Concepts 2.4 State
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Page 55 and 56: OpenVMS Cluster Interconnect Config
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Page 83 and 84: 5 Preparing a Shared Environment In
Page 85 and 86: Preparing a Shared Environment 5.2
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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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9 Building Large OpenVMS Cluster Sy
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Building Large OpenVMS Cluster Syst
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Table 9-3 (Cont.) Checklist for Sat
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Table 9-8 (Cont.) Controlling Satel
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Table 9-8 (Cont.) Controlling Satel
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Potential Hot Files Methods to Help
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10 Maintaining an OpenVMS Cluster S
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Maintaining an OpenVMS Cluster Syst
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Example 10-1 Sample NETNODE_UPDATE.
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• CLUSTER_SHUTDOWN • REBOOT_CHE
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10.12 Restoring Cluster Quorum Main
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Command Purpose Maintaining an Open
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Cluster System Parameters A.1 Value
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Building Common Files B.1 Building
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C.1 Diagnosing Computer Failures C
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Table C-1 (Cont.) Sequence of Booti
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Step Action Cluster Troubleshooting
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Cluster Troubleshooting C.3 Satelli
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Table C-2 (Cont.) Alpha Booting Mes
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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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