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Oracle Solaris Cluster Data Services Developer's Guide     Oracle Solaris Cluster 4.0
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Document Information

Preface

1.  Overview of Resource Management

2.  Developing a Data Service

3.  Resource Management API Reference

4.  Modifying a Resource Type

5.  Sample Data Service

6.  Data Service Development Library

DSDL Overview

Managing Configuration Properties

Starting and Stopping a Data Service

Implementing a Fault Monitor

Accessing Network Address Information

Debugging the Resource Type Implementation

Enabling Highly Available Local File Systems

7.  Designing Resource Types

8.  Sample DSDL Resource Type Implementation

9.  Oracle Solaris Cluster Agent Builder

10.  Generic Data Service

11.  DSDL API Functions

12.  Cluster Reconfiguration Notification Protocol

A.  Sample Data Service Code Listings

B.  DSDL Sample Resource Type Code Listings

C.  Requirements for Non-Cluster-Aware Applications

D.  Document Type Definitions for the CRNP

E.  CrnpClient.java Application

Index

Enabling Highly Available Local File Systems

You can use the HAStoragePlus resource type to make a local file system highly available within an Oracle Solaris Cluster environment.


Note - Local file systems include the UNIX File System (UFS) and Oracle Solaris ZFS.


The local file system partitions must be located on global disk groups. Affinity switchovers must be enabled, and the Oracle Solaris Cluster environment must be configured for failover. This setup enables the cluster administrator to make any file system that is located on multihost disks accessible from any host that is directly connected to those multihost disks. You use a highly available local file system for selected I/O intensive data services. Enabling Highly Available Local File Systems in Oracle Solaris Cluster Data Services Planning and Administration Guide contains information about configuring the HAStoragePlus resource type.