About This Manual 1 Understanding Prestoserve 2 Getting Started with Prestoserve 3 Prestoserve Administration 4 Recovering from System Failures
Table of Contents
Audience
Organization
Related Documents
Reader's Comments
Conventions
1.1 Prestoserve and Synchronous Write Operations
1.2 How Prestoserve Works
1.3 NFS Environment and Performance Problems
1.3.1 Network Problems
1.3.2 Client Problems
1.3.3 Server Problems
1.3.4 NFS Server Performance
1.3.5 Prestoserve's Impact on NFS Server Performance
2.1 Installing the dxpresto Subset
2.2 Registering the Prestoserve License
2.3 Configuring Prestoserve
2.3.1 Adding the presto Pseudodevice
2.3.2 Adding the Prestoserve Controller Device
2.4 Setting Up and Enabling Prestoserve
2.4.1 Using the prestosetup Command
2.4.2 Manually Setting Up Prestoserve
2.4.2.1 Creating the Prestoserve Control Device
2.4.2.2 Starting the portmap Daemon
2.4.2.3 Specifying Configuration Variables in the rc.config File
2.4.2.4 Creating the prestotab File
2.4.2.5 Running the prestoctl_svc Daemon
3.1 Prestoserve Operation
3.1.1 Prestoserve Buffer Management
3.1.2 Prestoserve States
3.2 Managing Prestoserve
3.2.1 Accelerating File Systems
3.2.2 Disabling File System Acceleration
3.2.3 Administering Prestoserve from a Remote System
3.2.4 Displaying the Status of File Systems
3.2.5 Displaying the Prestoserve State and Buffer Status
3.2.6 Using dxpresto to Administer and Monitor Prestoserve
3.3 Handling the Prestoserve Cache
3.3.1 Writing the Contents of the Cache to Disk
3.3.2 Resetting Prestoserve and Clearing the Cache
3.3.3 Changing the Cache Size
3.4 Displaying Debugging Information
3.5 Checking Prestoserve
4.1 Normal and Abnormal System Shutdowns
4.1.1 Recovering Cache Data After an Abnormal Shutdown
4.1.2 Recovering Cache Data After Replacing a CPU Board
4.1.3 Handling Failed Prestoserve Hardware
4.1.4 Moving the Prestoserve Hardware
4.2 Disk Failures
4.2.1 Temporary Disk Failures
4.2.2 Serious Disk Failures
Examples
3-1 Prestoserve Status