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This manual describes how to use NetBackup to back up and restore folders and files that reside on a Microsoft Windows PC. For specific information about the NetBackup Server software, refer to:

• NetBackup Release Notes – UNIX, if you have a UNIX server, or
• NetBackup Release Notes – Windows NT Server if you have a Windows NT
  server.

This guide is intended primarily for administrators and users of Microsoft Windows PCs that are NetBackup clients. The guide will also be useful to system administrators of the NetBackup master server. It is arranged as follows:

• Chapter 1, “Introduction” provides an overview of NetBackup, describes how the end user operates NetBackup, and describes technical terms and concepts. Read this chapter to become familiar with the world of NetBackup.
• Chapter 2, “User Directed Operations” explains how to use NetBackup to perform backup, archive, and restore operations.

This guide describes how to use NetBackup for the UNIX platform to perform backups, archives, and restores. Throughout this guide, VERITAS NetBackup is referred to as NetBackup.

This guide is intended for the system administrator and the UNIX end user. A basic knowledge of UNIX commands and operations is assumed.

This guide is organized as follows:

• Chapter 1, “Introduction to NetBackup,” provides an overview of NetBackup, describes how the end user operates NetBackup, and describes technical terms and concepts. Read this chapter to become familiar with NetBackup.
• Chapter 2, “Using the Backup, Archive, and Restore Interface,” explains how to use the NetBackup Java interface, jbpSA, to perform backup, archive, and restore operations.
• Chapter 3, “Using the Menu Interface,” explains how to use the NetBackup menu interface, bp, to perform backup, archive, and restore operations.
• Chapter 4, “Using the X-Windows Interface,” explains how to use the graphical interface, xbp, to perform backup, archive and restore operations.

Introduction
The Sun Fortran compilers, f77 and f95, described in this book (and the companion Sun Fortran User’s Guide) are available under the Solaris operating environment on SPARC hardware platforms. The compilers themselves conform to published Fortran language standards, and provide many extended features, including multiprocessor parallelization, sophisticated optimized code compilation, and mixed C/Fortran language support.

Features of the Fortran Compilers
Sun Fortran compilers provide the following features or extensions:

• Global program checking across routines for consistency of arguments, commons, parameters, and the like.
• Support for multiprocessor systems, including automatic and explicit loop parallelization, is integrated tightly with optimization.

Other Fortran Utilities
The following utilities provide assistance in the development of software programs in Fortran:

• Sun WorkShop Performance Analyzer — In depth performance analysis tool for single threaded and multi-threaded applications. See analyzer(1).

Introduction

Welcome to Release 2010 of PGI Workstation and PGI Server, a set of Fortran, C, and C++ compilers and development tools for 32-bit and 64-bit x86-compatible processor-based workstations and servers running versions of the Linux, Windows, and Mac OS operating systems.

All workstation-class compilers and tools products from The Portland Group (PGI Fortran Workstation, for example) are subsets of the PGI Workstation Complete product. These workstation-class products provide a node-locked single-user license, meaning one user at a time can compile on the one system on which the PGI Workstation compilers and tools are installed.

PGI Server products are offered in configurations identical to the workstation-class products, but provide network-floating multi-user licenses. This means that two or more users can use the PGI compilers and tools concurrently on any compatible system networked to the system on which the PGI Server compilers are installed.

This document describes the steps you can take to optimize the performance of Adobe Photoshop 3.0 for Sun.

What Kind of System Makes Photoshop Perform the Best?
In general, Photoshop 3.0 performs best on systems with:

• the fastest possible integer performance (only a few operations use floating point)
• multiple processors
• lots of real memory
• very fast disks and disk subsystems
• very fast system bus
• large data cache (at least 512KB)

Specialized graphics hardware that might speed up display time with 3-D packages usually does not help Photoshop because Photoshop spends most of its time performing imaging calculations or managing its scratch disk rather than sending final bits to the display.

Most of Photoshop’s imaging operations take advantage of multiple processors. Although MP performance varies greatly based on your particular configuration, on some systems Photoshop exhibits near-linear performance gains with additional processors (i.e., a four-processor system performs certain operations three-to-four times as fast as a comparable single-processor system).

Introduction
Welcome to the Adobe Photoshop TM Software Developers Toolkit!