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Creating Backup Environment Configuration Files
In order to configure the backup environment to use NetBackup for SAP to back up SAP DB/MaxDB, you must create three files on the NetBackup for SAP (SAP DB/MaxDB) client:

• backint for SAP DB/MaxDB configuration file
• adapter program configuration file
• NetBackup for SAP configuration file. Creating Backup Environment Configuration Files

“backint for SAP DB/MaxDB” Configuration File
The “backint for SAP DB/MaxDB” configuration file provides information about the adapter program to SAP DB/MaxDB. Set the environmental variable BSI_ENV to point to the name and location of this file. The configuration file can contain the following parameters

Adapter Program Configuration File
The configuration file for the adapter program tells the adapter program where NetBackup for SAP is and provides parameters to use in communication with NetBackup for SAP. Set the name and location of this file as the value for PARAMETERFILE in the backint for SAP DB/MaxDB configuration file. The adapter program file can contain the following parameters

THE WINDOWS SCRIPTING HOST
The Windows Scripting Host is a component of Windows Operating Systems, introduced with Windows 95, which allows ‘Visual Basic Scripting Edition’ (VBScript), Jscript, and Perl to be run ‘natively on the host operating system’. This paper limits its focus to VBScript; however, the techniques for writing and executing Jscript and Perl would follow those described here. Note that in order to run Perl on the WSH, it is first necessary to install a Perl language interpreter, such as ActiveState ActivePerl or MKS Pscript.

COMMON FILE-TYPE CONVERSION METHODS
File-type conversion methods commonly seen in the SAS world can be roughly divided into 4 categories:

1. Those that use data _null_ ‘drivers’ to write .ps, .rtf or .html code,
2. Those that use SAS ODS output destinations,
3. Those that use the DDE (Dynamic Data Exchange) interface to interact with Windows applications, and

Introduction
Microsoft operating systems have been a “variable quantity” ever since I started working with them back in the Cretaceous Era. DOS 3 was good; DOS 4 was a clunker. The same variability held true with Windows: Windows 98 was good, Windows ME was a clunker. Then Microsoft put together back-to-back winners with Windows 2000 and XP, and some industry observers thought that the operating system rollercoaster ride might have smoothed out at last.

But it was not to be. I can’t quite bring myself to call Windows Vista a dud, because many aspects of its design (such as the revised administrative tools) show a welcome maturity and thoughtfulness; but the product did not receive much love in the marketplace. If you are Microsoft, you know that you’ve got a problem when even Intel does not adopt your flagship OS for internal use. Microsoft’s attempts to shine up Vista’s image through the “Mojave Experiment” TV commercials may have changed a few consumer minds, but corporate IT planners in droves decided to stick with good old Windows XP, notwithstanding the fact that Microsoft ended mainstream support for that OS on April 14, 2009. (This means that all XP support now costs money, except for security updates, which will continue through 2014.)

What is scripting?
A script is a series of commands that tells Photoshop CS2 to perform a set of specified actions, such as applying different filters to selections in an open document. These actions can be simple and affect only a single object, or they can be complex and affect many objects in a Photoshop CS2 document. The actions can call Photoshop CS2 alone or invoke other applications.

Scripts automate repetitive tasks and are often used as a creative tool to streamline tasks that might be too time consuming to do manually. For example, you could write a script to generate a number of localized versions of a particular image or to gather information about the various color profiles used by a collection of images.

Why use scripting?
While graphic design is characterized by creativity, some aspects of the actual work of illustration and image manipulation are anything but creative. Scripting helps creative professionals save time by automating repetitive production tasks such as resizing or reformatting documents.

Introduction
This document describes the Python interface to the Systems Biology Workbench (Hucka et al., 2001b).

The Python interface has been designed so that it is very simple to call remote methods in other SBW aware modules. The intention in developing the Python module was that if should enable users to easily control SBW applications using Python scripts.

In addition to providing simple access to SBW modules, the Python interface also exposes many of the functions in the standard SBW API. The reader is recommended to consult the SBW API documentation for more details. In the majority of cases, users will not find it necessary to access the SBW API directly.

When a SBW module starts, Python is notified and a Python interface is automatically constructed to represent the module, this makes it very easy to access a module’s functionality.

Tables

In relational database systems (DBS) data are represented using tables (relations). A query issued against the DBS also results in a table.

A table is uniquely identified by its name and consists of rows that contain the stored information, each row containing exactly one tuple (or record ). A table can have one or more columns. A column is made up of a column name and a data type, and it describes an attribute of the tuples. The structure of a table, also called relation schema, thus is defined by its attributes. The type of information to be stored in a table is defined by the data types of the attributes at table creation time.