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More often than not, DBAs are forced to do what they can to fix the performance problem that s besetting them at that moment In this sense, most performance tuning is a reactive kind of tuning Nevertheless, DBAs should endeavor to understand the innards of wait issues and seek to be proactive in their outlooks There are two big advantages to being in a proactive mode of tuning First, you have fewer sudden performance problems that force hurried reactions Second, as your understanding of your system increases, so does your familiarity with the various indicators of poor performance and the likely causes for them, so you can resolve problems that do occur much more quickly.

If you re fortunate enough to be associated with an application during its design stages, you can improve performance by performing several steps, including choosing automatic space management and setting correct storage options for your tables and indexes Sizing the table and indexes correctly doesn t hurt, either However, if you re stuck with a database that has a poor design, all is not lost You can still tune the instance using techniques that I show later in this chapter to improve performance When response time is slower than usual, or when throughput falls, you ll notice that the Oracle instance isn t performing at its usual level If response times are higher, obviously there s a problem somewhere in one of the critical resources Oracle uses.

Java run-time environment were released frequently, adding features like printing, online help, twodimensional graphics, and others. With each new release, Sun Microsystems deprecated certain methods and introduced others. Software written for a newer version of the run time would sometimes fail with an older version, if it called built-in services that the older version didn t support or that had been changed. The problem was due to the platform coupling between the Java components and the Java run-time components. If the software was developed on one version of the run time and deployed on a different version, there was always the potential for problems. The typical solution was to have users upgrade to the version of the Java run time that the system was written for. Newer component platforms, such as the .NET Framework, reduce deployment headaches related to run-time version dependencies by embedding information in each component that identifies which version of the component platform it requires. If the required platform is not available, the run time notifies the user and prevents the affected software from running.

If you can rule out any network slowdowns, that leaves you with memory (Oracle s memory and the system s memory), the I/O system, and CPUs One of these resources is usually the bottleneck that s slowing down your system In the next few sections, you ll learn how to tune key system resources such as memory, I/O, and CPU to improve performance You ll also see how to measure performance, detect inefficient waits in the system, and resolve various types of contention in an Oracle database The next section presents a discussion of how tuning Oracle s memory can help improve database performance..

Oracle Corp, like the other software vendors, releases periodic patches or patch sets, which are a set of fixes for bugs discovered by either Oracle or its customers When you get in touch with Oracle technical support, one of the things the technical support representative will commonly ask you to do is make sure you have applied the latest patch set to your Oracle software Similarly, UNIX operating systems may have their own patch sets that you may have to apply to fix certain bugs Each of Oracle s patch sets could cover fixes for literally hundreds of bugs My recommendation is to apply a patch set as soon as it s available One of the primary reasons for this is to see whether your bug is unique to your database or if a general solution has already been found for the problem.