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No Binds 26/0.52 74/0.78 155/1.13 272/1.50 370/2.03 466/2.58 564/3.15 664/3.57 747/4.05 822/4.42 Binds 4/0.10 11/0.20 29/0.37 44/0.45 64/0.62 74/0.72 95/0.92 106/1.00 117/1.15 137/1.30

The automatic memory management was designed to be multiuser fair In anticipation of additional users joining the system, the automatic memory management will.

In section A.3, you saw how to use ajc to compile specified source files. Here you ll learn how to carry out the same job using Ant targets. In the following build file, we assume that you have aspectjtools.jar and aspectjrt.jar (both available as a part of the AspectJ installation) in your classpath. (Later we will examine ways of handling situations when you do not want these JAR files in the classpath.) Let s compile all the source files in a directory, using an Ant build file:

No Binds 563,883 1,126,006 1,712,280 2,298,179 2,920,219 3,526,704 4,172,492 4,734,793 5,360,188 5,901,981 Binds 25,232 50,367 75,541 100,682 125,933 150,957 176,085 201,351 230,516 251,434

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limit the amount of memory allocated as a percentage of the PGA_AGGREGATE_TARGET. But what happens when you don't want to be fair, when you know that you should get all of the memory available Well, that would be time to use the ALTER SESSION command to disable automatic memory management in your session (leaving it in place for all others) and to manually set your SORT|HASH_AREA_SIZE as needed. For example, that large batch process that takes place at 2:00 am and does tremendously large hash joins, some index builds, and the like It should be permitted to use all of the resources on the machine. It does not want to be "fair" about memory use it wants it all, as it knows it is the only thing happening in the database right now. That batch job can certainly issue the ALTER SESSION command and make use of all resources available. So, in short, I prefer to use automatic PGA memory management for end-user sessions for the applications that run day to day against my database. Manual memory management makes sense for large batch jobs that run during periods when they are the only activities in the database.

Waits for Latches (Number of Waits/Time in Wait in Seconds)

So far, we have looked at two memory structures: the PGA and the UGA. You should understand now that the PGA is private to a process. It is the set of variables that an Oracle dedicated or shared server needs to have independent of a session. The PGA is a "heap" of memory in which other structures may be allocated. The UGA is also a heap of memory in which various session-specific structures may be defined. The UGA is allocated from the PGA when you use a dedicated server to connect to Oracle, and from the SGA under a shared server connection. This implies that when using a shared server, you must size your SGA's large pool to have enough space to cater to every possible user that will ever connect to your database concurrently. So, the SGA of a database supporting shared server connections is generally much larger than the SGA for a similarly configured dedicated server mode-only database. We'll cover the SGA in more detail next.

<project name="shopping-tracing" default="run"> Defining the <taskdef compilation task resource= "org/aspectj/tools/ant/taskdefs/aspectjTaskdefs.properties"> </taskdef>

Every Oracle instance has one big memory structure referred to as the System Global Area (SGA). This is a large, shared memory structure that every Oracle process will access at one point or another. It varies in size from a few megabytes on small test systems, to hundreds of megabytes on medium-to-large systems, up to many gigabytes for really big systems. On UNIX, the SGA is a physical entity you can "see" from the OS command line. It is physically implemented as a shared memory segment a standalone piece of memory to which processes may attach. It is possible to have an SGA on a system without having any Oracle processes; the memory stands alone. It should be noted, however, that if you have an SGA without any Oracle processes, this is an indication that the database crashed in some fashion. It is an unusual situation, but it can happen. This is what an SGA "looks like" on Red Hat Linux: $ ipcs -m | grep ora 0xbba344b8 1540099 0x39381320 1179655 0x6b08d4e8 491529 0x0d998a20 557067 0xe5b0179c 622604 ora11gr2 ora10gr2 ora11gr1 ora9ir2 ora10gr1 660 660 640 660 660 270532608 538968064 270532608 253755392 610271232 26 16 21 8 15

No Binds 0/0 406/1 2,830/4 9,400/5 13,800/20 30,800/80 40,800/154 56,300/240 74,600/374 60,000/450 120/1 230/1 354/1 17/0 Binds

<target name="compile"> <mkdir dir="dest"/> <iajc destdir="dest"> <sourceroots> <pathelement location="shopping"/> <pathelement location="tracing"/> </sourceroots> </iajc> </target>

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