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You can download the source code for the latest version of Acovea from links located at http:// www.coyotegulch.com/products/acovea/index.html. Acovea requires that you build and install two additional libraries before actually building Acovea: coyotl: A library of various routines used by Acovea, including a specialized random number generator, low-level floating point utilities, a generalized command-line parser, and improved sorting and validation tools. evocosm: A library that provides a framework for developing evolutionary algorithms. After building and installing these libraries (in order), using the traditional unpack, configure, make install sequence, you can build and install Acovea itself. Downloading and building the libacovea package compiles and installs an application called runacovea in /usr/local/bin (by default), which is the master control program for GCC optimization testing using Acovea.

Now I ll cover the same transformations covered with the rectangle shape in the earlier Drawing a Rectangle section, only this time with the circle shape. The same commands work with both rectangles and circles. For example: convert -size 100x100 -stroke red -fill lightblue -draw "circle 50,50 70,70" xc:white output.png The arguments to the circle shape are slightly different from the rectangle shape. The first argument is the center of the circle, and the second argument is how far the circle extends. This gives you the result shown in Figure 7-37.

To forcefully shut down a wayward active query session, the KILL command is used. KILL should only be used if other methods can t be, including waiting for the process to stop on its own or shutting down or canceling the operation via the calling application. The syntax for KILL is as follows: KILL {spid | UOW} [WITH STATUSONLY] The arguments for this command are described in Table 3-8: Table 3-8. KILL Command arguments

Acovea is only supported on actual Linux and Unix-like systems some work will be required to get it working under Cygwin, but I m sure Scott Ladd will appreciate any contributions you d like to make.

The session id associated with the active database connection to be shut down. The unit-of-work identifier for a distributed transaction. This is the unique identifier of a specific distributed transaction process. Some KILL statements take longer to roll back a transaction than others (depending on the scope of updates being performed by the session). In order to check the status of a rollback, you can use WITH STATUSONLY to get an estimate of rollback time.

Beginning the example, the following query is executed in the first query editor session in order to set up a blocking process: BEGIN TRAN UPDATE Production.ProductInventory SET Quantity = 400 WHERE ProductID = 1 AND LocationID = 1 Next, in a second Query Editor window, the following query is executed: BEGIN TRAN UPDATE Production.ProductInventory SET Quantity = 406 WHERE ProductID = 1 AND LocationID = 1 Now in a third query editor window, the following query is executed: SELECT blocking_session_id, wait_duration_ms, session_id FROM sys.dm_os_waiting_tasks WHERE blocking_session_id IS NOT NULL

The options that Acovea will test for you are defined in an XML-format configuration file. Template configuration files are available from Scott s site at http://www.coyotegulch.com/products/acovea/ acovea-config.html. These configuration files are highly dependent on the version of GCC you re using, so make sure you get the configuration files for that version of GCC, and also for your specific class of processor. The following is a sample section of an Acovea configuration file: < xml version="1.0" > <acovea_config> <acovea version="5.2.0" /> <description value="gcc 4.1 Opteron (AMD64/x86_64)" <quoted_options value="false" /> <prime command="gcc" flags="-lrt -lm -std=gnu99 -O1 -march=opteron -o ACOVEA_OUTPUT ACOVEA_INPUT" /> <baseline description="-O1" command="gcc" flags="-lrt -lm -std=gnu99 -O1 -march=opteron ACOVEA_INPUT" /> <baseline description="-O2" command="gcc" flags="-lrt -lm -std=gnu99 -O2 -march=opteron ACOVEA_INPUT" /> <baseline description="-O3" command="gcc" flags="-lrt -lm -std=gnu99 -O3 -march=opteron ACOVEA_INPUT" /> <baseline description="-O3 -ffast-math" command="gcc" flags="-lrt -lm -std=gnu99 -O3 -march=opteron -o ACOVEA_OUTPUT ACOVEA_INPUT" /> <baseline description="-Os" command="gcc" flags="-lrt -lm -std=gnu99 -Os -march=opteron ACOVEA_INPUT" />