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The default configuration is [LOG] rotation_enable = TRUE rotation_sizetrigger = 10 rotation_periodtrigger = Sunday rotation_periodtime = 04:30 rotation_atticmaxsize = 200 rotation_atticage = 120 rotation_exceptions = {statslog,actlog} Logging records are written to the $ORACLE_HOME/ocal/log directory Each process will produce its own log file Setting the rotation_enable parameter to true enables the automatic moving of log files to a separate storage area known as the attic The attic is the directory.

When creating the tablespace allow for at least 100MB space consumption per warehouse to be created, plus additional growing room for conducting tests of 25% to 50%. It should be remembered that a genuine TPC-C test distributes an even number of users across all of the available warehouses and therefore the maximum throughput you will be able to achieve is dependent to some extent on the number of warehouses you create. With a low number of warehouses, you may achieve the same levels of CPU utilization, but a greater proportion of the workload wiW be attributable to data contention. Therefore, the number of warehouses you choose to create is dependent on the scenario to test. To observe the operations of RAC with a high level of contention for data, plan for a small number of these warehouses, such as 10 or below. To observe the maximum level of throughput v\^th minimal data contention, plan for a larger number of warehouses to create from 30 to 100. In Hammerora, the binding of virtual users to home warehouses is not as strict as the specification dictates, with all virtual users independently selecting a home warehouse at random from all of the warehouses available. It is therefore clear that the larger the number of warehouses available the less likely it will be that a number of virtual users select the same home warehouse. With the target RAC database configured and a tablespace available for the TPC-C schema, the next step is to create and populate the TPC-C schema, which can be done from entirely within the Hammerora application.

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The first thing to do when creating the TPC-C schema is to start the Hammerora application at the command line:

From under the TPC-C menu, select TPC-C Schema Options. This displays the TPC-C Schema Options window, shown in Figure 23-5, with values that need to be modified according to the specific needs of your environment to create and populate the TPC-C schema.

It will start reading the contents of the file and place a callback in thread pool that can be used when this completes Because it is a thread pool thread, it will return to the thread pool Step 3: A thread pool thread will activate when the files has been completely read It will return the text data that has been read from the file and return to thread pool Step 4: Because you have usedthe AsyncRunSynchronously function, the main program thread is waiting for the results of the workflow It will receive the file contents You will have probably spotted that there is a flaw in this simple example You do not block the main program thread waiting for IO, but as you wait for the asynchronous workflow to complete, you do block.

$ORACLE_HOME/ocal/log/attic, and the movement of files will occur, in the default configuration shown previously, when a file reaches 10MB, and the files will be deleted from the attic when the attic contains more than 200MB of files. Files more than 120 days old will also be deleted from the attic. The rotation maintenance is set to happen early on Sunday mornings.

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Configure the values within the schema options according to the following requirements: 1 Oracle Service Name: The service name of the database that you created your TPC-C tablespace in and can connect to across the network 2 System User Password: The password of the system user on your Oracle server so you could, for example, log in as system/manager@rac The system user is used to create the owner of the TPC-C schema 3 TPC-C User (to be created): The name of the user you want to own the TPC-C schema This can be any name that is valid for an Oracle user and does not necessarily have to be tpcc 4 TPC-C User Password: The password for the TPC-C user Again, this can be anything you like that is valid as a password 5.

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