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A self join is a join of a table to itself. This will seem very odd at rst, but sometimes there are relationships where the primary key and foreign key are in the same table. These are called recursive relationships, and there is one in the video store database. (You may want to refer back to Figure 1-8 in 1 at this point.) The EMPLOYEE table has a column called SUPERVISOR_PERSON_ID, which is a foreign key to PERSON_ID in the same table. It is used to link each employee to their supervisor, who is, of course, another employee, which means that the supervisor also has a row in the EMPLOYEE table. The following query shows three columns from the EMPLOYEE table, including the PERSON_ID and SUPERVISOR_PERSON_ID:

This top listing shows a lot of information about each process running on the system, including the PID, the user who owns the process, the nice value (priority), the size of the application, the amount resident in memory, its current state (active or sleeping), the CPU time consumed, and the command name. For example, the Apache Web server runs as the httpd process (PID=4910), by the user nobody, and is 1916KB in size. Changing the nice value of a process ensures that it receives more or less priority from the process scheduler. Reducing the nice value ensures that the process priority is decreased, while increasing the nice value increases the process priority. Unfortunately, while ordinary users can decrease their nice value, only the superuser can increase the nice value for a process. In the preceding example for top, the dtterm process is running with a nice value of 10, which is low. If the root user wanted to increase the priority of a new dtterm process by 20, they would issue the following command:

Need to take something out of the oven in 30 minutes Need to take the pasta out in 8 minutes, but don't have a kitchen timer available Need to remember to turn off the sprinkler in 1 hour All these are perfect reasons to use the Timer, which gives you a great count-down timer.

8:

Reducing the nice value can be performed by any user. To reduce the nice value of a new top process, the following command would be used:

SELECT PERSON_ID, EMPLOYEE_HOURLY_RATE AS HOURLY_RATE, SUPERVISOR_PERSON_ID FROM EMPLOYEE; PERSON_ID HOURLY_RATE SUPERVISOR_PERSON_ID ---------- ----------- -------------------1 15 2 9.75 1 10 9.75 1

Tap the Timer soft key inside the Clock icon to see the timer screen. 1. Slide the dials at the top with your finger, setting the hours and/or minutes. In the screenshot here, we have the timer set for 30 minutes.

Now, if you execute an application that requires a lot of CPU power, you will be able to monitor the impact on the system as a whole by examining the changes in the processes displayed by top. If you execute the command

the impact on the process distribution is immediately apparent:

To change the sound you hear when the countdown timer reaches 0:00, touch the When Timer Ends tab. Choose any other sound from the list of sounds and touch the Set button when you are done.

last PID: 16631; load averages: 0.10, 0.07, 0.06 09:34:08 73 processes: 71 sleeping, 1 running, 1 on cpu CPU states: 2.2% idle, 0.6% user, 11.6% kernel, 85.6% iowait, 0.0% swap Memory: 128M real, 1896K free, 72M swap in use, 172M swap free

This data shows that Employees 2 and 10 report to Employee 1, and that Employee 1 reports to no one it s a good bet he or she is the owner or manager of the video store. It s no surprise that the supervisor earns a higher hourly rate than the people he or she supervises. Now suppose the video store is required to produce a report showing the wage differential between supervisors and subordinates. The data here is small enough that such calculations could be done manually, but let s assume that you want to automate the report and distribute it to an entire chain of stores that use your database design. You can join each employee to their supervisor s row in the table to obtain the supervisor s hourly rate. Here is that query: