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NOTE You can actually name your LV any way you want We named ours LogVol04 for consistency only We could have replaced LogVol04 with another name, like my-volume, if we wanted to The value for the --name (-n) options determines the name of the LV The -l option specifies the size in physical extents units (see Step 1 under Assigning a Physical Volume to a Volume Group ) We could have also specified the size in megabytes by using an option like -L 864M 3 View the LV you created Type

Systemoutprintln("Midpoint is " + i); } }

Xor option: This is a weird one If you select the Xor option, only one plug value can be Yes for a final Yes result to be generated If plug A is Yes and plug B is No, then the final result will be Yes Likewise, if plug A is No and plug B is Yes, the final result will still be Yes However, if plug A and plug B are both Yes, the final result will be No And if plug A and plug B are both No, the final result is No Remember, for a Yes output response, only one of the logic input values can be Yes only one Not option: This is another strange one This option doesn t really return a final value it simply changes the Logic value input for plug A to its opposite.

This program finds the midpoint between i and j It generates the following output: Midpoint is 150 Here is how this while loop works The value of i is incremented, and the value of j is decremented These values are then compared with one another If the new value of i is still less than the new value of j, then the loop repeats If i is equal to or greater than j, the loop stops Upon exit from the loop, i will hold a value that is midway between the original values of i and j (Of course, this procedure only works when i is less than j to begin with) As you can see, there is no need for a loop body; all of the action occurs within the conditional expression, itself In professionally written Java code, short loops are frequently coded without bodies when the controlling expression can handle all of the details itself

[root@fedora-serverA ~]# lvdisplay /dev/VolGroup00/LogVol04 --- Logical volume --LV Name /dev/VolGroup00/LogVol04 VG Name VolGroup00 (Output truncated) LV Size 83200 MB Current LE 26

As you just saw, if the conditional expression controlling a while loop is initially false, then the body of the loop will not be executed at all However, sometimes it is desirable to execute the body of a loop at least once, even if the conditional expression is false to begin with In other words, there are times when you would like to test the termination expression at the end of the loop rather than at the beginning Fortunately, Java supplies a loop that does just that: the do-while The do-while loop always executes its body at least once, because its conditional expression is at the bottom of the loop Its general form is do { // body of loop } while (condition); Each iteration of the do-while loop first executes the body of the loop and then evaluates the conditional expression If this expression is true, the loop will repeat Otherwise, the loop terminates As with all of Java s loops, condition must be a Boolean expression Here is a reworked version of the tick program that demonstrates the do-while loop It generates the same output as before

// Demonstrate the do-while loop class DoWhile { public static void main(String args[]) { int n = 10; do { Systemoutprintln("tick " + n); n--; } while(n > 0); } }

Fedora and RHEL distributions of Linux have a GUI tool that can greatly simplify the entire management of an LVM system The command system-config-lvm will launch the tool, as shown here:

The loop in the preceding program, while technically correct, can be written more efficiently as follows:

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} else { buffer = new byte[size - downloaded]; } // Read from server into buffer int read = streamread(buffer); if (read == -1) break; // Write buffer to file filewrite(buffer, 0, read); downloaded += read; stateChanged(); }