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A Java Bean is a software component that has been designed to be reusable in a variety of different environments There is no restriction on the capability of a Bean It may perform a simple function, such as obtaining an inventory value, or a complex function, such as forecasting the performance of a stock portfolio A Bean may be visible to an end user One example of this is a button on a graphical user interface A Bean may also be invisible to a user Software to decode a stream of multimedia information in real time is an example of this type of building block Finally, a Bean may be designed to work autonomously on a user s workstation or to work in cooperation with a set of other distributed components Software to generate a pie chart from a set of data points is an example of a Bean that can execute locally However, a Bean that provides real-time price information from a stock or commodities exchange would need to work in cooperation with other distributed software to obtain its data

2:

Part III:

The following list enumerates some of the benefits that Java Bean technology provides for a component developer:

NOTE The /boot partition cannot be created on a Logical Volume Management (LVM) partition type The Fedora boot loader cannot read LVM-type partitions This is true at the time of this writing, but may change in the future Now that you have some background on partitioning under Linux, let s go back to the installation process itself: 1 At the top of the screen, select the Create Custom Layout option, and click Next 2 Next you will be presented with the Disk Setup screen, as shown here:

A Bean obtains all the benefits of Java s write-once, run-anywhere paradigm The properties, events, and methods of a Bean that are exposed to another application can be controlled Auxiliary software can be provided to help configure a Bean This software is only needed when the design-time parameters for that component are being set It does not need to be included in the run-time environment The configuration settings of a Bean can be saved in persistent storage and restored at a later time A Bean may register to receive events from other objects and can generate events that are sent to other objects

Figure 13-5. Use a series of STOP blocks when testing a long program. In the program in Figure 13-5, SPOT will begin rolling forward for an Unlimited duration. Only when the SOUND SENSOR WAIT block is triggered will SPOT rotate a specific number of degrees. I want to test different values for the number of degrees to rotate, so I ve placed a STOP block in the program so that SPOT doesn t begin to roll forward again (controlled by the third MOVE block in the program). Once I ve got the proper number of degrees configured in the second MOVE block, I ll remove the first STOP block, upload the new program to SPOT, and proceed with the next portion of the program (which performs the same action but will be triggered by the COLOR SENSOR WAIT block). The STOP block is there when you need it for testing or for building in a method for automatically stopping your robots when a specific condition is reached (or not reached). It s one of the simplest NXTG blocks around, but it s also one of the most helpful.

3 Click New The Add Partition dialog box appears; complete it with the information that follows for the corresponding fields: Mount Point File System Type Allowable Drives Size (MB) Additional Size Options Force to be a primary partition /boot ext3 Accept the default value 200 Fixed size Leave unselected

At the core of Java Beans is introspection This is the process of analyzing a Bean to determine its capabilities This is an essential feature of the Java Beans API because it allows another application, such as a design tool, to obtain information about a component Without introspection, the Java Beans technology could not operate There are two ways in which the developer of a Bean can indicate which of its properties, events, and methods should be exposed With the first method, simple naming conventions are used These allow the introspection mechanisms to infer information about a Bean In the second way, an additional class that extends the BeanInfo interface is provided that explicitly supplies this information Both approaches are examined here

A property is a subset of a Bean s state The values assigned to the properties determine the behavior and appearance of that component A property is set through a setter method A property is obtained by a getter method There are two types of properties: simple and indexed