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Figure 14-5 5V power supply assembled on shield Insert the 22uF electrolytic capacitor so that the positive lead connects to the joint between the regulator and the diode Electrolytics normally have a long lead for positive and a short lead for negative, and the negative lead will also be marked on the body with a line and a minus symbol so you can tell which is which even after the leads have been cut to the same length With the positive lead connected, bend the negative lead all the way down to the ground bus on the shield and solder it in place If the lead isn t long enough, use a short length of hookup wire or a component lead off-cut.

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The purpose of the capacitor is to provide smoothing of the input voltage since typical cheap plugpacks contain a tiny transformer that generates a rectified sine-wave output that varies between 0V and the maximum output voltage Putting a capacitor across the input has the effect of holding the voltage high during the downswings of the sine wave, and provides a cleaner supply to the voltage regulator The 22uF value isn t anything special and was simply picked because it was high enough to provide a decent amount of filtering, while being low enough for the capacitor package to by physically small If you have a different value handy that s fine you could use a 1uF or a 470uF capacitor, or anything in between The final step in assembling the power supply is to connect the COMMON (center) pin of the voltage regulator to ground.

A situation similar to Swing applies to the NetBeans FileSystem library The NetBeans FileSystem library is relatively easy to use However, it isn t easy at all to fulfill all the library s contracts when you want to write your own filesystem from scratch We support notification events, atomic actions, locks, mutual exclusions of read and write, and so on It s easy to miss one of these behavioral requirements This is what you always find when you design an interface that others can implement You re exposed immediately to potential problems caused by wrong implementations More than likely, at least one implementor won t do everything correctly and something will go wrong However, clients don t care whether they are working with regular filesystems, versioned filesystems, JAR files, FTP, or something else.

Depending on the layout of your shield, you can probably connect it to the negative lead of the smoothing capacitor using a short length of component lead Before doing anything else it s a good idea to test the power supply section of the project to make sure you re providing the correct voltage to the shield Without connecting the shield to an Arduino, connect up a 12V plugpack to the input terminals and put a volt meter (such as a multimeter in voltage mode) across the ground and +5V rails of the shield You should see a voltage between 495V and 505V, which means the voltage regulator is working as expected..

They simply see a bug and they report it against the API that they used; that is, against the generic framework, regardless of the actual implementation that is often responsible for the faulty behavior This increases the amount of work for which the maintainer is responsible while analyzing such bug reports There came a point when we simply had enough of this useless work, so we implemented a TCK for our NetBeans FileSystem library At its heart, it has a factory class with one create and one cleanup method: public static abstract class FileSystemFactoryHid extends NbTestSetup { public FileSystemFactoryHid(Test testToDecorate) { super(testToDecorate); } protected abstract FileSystem createFileSystem( String testName, String[] resources ) throws Exception; protected abstract void destroyFileSystem( String testName ) throws IOException; } However, a good TCK needs to count on different requirements for various implementations.

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