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It s not very nice to have to put the following words into the Javadoc: Whoever calls this method must catch UnsatisfiedLinkError, as older clients may not implement it In fact, that leads to the development of a rather ugly API, and on top of that, leads to functional incompatibilities As a result, you should try to minimize the addition of abstract methods to subclassable classes and interfaces Alternatively, try to ensure that they cannot be subclassed Can you add a nonabstract method without risk First, you can only add a method with an implementation to classes, so this paragraph isn t about interfaces at all It s important to realize that subclassable classes can easily cause problems relating to source compatibility For example, when JDK 14 was about to released, the NetBeans APIs had an exception that defined the method public Exception getCause().

If you re interested in seeing a full set of (simple) example templates, they're included in the sample code you can download from the Apress web site for this book. Be aware that they do make use of some features that haven t been introduced yet, but enough has been covered that you should be able to understand most of what s going on in them.

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As seen in Figure 1-7, the Arduino s I/O pin connects to a resistor to the LED to ground. Note that the meter across the LED is measuring 2.1V. This is known as the forward voltage drop or Vf and varies with the color of the LED and the model of LED itself. The meter across the resistor is measuring 2.9V, which is the difference between the supply rail (5V) and the forward voltage drop of the LED (2.1V). Using Ohm s law, we can calculate the current through the 250 resistor as I = V / R = 2.1 / 250 = 11.6mA. This is a reasonable figure for a modern red LED. It should be apparent that by changing the value of the resistor, we can increase or decrease the current through the LED as required. While we ve used an LED in this example, it could be replaced by any other device.

Though this worked fine with JDK 13, JDK.

A final aspect of resistance that is worth mentioning is so-called IR (internal resistance) loss losing power in the wires that interconnect your circuit In the majority of applications, this can be safely ignored, but if you are constructing circuits that use higher currents and/or long cabling runs, IR losses should be considered The problem stems from the fact that any conventional wire conductor has resistance, the exception being superconductors which remain a little out of reach Common stranded hookup wire with a diameter of 125mm (AWG16) has a resistance of around 0014 ohms/meter By way of example, say you use two 1m lengths of this wire to supply 5V to your Arduino board consuming 100mA The voltage drop in each conductor can be calculated using Ohm s law as being V = IR = 01 0014 or 00014V (14mV).

1.4 introduced the new method public Throwable getCause() to Throwable. We were in big trouble, as the compiler refused to compile our APIs! Thankfully, we caught the problem a few hours before the release and were able to rename our method. However, if we hadn t done that, our APIs written against JDK 1.3 would no longer have been compilable against JDK 1.4. But this was simply a source compatibility problem and on a binary level everything was fine. Because the virtual machine encodes the return type in the method signature, our method and that provided by the JDK would be treated as different methods, so there would be no interference. However, accidental interference remains the biggest problem when adding methods to existing classes. Imagine the NetBeans getCause() method had been defined with the Throwable return type. It would have ended up exactly matching the signature added to Throwable in JDK 1.4. Surprisingly, things would still work, but only by chance! The NetBeans getCause method would exactly match the signature of a method introduced later into a superclass. It could therefore be invoked in moments that were never anticipated. Of course, this can break semantics, so it s semantically, functionally incompatible.

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