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3, and so on installed on the client system and always remember which one to use to connect to each Subversion server Such a proliferation of various incompatible versions of the same tool would create a horrible user experience and would likely lead people to another version control system that would do a better job at keeping backward compatibility of its protocols The reason why protocol-like APIs need to evolve in a backward compatible way is because they multiply the problem of the independent life cycle of each participant Once a protocol is defined, its usages start to live on their own There can be various client programs that speak to the protocol Those programs have multiple versions, and these versions are upgraded completely arbitrarily on various computers all around the world.

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As a result, it s almost certain that two programs speaking to each other use different versions and that they need a slightly different version of the protocol Still, despite that, they do need to communicate..

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In these cases, it s often useful to think in terms of orthogonality Generally, in software development, two features are orthogonal if a change to one doesn t affect the other User preferences, then, are orthogonal to user signups, because you could, for example, change the way the signup process works (say, by adding an explicit activation step or building in measures to defeat spambots) without changing the way users configure their preferences When features are clearly orthogonal to each other like this, they almost always belong in separate applications Finally, reuse can be a good criterion for determining whether some particular feature deserves to be split out into its own application.

Note that the use of Arduino digital I/O pins 2 and 4 is hard-coded into the UsbKeyboard library itself and can t be changed in your program. The use of digital I/O pin 2, in particular, is critical because the library relies on the interrupt associated with that pin to detect events on the USB connection. Fit the 3.6V Zener diodes that link the D (USB pin 2) and D+ (USB pin 3) USB data lines to ground, being careful with orientation of the diodes: the ends with the bands connect to the data lines with the other ends connected to ground. The purpose of the Zener diodes may seem a bit cryptic at first, but they are absolutely critical to the operation of the circuit. The USB standard specifies that even though the power supply line is +5V, the communication lines themselves run at a nominal voltage of 3.3V. It s also a little different to what you may have seen on other serial connections, such as RS232, which have TX (transmit) and RX (receive) lines. The D and D+ lines are not independent TX/RX lines, as you may expect, but are actually what is known as a half-duplex differential signalling pair. This approach helps USB run at very high data rates by reducing the effect of electrical noise.

Although applications based on the NetBeans Platform, including the NetBeans IDE, are mostly desktop-based, I had the opportunity to enjoy a protocol-based API and its evolution problems. NetBeans applications are singletons. For example, usually there is only one instance of the application per user. If the user invokes the same application for the second time, it shouldn t do anything itself, just tell the previously running instance to move its window to the front and finish itself. As a result, no second instance should be started. This is achieved using a lock file combined with a socket server. On startup, each NetBeans-based application allocates a random local port, writes its number into a lock file, and listens to it. Whenever another instance is started, it checks for the existence of the lock file. If the lock file is found, it reads the number of the port and attempts to connect to the port to determine if the previous instance of the application is still alive. If so, then these two processes exchange command-line arguments, perform some computations, and send each other input and output streams, after which the second instance exits. This is useful if you want to pass additional arguments to the already running application, such as --open filename. The communication protocol is quite simple and proprietary. When I coded it, I had no need for it to be extensible or bulletproof. I used it just for communication between two instances of the same application.

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