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Note that it doesn t actually matter whether you have the dropper resistor on the +5V side of the LED or on the ground side: on our prototype board we connected the LEDs directly to +5V and then used the resistors to connect the other side of the LED to the Arduino pin, simply because it made mechanical sense when laying out the board However, you could just as easily have them installed in the other order (see Figure 13-9) Data received by the RXB1 module is made available on both pins 15 and 16 Given the orientation of the receiver module it would seem to make sense to connect one of those DATA pins to an Arduino digital I/O pin somewhere down that end of the shield, perhaps pin 2 or pin 3.

However, if you ask for reasonable coverage of code lines changed by the patch, you might be confident that at least the basic functionality is acceptable The next problem is that the fix can cause regressions Assuming the rest of your library is properly tested as well, this risk can be reasonably eliminated However, if the patch submitter is the first person who writes a test for your library, then the risk of its integration breaking some of the already existing assumptions might be big This is yet another reason for having reasonable code coverage On the other hand, regressions are not the only danger that you need to eliminate The patch might prevent future evolution.

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For many projects using the RXB1 module you can do that and it will work perfectly well, but this project is a little different because the software in the Arduino will be detecting transition edges in the received signal and measuring the timing to convert the raw signal into data Unfortunately, that means we can t just open a serial connection and read values from the data line Instead we have to connect it to pin 8, which has special functionality because it s connected to pin PB0 on the ATMega CPU This pin is also designated ICP1, for Input Capture Pin The ATMega supports extremely accurate timing of signal transitions on ICP1, down to the region of only a couple of clock cycles perhaps a microsecond or so We ll make use of that capability in the program to decode the data stream..

The view you ve written for adding a bookmark can be accessed via an HTTP GET, which seems to contradict the idea that this type of view should be safe. The HTTP specification uses two different but related terms to describe request methods: safe and idempotent. A safe request is one that has no side effects and simply retrieves some information, while an idempotent request is one in which the effect of multiple identical requests is the same as the effect of one request. HTTP requires GET requests to be idempotent, but it doesn t strictly require them to be safe. The add_bookmark view is idempotent, because multiple requests from the same user to bookmark the same snippet don t create multiple Bookmark objects. The net effect is the same as if there was only one request, because only one Bookmark object gets created. The add_bookmark view isn t safe in this sense, though, because it can have a side effect (creating a Bookmark object). This doesn t violate the HTTP specification, but in general, you should be careful when allowing a GET request to have side effects. In this case, creating a bookmark doesn t really pose a risk. If someone were to be tricked into clicking a link to bookmark a snippet, for example, the worst thing that could happen would be that they d need to delete the bookmark. So it s generally acceptable to allow bookmark creation to happen via a GET request.

The Arduino has 20 general-purpose I/O pins, which is more than enough for most projects. However, there are situations where more inputs or outputs are required. By making use of the Arduino s SPI support, we can use a simple logic element a shift register to provide virtually unlimited digital input or output capabilities.

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