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Django includes a templating system (in the module djangotemplate, if you ve been exploring the Django codebase and want to take a look at it), which has two major design goals: Provide an easy way to express the logic needed for your application s presentation As much as possible, avoid restricting the types of output you can generate Some template languages allow you to embed nearly any form of programming code directly in the templates While this is sometimes handy, it also creates a tendency for your application s core programming logic to migrate slowly out of other parts of the code and into the templates, which really ought to confine themselves to the presentational aspects And some templating languages force you to write XML or other specific types of markup, even if what you want to produce isn t XML at all.

One of the most annoying idiosyncrasies of the physical design of standard Arduino boards is that the header connections for plugging in a shield don t sit neatly on a standard 0.1in grid: the top two headers are spaced 160mil (0.16in) apart, which makes it impossible to create a shield using a cheap piece of standard stripboard or perfboard with male breakaway headers soldered on. To get around this problem, there are some really neat prototyping shields available from a number of suppliers including Adafruit Industries, Seeed Studio, SparkFun, and many others. Figure 16-13 shows popular protoshield from SparkFun. Commercial prototyping shields vary in features. Some include stackable headers, or an extra reset button so it s easily accessible with the shield mounted on an Arduino, or status LEDs, or mounting pads for surface-mount chips. For most projects, a commercial prototyping shield will do just what you need.

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Needless to say, the fear of upgrades, and the real problems updates cause, greatly hurt the cluelessness motto of this book. How can you cluelessly assemble and evolve large applications based on modular libraries when each upgrade to a new version carries with it such large risks Can we do something to reduce that risk and make upgrades a nonproblematic, semi-automated process, at least for frequently used libraries

But it would have been nice if the Arduino design had the shield headers on a consistent 0.1in grid so that if you just wanted to grab a piece of inexpensive stripboard and put some male breakaway headers on it, you could plug it straight in. All is not lost, though: Luke Weston has come up with a simple way to modify an Arduino so that you can do exactly that. Start by finding an 8-pin female PCB header either from an electronics parts supplier or included in a commercial prototyping shield kit, then hold it beside the regular digital I/O pin 8 13 header on your Arduino so that the pins protrude down beside the Arduino PCB. Then slide it along slightly toward pin 13, so that the horizontal spacing between the first pin (next to pin 8) on the new header and the existing pin 7 on the old header is exactly 0.2 inches; i.e., twice the distance between two header pins. A tiny drop of superglue (alpha-cyanoacrylate) can then be used to glue the new header firmly to the old header and keep it in place. The safest way to perform this positioning step is to make yourself a DIY prototyping shield by soldering some male breakaway headers onto a piece of stripboard and plugging it in to the Arduino, with the new female header held in place by the shield. This way, when you glue the header in place, you know the spacing will be correct. You can see the DIY shield in Figure 16-14.

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