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However, this simple approach has some major limitations in terms of both sample rate and resolution, so don't expect an Arduino-based system to rival a professional-grade oscilloscope or logic analyzer The analog inputs on an Arduino operate by default at 10-bit resolution, which provides a scale of 0 to 1023 More advanced ADCs provide 12-bit resolution or higher The Arduino analog inputs also take around 100 microseconds to take a reading in their default configuration, limiting the number of samples it can take per second and restricting it to much lower frequencies than a more advanced ADC The result is a system that will operate quite well at 10-bit resolution at up to around 5KHz, depending on how many channels you are monitoring Not great specs, but certainly better than nothing if you can't afford a professional oscilloscope or logic analyzer.

private LookupListener listener = new LookupListener() { public void resultChanged(LookupEvent ev) { initWord(); } }; { libraries.addLookupListener(listener); } So, the listening capability is the second reason to prefer Lookup over ServiceLoader. The JDK is still imprisoned in a world of static applications, where tricks with dynamic class-loading are possible (as NetBeans shows) but are not considered mainstream. Therefore, there is no way to listen to any changes in the ServiceLoader API. Also, listeners are not easy to implement or support with traditional dependency injection frameworks. These frameworks are more mentally oriented toward the initial setup phase, followed by execution where all services are set and ready for use. On the other hand, with listeners and dynamic models, you can expect changes at any time, and you should always be ready to handle them. In situations where this style of behavior is needed, Lookup is probably the right choice. The third and final reason favoring Lookup over ServiceLoader is that Lookup provides both sides of the API: the API for clients to query for registered services, and the API for providers, meaning those wanting to write their own pools of services and to define new ways of registering and obtaining them. That means that the Lookup API can be seen as a generic framework for independent communication between two distinct components. In fact, this is another example of a teleinterface, as shown in Figure 7-1.

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The required parts are shown in Figure 11-2, and the schematic is shown in Figure 11-3..

Figure 7-1. Teleinterface in Lookup On one side of the picture you see the callers that search for services and use the general Lookup API to get them. On the other side, you see the provider that maintains the pool of services. In the middle, you see the Lookup API. It doesn t know anything about the queries or anything about the service pool provider, but it can connect these two together and can do so while maintaining full type safety. The type traverses from one side of the universe to another while being hidden, and invisible during the journey. This lets you define APIs that are fairly extensible while not knowing anything about the extensions.

1 Arduino Duemilanove, Arduino Pro, or equivalent 1 Prototyping shield 1 Panel-mount LED 1 470R resistor 1 Black test clip or probe

At this point, you ve got most of the weblog s features set up. The models are written, and thanks to generic views, you have an easy way to view date-based archives of entries and links, as well as individual Entry and Link objects on their own detail pages. But there are still two groups of views you need to handle: Views for browsing entries by categories Views for browsing entries and links by tags Let s start with categories. You ll need two views for categories: one to display a list of all the categories in use and another to display the list of entries in a specific category. So open up the views.py file in the weblog application and add the following at the top, after the import statements that are already there: from coltrane.models import Category Writing the view that shows a list of categories is pretty easy. All you have to do is retrieve the list from the database and hand it off to the template. For the sake of consistency with how the generic views do things, you ll pass the list of categories to the template in a variable named object_list, and you ll use the template name coltrane/category_list.html (for reasons that will become clear in a few minutes): def category_list(request): return render_to_response('coltrane/category_list.html', { 'object_list': Category.objects.all() })

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