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For my DVB Central project, which I created to be able to capture digital video broadcasting on my computer, I needed a way to tune to the right TV channel. However, DVB is more complex than the previous, soon-to-beswitched-off classic TV broadcast signal. It s not enough to specify a frequency to tune into. You also need to set bandwidth, transmit mode, code rates, modulation, spectral inversion, guard internal, and maybe even more. Originally, I wanted to have a Tune class and classic factory methods to create its instances. However, the enormous number of configuration parameters scared me. It would have to be a long list of parameters for the most detailed factory method. At that time I realized the possibility of using a cumulative factory and Tune was then simplified. Moreover, this solution allowed one nice feature. The DVB signal, in contrast to the classic broadcast signal, usually shares one common frequency for a state. This is possible because signals broadcast from two transmitters can use the same frequency and strengthen themselves, while the classic broadcast signal transmitters interfere. How that is possible is far beyond my cluelessness level. However, based on the locale of the country the caller of the default factory is living in, the API can create an instance of Tune with appropriate values for the caller s location. Some of the values might be off. However, it s very likely that most of them are correct. As a result, it s usually enough to get the default Tune and only change its frequency, leaving all additional parameters untouched. This would not be easy to achieve with a classic factory method.

Even after compilation this requires several dozen processor cycles just to do a simple digital read. There is work currently being performed to optimize digital read and write performance for a future release of Arduino, but at the time of writing they are fairly expensive operations in terms of processor time. By addressing the appropriate ATMega port directly it's possible to perform a digital read in only a few cycles. This makes the code harder to read so it's not recommended for general Arduino projects, but in cases like this where we're squeezing every last bit of performance out of the processor it makes perfect sense. As in the previous version the program starts by setting up the input pins, but because we're using analog inputs 0 through 5 in digital mode we address them using their alternative pin numbers as digital pins 14 through 19. Because the setup process isn't time critical we use the regular Arduino pinMode() function to configure the inputs rather than using direct port manipulation as in the main program loop. Digital pins 6 and 7 are also set to input mode in the setup function and the connection to the host is opened at 115200bps.

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It helps if the AServerInfo class is final and immutable. There are several helpful suggestions relating to this point elsewhere in this book, such as the section Make Objects Immutable in 12. For purposes of this Lookup-oriented chapter, you simply need to keep in mind that Lookup is not always the best solution. In particular, when its teleinterface capabilities are not needed, you should consider an alternative API style.

In categories.py: from django.conf.urls.defaults import * from coltrane.models import Category urlpatterns = patterns('', (r'^$', 'django.views.generic.list_detail.object_list', { 'queryset': Category.objects.all() }), (r'^( P<slug>[-\w]+)/$', 'coltrane.views.category_detail'), ) Note that it s urlpatterns = patterns('', not urlpatterns += patterns(''.There will be only one set of patterns per file, so you don t need to add patterns together as you did when they were all in one file. Also, the URLs no longer have "categories/" in them. Because this is now intended to be accessed by an include() directive somewhere else, you can gain a little more flexibility by not requiring that the URLs contain the string "categories/". In entries.py: from django.conf.urls.defaults import * from coltrane.models import Entry entry_info_dict = { 'queryset': Entry.objects.all(), 'date_field': 'pub_date', } urlpatterns = patterns('django.views.generic.date_based', (r'^$', 'archive_index', entry_info_dict, 'coltrane_entry_archive_index'), (r'^( P<year>\d{4})/$', 'archive_year', entry_info_dict, 'coltrane_entry_archive_year'), (r'^( P<year>\d{4})/( P<month>\w{3})/$', 'archive_month', entry_info_dict, 'coltrane_entry_archive_month'), (r'^( P<year>\d{4})/( P<month>\w{3})/( P<day>\d{2})/$', 'archive_day', entry_info_dict, 'coltrane_entry_archive_day'), (r'^( P<year>\d{4})/( P<month>\w{3})/( P<day>\d{2})/( P<slug>[-\w]+)/$', 'object_detail', entry_info_dict, 'coltrane_entry_detail'), )

The previous digital read sketch has a huge inefficiency in the way it communicates with the host, but it's one that was introduced deliberately to maintain compatibility with host-side software for processing the data and displaying it. There are several projects documented online to use an Arduino as an oscilloscope or logic analyzer and they generally use a data format consisting of individual readings from each pin transmitted as one or more bytes for each pin separated by spaces. That makes sense if you're dealing with analog values, but if all you care about is digital values it's a highly inefficient way of transferring data. Because the serial connection to the host is a major bottleneck that dramatically slows down the sample rate it's worth optimizing the data format to pump as much information through as possible in the smallest number of bytes. If you want to represent the state of eight digital inputs simultaneously, the absolute minimum amount of data you can use is one byte, or eight bits. Each bit corresponds to the state of one of the inputs.

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