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This project can be built to provide connections for just a keyboard, just a mouse, or both. We ll step you through the process of assembling connections for both but if you want to only fit the parts for one or the other, that s perfectly fine. There are two options for providing the connections: either fitting a PS/2-style socket (generally referred to as a 6-pin mini-DIN ) to the prototyping shield, or using a PS/2 extension cable and cutting off one end so you can attach it to the shield as a fly-lead. Note that if you want to go really retro you can even use an early AT-style keyboard fitted with a 5pin DIN connector. The difference between AT and PS/2 connectors is purely mechanical: both types of keyboard use the exact same electrical specifications, so if you happen to have an old AT keyboard lying around it should work just as well provided you use the correct socket or extension cable. You might find they pull more current, though, so stick to a more modern PS/2 keyboard or a USB keyboard with a PS/2 adapter if possible.

The NetBeans Module System allows every module to provide a set of hints that may be used to adjust the dependencies. The dependencies serve to reproduce the environment in which certain modules were created. For example, the NetBeans project decided to get rid of the SystemOption class, an old and superfluous class for managing the persistence of user settings. It was replaced by the use of java.util. Preferences. Deprecating this class was easy, as it was part of its own module, org.openide.options, which contained almost nothing else and may have been fully deprecated as well. However, the problem was that various other modules exposed an API based on SystemOption from their own API. For example, our support for editors used to provide public class PrintSettings extends SystemOption. We could not get rid of SystemOption and keep PrintSettings. Therefore, we decided to deprecate PrintSettings as well. The original situation is sketched in Figure 19-1. Version 6.7 of the org.openide.options module contains the SystemOption class. The PrintSettings class is in the org.openide.text module together with other classes such as CloneableEditorSupport. The version of the org.openide.text module is 6.15 and the module has a dependency on org.openide.options version at least 6.7, as it needs its classes on the classpath.

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#define WSR_SHORT_PERIOD_MIN WSR_PERIOD_FILTER_MIN #define WSR_SHORT_PERIOD_MAX ( 600/WSR_TIMER_PERIOD_US) #define WSR_LONG_PERIOD_MIN (1200/WSR_TIMER_PERIOD_US) #define WSR_LONG_PERIOD_MAX WSR_PERIOD_FILTER_MAX #define WSR_STATE_IDLE 0 #define WSR_STATE_LOADING_BITSTREAM 1 #define WSR_BIT_NONE 0 #define WSR_BIT_ZERO 1 #define WSR_BIT_ONE 2 #define WSR_PACKETARRAYSIZE 8 #define WSR_TIMESTAMP_BIT_OFFSET (4*8) #define WSR_RFPACKETBITSIZE 52 #define WSR_RESET() { bICP_WSR_State = WSR_STATE_IDLE; bICP_WSR_PacketInputBitPointer = WSR_TIMESTAMP_BIT_OFFSET; } You ll notice that defines can reference each other For example, the WSR_TIMER_PERIOD_US entry is substituted into several other entries immediately following it Next comes the macro section A macro is substituted into the main code just like the #define values, but rather than being a simple value it is more like a mini function that performs an operation Once again the end result is exactly the same as if you had typed these out in full in the code rather than using their more convenient label.

Now you re ready to write a view function that will perform a basic search. Here s the code, which will go into views.py below the import statements you added: def search(request): query = request.GET['q'] results = FlatPage.objects.filter(content__icontains=query) template = loader.get_template('search/search.html') context = Context({ 'query': query, 'results': results }) response = template.render(context) return HttpResponse(response) Let s break this down line by line. First, you re defining a Python function using the keyword def. The function s name is search, and it takes one argument named request. This will be an HTTP request (an instance of the class django.http.HttpRequest), and Django will ensure that it s passed to the view function when needed. Next, look at the HTTP GET variable q to see what the user searched for. Django automatically parsed the URL, so a URL like this: http://www.example.com/search q=foo results in an HttpRequest whose GET attribute is a dictionary containing the name q and the value foo. Then you can read that value out of it just as you would access any Python dictionary. The next line does the actual search. The FlatPage class, like nearly all Django data models, has an attribute named objects that can be used to perform queries on that model. In this case, you want to filter through all of the flat pages looking for those whose contents contain the search term, so you use the filter method and the argument content__icontains=query, storing the results in a variable named results. This will provide a list of FlatPage objects that matched the query.

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