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); icon.paintIcon(null, buf.getGraphics(), 0, 0); return buf; } Each icon can now influence its own destiny and provide an optimized way to convert itself into an image. If that optimization is not provided, the icon is printed via the default conversion through BufferedImage. This is an example of a static way of enhancing an interface with a new type, because the ability to convert to an image is likely to be permanent. Either the image has the ability or it doesn t. However, there are other more dynamic examples, such as the modified state of an icon. If the icon represents an object inside a graphics editor, it often is in a modified state when it needs to be saved or reloaded. Let s model that with the following interface: public interface Modified { public void save() throws IOException; public void discard() throws IOException; } The implementation of this interface can swim in and out of the icon s lookup to notify its observers about its state. For example, if an icon supporting this contract is modified, it can add an instance of the interface into its lookup by calling ic.add(new ModifiedImpl()), just like in the following: public final class ModifiableIcon implements ExtIcon { // AbstractLookup is a helper implementation // so that people do not need to write their own // lookup from scratch private AbstractLookup lookup; // InstanceContent is an interface that gives the // "creator of the lookup" more rights, such as // ability to modify the content private InstanceContent ic; ModifiableIcon() { ic = new InstanceContent(); lookup = new AbstractLookup(ic); } public Lookup getLookup() { return lookup; } public void markModified() { if (lookup.lookup(ModifiedImpl.class) == null) { ic.add(new ModifiedImpl()); } }

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private final class ModifiedImpl implements Modified { public void save() throws IOException { // save somehow } public void discard() throws IOException { // discard changes } } } When it s saved, it can again remove the implementation of the Modified interface. Any foreign code, such as a save action or revert action, can listen on the content of the lookup and update its state accordingly.

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urlpatterns += patterns('', (r'^tags/$', 'djangoviewsgenericlist_detailobject_list', { 'queryset': Tagobjectsall() }), ) The tagging application also provides one view written in the same general style as Django s built-in generic views for showing all the objects from a particular model that have a particular tag This view is taggingviewstagged_object_list, and you need to give it three arguments: queryset_or_model: This will be the model class or QuerySet whose objects you want to view, and you ll pass it in directly in the URL pattern tag: This can be either a Tag object or the name of a tag, and you ll set up the pattern so that it s read out of the URL template_name: This is the name of the template the view will use If it s not specified, it will default to tagging/tag_list.

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Lookup is used inside NetBeans-based applications for various purposes and one of the most intricate is to track selection between different UI components. Here the Lookup represents a global UI context, a place where interesting objects appear and disappear. The global actions, such as those in the toolbar or main menu, can enable or disable themselves. The global context is only a proxy that delegates to the component currently selected by the user. This component can either provide its Lookup to represent its state, or it can continue to delegate to the currently selected element inside itself. At the end the delegation might end up at our ExtIcon. When that happens, the global toolbar save action inspects the current context, which after a bit of proxying and delegation is the Lookup of our icon, and re-enables its state according to the presence of the Modified interface.

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In this scenario, you can think of Lookup as an event bus. An event bus is also a place that objects swim in and out of. It s used to drive what the user interface shows. In this approach, your first step is to create an instance of a Lookup and call it the event bus. Next, make the user interface elements attach listeners to the Lookup and then listen for your known objects. Finally, you need to define a way of placing your objects into the Lookup. And there you are. You now have a generic and type-safe event bus. There is room for various improvements and additions. For example, it s completely doable to support the merging of events or network access. Yet another of the patterns considered useful is the query pattern, which mixes both aspects of Lookup: its ability to be a facade over component injection, as well as its ability to be an API for the adaptable pattern. You often find your code holding an object while wanting to find out something special about it. For example, you have an icon and need to find out whether it represents a cat or not. Some icons might know what they represent themselves. However, most of them only know the values of their own pixels. Understanding their own content is beyond their domain. However, there might be various external algorithms that can inspect the pixels and guess whether they represent a cat or not. These algorithms are independent of the individual icons and can work with any of them. Moreover, there might be many different implementations of each algorithm. Can we create an API to make this whole system cooperate

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