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Functors are higher-order modules that are parameterized, and that parameter can be a module or another functor. Functors can even take more than one parameter. Functors provide the capability to create generic modules, which have effects similar to mix-in inheritance (such as Java s interfaces) as well. Functors can be defined to take only a specific module type as an argument. This module type must be defined and available at compile time. A module can have multiple views of itself, and functors can be defined to take those kinds of modules, too. Functors can be defined by using the functor keyword or with the parameter syntax. Either syntax is correct; the use of one or the other is a matter of style. I prefer the functor keyword style because of readability.

where the someobj happens to be an object with functions method1 and method2. Now without the trailing (), MY_NAME_SPACE would have been a function and not an object like someobj with methods in it. And we need someobj so that we can do someobj.method1(). The trailing () essentially executes the anonymous function and makes MY_NAME_SPACE point to the someobj that is returned as a result. That is how we are able to do this:

MY_NAME_SPACE.method_1(); MY_NAME_SPACE.method_2();

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Regardless of how a mouse click is implemented on your device, if you hold the mouse click a bit longer you will realize the long click A context menu differs structurally from the standard options menu that we ve been discussing (see Figure 5-3) Context menus have some nuances that options menus don t have Figure 5-3 shows that a context menu is represented as a ContextMenu class in the Android menu architecture Just like a Menu, a ContextMenu can contain a number of menu items You will use the same set of Menu methods to add menu items to the context menu The biggest difference between a Menu and a ContextMenu boils down to the ownership of the menu in question An activity owns a regular options menu, whereas a view owns a context menu.

module type EXAMPLE = sig type maybe val plus : int * int -> int * int -> int * int val minus : int * int -> int * int -> int * int end module Dbg_E:EXAMPLE = struct type maybe = X | Y let plus x y = Printf.printf "%i %i\n%i %i\n" (fst x) (snd x) (fst y) (snd y);((fst x),(fst y)) let minus x y = Printf.printf "%i %i\n%i %i\n" (fst x) (snd x) (fst y) (snd y);((snd y),(snd x)) end;;

Sometimes you will see this pattern written as follows:

Resources play a central part in Android architecture. In this section you ll learn that resources are declarative, and that Android creates resource IDs for convenient use in your Java programs. You ll also see how the R.java source file mediates the generation and usage of these resource IDs. Then you ll learn how to define resources in XML files, reuse resources in other resource XML definitions, and reuse resources in Java programs. In addition to these XML-based resources, we will cover two other types of resources: raw resources and assets. A resource in Android is a file (like a music file) or a value (like the title of a dialog box) that is bound to an executable application. These files and values are bound to the executable in such a way that you can change them without recompiling and redeploying the application. Resources play a part in many, if not all, familiar UI frameworks. Familiar examples of resources include strings, colors, and bitmaps. Instead of hardcoding strings in an application, for example, you can use their IDs instead. This indirection lets you change the text of the string resource without changing the source code. Let s start this discussion of resources with a very common resource: a string.

Android allows you to define multiple strings in one or more XML resource files. These XML files containing string-resource definitions reside in the /res/values subdirectory. The names of the XML files are arbitrary, although you will commonly see the file name as strings.xml. Listing 3 1 shows an example of a string-resource file.

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