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This is to be expected because the long clicks that activate context menus apply to the view being clicked So an activity can have only one options menu but many context menus Because an activity can contain multiple views, and each view can have its own context menu, an activity can have as many context menus as there are views Although a context menu is owned by a view, the method to populate context menus resides in the Activity class This method is called activityonCreateContextMenu(), and its role resembles that of the activityonCreateOptionsMenu() method This callback method also carries with it the view for which the context menu items are to be populated..

module type F_TOR = functor(E: EXAMPLE) -> sig val plus: int -> int -> int -> int -> int * int val minus: int -> int -> int -> int -> int * int end;; module F_tor: F_TOR = functor(E: EXAMPLE) -> struct let plus x y z m = E.plus (x,y) (z,m) let minus x y z m = E.minus (x,y) (z,m) end;; module F = F_tor(struct type maybe = A | B let plus x y = ((fst x),(fst y)) let minus x y = ((snd y),(snd x)) end);; module F' = F_tor(Dbg_E);; # module type F_TOR = functor (E : EXAMPLE) -> sig val plus : int -> int -> int -> int -> int * int val minus : int -> int -> int -> int -> int * int end module F_tor : F_TOR # module F : sig val plus : int -> int -> int -> int -> int * int val minus : int -> int -> int -> int -> int * int end

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Listing 3 1. Example strings.xml File < xml version="1.0" encoding="utf-8" > <resources> <string name="hello">hello</string> <string name="app_name">hello appname</string> </resources>

When this file is created or updated, the Eclipse ADT plug-in will automatically create or update a Java class in your application s root package called R.java with unique IDs for the two string resources specified. Notice the placement of this R.java file below. We have given a high level directory structure for a project like, say, MyProject.

Contains a single menu onCreateContextMenu()

module F' : sig val plus : int -> int -> int -> int -> int * int val minus : int -> int -> int -> int -> int * int end # F.plus 10 11 12 13;; - : int * int = (10, 12) # F'.plus 10 11 12 13;; 10 11 12 13 - : int * int = (10, 12) # F.minus 10 11 12 13;; - : int * int = (13, 11) # F'.minus 10 11 12 13;; 10 11 12 13 - : int * int = (13, 11) # # Although functors can be difficult, they are really not that hard to understand and can be extremely useful.

\MyProject \src \com\mycompany\android\my-root-package \com\mycompany\android\my-root-package\another-package \gen \com\mycompany\android\my-root-package\ \com\mycompany\android\my-root-package\R.java \assets \res \AndroidManifest.xml ..etc

NOTE: Regardless of the number of resource files, there is only one R.java file. For the string-resource file in Listing 3 1, the updated R.java file would have these entries:

This question has no simple answer One of the main reasons to use a functor is when you need to enforce polymorphism across a group of items and functions For example, the Set module in the standard library is a functor Two different Sets of any given type have compatible comparison operators You can also use functors to create generics (especially containers) Again, the Set is an example of this Remember generics are different from simple polymorphism There are people who shy away from using functors because they have a mixed reputation Often, new programmers have trouble understanding functors and their implications However, they are a fully supported part of the language and offer functionality that is difficult to replicate You also might want to use a functor when implementing generic containers In fact, functors provide functionality similar to generics in languages such as Java or C++.

onCreateItemsSelected()

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