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As soon as you start programming HTML as if it is a UI framework, you will quickly realize you could benefit from a templating engine used in technologies like JSP or ASP. Consider the following JavaScript array, for example:

Functors can be curried, which is an interesting side effect of the functor. As you can see in the following example, a new module might be defined from the curried functor in module D. # module type A = sig val a: int val b: int -> int end;; module type B = sig val a: unit -> unit end;; module C = functor(S: A) -> functor(T: B) -> struct let q m = S.b m let d f = T.a f end;; D = C(struct let a = 10 let b x = x * a end);; E = D(struct let a () = () end);; type A = sig val a : int val b : int -> int end type B = sig val a : unit -> unit end C : functor (S : A) -> functor (T : B) -> sig val q : int -> int val d : unit -> unit end module D : functor (T : B) -> sig val q : int -> int val d : unit -> unit end module E : sig val q : int -> int val d : unit -> unit end module module module module module

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Note Per the Android SDK documentation, context menus do not support shortcuts, icons, or submenus.

var itemAarray = [ {name: "Social", value: "12345678"}, {name: "cell1", value: "12345678"}, {name: "cell2", value: "12345678"}

Say you want to create an HTML page that looks like this:

The following example relies on the functions and types defined in the example of multiple views of a module. It does not include curried functors, but that is a small omission. In this example, you create an account management system of limited functionality. However, you use functors to create a module that will work with any back-end store that matches your signature. type account = {id:string;username:string;contact_email:string;};; module type STORE = sig val init: unit -> unit val get: string -> account

Now that you know the general structure of the context menus, let s look at some sample code that demonstrates each of the steps to implement a context menu: 1. Register a view for a context menu in an activity s onCreate() method. 2. Populate the context menu using onCreateContextMenu(). You must complete step 1 before this callback method is invoked by Android. 3. Respond to context-menu clicks.

It is really painful, even with the convenience of a Jquery, to create all those HTML nodes on the fly. Instead you would want to use a template that looks like a typical JSP page as shown in Listing 17 21:

Listing 17 21. Example HTML Template <# for(var i=0; i < itemArrayData.length; i++) { var item = itemArrayData[i]; #> <p><#=item.name #>:<#=item.value #></p> <# } #>

val add: account -> unit val remove: string -> unit val exists: string -> bool end;; module Datastore:STORE = struct let init () = () let store = ref [] let get x = List.assoc x store.contents let add x = store.contents <- store.contents @ [(x.username,x)] let remove x = store.contents <- List.remove_assoc x store.contents let exists x = List.mem_assoc x store.contents end;; module type ACCOUNT = functor(S:STORE) -> sig val get_account_id: string -> string val get_contact_email: string -> string end;; module type ACCOUNT_priv = functor(A:ACCT_NUM) -> functor(S:STORE) -> sig exception Account_error of string val create:string -> string -> unit val delete: string -> unit end;; module Account_unp:ACCOUNT = functor(S:STORE) -> struct let get_account_id unme = let acc = S.get unme in acc.id let get_contact_email unme = let acc = S.get unme in acc.contact_email end;; module Account_p:ACCOUNT_priv = functor(A:ACCT_NUM) -> functor(S:STORE) -> struct exception Account_error of string let create x y = let exists = S.exists x in if (exists) then raise (Account_error "Username Already Exists") else S.add {id=(A.next ());username = x;contact_email = y} let delete x = S.remove x end;;

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