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$ ocamlc -I /usr/local/lib/ocaml/threads unix.cma threads/threads.cma Server.ml time.ml If you were using OCamlMakefile, you would create a Makefile that looked similar to this: SOURCES = Server.ml time.ml RESULT= timeserver PACKS = threads,unix All: byte-code Include /usr/local/lib/Ocaml/OCamlMakefile OCamlMakefile knows how to compile code that depends on any package that uses findlib (which all the standard libraries do). If you want to run this code, you have to change the hostname (currently listed as sputnik, which is my laptop) to whatever host you are using. After you compile it, if you connect to port 9988 on that host, you will start seeing the time displayed every second. On the screen where you started the server, you will also see connect and disconnect messages displayed, as well as a current count of how many connections are active. The server window will look something like this: $ ./timeserver.exe Currently, 0 threads in system Currently, 0 threads in system Got connection from sputnik Connection reset by peer Disconnect from sputnik Currently, 0 threads in system Got connection from sputnik Currently, 1 threads in system Connection reset by peer Disconnect from sputnik Currently, 0 threads in system The client window will look something like this (assuming you connect via telnet): $ telnet sputnik 9988 Trying 192.168.1.100... Connected to sputnik. Escape character is '^]'. 1138793835.000000 1138793836.000000 1138793837.000000 telnet> quit Connection closed. Now that you have a server framework, you can implement the specific protocol for this Shoutcast server.

Save this as app/views/home/index.html.erb. Next, Listing 10-7 shows the .rpdf view that will create the report.

# let myobject = object(self) method register_object = living_objects := self :: living_objects.contents method unregister_object = living_objects := List.filter (fun x -> x!= self) living_objects.contents end;; val myobject : < register_object : unit; unregister_object : unit > = <obj> # living_objects;; - : < register_object : unit; unregister_object : unit > list ref The array defined earlier now has a concrete type thanks to the definition of the previous direct object. Although the limitations on direct objects make them unsuitable for many applications (especially applications that require inheritance), direct objects can be used to solve problems that are otherwise very difficult.

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An indispensable tool that I have grown quite fond of lately is Microsoft s Developer Toolbar. It is a browser add-on that allows you to identify object information by clicking an object or by finding it in the treeview, as demonstrated in Figure 6-20.

Listing 10-7. Report .rpdf View (app/views/report/combined.pdf.rpdf)

Initializers, known as constructors in some languages, are defined by using the initializer keyword, which executes the code specified when an object is instantiated. In some languages, constructors are used to allocate resources for the object. OCaml uses automatic memory management, so this kind of allocation is not necessary. The functions called by the initializer must return unit. There can be many initializers for any given class. They are also inherited and cannot be overridden. Initializers are used to perform setup operations in the class. For example, if you have a class that provides database methods, you might have an initializer that creates the connection to the database automatically. In the first example, the initializer was used to set up the random number generator. Initializers can also be used to enforce preconditions. The following example demonstrates a finalizer used to enforce a precondition with a direct object: # let precond x y = object val first = x val second = y method adder () = x + y initializer assert(x > y) end;; val precond : int -> int -> < adder : unit -> int > = <fun> # let d = precond 11 10;; val d : < adder : unit -> int > = <obj> # d#adder ();; - : int = 21 # let d = precond 10 11;; Exception: Assert_failure ("", 31, 12). #

If I click the book cover shown in Figure 6-20, I ll be given a breakdown of the element s location in the DOM as well as any applicable styling, as you see in Figure 6-21.

pdf.select_font "Times-Roman" figure_number = 1 @graph_files.each do |title, graph| pdf.image graph pdf.text "<i>Figure #{figure_number } of #{@graph_files.length }- #{title}</i>", :left=>6, :font_size=>12 figure_number = figure_number + 1 end

Finalizers, known as destructors in some languages, are not supported by OCaml. Finalizers in other languages are used to perform tear-down functions or memory and resource deallocation. There is no finalize keyword for OCaml objects. Because the garbage collection facility in OCaml handles the destruction of objects in OCaml, there is no way to tell when this will happen. There is a function in the Gc library to provide a function that is called when an item is garbage collected, which should be used only if you understand the ramifications of doing it. If you need to provide cleanup operations, a method to do this should be provided. You need to be aware of your object lifetimes because the garbage collector cannot read your intentions.

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