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.NET APIs and other OO design frameworks frequently use a notational device called method overloading This means a type can support multiple methods with the same name, and uses of methods are distinguished by name, number of arguments, and argument types For example, the SystemConsoleWriteLine method of NET has 19 overloads! Method overloading is used relatively rarely in F#-authored classes, partly because optional arguments and mutable property setters tend to make it less necessary However, method overloading is permitted in F# First, methods can easily be overloaded by the number of arguments For example, Listing 6-3 shows a concrete type representing an interval of numbers on the number line It includes two methods called Span, one taking a pair of intervals and the other taking an arbitrary collection of intervals The overloading is resolved according to argument count Listing 6-3.

The easiest way to hide definitions is to make them local to expressions or constructed class definitions using inner let bindings. These are not directly accessible from outside their scope. This technique is frequently used to hide state and other computed values inside the implementations of functions and objects. We begin with a simple example. Here is the definition of a function that incorporates a single item of encapsulated state: let generateTicket = let count = ref 0 (fun () -> incr count; !count) If you examine this definition, you ll see that the generateTicket function is not defined immediately as a function but instead first declares a local element of state called count and then returns a function value that refers to this state. Each time the function value is called, count is incremented and dereferenced, but the reference cell itself is never published outside the function implementation and is thus encapsulated. Encapsulation through local definitions is a particularly powerful technique in F# when used in conjunction with object expressions. For example, Listing 7-1 shows the definition of an object interface type called IPeekPoke and a function that implements objects of this type using an object expression.

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// Create the main window and run it if ((args->Length == 1) && (args[0] == "-admin")) { Application::Run(gcnew AdminForm()); } else { Application::Run(gcnew MainForm()); } return 0; } You should now be able to re-create this example from this text or by downloading the information from the book web site. I encourage you to become comfortable with the client source code (the forms) so that you can see and understand how the database engine is used. When you re ready, you can compile and run the example.

An Interval Type with Overloaded Methods /// Interval(lo,hi) represents the range of numbers from lo to hi, /// but not including either lo or hi type Interval(lo,hi) = member rLo = lo member rHi = hi member rIsEmpty = hi <= lo member rContains v = lo < v && v < hi static member Empty = Interval(00,00) /// Return the smallest interval that covers both the intervals /// This method is overloaded static member Span (r1:Interval, r2:Interval) = if r1IsEmpty then r2 else if r2IsEmpty then r1 else Interval(min r1Lo r2Lo, max r1Hi r2Hi) /// Return the smallest interval that covers all the intervals /// This method is overloaded static member Span(ranges: seq<Interval>) = Seqfold (fun r1 r2 -> IntervalSpan(r1,r2)) Interval.

Listing 7-1. Implementing Objects with Encapsulated State type IPeekPoke = abstract member Peek: unit -> int abstract member Poke: int -> unit let Counter(initialState) = let state = ref initialState { new IPeekPoke with member x.Poke(n) = state := !state + n member x.Peek() = !state } The type of the function Counter is as follows:

Compiling this example is just a matter of clicking on Build Build BookVendingMachine If you have already compiled the libmysqld project, all you should see is the compilation of the example If for some reason the object files are out of date for libmysqld or any of its dependencies, Visual Studio will compile those as well When the compilation is complete, you can either run the program from the debug menu commands or open a command window and run it from the command line by entering the command debug\BookVendingMachine from the project directory If this is your first time, you should see an error message like the following: This application has failed to start because LIBMYSQLDdll was not found Re-installing the application may fix this problem The reason for this error has nothing to do with the second sentence in the error message.

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