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For the most part, programming in F# involves using types in a simple way: each type has some values, and types are related by using explicit functions to map from one type to another. But in reality, types in F# are more sophisticated than this statement implies. First, F# types are really .NET types, and .NET makes some distinctions between different kinds of types that are occasionally important, such as between value types and reference types. Furthermore, .NET and F# support hierarchical relationships between types through subtyping. The following sections first cover .NET types from the F# perspective and then cover subtyping.

The F# object-oriented constructs are designed largely for use in APIs for software components. Two useful mechanisms in APIs are to permit callers to name arguments and to let API designers make certain arguments optional. Named arguments are simple. For example, in Listing 6-2 the implementations of some methods specify arguments by name, as in the expression Vector2D(dx=dx+x, dy=dy). You can use named arguments with all dot-notation method calls. Code written using named arguments is often much more readable and maintainable than code relying on argument position. We will frequently use named arguments throughout the rest of this book. A member argument is declared optional by prefixing the argument name with . Within a function implementation, an optional argument always has an option<_> type; for example, an optional argument of type int will appear as a value of type option<int> within the function body. The value will be None if no argument is supplied by the caller and Some(arg) if the argument arg is given by the caller. For example: open System.Drawing type LabelInfo( text:string, font:Font) = let text = defaultArg text "" let font = match font with | None -> new Font(FontFamily.GenericSansSerif,12.0f) | Some v -> v member x.Text = text member x.Font = font The inferred signature for this type shows how the optional arguments have become named arguments accepting option values: type LabelInfo = new : text:string option * font:System.Drawing.Font option -> LabelInfo member Font : System.Drawing.Font member Text : string You can now create LabelInfo values using several different techniques:

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every path through the system (known as path testing). These tests can be considered of the verification variety because they establish whether the architecture was built correctly and that it followed the prescribed process.

The .NET documentation and other .NET languages often describe types as either reference types or value types. You can use System.String and System.DateTime as a typical example of each. First note that both of these types are immutable. That is, given a value of type System.String, you can t modify the contents of the string; the same is true for System.DateTime. This is by far the most important fact you need to know about these types: for immutable types the reference/value type distinction is relatively unimportant. However, it s still useful to know the following:

Tip We recommend that you use four-space indentation for F# code. Tab characters cannot be used in

There are a variety of ways to test the MySQL system. You can test the server connectivity and basic functionality using the mysqlshow command, run tests manually using the client tools, use the benchmarking tools to establish performance characteristics, and even conduct profiling on the server. The tools of choice for most database professionals are the MySQL Test Suite and the MySQL Benchmarking tool. The following sections describe each of these facilities and techniques.

Representation: Values of type System.String are single pointers into the garbagecollected heap where the actual data for the string resides. Two System.String values may point to the same data. In contrast, values of type System.DateTime are somewhat larger blobs of integer data (64-bits of data, in this case), and no data lives on the garbage-collected heap. The full data for the value is copied as needed. Boxing: All .NET types can be marshaled to and from the .NET type System.Object (the F# type obj) by using F# functions such as box and unbox. All reference types are trivially marshaled to this type without any change of representation or identity, so for reference types, box is a no-op. Boxing a value type involves a heap allocation, resulting in a new object. Often this object is immediately discarded after the operation on the obj type has been performed.

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