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Although F# can use all the classes available in the .NET BCL, it also ships with its own set of libraries. The F# libraries are split into two, FSharp.Core.dll, which is also referred to as the F# core library or the native F# library, and FSharp.PowerPack.dll, sometimes just referred to as the power pack. The F# core library contains everything that the F# compiler really needs to work. For example, it contains the Tuple class that is used when you use a tuple. The power pack is designed to supplement the F# core library with other useful functions. There are two primary reasons for splitting the library in two: first, an effort was made to try and keep the core library as small as possible, so if application developers were making an effort to keep the footprint small the dependency on FSharp.Core.dll would not cause too much trouble. Secondly, and perhaps more importantly, to try and keep FSharp.Core.dll as stable as possible, so that it will only change with new releases of the compiler and allow the F# team to ship new versions of FSharp.PowerPack.dll, with interesting new features, more often. The objective of this chapter is not to completely document every nuance of every F# library type and function. It is to give you an overview of what the modules can do, with a particular focus on features that aren t readily available in the BCL. The F# online documentation (http://msdn.microsoft.com/fsharp) is the place to find detailed documentation about each function.

The native F# library contains all the classes that you need to make the compiler work, such as the definition of the type into which F# s list literal compiles. I ll cover the following modules: Microsoft.FSharp.Core.Operators: A module containing functions that are mathematical operators. Microsoft.FSharp.Reflection: A module containing functions that supplement the .NET Framework s reflection classes to give a more accurate view of F# types and values. Microsoft.FSharp.Collections.Seq: A module containing functions for any type that supports the IEnumerable interface. Microsoft.FSharp.Text.Printf: A module for formatting strings. Microsoft.FSharp.Control.Event: A module for working with events in F#.

Although a skybox creates a convincing illusion of distance scenery, there are enhancements that can be used to add some more visual flare to the backdrop. One of the downsides of the skybox technique is that it doesn t change over time because the image has been prerendered. Animating parts of the skybox, or adding atmospheric effects on top of it, can add a little extra realism. For example, making the sun shimmer a little or rendering lightning in the distance can enhance a skybox. It is also possible to layer translucent skyboxes and animate one or more of them. For instance, there could be a skybox for distant mountains and another for clouds. Rotating the cloud skybox independently would create realistic-looking weather effects. Skyboxes aren t the only method of rendering a backdrop in a game; a skydome is a similar technique that uses a sphere, or hemisphere, to display distant scenery. A dome may be a more obvious choice than a cube because the real sky is spherical in nature, but a sphere is not quite as easy to texture as a cube. A cylinder is another alternative, if the player will never look directly up.

n this chapter, you will add another essential tool to your XP tool set: CruiseControl.NET (CCNet). But this isn t just another tool this tool brings all the other tools together to create something greater. CCNet will use NAnt to build the source code in an automated fashion, and it will use NUnit and NMock to automate your tests as well. This chapter will not take you through the entire CCNet setup and execution processes. However, you will learn how the pieces fit together and the benefits of using this type of tool.

In F#, operators are defined by libraries rather than built into the language. This module contains some of the language s operators. It also contains some useful operators such as functions, and it is these that I ll be covering here. The module is open by default, which means the user can use these functions with no prefix. Specifically, I will cover the following types of functions: Arithmetic operators: Operators for basic arithmetic operations such as addition and subtraction. Floating-point arithmetic functions: More advanced arithmetic functions including logarithms and trigonometry. Mutable integer functions: Functions on mutable integers. Tuple functions: Functions on tuples. Conversion functions: Functions for converting between primitive types, such as strings, floats and integers.