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unsafe . For numeric types, unsafe means that you could lose precision or magnitude as a result of the conversion . For example, converting from Int32 to Byte requires an explicit cast because precision might be lost from large Int32 numbers; converting from Single to Int16 requires a cast because Single can represent numbers of a larger magnitude than Int16 can . Be aware that different compilers can generate different code to handle these cast operations . For example, when casting a Single with a value of 6 .8 to an Int32, some compilers could generate code to put a 6 in the Int32, and others could perform the cast by rounding the result up to 7 . By the way, C# always truncates the result . For the exact rules that C# follows for casting primitive types, see the Conversions section in the C# language specification . In addition to casting, primitive types can be written as literals . A literal is considered to be an instance of the type itself, and therefore, you can call instance methods by using the instance as shown here:

operating systems is difficult because they have no easy way to get the unit tests over and built If everyone is making unit tests part of the code, you can shave many weeks off your schedules Controlling Changes Tracking changes is vital; however, having a good bug tracking system in place doesn't mean that developers should be allowed to make wholesale changes to the master sources whenever they want Such carte blanche would make all the tracking pointless The idea is to control the changes during development, restricting certain types of changes to certain stages of the project so that you can have an idea of the state of the master sources on a day-to-day basis The best scheme I've heard of for controlling changes comes from my friend Steve Munyan, and he calls it "Green, Yellow, and Red Times.

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With the .NET Framework, applications are composed of types defined in multiple assemblies produced by various companies . This means that the developer has little control over the components he or she is using and the types defined within those components . The developer typically doesn t have access to the source code (and probably doesn t even know what programming language was used to create the component), and components tend to version with different schedules . Furthermore, due to polymorphism and protected members, a base class developer must trust the code written by the derived class developer . And, of course, the developer of a derived class must trust the code that he is inheriting from a base class . These are just some of the issues that you need to really think about when designing components and types . In this section, I d like to say just a few words about how to design a type with these issues in mind . Specifically, I m going to focus on the proper way to set type visibility and member accessibility so that you ll be most successful . First, when defining a new type, compilers should make the class sealed by default so that the class cannot be used as a base class . Instead, many compilers, including C#, default to unsealed classes and allow the programmer to explicitly mark a class as sealed by using the sealed keyword . Obviously, it is too late now, but I think that today s compilers have chosen the wrong default and it would be nice if this could change with future compilers . There are three reasons why a sealed class is better than an unsealed class:

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" In Green Time, anyone can check in anything to the master sources The earliest parts of the project are usually fully in Green Time because at this point the team is working on new features Yellow Time is when the product is in a bug fix phase or nearing a code freeze The only code changes allowed are for bug fixes and only bug fixes No new features or other changes are permitted Before a developer can check in a bug fix, a technical lead or a development manager must approve it The developer making the bug fix must describe the bug fix he's making and what it affects In essence, this process is a mini code review for every single bug fix.

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