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executes, val is passed to the n parameter of AbsDivideBy( ) and 2 is passed to the d parameter As a point of interest, because the methods Reciprocal( ) and AbsDivideBy( ) are defined for double, it is legal to invoke them on a double literal, as shown here:

80Reciprocal() 80AbsDivideBy(-1)

Furthermore, RevCase( ) can be invoked like this:

"AbCDe"RevCase()

2 1

The NET Framework 40 adds a new capability to LINQ called PLINQ PLINQ provides support for parallel programming This feature enables a query to automatically take advantage of multiple processors PLINQ and other features related to parallel programming are described in 24

his chapter covers a feature of C# whose name usually takes programmers by surprise: unsafe code Unsafe code often involves the use of pointers Together, unsafe code and pointers enable C# to be used to create applications that one might normally associate with C++: high-performance, systems code Moreover, the inclusion of unsafe code and pointers gives C# capabilities that are lacking in Java Also covered in this chapter are nullable types, partial class and partial method definitions, fixed-size buffers, and the new dynamic type The chapter concludes by discussing the few keywords that have not been covered by the preceding chapters

C# allows you to write what is called unsafe code Although this statement might seem shocking, it really isn t Unsafe code is not code that is poorly written; it is code that does not execute under the full management of the common language runtime (CLR) As explained in 1, C# is normally used to create managed code It is possible, however, to write code that does not execute under the full control of the CLR This unmanaged code is not subject to the same controls and constraints as managed code, so it is called unsafe because it is not possible to verify that it won t perform some type of harmful action Thus, the term unsafe does not mean that the code is inherently flawed It simply means that it is possible for the code to perform actions that are not subject to the supervision of the managed context Given that unsafe code might cause problems, you might ask why anyone would want to create such code The answer is that managed code prevents the use of pointers If you are familiar with C or C++, then you know that pointers are variables that hold the addresses of other objects Thus, pointers are a bit like references in C# The main difference is that a pointer can point anywhere in memory; a reference always refers to an object of its type Because a pointer can point anywhere in memory, it is possible to misuse a pointer It is also

Find the area between y = sin x and y = cos x for /4 x 5 /4

Part I: