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Finish Naturally Allowing your text to end where it ends naturally is an easy and effective technique I ran out of things to say, explains Fred, a graphic designer I was writing a proposal to get a new computer setup I d made my points clearly and needed to end with a bang Using the list of closing approaches as a checklist was very helpful The action I wanted my boss to take was obvious and saying something like Call me and authorize this purchase is totally inappropriate I considered closing with a question I thought about ending with May I proceed But even that seemed too aggressive My boss wouldn t like it So nally, I just let it end where I ran out of things to say The last line was With this setup, we ll have the most advanced capabilities the industry has to offer Karla, a physical therapist, says that she always used to end her letters with If you have any questions, please feel free to contact me She says, Not only is it trite, but honestly, I didn t want to invite questions because clients take me up on it, and I never get off the phone No action was necessary, no question seemed appropriate So I just let the letters end where they naturally end It seems to work well Whatever technique you choose, pay attention to the close Many people scan don t read communications They ll look at the salutation, the lead, and then go directly to the close It s an important component and you need to take advantage of its potential

easy to introduce a coding error when using pointers This is why C# does not support pointers when creating managed code Pointers are, however, both useful and necessary for some types of programming (such as system-level utilities), and C# does allow you to create and use pointers However, all pointer operations must be marked as unsafe since they execute outside the managed context The declaration and use of pointers in C# parallels that of C/C++ if you know how to use pointers in C/C++, then you can use them in C# But remember, the essence of C# is the creation of managed code Its ability to support unmanaged code allows it to be applied to a special class of problems It is not for normal C# programming In fact, to compile unmanaged code, you must use the /unsafe compiler option Since pointers are at the core of unsafe code, we will begin there

A pointer is a variable that holds the address of some other object, such as another variable For example, if x contains the address of y, then x is said to point to y When a pointer points to a variable, the value of that variable can be obtained or changed through the pointer Operations through pointers are often referred to as indirection

5 /4

Pointer variables must be declared as such The general form of a pointer variable declaration is type* var-name; Here, type is the pointer s referent type, which must be a nonreference type Thus, you cannot declare a pointer to a class object A pointer s referent type is also sometimes called its base type Notice the placement of the * It follows the type name var-name is the name of the pointer variable Here is an example To declare ip to be a pointer to an int, use this declaration:

int* ip;

float* fp;

In general, in a declaration statement, following a type name with an * creates a pointer type The type of data that a pointer will point to is determined by its referent type Thus, in the preceding examples, ip can be used to point to an int, and fp can be used to point to a float Understand, however, that there is nothing that actually prevents a pointer from pointing elsewhere This is why pointers are potentially unsafe If you come from a C/C++ background, then you need to be aware of an important difference between the way C# and C/C++ declare pointers When you declare a pointer type in C/C++, the * is not distributive over a list of variables in a declaration Thus, in C/C++, this statement

x=5 /4

int* p, q;

declares an int pointer called p and an int called q It is equivalent to the following two declarations:

Traditional forms of ending a communication include Sincerely and Yours truly Modern but still professional forms include Regards, With regards, Best regards, and Cordially Using the traditional forms of ending your communication creates a formal tone Employing more modern forms generates an informal tone Consult your Formality Index from One to decide which approach is best With the traditional forms, you generally sign (or type in an E-mail) your full name With modern forms, you may sign your full name or only your rst name

20:

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U n s a f e C o d e , P o i n t e r s , N u l l a b l e Ty p e s , D y n a m i c Ty p e s , a n d M i s c e l l a n e o u s To p i c s

int* p; int q;

int* p, q;

creates two pointer variables Thus, in C# it is the same as these two declarations:

2 2 2 2

int* p; int* q;

This is an important difference to keep in mind when porting C/C++ code to C#

Two operators are used with pointers: * and & The & is a unary operator that returns the memory address of its operand (Recall that a unary operator requires only one operand) For example,

.

2 2 2 2