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Beginning with C# 30, it became possible to implement very simple properties without having to explicitly define the variable managed by the property Instead, you can let the compiler automatically supply the underlying variable This is called an auto-implemented property It has the following general form: type name { get; set; } Here, type specifies the type of the property and name specifies the name Notice that get and set are immediately followed by a semicolon The accessors for an auto-implemented property have no bodies This syntax tells the compiler to automatically create a storage location (sometimes referred to as a backing field) that holds the value This variable is not named and is not directly available to you Instead, it can be accessed only through the property

We plot these points on a pair of axes and connect them in a reasonable way (Figure 141) Notice that the domain of f is all of R, so we extend the graph to the edges of the picture

Part I:

Here is how a property called UserCount is declared using an auto-implemented property:

public int UserCount { get; set; }

Notice that no variable is explicitly declared As explained, the compiler automatically generates an anonymous field that holds the value Otherwise, UserCount acts like and is used like any other property Unlike normal properties, an auto-implemented property cannot be read-only or writeonly Both the get and set must be specified in all cases However, you can approximate the same effect by declaring either get or set as private, as explained in Use Access Modifiers with Accessors later in this chapter Although auto-implemented properties offer convenience, their use is limited to those cases in which you do not need control over the getting or setting of the backing field Remember, you cannot access the backing field directly This means that there is no way to constrain the value an auto-implemented property can have Thus, auto-implemented properties simply let the name of the property act as a proxy for the field, itself However, sometimes this is exactly what you want Also, they can be very useful in cases in which properties are used to expose functionality to a third party, possibly through a design tool

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Dear Volunteers: It s easy to skip paperwork Caring people like you, people who volunteer for work on a hot line, are there to do the work to provide the kindness callers need When we ask you to use forms and ll out reports, we know it s hard for you to muster enthusiasm Good news! Volunteers report that the new log sheets are easy to complete Sure, there are growing pains, and we need to work out a few bugs, but all in all the forms are doing what we need them to do: track calls and provide broad statistical data You have been terri c in your openness to change and in your support in helping us achieve this quality objective that has been essential to the program s success Any questions Please call me directly And again, thank you, thank you Warmly, Mary Jo

As discussed in 8, an object initializer provides an alternative to explicitly calling a constructor when creating an object When using object initializers, you specify initial values for the fields and/or properties that you want to initialize Furthermore, the object initializer syntax is the same for both properties or fields For example, here is the object initializer demonstration program from 8, reworked to show the use of object initializers with properties Recall that the version shown in 8 used fields The only difference between this version of the program and the one shown in 8 is that Count and Str have been converted from fields into properties The object initializer syntax is unchanged

// Use object initializers with properties using System; class MyClass { // These are now properties public int Count { get; set; } public string Str { get; set; } } class ObjInitDemo { static void Main() { // Construct a MyClass object by using object initializers MyClass obj = new MyClass { Count = 100, Str = "Testing" }; ConsoleWriteLine(objCount + " " + objStr); } }

10:

y = f (x)