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As the table shows, C# defines both signed and unsigned versions of the various integer types The difference between signed and unsigned integers is in the way the high-order bit of the integer is interpreted If a signed integer is specified, the C# compiler will generate code that assumes the high-order bit of an integer is to be used as a sign flag If the sign flag is 0, the number is positive; if it is 1, the number is negative Negative numbers are almost always represented using the two s complement approach In this method, all bits in the number are reversed, and then 1 is added to this number Signed integers are important for a great many algorithms, but they have only half the absolute magnitude of their unsigned relatives For example, as a short, here is 32,767: 01111111 11111111 For a signed value, if the high-order bit were set to 1, the number would then be interpreted as 1 (assuming the two s complement format) However, if you declared this to be a ushort, then when the high-order bit was set to 1, the number would become 65,535 Probably the most commonly used integer type is int Variables of type int are often employed to control loops, to index arrays, and for general-purpose integer math When you need an integer that has a range greater than int, you have many options If the value you want to store is unsigned, you can use uint For large signed values, use long For large unsigned values, use ulong Here is a program that computes the number of cubic inches contained in a cube that is 1 mile long on each side Because this value is so large, the program uses a long variable to hold it

17:

// Compute the number of cubic inches in 1 cubic mile using System; class Inches { static void Main() {

ConsoleWriteLine(")"); ConsoleWriteLine();

} } }

Create a Draft on Paper (or on Your Computer)

2:

The output is shown here:

Analyzing methods in MyClass Methods supported: Int32 Sum() Boolean IsBetween(Int32 i) Void Set(Int32 a, Int32 b) Void Set(Double a, Double b) Void Show() Type GetType() String ToString() Boolean Equals(Object obj) Int32 GetHashCode()

long ci; long im; im = 5280 * 12; ci = im * im * im;

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Notice that in addition to the methods defined by MyClass, the methods defined by object are also displayed This is because all types in C# inherit object Also notice that the NET structure names are used for the type names Observe that Set( ) is displayed twice This is because Set( ) is overloaded One version takes int arguments The other takes double arguments Let s look at this program closely First, notice that MyClass defines a public constructor and a number of public methods, including the overloaded Set( ) method Inside Main( ), a Type object representing MyClass is obtained using this line of code:

Address = a; } } class SelectDemo3 { static void Main() { ContactInfo[] contacts = { new ContactInfo("Herb", "Herb@HerbSchildtcom", "555-1010"), new ContactInfo("Tom", "Tom@HerbSchildtcom", "555-1101"), new ContactInfo("Sara", "Sara@HerbSchildtcom", "555-0110") }; // Create a query that creates a list of EmailAddress objects var emailList = from entry in contacts select new EmailAddress(entryName, entryEmail); ConsoleWriteLine("The e-mail list is"); // Execute the query and display the results foreach(EmailAddress e in emailList) ConsoleWriteLine(" {0}: {1}", eName, eAddress ); } }

Recall that typeof returns a Type object that represents the specified type, which in this case is MyClass Using t and the Reflection API, the program then displays information about the methods supported by MyClass First, a list of the methods is obtained by the following statement:

MethodInfo[] mi = tGetMethods();

The output is shown here:

Next, a foreach loop is established that cycles through mi With each pass, the return type, name, and parameters for each method are displayed by the following code:

// Display return type and name ConsoleWrite(" " + mReturnTypeName + " " + mName + "(");

The key point of this example is that the type of sequence generated by a query can consist of objects created by the query

2 You ve been asked to inform senior managers about your department s progress in reaching a business objective What organizational structure would you select 3 You want to invite your team to your house for a social event What organizational structure would you use

Part I:

// Display parameters ParameterInfo[] pi = mGetParameters(); for(int i=0; i < piLength; i++) { ConsoleWrite(pi[i]ParameterTypeName + " " + pi[i]Name); if(i+1 < piLength) ConsoleWrite(", "); }

One of the most powerful query features is provided by the group clause because it enables you to create results that are grouped by keys Using the sequence obtained from a group, you can easily access all of the data associated with a key This makes group an easy and effective way to retrieve data that is organized into sequences of related items The group clause is one of only two clauses that can end a query (The other is select) The group clause has the following general form: group range-variable by key It returns data grouped into sequences, with each sequence sharing the key specified by key

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