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Programmers use namespaces for much the same reason you use folders and subfolders on your hard drive. Consider what a disorganized mess your files would be if you did not use folders on your hard drives if, instead, you put all of your files in the root directory of C:\. It s true that if you only had a few files it might not be too bad; but once you ended up with hundreds of files, you would have a real mess.

1 Design B We compute the Q point for design B for each of the extreme values of The calculations are identical to those already carried out in Example 103 For = min = 75: IB = VBB V 633 07 = 233 A = RB + ( min + 1)RE 10,000 + 76 200 min + 1 RE min 76 200 = 83 V 75

200

= 15 167 10 3 200 + Thus, the Q point for = min = 75 is:

For = max = 150: IB = VBB V 633 07 = = 140 A RB + ( max + 1)RE 10,000 + 151 200 max + 1 RE max 151 200 = 657 V 150

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When you install Microsoft s .NET Framework as part of Visual Studio, you are really installing thousands of classes, structures, and enumerations. These classes, structures, and enumerations are collectively known as types. Microsoft makes working with all these types much easier by using namespaces to categorize them into groups. For example, there is the System.Data namespace for classes that work with database code, and System.IO for classes that work input and output to text files. Both C# and VB .NET use a dot notation for listing the full path to namespaces, classes, or methods. This is also similar to how you find a file on a hard drive, but there you use a slash (e.g., C:\MyFolder\MyFile) instead of a dot (e.g., MyNamespace.MyClass.MyMethod). For example, the first part of a full name for a class or method includes the namespace name, while the last part of the full name is the class or method name itself. Each is separated by dots, as shown here: VB .NET Namespace MyCompanysCode 'The full name of this class is MyCompanysCode.Employees Class Employees 'The full name of this method is MyCompanysCode.Employees.Test() Shared Function Test() as string 'you would put statements here End function End Class End Namespace C# namespace MyCompanysCode { //The full name of this class is MyCompanysCode.Employees class Employees { //The full name of this method is MyCompanysCode.Employees.Test() static string Test() { //you would put statements here } } } Continuing with the analogy of files on a hard drive, if you are already in a folder that has the file you want, you can call the file without using the full path to the file. (See Figure B-5.)

logical entities Often the functional component that you will have the most knowledge of is the internal logical files (ILFs) These closely resemble a count of the entities in a logical data model, modeled to second normal form If a high-level data model has been developed as part of the requirements analysis, this can be used to approximate the number of internal logical files An IFPUG function point count identifies all occurrences of the following five base functional component types, (BFC types): Internal logical files (ILF) within the software Data maintained by processes

= 15 21 10 3 200 +

Thus, the Q point for = max = 150 is:

The change in quiescent base current, relative to the nominal value of design B (for = 100) is 50 percent; the changes in quiescent collector current and collector-emitter voltage (relative to the same quantities for the = 100 design) are around 23 percent Figure 1018 depicts the location of the two extreme Q points 2 Design C Using the design rule stated in the problem statement we compute: 75 200 min RE = = 15 k 10 10 RB = R1 ||R2 is an equivalent resistance; further, the value of VBB depends on R1 and R2 Thus, we need to select these components in such a way as to satisfy the requirement that IC = 186 mA We write the base circuit equation in terms of the RB =

5 657 V

10 83 V

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