This page provides access to these items.

Some additional items will be added also, and will appear at the end of this list.

Chapter 1:

• CaseStudy1.3.pdf: Complete description and solution of Case Study 1.3: Revenue Calculation. Source code is also available in SourceCode.

 
• POP-EthicsAndIssues.pdf: The complete Part of the Picture: Computer Ethics section by Ann Marchand. Highly Recommended!

 
• CodesOfEthics.pdf: The preceding Part of the Picture notes that professional societies have adopted and instituted codes of ethics for their members. Summaries of the codes of conduct for computing professionals published by the following three major organizations are given here:
• The Association for Computing Machinery (ACM)
• The Institute of Electronic and Electrical Engineers (IEEE)
• The Data Processing Management Association (DPMA)
These codes describe the computer professional's obligations to society, employers, clients, coprofessionals and professional societies.

Chapter 2:

• NumberSystems.pdf: It is noted in several places in the text that a binary scheme having only the two binary digits 0 and 1 is used to represent information in a computer. In Chapter 2, the section Part of the Picture: Data Representation briefly described such binary representation. This file describes binary, octal, and hexadecimal representation in more detail and also two's complement representation for integers.

Chapter 3:

• BitwiseOperators1.pdf: A brief description of the C++ bitwise operators with some examples.

Chapter 4:

• CaseStudy4.5.pdf: Complete description and solution of Case Study 4.5: An Eight-Function Calculator. Source code is also available in SourceCode.

Chapter 5:

• CaseStudy5.5.pdf: Complete description and solution of Case Study 5.5: Decoding Phone Numbers. Source code is also available in SourceCode.

 
• RandomIntClass.pdf & RandomInt.doc: Description of and source code for the class RandomInt for generating random numbers as described in Chapter 5.

Chapter 6:

• POP-ComputerArchitecture.pdf:  The complete section Part of the Picture: Computer Architecture by William Stallings that gives a thorough introduction to computer architecture.

Chapter 7:

• CaseStudy7.7.pdf: Complete description and solution of Case Study 7.7:Calculating Depreciation. Source code is also available in SourceCode.

Chapter 8:

• MoreAboutFunctionParameters.pdf:  This describes two other function parameter-passing mechanisms:
  • Default Arguments : Default values can be specified for parameters for which there is no corresponding argument
  • The Ellipsis Mechanism : Allows functions to have any number of arguments
  An example of polynomial evaluation is used to illustrate these; code is given in SourceCode.

 
• POP-NumericalMethods.pdf:  The complete section Part of the Picture:  Numerical Methods.  It describes the trapezoidal method for approximating the area under a curve. It then completes the OCD for the road-construction problem and presents a program that solve the problem. Source code is also available in SourceCode.

Chapter 9:

• POP-Databases.pdf: The complete section Part of the Picture: Database Systems by Keith Vander Linden. Source code is also available in SourceCode.

Chapter 10:

• CaseStudy10.8.pdf: Complete description and solution of Case Study 10.8:Calculating Depreciation. Source code is also available in SourceCode.

 
• STLiterators.pdf:  A description of iterators in vector<T>.

 
• Valarrays.pdf:  A description of valarrays, including examples.

Chapter 11:

• CaseStudy11.5.pdf: Complete description and solution of Case Study 11.5:Retrieving Student Information. Source code is also available in SourceCode.

 
• POP-ArtificialIntelligence.pdf: The complete section Part of the Picture: Artificial Intelligence by Keith Vander Linden. Source code is also available in SourceCode.

Chapter 12:

• CaseStudy12.4.pdf:  Complete description and solution of Case Study 12.4: Geological Classification, with a lot of source code, which is also available in SourceCode.

Chapter 13:

• CaseStudy13.4.pdf:  A description of how to build a Matrix class using two-dimensional vectors.  There is also a description  of the Gaussian Elimination method of using matrices to solve systems of linear equations, including source code implementing this by using the Matrix class in SourceCode. 

 
• CartesianSystem Class: Source code and documentation for the CartesianSystem class used in the Part of the Picture: Computer Graphics section is available in SourceCode. There is also a collection of color screen snaps of the graphical output produced by the example graphics programs.

Chapter 14:

• POP-TCP-IP.pdf:  A Part of the Picture: TCP: The TCP/IP Communications Architecture section by William Stallings that describes TCP/IP in considerable detail.

 
• STL-List-14.4.pdf:  Additional information about the STL list<T> introduced in Section 14.4.

Chapter 15:

• RecursiveBones.pdf:  An expanded version of the Example: Dry Bones! in Section 15.4 that contains more about the history and purpose of spirituals. It also shows how to develop a recursive algorithm to generate the lyrics of this song. An implementation of this algorithm is in SourceCode. 

 
• BST Class Template: Complete code for a BST class template is given in SourceCode.

 
• STL-Trees.pdf: This contains an introduction to two of STL's associative containers, set<T> and 
  map<T1, T2>, and illustrates their use with examples, for which source code is given in SourceCode.

Additional Items:

• Exceptions.pdf: This is a brief description of how exceptions are used in C++.