Engaged learning for programming in c ++

Engaged Learning for Programming in C++: A Laboratory Course' Second Edition takes an interactive, learn-by-doing approach to programming. James Robergé, Matthew Bauer, and George Smith give students the ability to discover and learn programming by having a no-frills, ands-on learning experience. In each laboratory exercise, students create
programs that apply a particular language feature and problem solving technique. As they create these programs, they
learn how C++ works and how it can be applied. Students are challenged while being provided with structure, feedback
and support that they need to meet the challenge. The programs that students develop are working pieces of some
that they can use in later laboratories and programming projects.
This manual represents the combined efforts of three computer science educators who have developed programming
exercises that are practical and pedagogically sound and focus on novel applications rather than simply reconstituting
exercises that have survived since the "Dawn of the Computer Age." The clear organization contributes to the ease of
using this lab manual. The authors have developed a framework that preserves creativity in the construction of a lab
while allowing time enough to do so. Within this structure, each laboratory consists of three parts: core, reinforcement,
and analysis.

A CD-ROM with the lab support files is packaged FREE with every copy of the laboratory course. This set of tools makes it easier for students to. create programs and includes the programs discussed in the background sections, program shells for the warm-up exercises, test programs, data files, and debugging tutorials.

1. Laboratory Getting your Feet Wet
   
2. Laboratory C++ Program Elements
   
3. Laboratory C++ Program Elements
   
4. Laboratory Selection
   
5. Laboratory File I/O and Streams
   
6. Laboratory Iteration I
   
7. Laboratory Iteration II
   
8. Laboratory Functions I
   
9. Laboratory APCS Classes I : Arrays and the apvector Class
   
10. Laboratory APCS Classes II : String and the apstring Class
    
11. Laboratory APCS Classes III : Two-Dimensional Arrays and the apmatrix Class
    
12. Laboratory Structures
    
13. Laboratory Searching and Sorting
    
14. Laboratory Creating Classes
    
15. Laboratory Using Objects
    
16. Laboratory Object-Oriented Programming Project
    
17. Laboratory Functions II
    
18. Laboratory Advanced Class Concepts
    
19. Laboratory APCS Marine Biology Case Study