Cryptography in C and C++

Part I. Arithmetic and Number Theory in C

1. Introduction
Michael Welschenbach

2. Number Formats: The Representation of Large Numbers in C
Michael Welschenbach

3. Interface Semantics
Michael Welschenbach

4. The Fundamental Operations
Michael Welschenbach

5. Modular Arithmetic: Calculating with Residue Classes
Michael Welschenbach

6. Where All Roads Meet: Modular Exponentiation
Michael Welschenbach

7. Bitwise and Logical Functions
Michael Welschenbach

8. Input, Output, Assignment, Conversion
Michael Welschenbach

9. Dynamic Registers
Michael Welschenbach

10. Basic Number-Theoretic Functions
Michael Welschenbach

11. Rijndael: A Successor to the Data Encryption Standard
Michael Welschenbach

12. Large Random Numbers
Michael Welschenbach

13. Strategies for Testing LINT
Michael Welschenbach

Part II. Arithmetic in C++ with the Class LINT

14. Let C++ Simplify Your Life
Michael Welschenbach

15. The LINT Public Interface: Members and Friends
Michael Welschenbach

16. Error Handling
Michael Welschenbach

17. An Application Example: The RSA Cryptosystem
Michael Welschenbach

18. Do It Yourself: Test LINT
Michael Welschenbach

19. Approaches for Further Extensions
Michael Welschenbach

Part III. Appendices

20. Directory of C Functions
Michael Welschenbach

21. Directory of C++ Functions
Michael Welschenbach

22. Macros
Michael Welschenbach

23. Calculation Times
Michael Welschenbach

24. Notation
Michael Welschenbach

25. Arithmetic and Number-Theoretic Packages
Michael Welschenbach

Keywords: Computer Science, Programming Languages, Compilers, Interpreters, Software Engineering/Programming and Operating Systems