Secure Programming Cookbook for C and C++

Introduction: A Classic on Security for C and C++

The book «Secure Programming Cookbook for C and C++» (authors: John Viega, Matt Messier, 2003, 784 pages) is not just a collection of recipes, but a comprehensive reference for securing applications written in C and C++. Despite its age, many of the principles and practices described in it remain relevant today, especially for system programming, embedded systems, and high-load server development.

The book was published in an era when vulnerabilities like buffer overflows were a real scourge, and the authors offer a systematic approach to eliminating them. It is a desk reference for those who want to write code resistant to attacks.

What is this book about?

The book is structured on the principle of "problem — solution — discussion." It covers virtually all aspects of security that a C/C++ developer encounters:

• Memory Management and Strings: Preventing buffer overflows, format string attacks, using safe functions (strlcpy, snprintf).
• Cryptography: Implementing symmetric (AES, DES) and asymmetric (RSA, DSA) encryption, hashing (SHA, MD5), working with X.509 certificates.
• Authentication and Authorization: Password storage, one-time passwords (OTP), Kerberos, PAM.
• Network Security: Socket protection, SSL/TLS, preventing man-in-the-middle attacks.
• OS Security: Working with access rights, process isolation (chroot, jail), secure creation of temporary files.
• Testing and Auditing: Vulnerability discovery tools (fuzzing, static analysis).

Who is this book for?

The book is intended for experienced developers who are already familiar with C and C++ syntax and want to delve into security issues. It will be useful for:

• System programmers.
• Network application developers.
• Information security specialists (pentesters, auditors).
• Senior students in technical fields.

What will the reader learn?

After working through the book, the reader will be able to:

• Write code resistant to classic attacks (buffer overflow, race conditions).
• Properly use cryptographic libraries (OpenSSL, Crypto++).
• Implement secure authentication protocols.
• Configure secure network communication.
• Conduct a basic security audit of their own code.

Strengths of the book

Practical focus: Each recipe contains ready-to-use code that can be adapted to your needs. Breadth of coverage: From low-level memory management to high-level cryptographic protocols. Depth of explanation: The authors not only provide code but also explain why a particular solution is secure and another is not. Relevance of fundamentals: Despite being from 2003, the fundamental principles (e.g., the principle of least privilege) have not become outdated.

Who is it recommended for?

I recommend this book to anyone who professionally develops in C/C++ and wants to raise the security level of their projects. It will be an excellent addition to classic language textbooks. However, it is worth noting that some sections (e.g., on outdated algorithms) require cross-referencing with modern standards.

On the PythonLib website, you can find this book in the "Security" section and download it for study.