Written by two verification engineers, Hardware Verification with C++: A Practitioner's Handbook is a four-part tour of how to perform object-oriented techniques.
Part I makes the case for C++, and shows a standard verification system using object-oriented programming (OOP).
Part II presents two open-source C++ libraries that enable efficient verification with C++ -- Teal, a C++ to Verilog interface, and Truss, a standard verification framework.
Part III focuses on OOP with examples from real verification projects.
Part IV puts it all together showing complete block-level and system-level verification systems.
"The handbook provides a clear understanding of object-oriented programming, and how it applies to hardware verification. It is clear to me that C++, together with Teal and Truss, could form a strong platform for the next generation of hardware verification."
Dr. Stanley Hyduke, CEO of Aldec, Inc.
"With this book I feel confident I can constitute a verification team that could make good use of C++ for verification, with all the positive results I would need for success. That is a breakthrough!"
Bob Fredieu, VP of Research and Development and Cofounder, Assertive Design
"Teal let us hit the ground running and focus on developing our intellectual property instead of simulation infrastructure. After two successful ASIC projects, we couldn't be happier with its quality, completeness and compactness."
Bennet Ih, ASIC Verification Lead, SigmaTel Imaging Systems Group
"Hardware verification complexity has grown to be a software effort, requiring advanced techniques such as OOP. With clear techniques and examples, this handbook guides the reader through the complexities of using OOP to create testbenches. Regardless of what language you use, this book will help sharpen your skills."
Chris Spear, Verification Consultant, Synopsys, Inc., Author of SystemVerilog forVerification

Written for both new and experienced verification engineers, Hardware Verification with C++: A Practitioner's Handbook takes a street-smart look at verification of large designs, tackling Object Oriented Programming using C++ from a verification perspective. Special consideration is given to verification of third party IP. The book offers numerous examples of C++ classes and techniques. In addition, this book describes TEAL, a C/C++ Test Environment Abstraction Layer. It is intended for verification engineers who use TEAL. Engineers perform verification in order to minimize the probability of hardware functional errors, ensure that the hardware meets performance requirements, and ensure that the hardware is usable by software. TEAL aids in this endeavor by providing a set of capabilities that access HDL signals and enable actions based on changes in the values of these signals. In addition, it encourages independent generators, transactors, and checkers by providing for management of independent user created threads.

Because TEAL is a C/C++ library, algorithms can be developed that both validate the hardware design and can be re-used in the production software.