Windows Multithreaded Programming Technology and Examples

Author: Hao Wenhua
Publisher:
Publish Date: 2005-10-01
Features: This book introduces how to implement multithreaded programming under Windows through numerous examples. It focuses on multithreaded programming under Win32 API and MFC, while also covering the application of multithreading mechanisms in network programming, graphics programming, and database operations. Each chapter starts with simple multithreading examples and gradually delves deeper, closely following application examples to demonstrate to readers how to use multithreading technology to write efficient and user-friendly Windows applications. The book provides in-depth and detailed explanations of commonly used Win32 thread functions. The book is divided into 8 chapters. Chapter 1 introduces the fundamentals of multithreaded programming; Chapters 2-5 illustrate different implementations of multithreading under Win32 and the mechanism of multithreaded processes through examples, which are the key content of the book and essential knowledge for readers to master before learning the later chapters. Chapters 6-8 introduce the application of multithreading technology in network, graphics processing, and database operations. The book is written in clear and accessible language, with rich and detailed content, highlighting its example-centered approach. It is suitable for college students with a basic understanding of C++ and VC programming as a learning resource for multithreaded programming, as well as for intermediate and advanced developers with practical programming experience as a self-study guide for learning multithreaded programming.
This book introduces how to implement multithreaded programming under Windows through numerous examples, focusing on multithreaded programming under Win32 API and MFC, while also introducing the application of multithreading mechanisms in network programming, graphics programming, and database operations. Each chapter starts with simple multithreading examples and gradually delves deeper, closely following application examples to demonstrate to readers how to use multithreading technology to write efficient and user-friendly Windows applications, and provides in-depth and detailed explanations of commonly used Win32 thread functions. The book is divided into 8 chapters, with Chapter 1 introducing the fundamentals of multithreaded programming; Chapters 2-5 illustrate different implementations of multithreading under Win32 and the mechanism of multithreaded processes through examples, which are the key content of the book and essential knowledge for readers to master before learning the later chapters.