Object-Oriented and Traditional Software Engineering - The Theory and Practice of the Unified Process: The Theory and Practice of the Unified Process

Author: Skach
Publisher:
Publish Date: 2006-02-01
Features: This book is a classic in the field of software engineering and has been adopted as a textbook by many universities abroad. It is now in its 6th edition. From Java to object-oriented programming, and then to the unified process of software development methodology, facing major changes in the methodology of software engineering development, the authors have revised their monographs on software engineering with a rigorous attitude, making software engineering more closely integrated with new methods and practices in theory. The book is divided into two parts: Part I introduces the theoretical foundations of software engineering; Part II discusses the various stages of the life cycle. This unique and highly readable organization allows students to systematically learn software engineering. Features of the book: · Includes two large running examples to help students better learn and practice the content of the book. · Fully covers the unified process and dedicates a separate chapter to UML to help students prepare for the challenges of the software industry. · Adds new analysis and design projects to encourage students to master knowledge through hands-on practice. · Includes more than 600 reference materials, including many new materials, to facilitate further reading. · Accompanying website www.mhhe.com/schach includes solutions to exercises, teaching slides, and complete implementations of large-scale examples. This book is a classic textbook for software engineering. Since its first publication in 1990, it has been revised and published for the sixth time. The book is divided into two parts: Part I introduces the theoretical foundations of software engineering based on project development; Part II discusses the various stages of the software life cycle. The highlights of the 6th edition lie in its integration of the unified process and in-depth introduction to UML, making the content more practical and up-to-date. Additionally, the book includes two large running examples, a wealth of references, and an exercise set, enabling readers to better learn and practice the content. This book is an ideal textbook for undergraduate software engineering courses and also serves as a valuable reference for professional software developers.