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Object-oriented technology

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  • 456 stron
  • 16 godzin czytania

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This book is designed for students and developers aiming to master essential skills in applying UML for software development. Readers will learn object-oriented analysis, design, and implementation through appropriate UML models, processes, techniques, and tools. It includes the Community Edition of Visual Paradigm for UML (VP-UML), an award-winning CASE tool that enables immediate practical application of the theories presented. The authors introduce a novel framework called View Alignment Techniques (VAT) to assist developers in creating effective development methods. The Activity Analysis Approach (A3), ideal for interaction-intensive systems, is also detailed. These concepts were instrumental in developing the VP-UML CASE tool. Three chapters focus on structural, use case, and dynamic modeling and analysis techniques, enriched with practical tips from the authors' extensive experience. Each chapter features a mini-case study illustrating the "from diagram to code" concept. A major case study in the final chapter reinforces the theories using VP-UML. Key areas covered include requirements modeling, domain analysis for object identification, dynamic analysis and design, implementation of UML models, and method creation using VAT. Additional resources are available online, including instructor tools and student materials. Visual Paradigm for UML has received multiple accolades, including the Jolt Productivity Award, and it

Zakup książki

Object-oriented technology, Curtis HK Tsang, Clarence SW Lau, Ying K. Leung

Język
Rok wydania
2005
Oprawa
(miękka)
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Tytuł
Object-oriented technology
Język
angielski
Rok wydania
2005
Oprawa
miękka
Liczba stron
456
ISBN10
0071240462
ISBN13
9780071240468
Seria
Tagi
Opis
This book is designed for students and developers aiming to master essential skills in applying UML for software development. Readers will learn object-oriented analysis, design, and implementation through appropriate UML models, processes, techniques, and tools. It includes the Community Edition of Visual Paradigm for UML (VP-UML), an award-winning CASE tool that enables immediate practical application of the theories presented. The authors introduce a novel framework called View Alignment Techniques (VAT) to assist developers in creating effective development methods. The Activity Analysis Approach (A3), ideal for interaction-intensive systems, is also detailed. These concepts were instrumental in developing the VP-UML CASE tool. Three chapters focus on structural, use case, and dynamic modeling and analysis techniques, enriched with practical tips from the authors' extensive experience. Each chapter features a mini-case study illustrating the "from diagram to code" concept. A major case study in the final chapter reinforces the theories using VP-UML. Key areas covered include requirements modeling, domain analysis for object identification, dynamic analysis and design, implementation of UML models, and method creation using VAT. Additional resources are available online, including instructor tools and student materials. Visual Paradigm for UML has received multiple accolades, including the Jolt Productivity Award, and it