Object Development Methods addresses how object orientation can be applied to systems analysis and design. An international roster of contributors compare the leading methodologies of Shaller/Mellor, Jacobson, Colbert, Rumbaugh, Graham, Booch, Texel, and Coad/Yourdon among others. The book provides significant insight into the contrasting viewpoints and advantages, common concepts and underlying structures of different object-oriented methods. Practitioners and academics alike will find material here to inform, inspire, encourage, warn, and guide in the improvement and maturation of the software development process. If you are a Systems Analyst/Designer, Programmer, Project Manager, Software Engineer, IT Manager, or Chief Scientist, this book is a must-read to become more familiar with and choose from the top methodologies.
Object Development Methods addresses how object orientation can be applied to systems analysis and design. An international roster of contributors compare the leading methodologies of Shaller/Mellor, Jacobson, Colbert, Rumbaugh, Graham, Booch, Texel, and Coad/Yourdon among others. The book provides significant insight into the contrasting viewpoints and advantages, common concepts and underlying structures of different object-oriented methods. Practitioners and academics alike will find material here to inform, inspire, encourage, warn, and guide in the improvement and maturation of the software development process. If you are a Systems Analyst/Designer, Programmer, Project Manager, Software Engineer, IT Manager, or Chief Scientist, this book is a must-read to become more familiar with and choose from the top methodologies.
Part I. Introduction: 1. Objects: changing software production and procurement A. Carmichael; Part II. Understanding and Adopting Object Technology: 2. Adopting object-oriented software engineering R. Hodgson; 3. The four dimensions of object-oriented methods and languages G. S. Blair; 4. Essential techniques for object-oriented design S. Cook and J. Daniels; 5. Evolution, life cycles, and reuse B. Anderson; Part III. Methods Comparison: 6. Describing and comparing object-oriented analysis and design methods M. Fowler; 7. Contemplating the universe of methods R. Hodgson; Part IV. Perspectives on Specific Object-Oriented Methods: 8. The Shaller/Mellor method: a formalism for understanding Software architectures C. B. Carter and C. H. Raistrick; 9. The Booch method: process and pragmatics G. Booch; 10. The Coad/Yourdon method: simplicity, brevity, and clarity - keys to successful analysis and design M. Rösch; 11. The Texel method: a pragmatic and field-proven approach P. P. Texel; 12. The Rumbaugh method (OMT: the selection of an object-oriented analysis method) S. Frost; 13. The SOMA method: adding rules to classes I. Graham; 14. Requirements analysis with the object-oriented software development method E. Colbert; 15. The OOSE method: a use-case-driven approach I. Jacobson, M. Christerson and L. L. Constantine; 16. The MERODE method: the practical realization of object-oriented business models G. Dedene; 17. The SSADM method: an object-oriented approach? M. Goodland; Part V. The Evolving Development Environment: 18. Environments R. Daley; 19. Toward a common object-oriented meta-model for object development A. Carmichael.
Provides significant insight into the contrasting viewpoints and advantages, common concepts and underlying structures of different object-oriented methods.
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