Object-Oriented and Classical Software EngineeringMcGraw-Hill Companies,Incorporated, 2007 - 618 Seiten Integrating case studies to show the object oriented approach to software engineering, Object-Oriented and Classical Software Engineering, 7/e presents an excellent introduction to software engineering fundamentals, covering both traditional and object-oriented techniques. The coverage of both Agile processes and Open Source Software has been considerably expanded. In addition, the Osbert Oglesby running case study has been replaced with a new case study on the Martha Stockton Greengage Foundation. The new study highlights even more aspects of the Unified Process. The book’s unique organization remains in place, with Part I covering underlying software engineering theory, and Part II presenting the more practical life cycle. Complementing this well-balanced approach is the straightforward, student-friendly writing style, through which difficult concepts are presented in a clear, understandable manner. The new seventh edition provides an extensive updating of this classic software engineering text! |
Inhalt
INTRODUCTION TO SOFTWARE | 1 |
1 | 8 |
Chapter | 11 |
Urheberrecht | |
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abstract data type agile processes analysis workflow Available for Week Boehm business model capability maturity model Chapter class diagram classical paradigm client COBOL COCOMO code artifact cohesion components correct cost design workflow detailed development team elevator button entity classes Estimate Funds Available example faults floor button Foundation case study hardware IEEE Computer IEEE Software IEEE Transactions implementation workflow Increment information hiding initial input Investment iteration Java Know Box language life-cycle model master file metrics module mortgage MSG Foundation MSG Staff Member needed object object-oriented analysis object-oriented paradigm open-source open-source software operating expenses operating system output percent performed Petri net phase postdelivery maintenance project management plan rapid prototype requirements workflow reuse scenario Schach shown in Figure software development Software Engineering software process software product specification document spiral model SQA group stepwise refinement techniques Transactions on Software Unified Process Update waterfall model