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Index[SYMBOL] [A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M] [N] [O] [P] [Q] [R] [S] [T] [U] [V] [W] [X] [Y] Mackinnon, Tim MagicDraw Make Marshaling Maven Mazzocchi, Stefano McConnell, Stephen 2nd McWhirter, Bob Message-driven beans Methodologies adaptive [See also Iterative development] agile [See also XP (Extreme Programming)] minimalist approach predictive [See also Waterfall lifecyle model] RAD reasons to use Microsoft platform Middle/business tier 2nd Middlegen 2nd 3rd Mix-in classes MockCreator MockMaker Mocks choosing, static versus dynamic defined dynamic, example endo-testing information Web site static test stubs, compared white-box testing writing Model-centric development practices Model-Driven Architecture (MDA) AOP and benefits business-centric approach code model compliant tools [See also AndroMDA] defined goals implementation legacy systems mapping 2nd marks 2nd model lifecycle model-centric approach 2nd PIMs (platform-independent models) platform neutrality 2nd 3rd PSMs (platform-specific models) 2nd refinement reverse engineering, PSM to PIM strengths transformation process, PIM to PSM versus modeling tools weaknesses Model_Driven Architecture (MDA) test-driven development, support of Modeling advantages, listed Agile Modeling process cargo cult software development failings success guidelines Modeling tools choosing Christmas puppy syndrome design pattern support executable UML features, listed forward and reverse engineering 2nd listed misconceptions process-agnostic roundtrip support synchronizing model with code templates UML support validation, of interaction diagrams value of using Modeling tools, forward and reverse engineering Models. 2nd [See also UML diagrams] [See also Model-Driven Architecture (MDA)] communication mechanisms of defined platform neutrality prototyping synchronizing, with source code system architecture, aspects represented UML, as standard notation validation, of design 2nd Multitier architectures 2nd MyEclipse 2nd 3rd 4th 5th MySQL |
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