Applying Domain-Driven Design and Patterns: With Examples in C# and .NET
Index[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] RAD (Rapid Application Development) RAM, storing data (persistence infrastructure) Rapid Application Development (RAD) reachability reactive validation recognizing if an application will be long lasting reconstituting entities from persistence reflection against private fields specific constructors specific methods recordset Recordset pattern Refactor! refactoring 2nd 3rd 4th code smells cleaning tools preventing growing problems 2nd preventing growing problems: Form Template Method preventing growing problems: Inline-Singleton routine cleanings routine cleanings: Encapsulate Collection routine cleanings: Encapsulate Field routine cleanings: Extract Method DDD mock objects TDD ReferencePerson 2nd refining Domain Model historic customer information Order OrderDate OrderFactory OrderRepository OrderType ReferencePerson through TDD experimentation total amount of each order reflection 2nd 3rd private fields reconstituting entities from persistence Register() registries Registry, handling example registry Registry pattern, Inversion of Control relational data structures relational databases impedance mismatch:with Domain model NHibernate storing data (persistence infrastructure) relational model granularity navigation relationships impedance mismatch between domain model and relational database managing remote facade Remote Facade pattern Rename replacing collaborators with mock objects collaborators with testing stubs repositories deciding on structure of list customers applying filters locations of queries NHibernate PI cost for single-set Repositories Fake problems doing small scale integration testing problems testing structure of Repository-related tests requirements for Domain Models resetting databases before tests ReSharper resource managers, storing data (persistence infrastructure) results, Functional Research retreiving data, example reusability patterns TDD reusing mapping metadata rules reusing ideas, up-front architecture design Rich Client applications, SOA Rollback() NHibernate Rosen-Lidholm, Martin routing cleanings, code smells cleaning tools Encapsulate Collection Encapsulate Field Extract Method rule classes, creating rules business rules, moving into aspects categorizing complex rules domain-related rules Aggregates avoiding problems cooperation IDs locating set-based processing methods service validation transitions injecting list of rules setting up Notification pattern order placement business rules pluggable rules principles for configurability location within state prevent going into bad states productivity states testability two-way rules checking reusing setting up a list of rules Rumbaugh, Jim runtime versus compile time PI |
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