Pattern-oriented Software Architecture, Volume 4Wiley, 1996 - 2152 pagina's The eagerly awaited Pattern-Oriented Software Architecture (POSA) Volume 4 is about a pattern language for distributed computing. The authors will guide you through the best practices and introduce you to key areas of building distributed software systems. POSA 4 connects many stand-alone patterns, pattern collections and pattern languages from the existing body of literature found in the POSA series. Such patterns relate to and are useful for distributed computing to a single language. The panel of experts provides you with a consistent ... |
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Pagina 188
... interface of an application changes more frequently than its domain functionality . User interfaces are prone to ... user interface must not affect an application's core functionality , which is gen- erally independent of its ...
... interface of an application changes more frequently than its domain functionality . User interfaces are prone to ... user interface must not affect an application's core functionality , which is gen- erally independent of its ...
Pagina 191
... user interface than the functionality for controlling a mobile robot during a mission . Yet we must ensure that all functions and their user interfaces form a coherent system . In addition , changes to any user interface should neither ...
... user interface than the functionality for controlling a mobile robot during a mission . Yet we must ensure that all functions and their user interfaces form a coherent system . In addition , changes to any user interface should neither ...
Pagina 330
... user interface from its other functionality include : • Data structure decoupling . Separating user interface and applica- tion functionality implies that data structures used by application components should be independent of control ...
... user interface from its other functionality include : • Data structure decoupling . Separating user interface and applica- tion functionality implies that data structures used by application components should be independent of control ...
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Pattern-Oriented Software Architecture, A Pattern Language for Distributed ... Frank Buschmann,Kevlin Henney,Douglas C. Schmidt Gedeeltelijke weergave - 2007 |
Veelvoorkomende woorden en zinsdelen
ACTIVE OBJECT address spaces aggregate APIs application's behavior BROKER Client Proxy communication middleware COMPONENT CONFIGURATOR component implementation component interfaces component's concrete concurrency connection context CORBA Data Transfer Object decoupling define demultiplexing and dispatching deployment distributed computing distributed systems DOMAIN MODEL domain object ENCAPSULATED IMPLEMENTATION event demultiplexing event handlers event loop event sources example execution extension interfaces functionality Gateway HALF-OBJECT PLUS PROTOCOL handling hierarchy infrastructure integration Interceptor invocation invoke Iterator language for distributed lifecycle lock management process control mechanisms microkernel middleware MODEL-VIEW-CONTROLLER multiple Object Adapter OBJECT MANAGER operating system ORB Core overhead partitioning pattern language performance PIPES AND FILTERS PROACTOR process control system REACTOR realization remote component requirements resource responsibilities result runtime scalability separate service requests SHARED REPOSITORY software architecture software system specific storage strategies structure synchronization TEMPLATE METHOD THREAD-SAFE THREAD-SPECIFIC STORAGE threads tion types user interface warehouse management process WHOLE-PART WRAPPER FACADE