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presenter that has no parameters and no return value. The presenter then retrieves data from the view through methods defined by the view interface. Finally, the presenter operates on the model and updates the view with the results of the operation. Other versions of model–view–presenter allow some latitude with respect to which class handles a particular interaction, event, or command. This is often more suitable for web-based architectures, where the view, which executes on a client's browser, may be the best place to handle a particular interaction or command.
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The degree of logic permitted in the view varies among different implementations. At one extreme, the view is entirely passive, forwarding all interaction operations to the presenter. In this formulation, when a user triggers an event method of the view, it does nothing but invoke a method of the
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The same approach can be used for Java web-based applications, since modern Java component-based Web frameworks allow development of client-side logic using the same component approach as thick clients.
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environment supports the MVP pattern much like any other development environment. The same model and presenter class can be used to support multiple interfaces, such as an
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The evolution and multiple variants of the MVP pattern, including the relationship of MVP to other design patterns such as MVC, is discussed in detail in an article by
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In addition to manually implementing the pattern, a model–view–presenter framework may be used to support the MVP pattern in a more automated fashion.
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application. The presenter gets and sets information from/to the view through an interface that can be accessed by the interface (view) component.
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acts upon the model and the view. It retrieves data from repositories (the model), and formats it for display in the view.
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From a layering point of view, the presenter class might be considered as belonging to the application layer in a
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assumes the functionality of the "middle-man". In MVP, all presentation logic is pushed to the presenter.
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system, but it can also be seen as a presenter layer of its own between the application layer and the
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requires only that some component implement the view interface. The same approach is possible using
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began incorporating MVP into its documentation and examples for user interface programming in the
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adapted the MVP pattern to form the basis for their
Smalltalk user interface framework. In 2006,
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Needs research - This model was in use in the ERP space (Lawson
Software Inc.) long before this.
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is an interface defining the data to be displayed or otherwise acted upon in the user interface.
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the concrete presenter object, providing a reference to itself. The following
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The model–view–presenter software pattern originated in the early 1990s at
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Diagram that depicts the model–view–presenter (MVP) GUI design pattern
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Model-View-Presenter implementation thoughts at StackExchange
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and popularized in a paper by
Taligent CTO Mike Potel.
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581:"Interactive Application Architecture Patterns"
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164:code demonstrates a simple view constructor:
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145:) to the presenter to act upon that data.
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552:"The Model-View-Presenter (MVP) Pattern"
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374:Java frameworks include the following:
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426:PHP frameworks include the following:
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466:Presenter first (software approach)
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569:"GUI Architectures" Martin Fowler
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34:) is a derivation of the
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849:Event-based asynchronous
642:Software design patterns
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111:MVP is a user interface
755:Chain of responsibility
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126:in presentation logic:
16:Software design pattern
894:Scheduled-task pattern
844:Double-checked locking
534:"MSDN Magazine Issues"
451:Multitier architecture
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124:separation of concerns
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1245:Architectural pattern
1148:Christopher Alexander
489:developers.google.com
456:Model–view–controller
321:Web application or a
113:architectural pattern
61:, a joint venture of
40:architectural pattern
36:model–view–controller
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1057:Dependency injection
1014:Inversion of control
1009:Data transfer object
909:Thread-local storage
461:Model–view–viewmodel
359:Implementing MVP in
28:Model–view–presenter
1062:Intercepting filter
1219:The Hillside Group
1004:Data access object
854:Guarded suspension
839:Binding properties
556:msdn.microsoft.com
538:msdn.microsoft.com
389:Google Web Toolkit
361:Google Web Toolkit
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540:. 7 October 2019.
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669:Abstract factory
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558:. 27 April 2010.
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1212:Communities
1193:Jim Coplien
1168:Grady Booch
1153:Erich Gamma
1097:Type tunnel
1082:Object pool
1077:Null object
1072:Mock object
934:Interceptor
904:Thread pool
819:Concurrency
765:Interpreter
431:CodeIgniter
1260:Categories
1107:Delegation
1042:Blackboard
747:Behavioral
699:Structural
661:Creational
472:References
259:_presenter
241:_presenter
238:IPresenter
181:IPresenter
1173:Kent Beck
899:Semaphore
889:Scheduler
732:Flyweight
722:Decorator
717:Composite
689:Singleton
684:Prototype
268:Presenter
190:Presenter
175:Presenter
150:presenter
117:automated
90:Microsoft
47:presenter
1233:See also
1035:patterns
921:patterns
874:Proactor
821:patterns
795:Strategy
785:Observer
775:Mediator
770:Iterator
652:patterns
445:See also
107:Overview
59:Taligent
1087:Servant
1019:Model 2
879:Reactor
869:Monitor
834:Balking
805:Visitor
780:Memento
760:Command
707:Adapter
674:Builder
436:Laravel
367:or the
319:ASP.NET
300:layer.
235:private
53:History
1141:People
1024:Broker
727:Facade
712:Bridge
419:As of
404:Vaadin
379:JavaFX
365:Vaadin
247:public
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208:// ...
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169:public
143:events
69:, and
38:(MVC)
1116:Books
1033:Other
969:-tier
790:State
737:Proxy
399:Swing
394:JFace
384:Echo2
369:Echo2
346:Swing
336:In a
229:IView
220:class
196:IView
172:class
132:model
63:Apple
1092:Twin
949:MVVM
864:Lock
859:Join
338:Java
332:Java
315:.NET
313:The
309:.NET
274:this
250:View
223:View
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148:The
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137:The
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79:Java
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956:ADR
944:MVP
939:MVC
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342:AWT
265:new
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67:IBM
32:MVP
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