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Platform-specific model: Difference between revisions - Wikipedia Jump to content

Platform-specific model: Difference between revisions

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Adding local short description: "Model of a software or business system", overriding Wikidata description "model of a software or business system that is linked to a specific technological platform" (Shortdesc helper)
 
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A '''platform-specific model''' is a model of a software or business system that is linked to a specific technological platform (e.g. a specific [[programming language]], [[operating system]] or [[database]]). Platform-specific models are indispensable for the actual implementation of a system.
{{Short description|Model of a software or business system}}
A '''platform-specific model''' is a model of a software or business system that is linked to a specific technological platform (e.g. a specific [[programming language]], [[operating system]], [[document file format]] or [[database]]). Platform-specific models are indispensable for the actual implementation of a system.


Say for example that you want to implement an online shop. The system will need to store information regarding users, goods, credit cards, etc. You might decide that you will use for this purpose an [[Oracle database]]. For this to work you will need to express your concepts (e.g. the concept of an user) in a [[relational model]] using the [[Oracle database|Oracle]]'s [[SQL]] dialect. This [[Oracle database|Oracle]]'s specific [[relational model]] is an example of a ''Platform-specific model''.
For example, a need to implement an online shop. The system will need to store information regarding users, goods, credit cards, etc. The designer might decide to use for this purpose an [[Oracle database]]. For this to work, the designer will need to express concepts (e.g. the concept of a user) in a [[relational model]] using the [[Oracle database|Oracle]]'s [[SQL]] dialect. This [[Oracle database|Oracle]]'s specific [[relational model]] is an example of a ''Platform-specific model''.


The term ''platform-specific model'' is most frequently used in the context of the [[model-driven architecture|MDA]] approach. This '''MDA''' approach corresponds the [[Object Management Group|OMG]] vision of [[Model Driven Engineering]]. The main idea is that it should be possible to use a [[Model Transformation Language|MTL]] to transform a [[Platform-independent model]] into a Platform-specific model. In order to achieve this transformation, one can use a language compliant to the newly defined [[QVT]] standard. Examples of such languages are [[AndroMDA]], [[VIATRA]] or [[ATLAS Transformation Language|ATL]].
The term ''platform-specific model'' is most frequently used in the context of the [[model-driven architecture|MDA]] approach. This '''MDA''' approach corresponds the [[Object Management Group|OMG]] vision of [[Model Driven Engineering]]. The main idea is that it should be possible to use a [[Model Transformation Language|MTL]] to transform a [[Platform-independent model]] into a Platform-specific model. In order to achieve this transformation, one can use a language compliant to the newly defined [[QVT]] standard. Examples of such languages are [[AndroMDA]], [[VIATRA]] or [[ATLAS Transformation Language|ATL]].

== See also ==
*[[platform-independent model]]


== Related Concepts ==
== Related Concepts ==
* [[ATLAS Transformation Language]] (ATL)
* [[Model-driven architecture]] (MDA is an OMG Trademark), (MDE is '''not''' an OMG Trademark)
* [[Model Integrated Computing]] (MIC)
* [[Generic Modeling Environment]] (GME)
* [[Eclipse Modeling Framework]] (EMF)
* [[Graphical Modeling Framework]] (GMF)
* [[Domain Specific Language]] (DSL)
* [[Domain Specific Language]] (DSL)
* [[Domain-specific modelling]] (DSM)
* [[Domain-specific modelling]] (DSM)
* [[Model-based testing]] (MBT)
* [[Eclipse Modeling Framework]] (EMF)
* [[Generic Modeling Environment]] (GME)
* [[Graphical Modeling Framework]] (GMF)
* [[Meta-Object Facility]] (MOF)
* [[Meta-modeling]]
* [[Meta-modeling]]
* [[Model-based testing]] (MBT)
* [[ATLAS Transformation Language|ATL]]
* [[Model-driven architecture]] (MDA)
* [[VIATRA]]
* [[Model Transformation Language]] (MTL)
* [[XMI]]
* [[Object Constraint Language]] (OCL)
* [[OCL]]
* [[Model Transformation Language|MTL]]
* [[Meta-Object Facility|MOF]]
* [[Object-oriented analysis and design]] (OOAD)
* [[Object-oriented analysis and design]] (OOAD)
* Visual Automated model Transformations [[VIATRA]]
* [[XML Metadata Interchange]] (XMI)


== See also ==
[[Category:Software engineering]]
* [[Platform-independent model]]
[[Category:Systems engineering]]


== References ==
{{Uncategorized|September 2006}}
{{Unreferenced|date=April 2009}}

[[Category:Software architecture]]
[[Category:Systems engineering]]

Latest revision as of 11:45, 29 April 2022

A platform-specific model is a model of a software or business system that is linked to a specific technological platform (e.g. a specific programming language, operating system, document file format or database). Platform-specific models are indispensable for the actual implementation of a system.

For example, a need to implement an online shop. The system will need to store information regarding users, goods, credit cards, etc. The designer might decide to use for this purpose an Oracle database. For this to work, the designer will need to express concepts (e.g. the concept of a user) in a relational model using the Oracle's SQL dialect. This Oracle's specific relational model is an example of a Platform-specific model.

The term platform-specific model is most frequently used in the context of the MDA approach. This MDA approach corresponds the OMG vision of Model Driven Engineering. The main idea is that it should be possible to use a MTL to transform a Platform-independent model into a Platform-specific model. In order to achieve this transformation, one can use a language compliant to the newly defined QVT standard. Examples of such languages are AndroMDA, VIATRA or ATL.

Related Concepts[edit]

See also[edit]

References[edit]