For the implementation phase, different platforms and frameworks like J2ME, or PI may serve as a target to generation. Finally, some modeling languages specific tools were identified.
Among other things, Supremacy and LTSA tools can be used to http://www.linkagogo.com/go/SiteSee?i=100535474&t=recharge+api perform specific tasks in the areas of recharge api supervisory control and / or verification.
In order to use these languages in a specific process development, we must implement the various changes that have been defined. For this it is necessary to consider the http://www.linkagogo.com/go/SiteSee?i=100535474&i=100535485&t=recharge+api&t=recharge+online+si.. needs imposed by the developments to recharge api perform.
For example, we have already stated the value of using the theory of supervisory control combined with an implementation on a J2ME platform with. Finally, for other types of http://www.dipity.com/brianevans/ applications, in addition to the control theory by monitoring, it may be necessary to perform a phase of model verification followed by implantation using the PI framework, etc.
The classification of languages and tools as well as the implementation of transformations to define a development process are presented in. Note that the use of Eclipse plugins allows incorporating a meta-model to provide a tool but also to provide a pivot point between different transformations and activities.
In view of the specific needs of the SED, it is possible to https://app.blinklist.com/users/kariluna recharge api define for each class of applications a path to be followed by the development process based on the transformation defined above.
A first path (shown by the solid arrows) can be set for the implementation of decentralized mobile applications supported by the J2ME platform. Offers a second path for applications composed of autonomous entities (agents) where a supervisor synthesis and verification by Model-Checking are required (shown by dashed arrows).
This chapter describes an implementation of the principles set out in Chapter 4 By limiting the context of software development for SED and after identifying the concepts in this field, tools and associated platforms, types and different recharge api activities modeling languages have been identified.
Meta-models and transformations have been developed for https://www.lintas.me/technology/other/mackensie.sosblogs.com/recharge-api these languages and tools that manipulate them. The changes have not all been identified with the same tools. ATL [JK05] Intake [MFF06] and Expand [EFH07] were others could have been used (as Kermit [MFJ05] for example).
It may be noted that according to the type of transformation or the https://www.lintas.me/technology/other/mackensie.sosblogs.com/recharge-online-sites context in which processing must be defined, the tool selection has imposed itself.
For the processing of abstract to abstract models (M2M) models, the choice fell on ATL (Intake and Expand are not suitable for this type of transformation), which provides a simple transformation language recharge api based on queries.
Among other things, Supremacy and LTSA tools can be used to http://www.linkagogo.com/go/SiteSee?i=100535474&t=recharge+api perform specific tasks in the areas of recharge api supervisory control and / or verification.
In order to use these languages in a specific process development, we must implement the various changes that have been defined. For this it is necessary to consider the http://www.linkagogo.com/go/SiteSee?i=100535474&i=100535485&t=recharge+api&t=recharge+online+si.. needs imposed by the developments to recharge api perform.
For example, we have already stated the value of using the theory of supervisory control combined with an implementation on a J2ME platform with. Finally, for other types of http://www.dipity.com/brianevans/ applications, in addition to the control theory by monitoring, it may be necessary to perform a phase of model verification followed by implantation using the PI framework, etc.
The classification of languages and tools as well as the implementation of transformations to define a development process are presented in. Note that the use of Eclipse plugins allows incorporating a meta-model to provide a tool but also to provide a pivot point between different transformations and activities.
In view of the specific needs of the SED, it is possible to https://app.blinklist.com/users/kariluna recharge api define for each class of applications a path to be followed by the development process based on the transformation defined above.
A first path (shown by the solid arrows) can be set for the implementation of decentralized mobile applications supported by the J2ME platform. Offers a second path for applications composed of autonomous entities (agents) where a supervisor synthesis and verification by Model-Checking are required (shown by dashed arrows).
This chapter describes an implementation of the principles set out in Chapter 4 By limiting the context of software development for SED and after identifying the concepts in this field, tools and associated platforms, types and different recharge api activities modeling languages have been identified.
Meta-models and transformations have been developed for https://www.lintas.me/technology/other/mackensie.sosblogs.com/recharge-api these languages and tools that manipulate them. The changes have not all been identified with the same tools. ATL [JK05] Intake [MFF06] and Expand [EFH07] were others could have been used (as Kermit [MFJ05] for example).
It may be noted that according to the type of transformation or the https://www.lintas.me/technology/other/mackensie.sosblogs.com/recharge-online-sites context in which processing must be defined, the tool selection has imposed itself.
For the processing of abstract to abstract models (M2M) models, the choice fell on ATL (Intake and Expand are not suitable for this type of transformation), which provides a simple transformation language recharge api based on queries.
No comments:
Post a Comment