Code Generation Activity: Difference between revisions
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** a pretty-printer for the Tasking Development. | ** a pretty-printer for the Tasking Development. | ||
** a pretty-printer for Common Language Model, which generates Ada Source Code. | ** a pretty-printer for Common Language Model, which generates Ada Source Code. | ||
=== The Demonstration Plug-in Release === | |||
The demonstration plug-in is planned for release around November-end 2010, if all goes well. It must be emphasised that the Code Generation (CG) Feature is a demonstration tool; a proof of concept rather than a prototype. The tool has no static checker, and it is therefore to be expected that there will be a reliance on docs and dialogue to explore the features of the CG tools successfully. We will be working on this aspect in due course. | |||
=== Metamodels === | === Metamodels === | ||
Revision as of 13:25, 22 November 2010
Development Repository
The SVN repository for development of the code generation plug-in is here:
svn+ssh://svn.ecs.soton.ac.uk/projects/deploy-exploratory/trunk/CodeGeneration
Other information can be found here:
svn+ssh://svn.ecs.soton.ac.uk/projects/deploy-exploratory/CodeGeneration
Completed/Ongoing Work
- Demonstration plug-in,
- ready for deployment.
- deployment/Integration Testing under way.
- The plug-in consists of,
- a tasking Development Generator.
- a tasking Development Editor (Based on an EMF Tree Editor).
- a translator, from Tasking Development to Common Language Model.
- a translator, from the Tasking Development to Event-B model of the implementation.
- a pretty-printer for the Tasking Development.
- a pretty-printer for Common Language Model, which generates Ada Source Code.
The Demonstration Plug-in Release
The demonstration plug-in is planned for release around November-end 2010, if all goes well. It must be emphasised that the Code Generation (CG) Feature is a demonstration tool; a proof of concept rather than a prototype. The tool has no static checker, and it is therefore to be expected that there will be a reliance on docs and dialogue to explore the features of the CG tools successfully. We will be working on this aspect in due course.
Metamodels
- In the plug-in we define several meta-models:
- CompositeControl: for the control flow (algorithmic) constructs such as branch, loop and sequence etc. These constructs may be used in the specification of either sequential or concurrent systems.
- Tasking Meta-model: defines the tasking model where we attach tasking specific details, such as task priority, task type. The tasking structures provide the ability to define single tasking or multi-tasking (concurrent) systems. We make use of the composite control plug-in to specify the flow of control.
- IL1 Meta-model: defines an abstraction of common programming language constructs for use in translations to implementations.
Translation Rules
- Tasking to IL1/Event-B translation rules [[1]]
