Difference between revisions of "State-Machines and Code Generation"
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| − | + | = Generating Code from State-Machine Diagrams = | |
| + | We introduce the ability to generate code from state-machine diagrams in version 0.2.3 of the code generation feature plug-in. Code is generated from the diagram itself, and no additional mark-up of the model is required; that is, nothing over and above the usual mark-up required for Tasking Event-B, such as identifying non-typing/typing invariants, and guards etc. State-machine(s) are created in a machine using the existing state-machine plug-in, subject to the limitations described below. | ||
| + | == Limitations/What Can Be Translated == | ||
| + | The current code generation tool is restricted to generating code for a single Event-B machine containing one or more state-machines. We have yet to explore the decomposition/composition of machines containing state-machines. | ||
| + | |||
| + | We do not handle nested state-machines. | ||
| + | |||
| + | == Tooling == | ||
| + | |||
| + | == TODO - list == | ||
Revision as of 06:46, 16 May 2012
Contents
Generating Code from State-Machine Diagrams
We introduce the ability to generate code from state-machine diagrams in version 0.2.3 of the code generation feature plug-in. Code is generated from the diagram itself, and no additional mark-up of the model is required; that is, nothing over and above the usual mark-up required for Tasking Event-B, such as identifying non-typing/typing invariants, and guards etc. State-machine(s) are created in a machine using the existing state-machine plug-in, subject to the limitations described below.
Limitations/What Can Be Translated
The current code generation tool is restricted to generating code for a single Event-B machine containing one or more state-machines. We have yet to explore the decomposition/composition of machines containing state-machines.
We do not handle nested state-machines.
