(fix link to bms tutorial) |
(add link to second physical units plugin tutorial) |
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* [http://handbook.event-b.org/current/html/tut_populate_context.html#a0000000094 Finding Solutions to Axioms] | * [http://handbook.event-b.org/current/html/tut_populate_context.html#a0000000094 Finding Solutions to Axioms] | ||
Furthermore, there are several tutorials on the physical units plugin: | |||
* [[Tutorial Unit Plugin|Using the physical units plugin inside ProB]] | |||
* [[Tutorial Unit Plugin With Rodin|Analysing physical units with ProB for Rodin]] | |||
For ProB for CSP, the following presents a gentle introduction: | For ProB for CSP, the following presents a gentle introduction: | ||
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* [[Tutorial CSP First Step|Starting ProB for CSP and first animation steps]] | * [[Tutorial CSP First Step|Starting ProB for CSP and first animation steps]] | ||
We also have a [http://www.stups.uni-duesseldorf.de/bmotionstudio/index.php/User_Guide/Tutorial tutorial for B Motion Studio | We also have a [http://www.stups.uni-duesseldorf.de/bmotionstudio/index.php/User_Guide/Tutorial tutorial for B Motion Studio]. |
ProB is a flexible and extensible validation tool for high-level specification formalisms.
ProB supports
Below we present a gentle introduction to ProB focusing on classical B (but many of the commands are also applicable to the other formalisms such as CSP, Event-B and Z).
For ProB for Rodin, the following presents a gentle introduction:
The Rodin handbook also contains material about ProB:
Furthermore, there are several tutorials on the physical units plugin:
For ProB for CSP, the following presents a gentle introduction:
We also have a tutorial for B Motion Studio.