Difference between revisions of "Theory Release History"

From Event-B
Jump to navigationJump to search
imported>Im06r
imported>Im06r
Line 4: Line 4:
  
 
===News===
 
===News===
 +
* ''6th January 2011'': [[#Version_0.6|Version 0.6]] released. It is based on Rodin 2.0.1.
 
* ''10th November 2010'': [[#Version_1.0|Version 1.0]] is planned to be released Early 2011.
 
* ''10th November 2010'': [[#Version_1.0|Version 1.0]] is planned to be released Early 2011.
 
* ''28th October 2010'': [[#Version_0.5|Version 0.5]] released. It is based on Rodin 2.0.
 
* ''28th October 2010'': [[#Version_0.5|Version 0.5]] released. It is based on Rodin 2.0.

Revision as of 18:36, 5 January 2011

Back to Theory Plug-in.

Follow this page for the latest on the Theory plug-in. The user manual is also provided together with the installation details.

News

  • 6th January 2011: Version 0.6 released. It is based on Rodin 2.0.1.
  • 10th November 2010: Version 1.0 is planned to be released Early 2011.
  • 28th October 2010: Version 0.5 released. It is based on Rodin 2.0.

Installation & Update

The installation or update for the Theory plug-in is available under the main Rodin Update site (http://rodin-b-sharp.sourceforge.net/updates) under the category "Modelling Extensions". Like always, after the installation, restarting Rodin is recommended.

User Manual

The user manual is available here, Theory User Manual.

Releases

Version 0.6

6th January 2011

Minor bug fixes and improvements to theories pretty printer.

Version 0.5

28th October 2010

This is the first release of the Theory plug-in with support for mathematical as well as prover extensions.

Worked Examples

In this section, you find examples of theories and models using theories. TODO Include examples ASAP.

Features Requests and Bugs

Please do not hesitate to raise any issues with regards to usability as well as bugs. The following items are on the TODO list of Theory plug-in:

  • Finalize AC/A pattern matching.
  • Finalize support for forward inference rules.
  • Improve backward inference and rewriting.
  • D-library for generating D-WD conditions.
  • Proof refactoring.
  • Fixpoint definitions + recursive operators.
  • Tactic to expand all extended formulae.
  • A sizable case-study.
  • More Documentation.
  • Bug fixes (svn trackers).