Difference between pages "User:YGU/SMT Solvers Plug-in" and "Template:Dev News"

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''For developer support, see [[SMT Solvers Plug-in Developer Support]]''
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[http://wiki.event-b.org/index.php?title=Template:Dev_News/Archives&action=edit Edit Archives]
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== Displayed as follow on the Main Page ==
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<div style="margin:0;width:50%;border:1px solid #AAAAAA;background:#FFFFFF;">
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</noinclude><!--- News to add here below : ==== --->
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<div style="font-size:90%;">
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{| border="0"
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| [[Image:Rodin211outnow.png|left]]
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| [[Rodin Platform 2.1.1 Release Notes | Learn more ]]<br>[http://sourceforge.net/projects/rodin-b-sharp/files/Core_%20Rodin%20Platform/2.1.1/ Download now]
 
|}
 
|}
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* 08/02/11 : [https://sourceforge.net/projects/rodin-b-sharp/files/Core_%20Rodin%20Platform/2.1/ Release 2.1] of Rodin is now available
 +
* 16/11/10 : [https://sourceforge.net/projects/rodin-b-sharp/files/Core_%20Rodin%20Platform/2.0.1/ Release 2.0.1] of Rodin is now available
 +
* 13/10/10 : [https://sourceforge.net/projects/rodin-b-sharp/files/Core_%20Rodin%20Platform/2.0/ Release 2.0] of Rodin is now available
 +
* 08/06/10 : UML-B Statemachine Animation Version 1.0.0 released (for Rodin 1.3)
 +
* 08/06/10 : UML-B Version 1.1.0 released (for Rodin 1.3)
 +
* 03/02/10 : [https://sourceforge.net/projects/rodin-b-sharp/files/Core_%20Rodin%20Platform/1.2/ Release 1.2.0] of Rodin is now available
 +
* 29/11/09 : B2Latex 0.5.1 is now available for Rodin 0.9.2 or later
 +
* 20/10/09 : [https://sourceforge.net/projects/rodin-b-sharp/files/Core_%20Rodin%20Platform/1.1/ Release 1.1.0] of Rodin is now available
 +
* 25/08/09 : [http://cia.vc/stats/project/rodin-b-sharp/.message/248437 Implemented new Prover Rules]
 +
* 20/08/09 : [http://cia.vc/stats/project/rodin-b-sharp/.message/24160f New extensible plug-ins] org.rodinp.keyboard and org.eventb.keyboard
 +
* 31/07/09 : UML-B plugin released for Rodin 1.0.0
 +
* 27/07/09 : Fixed requirement plug-in for rodin 1.0.0
 +
* 01/07/09 : [https://sourceforge.net/projects/rodin-b-sharp/files/Core_%20Rodin%20Platform/1.0/ Release 1.0.0] of Rodin is now available ([http://sourceforge.net/project/shownotes.php?release_id=693928 changelog])
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==Introduction==
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</div>
The SMT plug-in allows users to use SMT solvers within Rodin. It is still in development (See sources [https://rodin-b-sharp.svn.sourceforge.net/svnroot/rodin-b-sharp/trunk/_exploratory/fages/]).
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<noinclude>
 
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</div>
'''Since version 0.8:'''<br />
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[[Category:Main page templates]]
* '''the SMT-Solver veriT is bundled within the plug-in. Therefore, it is not necessary (but still possible) to install another copy of the solver.'''
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</noinclude>
* '''An Auto-Tactic with SMT profile is available. Thus, it is not necessary (but still possible) to create a new profile to use SMT solvers tactics (see [[#Selecting an SMT auto-tactic profile]] to use this profile).'''
 
 
 
==Installation==
 
You will need to:
 
* Install the Rodin Platform.
 
* Install the SMT Solvers Plug-in into Rodin.
 
* Install any additional SMT-solvers you want to use.
 
 
 
=== Installing the Rodin Platform ===
 
Download the Rodin Platform 2.4 (Core) (around 69MB) corresponding to your operating system and install it [http://www.event-b.org/install.html].
 
 
 
=== Installing the SMT Solvers Plug-in ===
 
Launch Rodin and go to ''Help > Install New Software...''.
 
 
 
[[Image:Install_new_software.png|450px]]
 
 
 
 
 
Select the Rodin Platform Update Site: http://rodin-b-sharp.sourceforge.net/updates.
 
 
 
[[Image:Select_update_site.png|450px]]
 
 
 
 
 
Unfold the ''Prover Extensions'' category, and select the ''SMT Solvers Integration'' feature. Click ''Next''.
 
 
 
[[Image:Select_smt_feature.png|449px]]
 
 
 
 
 
Review the item to be installed and click ''Next''.
 
 
 
[[Image:Review_install_details.png|449px]]
 
 
 
 
 
Read and accept the terms of the license agreement to install the plug-in. Then click ''Finish''.
 
 
 
[[Image:Review_licenses.png|449px]]
 
 
 
 
 
A security warning appears because the feature content is unsigned. Click ''Ok''.
 
 
 
[[Image:Security_warning.png|450px]]
 
 
 
 
 
Click ''Restart Now''.
 
 
 
The SMT Solvers Plug-in is now installed.
 
 
 
=== Installing the SMT solvers ===
 
Currently, the SMT plug-in has been tested with the following solvers:
 
* Alt-Ergo (INRIA Saclay)
 
* CVC3 (New York and Iowa Universities)
 
* veriT (Loria Nancy and UFRN)
 
* Z3 (Microsoft Research)
 
 
 
Since version 0.8.0, the SMT-solver veriT is bundled within the plug-in. To use the plug-in right now with this solver, see [[#Usage]].
 
 
 
==== Installing veriT ====
 
veriT solver can be downloaded at http://www.verit-solver.org/veriT-download.php. Compilation and installation instructions are in the ''INSTALL'' file.<br>
 
If you want the plug-in to extract unsatisfiability cores from veriT proofs, make sure that the proof production is on in ''Makefile.config'' :
 
# PROOF_PRODUCTION = NO
 
PROOF_PRODUCTION = YES
 
 
 
The following tools are used in the installation process (Debian/Ubuntu platforms):
 
* gcc, g++: compilers
 
* make, ar, ranlib: build process
 
* wget, tar, patch: to fetch GMP and Minisat
 
* bison, flex, m4: build compilers and preprocessing
 
 
 
Do not forget to install the E-prover as well[http://eprover.org/] (''eprover'' package on Ubuntu platforms).
 
 
 
==== Installing Alt-Ergo ====
 
alt-ergo solver can be downloaded at http://alt-ergo.lri.fr/, or installed using the Ubuntu repository: ''alt-ergo'' package.
 
 
 
==== Installing CVC3 ====
 
CVC3 solver can be downloaded at http://cs.nyu.edu/acsys/cvc3/download.html, or installed using the Ubuntu repository: ''cvc3'' package.
 
 
 
==== Installing Z3 ====
 
Z3 solver can be downloaded at http://research.microsoft.com/en-us/um/redmond/projects/z3/download.html.
 
 
 
== Connecting SMT Solvers to the Rodin Platform ==
 
In order to use the plug-in, you must connect some SMT solvers to the platform.<br>
 
Such a connection is done by adding a new SMT solver in the plug-in user interface, and setting its path and kind.<br>
 
 
 
Since version 0.8.0, some SMT solvers are bundled within the plug-in, and some ad-hoc configurations are already available. To use the plug-in right now with these solvers, see [[#Usage]].
 
 
 
As to reach the SMT solvers page, open the ''Preferences'' window: ''Window > Preferences''.
 
 
 
[[Image:Preferences_menu.png|450px]]
 
 
 
 
 
Unfold the SMT section and go to the Solvers page.
 
 
 
[[Image:SMT_solvers.png|500px]]
 
 
 
=== Adding a new SMT solver connection ===
 
Add a new SMT solver into Rodin by clicking the ''Add'' button.
 
 
 
[[Image:Solver.png]]
 
 
 
* Fill the ''Name'' field with the name you want to give to this solver.
 
* Select the kind of the solver if it appears in the combo box. In this case, this will let the plug-in use some specific options of the solver to make its integration possible. If it does not appear in the list, select ''unknown''.
 
* Click ''Browse'' to fill the solver executable path.
 
* Click ''OK''.
 
 
 
=== Editing an SMT solver connection ===
 
You can edit all the informations given when adding a connection by clicking the ''Edit'' button. The bundled solvers connections cannot be edited.
 
 
 
=== Removing an SMT solver connection ===
 
You can remove the connection with the ''selected'' solver by clicking the ''Remove'' button. The bundled solvers connections cannot be removed.
 
 
 
=== Restoring default solvers ===
 
The default solvers are the bundled ones. A click on the ''Restore default'' button will remove all the solvers which are not bundled within the plugin.
 
 
 
== Customizing SMT solvers configurations ==
 
In order to use the plug-in, you must set up some SMT Solvers configurations.<br>
 
We call ''SMT Solver configuration'' a settled configuration of a solver, with ad-hoc properties such as its parameters and the SMT-LIB version of the benchmarks it will execute.<br>
 
For example, such configurations can execute the same solver with different options, or different versions of the same solver, or different solvers.<br>
 
 
 
Since version 0.8.0, some SMT solvers are bundled within the plug-in. Some configurations of these solvers is already available in the plug-in : for example, the bundled veriT configuration launches the veriT solver (without e-prover), using the translation to SMT-LIB 2.0 and with the unsat-core extraction enabled. To use the plug-in right now with these configurations, see [[#Usage]].
 
 
 
As to reach the SMT solvers configurations page, open the ''Preferences'' window: ''Window > Preferences''.
 
 
 
[[Image:Preferences_menu.png|450px]]
 
 
 
 
 
Go to the ''Configurations'' page.
 
 
 
[[Image:SMT_configurations.png|500px]]
 
 
 
=== Adding a New Solver Configuration ===
 
Add a new SMT solver configuration into Rodin by clicking the ''Add'' button.
 
 
 
[[Image:Solver_configuration.png|402px]]
 
 
 
* Fill the ''Name'' with the name you want to give to this configuration.
 
* Choose whether this configuration shall be run or not when calling the SMT tactic by checking the ''Enable'' checkbox. This value can be changed directly in the ''Configurations'' page too.
 
* Select the solver you want to use in this configuration. A solver to choose among the connected solvers of the ''Solvers'' page.
 
* Fill the ''Solver arguments'' if needed. For example, you must enter here the solver option which sets the version of SMT-LIB to be used by the solver.
 
* Select which version of SMT-LIB must be used by the plug-in.
 
* Enter the value of the time out delay, which is, the time (in milliseconds) before which the platform will terminate the solver if it has not returned itself.
 
 
 
* Click ''OK''.
 
 
 
=== Editing a Solver Configuration ===
 
You can edit all the informations given when setting a new solver configuration by clicking the ''Edit'' button. The bundled configurations cannot be edited.
 
 
 
=== Removing a Solver Configuration ===
 
You can remove the selected configuration by clicking the ''Remove'' button. The bundled configurations cannot be removed.
 
 
 
=== Duplicating a Solver Configuration ===
 
You can duplicate any configuration by clicking the ''Duplicate'' button. This will open the configuration dialog with the information of the original configuration. Just edit them and click ''OK'' to add the duplicated configuration.
 
 
 
=== Restoring Default Solvers Configurations ===
 
The default configurations are the bundled ones. A click on the ''Restore Default'' button will remove all the configurations which are not bundled within the plugin.
 
 
 
== Setting the SMT translation ==
 
If you want to use veriT instead of ppTrans to translate Event-B sequents to SMT-LIB benchmarks, you need to fill the veriT path, by clicking the corresponding ''Browse'' button, and selecting the veriT binary. Since version 0.8.0, the SMT solver veriT is bundled within the plug-in and its path used by default, so change this only if you want to use another veriT binary to produce SMT-LIB benchmarks.
 
 
 
The plug-in may use some temporary files to discharge a sequent.<br>
 
You can change the directory to use for this purpose, by clicking the corresponding ''Browse'' button, and selecting the target directory.
 
 
 
== SMT Auto-Tactic profile ==
 
One might want to set-up one or several configurations of SMT solver to be used automatically to discharge Event-b sequents in the Rodin platform.<br>
 
Since version 2.3 of Rodin, it is possible to create new ''tactic combinations'' called ''profiles'' to be applied automatically (See ''Advanced Profile Customisation'' in [[Rodin_Platform_2.3_Release_Notes]] and ''3.1.8.4 Sequent Prover / Auto/Post Tactic'' in [http://handbook.event-b.org/current/html/preferences.html the preference page of the Rodin User’s Handbook v.2.4]).<br>
 
Since version 0.8.0 of the plug-in, an Auto-Tactic profile using SMT solvers is available in the plug-in. To use this profile, see [[#Selecting an SMT auto-tactic profile]].
 
 
 
=== Creating a new SMT auto-tactic profile ===
 
 
 
A reasonable combination using the SMT tactic is an SMT tactic queued to the default auto tactic combination. We show here how to create such a ''profile''.
 
 
 
First, open the ''Preferences'' window of the Rodin platform: ''Window > Preferences''.
 
 
 
[[Image:Preferences_menu.png|450px]]
 
 
 
 
 
Open the ''Auto/Post Tactic'' preferences page: ''Event-B > Sequent Prover > Auto/Post Tactic''. Go to the ''Profiles'' tab.
 
 
 
[[Image:Duplicating_auto_tactic_profile.png|450px]]
 
 
 
Select the default auto tactic profile, and click ''Duplicate'' to duplicate it.
 
 
 
Then, select the duplicated profile, and click ''Edit'' to edit it.
 
 
 
[[Image:Auto_tactic_profile_duplicated.png|450px]]
 
 
 
In the tactic profile window, rename the profile, and drag and drop the chosen SMT tactic from the tactics list (in the first column) to the end of the combined tactics (in the second column).
 
 
 
[[Image:Adding_smt_tactic_in_profile.png|450px]]
 
 
 
Then click ''Finish''.
 
 
 
Now a new profile combining the SMT tactic with other tactics is created.
 
 
 
 
 
=== Selecting an SMT auto-tactic profile ===
 
 
 
One may want to use the new SMT auto-tactic profile (available since version 0.8.0 of the plug-in), or a user-defined profile using SMT solvers.
 
 
 
To set it on, go to the ''Auto/Post Tactic'' tab.
 
 
 
[[Image:Smt auto tactic profile selected.png|450px]]
 
 
 
Set the tactic profile to be used for auto-tactics up to the one combining the SMT tactic, by using the drop-down menu.
 
 
 
Then click ''Ok''.
 
 
 
Now, the combined tactics of your new profile, including the SMT tactic, will be automatically launched when auto-provers are called.
 
 
 
== Usage ==
 
 
 
=== Discharging a sequent ===
 
We give an example of Event-B model of which proof obligation can be discharge using an SMT solver:
 
 
 
[[Image:PrettyPrinted context.png|225px]]
 
[[Image:Hypothesis and goal.png|225px]]
 
 
 
''thm1'' is a theorem which must be proved given axioms ''axm2..axm5''.
 
 
 
 
 
Since we installed SMT Plug-in into the Rodin Platform, the SMT tactic button is now accessible in the ''Proof Control'' bar.
 
 
 
[[Image:SMT button.png|450px]]
 
 
 
 
 
Clicking on this button will call the previously selected SMT solver, which will discharge the proof obligation if possible:
 
 
 
[[Image:Tactic applied successfully.png|450px]]
 
 
 
 
 
When the tactic is applied successfully, this means that the reasonner created the new proof rule:
 
 
 
[[Image:Proof Tree and Rule Details.png|450px]]
 
 
 
If the solver used to discharge the sequent is able to extract an unsatisfiability core, the proof rule will be produced using it. This is the case for veriT.
 
 
 
== Bugs and features request ==
 
* SMT-LIB 2.0 support with the veriT translation approach in developpment
 
* Full set theory support in progress
 
 
 
== Releases Notes ==
 
 
 
'''Version 1.0.0'''
 
* Cvc3 SMT solver bundled with the plug-in
 
* User Interface entirely refactored for more intuitive experience
 
 
 
'''Version 0.8.0'''
 
* Support of SMT-LIB 2.0 in the PP translation approach
 
* Inclusion of the SMT-Solver veriT in the plug-in
 
* Addition of an SMT auto-tactic
 
* Auto-Tactic profile containing the SMT auto-tactic
 
* Possibility to parameterize a new SMT tactic
 
* Integration of solvers successfully tested with:
 
** Alt-Ergo 0.93
 
** Cvc3 2011-11-21
 
** veriT (included in the plug-in)
 
** z3 3.2
 
** Cvc4 2011-12-11 (but few theories are available for now)
 
* Good results in the field of linear integer arithmetic with uninterpreted sort and function symbols
 
* Good support of basic set theory
 
* Full set theory support needs to be improved
 
* Results showed the SMT-Solvers Plug-in was a good alternative to the Atelier-B provers
 
 
 
'''Version 0.1.0'''
 
* Initial beta-release.
 
* Two approaches for translating Event-B to SMT-LIB 1.2:
 
** with ppTrans (included in Rodin official releases)
 
** with veriT (must be installed)
 
* Integration of solvers successfully tested with: ''(notice that no solver will be included in the plug-in at all)''
 
** Alt-Ergo 0.93
 
** Cvc3 2011-07-14
 
** veriT 201107
 
** z3 2.19
 
* Good results in the field of linear integer arithmetic with uninterpreted sort and function symbols
 
* Good support of basic set theory
 
* Full set theory support needs to be improved
 
* No SMT-LIB 2.0 support in this release
 
 
 
[[Category:Plugin]]
 
[[Category:User documentation]]
 

Revision as of 21:21, 5 April 2011

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Displayed as follow on the Main Page

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Learn more
Download now
  • 08/02/11 : Release 2.1 of Rodin is now available
  • 16/11/10 : Release 2.0.1 of Rodin is now available
  • 13/10/10 : Release 2.0 of Rodin is now available
  • 08/06/10 : UML-B Statemachine Animation Version 1.0.0 released (for Rodin 1.3)
  • 08/06/10 : UML-B Version 1.1.0 released (for Rodin 1.3)
  • 03/02/10 : Release 1.2.0 of Rodin is now available
  • 29/11/09 : B2Latex 0.5.1 is now available for Rodin 0.9.2 or later
  • 20/10/09 : Release 1.1.0 of Rodin is now available
  • 25/08/09 : Implemented new Prover Rules
  • 20/08/09 : New extensible plug-ins org.rodinp.keyboard and org.eventb.keyboard
  • 31/07/09 : UML-B plugin released for Rodin 1.0.0
  • 27/07/09 : Fixed requirement plug-in for rodin 1.0.0
  • 01/07/09 : Release 1.0.0 of Rodin is now available (changelog)