Difference between revisions of "MOP Logic Repository"

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One of the most distinctive features of [[MOP]] is its generality w.r.t. logical formalisms. Specifically, [[MOP]] supports an extensible logic framework, allowing the user to add her/his favorite or domain-specific specification formalisms via '''''logic plugins''''', which implement monitor synthesis algorithms for corresponding logical formalisms. Presently, we have implemented logic plugins for the following specification formalisms; please follow the links for more details and also ''online interfaces'' of these logic plugins.
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One of the most distinctive features of [[MOP]] is its generality w.r.t. logical formalisms. Specifically, [[MOP]] supports an extensible logic framework, allowing the user to add her/his favorite or domain-specific specification formalisms via '''''logic plugins''''', which implement monitor synthesis algorithms for corresponding logical formalisms. This page lists the logic plugins presently developed for MOP (which have graphical output; more to come).
  
* [[Extended Regular Expression]] (ERE)
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* [[Special:EREEngineOnline | Extended Regular Expression Online Interface]] (ERE)
* [[Future Time Linear Temporal Logic]] (FTLTL)
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* [[Special:CFGPluginOnline | Context Free Grammar Online Interface]] (CFG)
* [[Past Time Linear Temporal Logic]] (PTLTL)
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* [[Special:FTLTLEngineOnline | Future Time Linear Temporal Logic Online Interface]] (FTLTL)
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* [[Special:PTLTLEngineOnline | Past Time Linear Temporal Logic Online Interface]] (PTLTL)
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* [[Special:PTCaRetEngineOnline | Past Time Linear Temporal Logic with Nested Calls and Returns Online Interface]] (PTLTL)
  
 
== Send us Your Logic! ==
 
== Send us Your Logic! ==
  
Currently, we only accept new logic plugins via emails. In order to provide a logic plugin, please pack the whole plugin directory into one file and send it to fsl AT cs.uiuc.edu. In order for us to better test the submitted plugin, please put related information into a readme file. After we verify the plugin, we will publish it in our repository.
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Currently, we only accept new logic plugins via emails. To submit a new logic plugin, please pack the whole plugin as one file and send it to fsl AT cs.uiuc.edu. A detailed Readme file is highly recommanded. After the plugin is tested, we will publish it in our repository.
  
  Related Projects: [[Monitoring-Oriented Programming]]; [[JavaMOP]]
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  Related Projects: [[Monitoring-Oriented Programming]]; [[JavaMOP]];

Latest revision as of 19:37, 5 May 2008

One of the most distinctive features of MOP is its generality w.r.t. logical formalisms. Specifically, MOP supports an extensible logic framework, allowing the user to add her/his favorite or domain-specific specification formalisms via logic plugins, which implement monitor synthesis algorithms for corresponding logical formalisms. This page lists the logic plugins presently developed for MOP (which have graphical output; more to come).

[edit] Send us Your Logic!

Currently, we only accept new logic plugins via emails. To submit a new logic plugin, please pack the whole plugin as one file and send it to fsl AT cs.uiuc.edu. A detailed Readme file is highly recommanded. After the plugin is tested, we will publish it in our repository.

Related Projects: Monitoring-Oriented Programming; JavaMOP;
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