site regenerated

0ca93625 · Alexander Weigl · 6bc9bfa1 · 0ca93625 · 0ca93625 · 0ca93625
Commit 0ca93625 authored Sep 11, 2017 by Alexander Weigl
--- a/website/docs/commands.md
+++ b/website/docs/commands.md
+# Commands
+
+
+
+Generated on: Mon Sep 11 17:22:08 CEST 2017by `gendoc.groovy`.
+
+Covering the proof script commands of [KeY](http://key-project.org).
+
+## assume
+> Synopsis: `assume <TERM>`
+
+
+The assume command is an unsound taclet rule and takes one argument:
+
+The command adds the formula passed as argument to the antecedent
+a formula #2 to which the command is applied
+
+
+**Arguments:**
+
+* `#2` :  *TERM* (*R*)
+
+## auto
+> Synopsis: `auto [all=<BOOLEAN>] [steps=<INT>]`
+
+
+The AutoCommand invokes the automatic strategy "Auto"
+
+
+**Arguments:**
+
+* `all` :  *BOOLEAN* 
+* `steps` :  *INT* 
+
+## cut
+> Synopsis: `cut <TERM>`
+
+
+* The command object CutCommand has as scriptcommand name "cut"
+* As parameters:
+* a formula with the id "#2"
+
+
+**Arguments:**
+
+* `#2` :  *TERM* (*R*)
+
+## exit
+> Synopsis: `exit`
+
+
+
+
+
+**Arguments:**
+
+
+## focus
+> Synopsis: `focus <SEQUENT>`
+
+
+
+**Arguments:**
+
+* `#2` :  *SEQUENT* (*R*)
+
+## instantiate
+> Synopsis: `instantiate [formula=<TERM>] [var=<STRING>] [occ=<INT>] [<STRING>] [with=<TERM>]`
+
+
+instantiate var=a occ=2 with="a_8" hide
+<p>
+instantiate formula="\forall int a; phi(a)" with="a_8"
+
+
+
+**Arguments:**
+
+* `formula` :  *TERM* 
+* `var` :  *STRING* 
+* `occ` :  *INT* 
+* `#2` :  *STRING* 
+* `with` :  *TERM* 
+
+## javascript
+> Synopsis: `javascript <STRING>`
+
+
+
+**Arguments:**
+
+* `#2` :  *STRING* (*R*)
+
+## leave
+> Synopsis: `leave`
+
+
+
+
+
+**Arguments:**
+
+
+## let
+> Synopsis: `let`
+
+
+
+
+
+**Arguments:**
+
+
+## macro
+> Synopsis: `macro <STRING>`
+
+
+
+**Arguments:**
+
+* `#2` :  *STRING* (*R*)
+
+## rule
+> Synopsis: `rule <STRING> [on=<TERM>] [formula=<TERM>] [occ=<INT>]`
+
+
+* Command that applies a calculus rule
+* All parameters are passed as strings and converted by the command.
+* The parameters are:
+* <ol>
+*     <li>#2 = <String>rule name</String></li>
+*     <li>on= key.core.logic.Term on which the rule should be applied to as String (find part of the rule) </li>
+*     <li>formula= toplevel formula in which term appears in</li>
+*     <li>occ = occurrence number</li>
+*     <li>inst_= instantiation</li>
+* </ol>
+
+
+
+**Arguments:**
+
+* `#2` :  *STRING* (*R*)
+* `on` :  *TERM* 
+* `formula` :  *TERM* 
+* `occ` :  *INT* 
+
+## schemaVar
+> Synopsis: `schemaVar <STRING> <STRING>`
+
+
+
+**Arguments:**
+
+* `#2` :  *STRING* (*R*)
+* `#3` :  *STRING* (*R*)
+
+## script
+> Synopsis: `script <STRING>`
+
+
+
+**Arguments:**
+
+* `#2` :  *STRING* (*R*)
+
+## select
+> Synopsis: `select formula=<TERM>`
+
+
+
+**Arguments:**
+
+* `formula` :  *TERM* (*R*)
+
+## set
+> Synopsis: `set [oss=<BOOLEAN>]`
+
+
+
+**Arguments:**
+
+* `oss` :  *BOOLEAN* 
+
+## skip
+> Synopsis: `skip`
+
+
+
+**Arguments:**
+
+
+## smt
+> Synopsis: `smt solver=<STRING>`
+
+
+
+**Arguments:**
+
+* `solver` :  *STRING* (*R*)
+
+## tryclose
+> Synopsis: `tryclose [steps=<INTEGER>] [<STRING>]`
+
+
+
+**Arguments:**
+
+* `steps` :  *INTEGER* 
+* `#2` :  *STRING* 
+
--- a/website/docs/macros.md
+++ b/website/docs/macros.md
-
 # Macros
-    
-Generated on: Mon Sep 11 14:19:11 CEST 2017 by `gendoc.groovy`. 
+
+Generated on: ${new Date()} by `gendoc.groovy`.

 Covering the macros of [KeY](http://key-project.org).

-## Full Information Flow Auto Pilot (`infflow-autopilot`) 
+## Full Auto Pilot (`autopilot`) 

-Information Flow
+Auto Pilot

-<html><ol><li>Search exhaustively for applicable position, then<li>Start auxiliary computation<li>Finish symbolic execution<li>Try to close as many goals as possible<li>Apply macro recursively<li>Finish auxiliary computation<li>Use information flow contracts<li>Try to close as many goals as possible</ol>
+<html><ol><li>Finish symbolic execution<li>Separate proof obligations<li>Expand invariant definitions<li>Try to close all proof obligations</ol>



-## Close provable goals below (`tryclose`) 
+## Auto pilot (preparation only) (`autopilot-prep`) 

-null
+Auto Pilot

-Closes closable goals, leave rest untouched (see settings AutoPrune). Applies only to goals beneath the selected node.
+<html><ol><li>Finish symbolic execution<li>Separate proof obligations<li>Expand invariant definitions</ol>



-## Update Simplification Only (`simp-upd`) 
+## Full Information Flow Auto Pilot (`infflow-autopilot`) 

-Simplification
+Information Flow

-Applies only update simplification rules
+<html><ol><li>Search exhaustively for applicable position, then<li>Start auxiliary computation<li>Finish symbolic execution<li>Try to close as many goals as possible<li>Apply macro recursively<li>Finish auxiliary computation<li>Use information flow contracts<li>Try to close as many goals as possible</ol>



-## Full Auto Pilot (`autopilot`) 
+## Propositional expansion (w/o splits) (`nosplit-prop`) 

-Auto Pilot
+Propositional

-<html><ol><li>Finish symbolic execution<li>Separate proof obligations<li>Expand invariant definitions<li>Try to close all proof obligations</ol>
+Apply rules to decompose propositional toplevel formulas; does not split the goal.



-## Finish symbolic execution (`symbex`) 
+## One Single Proof Step (`onestep`) 

-Auto Pilot
+Simplification

-Continue automatic strategy application until no more modality is on the sequent.
+One single proof step is applied



-## Propositional expansion (w/ splits) (`split-prop`) 
+## Heap Simplification (`simp-heap`) 

-Propositional
+Simplification

-Apply rules to decompose propositional toplevel formulas; splits the goal if necessary
+This macro performs simplification of Heap and LocSet terms.
+It applies simplification rules (including the "unoptimized" select rules), One Step Simplification, alpha, and delta rules.



-## Heap Simplification (`simp-heap`) 
+## Integer Simplification (`simp-int`) 

 Simplification

-This macro performs simplification of Heap and LocSet terms.
-It applies simplification rules (including the "unoptimized" select rules), One Step Simplification, alpha, and delta rules.
+This macro performs simplification of integers and terms with integers.
+It applies only non-splitting simplification rules.



-## Auto pilot (preparation only) (`autopilot-prep`) 
+## Update Simplification Only (`simp-upd`) 

-Auto Pilot
+Simplification

-<html><ol><li>Finish symbolic execution<li>Separate proof obligations<li>Expand invariant definitions</ol>
+Applies only update simplification rules



-## Propositional expansion (w/o splits) (`nosplit-prop`) 
+## Propositional expansion (w/ splits) (`split-prop`) 

 Propositional

-Apply rules to decompose propositional toplevel formulas; does not split the goal.
+Apply rules to decompose propositional toplevel formulas; splits the goal if necessary



-## One Single Proof Step (`onestep`) 
+## Finish symbolic execution (`symbex`) 

-Simplification
+Auto Pilot

-One single proof step is applied
+Continue automatic strategy application until no more modality is on the sequent.



-## Integer Simplification (`simp-int`) 
+## Close provable goals below (`tryclose`) 

-Simplification
+null

-This macro performs simplification of integers and terms with integers.
-It applies only non-splitting simplification rules.
+Closes closable goals, leave rest untouched (see settings AutoPrune). Applies only to goals beneath the selected node.

--- a/website/docs/taclets.md
+++ b/website/docs/taclets.md