Kind2Api (kind2-java-api 0.3.0 API)

java.lang.Object
- edu.uiowa.cs.clc.kind2.api.Kind2Api

public class Kind2Api
extends java.lang.Object

The primary interface to Kind2.

Field Summary

Fields
Modifier and Type Field and Description

static java.lang.String KIND2

Fields
Modifier and Type	Field and Description
`static java.lang.String`	`KIND2`

Constructor Summary

Constructors
Constructor and Description

Kind2Api()

Constructors
Constructor and Description
`Kind2Api()`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`void`	`apiDebug(java.lang.String text)` Print string to debug log (assuming setApiDebug() has been called)
`java.lang.String`	`checkAvailable()` Check if the KindApi is available for running and throw exception if not
`void`	`disable(Module module)` Disable Kind module, repeat option to disable several modules
`void`	`enable(Module module)` Enable Kind module, repeat option to enable several modules
`Result`	`execute(Program program)` Run Kind on a Lustre program
`Result`	`execute(java.lang.String program)` Run Kind on a Lustre program
`void`	`execute(java.lang.String program, Result result, IProgressMonitor monitor)` Run Kind on a Lustre program
`java.util.List<java.lang.String>`	`getOptions()`
`void`	`includeDir(java.lang.String dir)` Include a directory in the search path.
`void`	`includeDirs(java.util.List<java.lang.String> dirs)` Include directories in the search path.
`java.lang.String`	`interpret(java.net.URI uri, java.lang.String main, java.lang.String json)`
`void`	`outputDir(java.lang.String outputDir)` Output directory for the files generated: SMT traces, compilation, testgen, certification...
`void`	`setApiDebug()` Put the KindApi into debug mode where it saves all output
`void`	`setBoolectorBin(java.lang.String boolectorBin)` Executable of Boolector solver
`void`	`setCheckImplem(boolean checkImplem)` Checks the implementation of nodes
`void`	`setCheckModes(boolean checkModes)` Checks the modes of contracts for exhaustiveness
`void`	`setCheckSatAssume(boolean checkSatAssume)` Use check-sat-assuming, or simulate with push/pop when false
`void`	`setCheckSubproperties(boolean checkSubproperties)` Check properties of subnodes that are relevant for the analysis of the top node.
`void`	`setCompositional(boolean compositional)` Abstract subnodes with a contract
`void`	`setCvc4Bin(java.lang.String cvc4Bin)` Executable of CVC4 solver
`void`	`setDumpCex(boolean dumpCex)` Dump counterexample to a file.
`void`	`setIC3Abstr(IC3Abstraction ic3Abstr)` Choose method of abstraction in IC3
`void`	`setIndPrintCex(boolean indPrintCex)` Print counterexamples to induction
`void`	`setInterpreterInput(java.lang.String json)` Interpreter input as json string
`void`	`setInterpreterInputFile(java.lang.String interpreterInputFile)` Read input from file
`void`	`setInterpreterSteps(int interpreterSteps)` Run number of steps, override the number of steps given in the input file
`void`	`setIVC(boolean ivc)` Enable inductive validity core generation
`void`	`setIVCAll(boolean ivcAll)` Compute all the Minimal Inductive Validity Cores.
`void`	`setIVCApproximate(boolean ivcApproximate)` Compute an approximation (superset) of a MIVC.
`void`	`setIVCCategory(IVCCategory ivcCategory)` Minimize only a specific category of elements, repeat option to minimize multiple categories
`void`	`setIVCMustSet(boolean ivcMustSet)` Compute the MUST set in addition to the IVCs
`void`	`setIVCOnlyMainNode(boolean ivcOnlyMainNode)` Only elements of the main node are considered in the computation
`void`	`setIVCOutputDir(java.lang.String ivcOutputDir)` Output directory for the minimized programs
`void`	`setIVCPrecomputedMCS(int ivcPrecomputedMCS)` When computing all MIVCs, set a cardinality upper bound for the precomputed MCSs (helps prune space of candidates).
`void`	`setIVCSmallestFirst(boolean ivcSmallestFirst)` Compute a smallest IVC first.
`void`	`setIVCUCTimeout(int ivcUCTimeout)` Set a timeout for each unsat core check sent to the solver.
`void`	`setLogInvs(boolean logInvs)` Logs strengthening invariants as contracts after minimization.
`void`	`setLogLevel(LogLevel logLevel)` Set the level of logs generated by Kind.
`void`	`setLsp(boolean lsp)` Provide AST info for language-servers.
`void`	`setLusMain(java.lang.String lusMain)` Set the top node in the Lustre input file.
`void`	`setMCSAll(boolean mcsAll)` Specify whether all the Minimal Cut Sets must be computed or just one
`void`	`setMCSCategory(MCSCategory category)` Consider only a specific category of elements, repeat option to consider multiple categories
`void`	`setMCSMaxCardinality(int mcsMaxCardinality)` Only search for MCSs of cardinality lower or equal to this parameter.
`void`	`setMCSOnlyMainNode(boolean mcsOnlyMainNode)` Only elements of the main node are considered in the computation
`void`	`setMCSPerProperty(boolean mcsPerProperty)` If true, MCSs will be computed for each property separately
`void`	`setMinimizeProgram(java.lang.String minimizeProgram)` Minimize the source Lustre program according to the inductive validity core(s) computed "no" to disable this feature "valid_lustre" to replace useless expressions by a valid node call "concise" to replace useless expressions by a '_'
`void`	`setModular(boolean modular)` Bottom-up analysis of each node
`void`	`setOldFrontend(boolean oldFrontend)` Use the old Lustre front-end.
`void`	`setOnlyParse(boolean onlyParse)` Only parse the Lustre program.
`void`	`setOtherOptions(java.util.List<java.lang.String> options)` Sets additional options to pass to Kind 2 executable.
`void`	`setPrintIVC(boolean printIVC)` Print the inductive validity core computed
`void`	`setPrintIVCComplement(boolean printIVCComplement)` Print the complement of the inductive validity core computed (= the elements that were not necessary to prove the properties)
`void`	`setPrintMCS(boolean printMCS)` Print the minimal cut set computed
`void`	`setPrintMCSComplement(boolean printMCSComplement)` Print the complement of the minimal cut set computed (this is equivalent to computing a Maximal Unsafe Abstraction)
`void`	`setPrintMCSCounterexample(boolean printMCSCounterexample)` Print a counterexample for each MCS found
`void`	`setRealPrecision(java.lang.String realPrecision)` Adjust precision of real values in model output In floating-point format `f<nn>` means a relative error less than `2^-nn`
`void`	`setRefinement(boolean refinement)` (De)activates refinement in compositional reasoning
`void`	`setSliceNodes(boolean sliceNodes)` Only equations that are relevant for checking the contract and properties of a node are considered during the analysis
`void`	`setSmtLogic(java.lang.String smtLogic)` Select logic for SMT solvers (none, detect, ALL, QF_UF, LIA, ...)
`void`	`setSmtShortNames(boolean smtShortNames)` Send short variable names to SMT solver, send full names if false
`void`	`setSmtSolver(SolverOption smtSolver)` Choose an SMT solver
`void`	`setSmtTrace(boolean smtTrace)` Write all SMT commands to files
`void`	`setTestgen(boolean testgen)` Activates test generation for systems proved correct
`void`	`setTestgenGraphOnly(boolean testgenGraphOnly)` Only draw the graph of reachable modes, do not log test cases.
`void`	`setTestgenLen(int testgenLen)` Maximum length for test generation
`void`	`setTimeout(float timeout)` Set a maximum run time for entire execution
`void`	`setYices2Bin(java.lang.String yices2Bin)` Executable of Yices2 solver
`void`	`setYicesBin(java.lang.String yicesBin)` Executable of Yices solver
`void`	`setZ3Bin(java.lang.String z3Bin)` Executable of Z3 solver

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - KIND2
```
public static java.lang.String KIND2
```
- Constructor Detail
  - Kind2Api
```
public Kind2Api()
```
- Method Detail
  - setApiDebug
```
public void setApiDebug()
```
    Put the KindApi into debug mode where it saves all output
  - apiDebug
```
public void apiDebug(java.lang.String text)
```
    Print string to debug log (assuming setApiDebug() has been called)
    
    Parameters:
    
    text - text to print to debug log
  - execute
```
public Result execute(Program program)
```
    Run Kind on a Lustre program
    
    Parameters:
    
    program - Lustre program
    
    Returns:
    
    result of running kind2 on program
  - execute
```
public Result execute(java.lang.String program)
```
    Run Kind on a Lustre program
    
    Parameters:
    
    program - Lustre program as text
    
    Returns:
    
    result of running kind2 on program
  - interpret
```
public java.lang.String interpret(java.net.URI uri,
                                  java.lang.String main,
                                  java.lang.String json)
```
  - execute
```
public void execute(java.lang.String program,
                    Result result,
                    IProgressMonitor monitor)
```
    Run Kind on a Lustre program
    
    Parameters:
    
    program - Lustre program as text
    
    result - Place to store results as they come in
    
    monitor - Used to check for cancellation
    
    Throws:
    
    Kind2Exception
  - setOtherOptions
```
public void setOtherOptions(java.util.List<java.lang.String> options)
```
    Sets additional options to pass to Kind 2 executable.
    
    Parameters:
    
    options - the additional options to kind2
  - getOptions
```
public java.util.List<java.lang.String> getOptions()
```
  - setSmtSolver
```
public void setSmtSolver(SolverOption smtSolver)
```
    Choose an SMT solver
    Default: detect
    
    Parameters:
    
    smtSolver - the SMT solver to use
  - setSmtLogic
```
public void setSmtLogic(java.lang.String smtLogic)
```
    Select logic for SMT solvers (none, detect, ALL, QF_UF, LIA, ...)
    Default: detect
    
    Parameters:
    
    smtLogic - the logic to use
  - setCheckSatAssume
```
public void setCheckSatAssume(boolean checkSatAssume)
```
    Use check-sat-assuming, or simulate with push/pop when false
    Default: true
    
    Parameters:
    
    checkSatAssume - whether or not to use check-sat-assuming
  - setSmtShortNames
```
public void setSmtShortNames(boolean smtShortNames)
```
    Send short variable names to SMT solver, send full names if false
    Default: true
    
    Parameters:
    
    smtShortNames - whether or not to send short variable names
  - setBoolectorBin
```
public void setBoolectorBin(java.lang.String boolectorBin)
```
    Executable of Boolector solver
    Default: "boolector"
    
    Parameters:
    
    boolectorBin - path to Boolector executable
  - setCvc4Bin
```
public void setCvc4Bin(java.lang.String cvc4Bin)
```
    Executable of CVC4 solver
    Default: "cvc4"
    
    Parameters:
    
    cvc4Bin - path to CVC4 executable
  - setYicesBin
```
public void setYicesBin(java.lang.String yicesBin)
```
    Executable of Yices solver
    Default: "yices"
    
    Parameters:
    
    yicesBin - path to Yices executable
  - setYices2Bin
```
public void setYices2Bin(java.lang.String yices2Bin)
```
    Executable of Yices2 solver
    Default: "yices-smt2"
    
    Parameters:
    
    yices2Bin - path to Yices2 executable
  - setZ3Bin
```
public void setZ3Bin(java.lang.String z3Bin)
```
    Executable of Z3 solver
    Default: "z3"
    
    Parameters:
    
    z3Bin - path to Z3 executable
  - setSmtTrace
```
public void setSmtTrace(boolean smtTrace)
```
    Write all SMT commands to files
    Default: false
    
    Parameters:
    
    smtTrace - whether or not to write all SMT commands to files
  - setIndPrintCex
```
public void setIndPrintCex(boolean indPrintCex)
```
    Print counterexamples to induction
    Default: false
    
    Parameters:
    
    indPrintCex - whether or not to print counterexamples to induction
  - setIC3Abstr
```
public void setIC3Abstr(IC3Abstraction ic3Abstr)
```
    Choose method of abstraction in IC3
    Default: None
    
    Parameters:
    
    ic3Abstr - abstraction method
  - setTestgen
```
public void setTestgen(boolean testgen)
```
    Activates test generation for systems proved correct
    Default: false
    
    Parameters:
    
    testgen - whether or not to activate test generation
  - setTestgenGraphOnly
```
public void setTestgenGraphOnly(boolean testgenGraphOnly)
```
    Only draw the graph of reachable modes, do not log test cases.
    Default: false
    
    Parameters:
    
    testgenGraphOnly - whether or not to only draw the graph of reachable modes
  - setTestgenLen
```
public void setTestgenLen(int testgenLen)
```
    Maximum length for test generation
    Default: 5
    
    Parameters:
    
    testgenLen - maximum length for test generation
  - setInterpreterInputFile
```
public void setInterpreterInputFile(java.lang.String interpreterInputFile)
```
    Read input from file
    
    Parameters:
    
    interpreterInputFile - path to file
  - setInterpreterInput
```
public void setInterpreterInput(java.lang.String json)
```
    Interpreter input as json string
    
    Parameters:
    
    json - interpreter input as json
  - setInterpreterSteps
```
public void setInterpreterSteps(int interpreterSteps)
```
    Run number of steps, override the number of steps given in the input file
    Default: 0
    
    Parameters:
    
    interpreterSteps - number of steps to run
  - setCompositional
```
public void setCompositional(boolean compositional)
```
    Abstract subnodes with a contract
    Default: false
    
    Parameters:
    
    compositional - whether or not to abstract subnodes with a contract
  - setCheckModes
```
public void setCheckModes(boolean checkModes)
```
    Checks the modes of contracts for exhaustiveness
    Default: true
    
    Parameters:
    
    checkModes - whether or not to check if the modes are exhaustive
  - setCheckImplem
```
public void setCheckImplem(boolean checkImplem)
```
    Checks the implementation of nodes
    Default: true
    
    Parameters:
    
    checkImplem - whether or not to check the implementation of nodes
  - setRefinement
```
public void setRefinement(boolean refinement)
```
    (De)activates refinement in compositional reasoning
    Default: true
    
    Parameters:
    
    refinement - whether or not to activate refinement in compositional reasoning
  - setIVC
```
public void setIVC(boolean ivc)
```
    Enable inductive validity core generation
    Default: false
    
    Parameters:
    
    ivc - whether or not to enable IVC generation
  - setIVCCategory
```
public void setIVCCategory(IVCCategory ivcCategory)
```
    Minimize only a specific category of elements, repeat option to minimize multiple categories
    Default: minimize all categories of elements
    
    Parameters:
    
    ivcCategory - IVC category to minimize
  - setIVCAll
```
public void setIVCAll(boolean ivcAll)
```
    Compute all the Minimal Inductive Validity Cores.
    Default: false
    
    Parameters:
    
    ivcAll - whether or not to compute all the MIVC
  - setIVCApproximate
```
public void setIVCApproximate(boolean ivcApproximate)
```
    Compute an approximation (superset) of a MIVC. Ignored if --ivc_all is true.
    Default: true
    
    Parameters:
    
    ivcApproximate - whether or not to compute an approximation of a MIVC
  - setIVCSmallestFirst
```
public void setIVCSmallestFirst(boolean ivcSmallestFirst)
```
    Compute a smallest IVC first. If --ivc_all is false, the computed IVC will be a smallest one.
    Default: false
    
    Parameters:
    
    ivcSmallestFirst - whether or not to compute a smallest IVC first
  - setIVCOnlyMainNode
```
public void setIVCOnlyMainNode(boolean ivcOnlyMainNode)
```
    Only elements of the main node are considered in the computation
    Default: false
    
    Parameters:
    
    ivcOnlyMainNode - whether or not to consider only elements of the main node
  - setIVCMustSet
```
public void setIVCMustSet(boolean ivcMustSet)
```
    Compute the MUST set in addition to the IVCs
    Default: false
    
    Parameters:
    
    ivcMustSet - whether or not to compute the MUST set
  - setPrintIVC
```
public void setPrintIVC(boolean printIVC)
```
    Print the inductive validity core computed
    Default: true
    
    Parameters:
    
    printIVC - whether or not to print the inductive validity core
  - setPrintIVCComplement
```
public void setPrintIVCComplement(boolean printIVCComplement)
```
    Print the complement of the inductive validity core computed (= the elements that were not necessary to prove the properties)
    Default: false
    
    Parameters:
    
    printIVCComplement - whether or not to print the complement of the IVC computed
  - setMinimizeProgram
```
public void setMinimizeProgram(java.lang.String minimizeProgram)
```
    Minimize the source Lustre program according to the inductive validity core(s) computed
    - "no" to disable this feature
    - "valid_lustre" to replace useless expressions by a valid node call
    - "concise" to replace useless expressions by a '_'
    Default: "no"
    Parameters:
    
    minimizeProgram - whether or not to minimize program according to IVC computed
  - setIVCOutputDir
```
public void setIVCOutputDir(java.lang.String ivcOutputDir)
```
    Output directory for the minimized programs
    Default: <INPUT_FILENAME>
    
    Parameters:
    
    ivcOutputDir - output directory for the minimized programs
  - setIVCPrecomputedMCS
```
public void setIVCPrecomputedMCS(int ivcPrecomputedMCS)
```
    When computing all MIVCs, set a cardinality upper bound for the precomputed MCSs (helps prune space of candidates).
    Default: 0
    
    Parameters:
    
    ivcPrecomputedMCS - cardinality upper bound for the computed MCSs
  - setIVCUCTimeout
```
public void setIVCUCTimeout(int ivcUCTimeout)
```
    Set a timeout for each unsat core check sent to the solver. This setting is ignored if a solver different than Z3 is used. Set to 0 to disable timeout.
    Default: 0
    
    Parameters:
    
    ivcUCTimeout - timeout for each unsat core check sent to the solver
  - setMCSCategory
```
public void setMCSCategory(MCSCategory category)
```
    Consider only a specific category of elements, repeat option to consider multiple categories
    Default: annotations
    
    Parameters:
    
    category - MCS category to consider
  - setMCSOnlyMainNode
```
public void setMCSOnlyMainNode(boolean mcsOnlyMainNode)
```
    Only elements of the main node are considered in the computation
    Default: false
    
    Parameters:
    
    mcsOnlyMainNode - whether or not to consider only elements of the main node
  - setMCSAll
```
public void setMCSAll(boolean mcsAll)
```
    Specify whether all the Minimal Cut Sets must be computed or just one
    Default: false
    
    Parameters:
    
    mcsAll - whether all the Minimal Cut Sets must be computed or just one
  - setMCSMaxCardinality
```
public void setMCSMaxCardinality(int mcsMaxCardinality)
```
    Only search for MCSs of cardinality lower or equal to this parameter. If -1, all MCSs will be considered.
    Default: -1
    
    Parameters:
    
    mcsMaxCardinality - max cardinality of MCSs to search for
  - setPrintMCS
```
public void setPrintMCS(boolean printMCS)
```
    Print the minimal cut set computed
    Default: true
    
    Parameters:
    
    printMCS - whether or not to print the MCS
  - setPrintMCSComplement
```
public void setPrintMCSComplement(boolean printMCSComplement)
```
    Print the complement of the minimal cut set computed (this is equivalent to computing a Maximal Unsafe Abstraction)
    Default: false
    
    Parameters:
    
    printMCSComplement - whether or not to print the MCS complement
  - setPrintMCSCounterexample
```
public void setPrintMCSCounterexample(boolean printMCSCounterexample)
```
    Print a counterexample for each MCS found
    Default: false
    
    Parameters:
    
    printMCSCounterexample - whether or not to print a counterexample for each MCS
  - setMCSPerProperty
```
public void setMCSPerProperty(boolean mcsPerProperty)
```
    If true, MCSs will be computed for each property separately
    Default: true
    
    Parameters:
    
    mcsPerProperty - whether or not to compute MCSs for each property separately
  - outputDir
```
public void outputDir(java.lang.String outputDir)
```
    Output directory for the files generated: SMT traces, compilation, testgen, certification...
    Default: tmp/<filename>.out
    
    Parameters:
    
    outputDir - path to output directory for the files generated
  - includeDir
```
public void includeDir(java.lang.String dir)
```
    Include a directory in the search path. The directory will be searched after the current include directory, and any other directory added before it when an include directive is found
    
    Parameters:
    
    dir - the directory to include
  - includeDirs
```
public void includeDirs(java.util.List<java.lang.String> dirs)
```
    Include directories in the search path. The directories will be searched following their order in the list
    
    Parameters:
    
    dirs - the directories to include
  - setRealPrecision
```
public void setRealPrecision(java.lang.String realPrecision)
```
    Adjust precision of real values in model output In floating-point format f<nn> means a relative error less than 2^-nn
    Default: rational
    
    Parameters:
    
    realPrecision - can be "rational" or "float"
  - setLogInvs
```
public void setLogInvs(boolean logInvs)
```
    Logs strengthening invariants as contracts after minimization.
    Default: false
    
    Parameters:
    
    logInvs - whether or not to log strengthening invariants
  - setDumpCex
```
public void setDumpCex(boolean dumpCex)
```
    Dump counterexample to a file. Only in plain text output.
    Default: false
    
    Parameters:
    
    dumpCex - whether or not to dump counterexample
  - setTimeout
```
public void setTimeout(float timeout)
```
    Set a maximum run time for entire execution
    
    Parameters:
    
    timeout - A positive timeout in seconds
  - setOldFrontend
```
public void setOldFrontend(boolean oldFrontend)
```
    Use the old Lustre front-end.
    Default: true
    
    Parameters:
    
    oldFrontend - whether or not to use the old Lustre front-end.
  - setOnlyParse
```
public void setOnlyParse(boolean onlyParse)
```
    Only parse the Lustre program. No analysis is performed
    Default: false
    
    Parameters:
    
    onlyParse - whether or not to only parse the Lustre program
  - setLsp
```
public void setLsp(boolean lsp)
```
    Provide AST info for language-servers.
    Default: false
    
    Parameters:
    
    lsp - whether or not to provide AST info.
  - enable
```
public void enable(Module module)
```
    Enable Kind module, repeat option to enable several modules
    Default: [BMC, IND, IND2, IC3, INVGEN, INVGENOS, INVGENINTOS, INVGENMACHOS, INVGENREALOS]
    
    Parameters:
    
    module - the module to enable
  - disable
```
public void disable(Module module)
```
    Disable Kind module, repeat option to disable several modules
    
    Parameters:
    
    module - the module to disable
  - setModular
```
public void setModular(boolean modular)
```
    Bottom-up analysis of each node
    Default: false
    
    Parameters:
    
    modular - whether or not enable modular analysis
  - setSliceNodes
```
public void setSliceNodes(boolean sliceNodes)
```
    Only equations that are relevant for checking the contract and properties of a node are considered during the analysis
    Default: true
    
    Parameters:
    
    sliceNodes - whether or not to consider only relative equations
  - setCheckSubproperties
```
public void setCheckSubproperties(boolean checkSubproperties)
```
    Check properties of subnodes that are relevant for the analysis of the top node. Only available with monolithic analysis
    Default: false
    
    Parameters:
    
    checkSubproperties - whether or not to check subproperties
  - setLogLevel
```
public void setLogLevel(LogLevel logLevel)
```
    Set the level of logs generated by Kind.
    Default: NOTE
    
    Parameters:
    
    logLevel - the log level
  - setLusMain
```
public void setLusMain(java.lang.String lusMain)
```
    Set the top node in the Lustre input file.
    Default: "--%MAIN" annotation in source if any, last node otherwise
    
    Parameters:
    
    lusMain - the main node
  - checkAvailable
```
public java.lang.String checkAvailable()
                                throws java.lang.Exception
```
    Check if the KindApi is available for running and throw exception if not
    
    Returns:
    
    Availability information when Kind is available
    
    Throws:
    
    java.lang.Exception - When Kind is not available

Class Kind2Api

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

KIND2

Constructor Detail

Kind2Api

Method Detail

setApiDebug

apiDebug

execute

execute

interpret

execute

setOtherOptions

getOptions

setSmtSolver

setSmtLogic

setCheckSatAssume

setSmtShortNames

setBoolectorBin

setCvc4Bin

setYicesBin

setYices2Bin

setZ3Bin

setSmtTrace

setIndPrintCex

setIC3Abstr

setTestgen

setTestgenGraphOnly

setTestgenLen

setInterpreterInputFile

setInterpreterInput

setInterpreterSteps

setCompositional

setCheckModes

setCheckImplem

setRefinement

setIVC

setIVCCategory

setIVCAll

setIVCApproximate

setIVCSmallestFirst

setIVCOnlyMainNode

setIVCMustSet

setPrintIVC

setPrintIVCComplement

setMinimizeProgram

setIVCOutputDir

setIVCPrecomputedMCS

setIVCUCTimeout

setMCSCategory

setMCSOnlyMainNode

setMCSAll

setMCSMaxCardinality

setPrintMCS

setPrintMCSComplement

setPrintMCSCounterexample

setMCSPerProperty

outputDir

includeDir

includeDirs

setRealPrecision

setLogInvs

setDumpCex

setTimeout

setOldFrontend

setOnlyParse

setLsp

enable

disable

setModular

setSliceNodes

setCheckSubproperties

setLogLevel

setLusMain

checkAvailable