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package ca.mcgill.ecse.dslreasoner.vampire.reasoner.builder
import ca.mcgill.ecse.dslreasoner.vampire.reasoner.VampireBackendSolver
import ca.mcgill.ecse.dslreasoner.vampire.reasoner.VampireSolverConfiguration
import ca.mcgill.ecse.dslreasoner.vampireLanguage.VampireModel
import com.google.common.util.concurrent.SimpleTimeLimiter
import com.google.common.util.concurrent.UncheckedTimeoutException
import hu.bme.mit.inf.dslreasoner.logic.model.builder.LogicSolverConfiguration
import hu.bme.mit.inf.dslreasoner.workspace.ReasonerWorkspace
import java.util.ArrayList
import java.util.HashMap
import java.util.LinkedList
import java.util.List
import java.util.Map
import java.util.concurrent.Callable
import java.util.concurrent.TimeUnit
import org.eclipse.emf.common.command.Command
import org.eclipse.xtend.lib.annotations.Data
class VampireSolverException extends Exception{
new(String s) { super(s) }
new(String s, Exception e) { super(s,e) }
new(String s, List<String> errors, Exception e) {
super(s + '\n' + errors.join('\n'), e)
}
}
@Data class VampireSolutionModel{
// List<String> warnings
// List<String> debugs
// long kodkodTime
// val List<Pair<A4Solution, Long>> aswers
// val boolean finishedBeforeTimeout
}
class VampireHandler {
//val fileName = "problem.als"
public def callSolver(VampireModel problem, ReasonerWorkspace workspace, VampireSolverConfiguration configuration,String vampireCode) {
/*
//Prepare
val warnings = new LinkedList<String>
val debugs = new LinkedList<String>
val runtime = new ArrayList<Long>
val reporter = new A4Reporter() {
override debug(String message) { debugs += message }
override resultSAT (Object command, long solvingTime, Object solution) { runtime += solvingTime }
override resultUNSAT (Object command, long solvingTime, Object solution) { runtime += solvingTime }
override warning(ErrorWarning msg) { warnings += msg.message }
}
val options = new A4Options() => [
it.symmetry = configuration.symmetry
it.noOverflow = true
it.solver = getSolver(configuration.getSolver, configuration)
if(configuration.getSolver.externalSolver) {
it.solverDirectory = configuration.solverPath
}
//it.inferPartialInstance
//it.tempDirectory = CommonPlugin.resolve(workspace.workspaceURI).toFileString
]
// Transform
var Command command = null;
var CompModule compModule = null
// Start: Alloy -> Kodkod
val kodkodTransformStart = System.currentTimeMillis();
try {
compModule = CompUtil.parseEverything_fromString(reporter,alloyCode)
if(compModule.allCommands.size != 1)
throw new UnsupportedOperationException('''Alloy files with multiple commands are not supported!''')
command = compModule.allCommands.head
} catch (Err e){
throw new AlloySolverException(e.message,warnings,e)
}
val kodkodTransformFinish = System.currentTimeMillis - kodkodTransformStart
// Finish: Alloy -> Kodkod
val limiter = new SimpleTimeLimiter
val callable = new AlloyCallerWithTimeout(warnings,debugs,reporter,options,command,compModule,configuration)
var List<Pair<A4Solution, Long>> answers
var boolean finished
if(configuration.runtimeLimit == LogicSolverConfiguration::Unlimited) {
answers = callable.call
finished = true
} else {
try{
answers = limiter.callWithTimeout(callable,configuration.runtimeLimit,TimeUnit.SECONDS,true)
finished = true
} catch (UncheckedTimeoutException e) {
answers = callable.partialAnswers
finished = false
}
}
new MonitoredAlloySolution(warnings,debugs,kodkodTransformFinish,answers,finished)
*/
}
/*
val static Map<SolverConfiguration, SatSolver> previousSolverConfigurations = new HashMap
def getSolverConfiguration(AlloyBackendSolver backedSolver, String path, String[] options) {
val config = new SolverConfiguration(backedSolver,path,options)
if(previousSolverConfigurations.containsKey(config)) {
return previousSolverConfigurations.get(config)
} else {
val id ='''DSLReasoner_Alloy_«previousSolverConfigurations.size»_«backedSolver»'''
val newSolver = A4Options.SatSolver.make(id,id,path,options)
previousSolverConfigurations.put(config,newSolver)
return newSolver
}
}
def getSolver(AlloyBackendSolver backedSolver, AlloySolverConfiguration configuration) {
switch(backedSolver){
case BerkMinPIPE: return A4Options.SatSolver.BerkMinPIPE
case SpearPIPE: return A4Options.SatSolver.SpearPIPE
case MiniSatJNI: return A4Options.SatSolver.MiniSatJNI
case MiniSatProverJNI: return A4Options.SatSolver.MiniSatProverJNI
case LingelingJNI: return A4Options.SatSolver.LingelingJNI
case PLingelingJNI: return getSolverConfiguration(backedSolver,configuration.solverPath,null)
case GlucoseJNI: return A4Options.SatSolver.GlucoseJNI
case CryptoMiniSatJNI: return A4Options.SatSolver.CryptoMiniSatJNI
case SAT4J: return A4Options.SatSolver.SAT4J
case CNF: return A4Options.SatSolver.CNF
case KodKod: return A4Options.SatSolver.KK
}
}
def isExternalSolver(AlloyBackendSolver backedSolver) {
return !(backedSolver == AlloyBackendSolver.SAT4J)
}
*/
}
/*
class VampireCallerWithTimeout implements Callable<List<Pair<A4Solution,Long>>>{
val List<String> warnings
val List<String> debugs
val A4Reporter reporter
val A4Options options
val Command command
val CompModule compModule
val AlloySolverConfiguration configuration
val List<Pair<A4Solution,Long>> answers = new LinkedList()
new(List<String> warnings,
List<String> debugs,
A4Reporter reporter,
A4Options options,
Command command,
CompModule compModule,
AlloySolverConfiguration configuration)
{
this.warnings = warnings
this.debugs = debugs
this.reporter = reporter
this.options = options
this.command = command
this.compModule = compModule
this.configuration = configuration
}
override call() throws Exception {
val startTime = System.currentTimeMillis
// Start: Execute
var A4Solution lastAnswer = null
try {
if(!configuration.progressMonitor.isCancelled) {
do{
if(lastAnswer == null) {
lastAnswer = TranslateAlloyToKodkod.execute_command(reporter,compModule.allSigs,command,options)
} else {
lastAnswer = lastAnswer.next
}
configuration.progressMonitor.workedBackwardTransformation(configuration.solutionScope.numberOfRequiredSolution)
val runtime = System.currentTimeMillis -startTime
synchronized(this) {
answers += (lastAnswer->runtime)
}
} while(lastAnswer.satisfiable != false && !hasEnoughSolution(answers) && !configuration.progressMonitor.isCancelled)
}
}catch(Exception e) {
warnings +=e.message
}
// Finish: execute
return answers
}
def hasEnoughSolution(List<?> answers) {
if(configuration.solutionScope.numberOfRequiredSolution < 0) return false
else return answers.size() == configuration.solutionScope.numberOfRequiredSolution
}
public def getPartialAnswers() {
return answers
}
}
/*
@Data class SolverConfiguration {
VampireBackendSolver backendSolver
String path
String[] options
}
*/
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