use of jkind.results.Property in project AGREE by loonwerks.
the class AgreeMenuListener method addViewCounterexampleMenu.
private void addViewCounterexampleMenu(IMenuManager manager, AnalysisResult original) {
AnalysisResult result = transformResult(original);
final List<Counterexample> cexs = getCounterexamples(result);
final Property property = getProperty(result);
CexExtractorRegistry cexReg = (CexExtractorRegistry) ExtensionRegistry.getRegistry(ExtensionRegistry.CEX_EXTRACTOR_EXT_ID);
List<CexExtractor> extractors = cexReg.getCexExtractors();
if (cexs != null) {
for (Counterexample cex : cexs) {
final String cexType = getCounterexampleType(result);
Map<String, EObject> tempRefMap = linker.getReferenceMap(result.getParent());
if (tempRefMap == null) {
tempRefMap = linker.getReferenceMap(result);
}
Layout tempLayout = linker.getLayout(result.getParent());
if (tempLayout == null) {
tempLayout = linker.getLayout(result);
}
Renaming tempRenaming = linker.getRenaming(result.getParent());
if (tempRenaming == null) {
tempRenaming = linker.getRenaming(result);
}
final Layout layout = tempLayout;
final Map<String, EObject> refMap = tempRefMap;
final AgreeRenaming renaming = (AgreeRenaming) tempRenaming;
final Counterexample translatedCex = translateCounterexampleArrayIndices(cex);
MenuManager sub = new MenuManager("View " + cexType + "Counterexample in");
manager.add(sub);
sub.add(new Action("Console") {
@Override
public void run() {
viewCexConsole(translatedCex, layout, refMap, renaming);
}
});
sub.add(new Action("Eclipse") {
@Override
public void run() {
viewCexEclipse(translatedCex, layout, refMap);
}
});
sub.add(new Action("Spreadsheet") {
@Override
public void run() {
viewCexSpreadsheet(translatedCex, layout);
}
});
InvalidProperty invalid = findInvalidProperty(original);
if (invalid != null) {
String report = invalid.getReport();
if (report != null) {
sub.add(new Action("Web Browser") {
@Override
public void run() {
viewCexBrowser(report);
}
});
}
}
// send counterexamples to external plugins
EObject agreeProperty = refMap.get(result.getName());
ComponentImplementation compImpl = linker.getComponent(result.getParent());
for (CexExtractor ex : extractors) {
sub.add(new Action(ex.getDisplayText()) {
@Override
public void run() {
ex.receiveCex(compImpl, property, agreeProperty, cex, refMap);
}
});
}
}
}
}
use of jkind.results.Property in project AGREE by loonwerks.
the class Simulation method executeFrame.
private SimulationFrameResults executeFrame(final List<Expr> assertions, final Set<SimulationProperty> disabledProperties) throws InterruptedException {
assert assertions != null;
// Build the final constrained lustre specification for the frame.
final ProgramBuilder programBuilder = new ProgramBuilder(program.getLustreProgram());
programBuilder.clearNodes();
final NodeBuilder nodeBuilder = new NodeBuilder(program.getLustreProgram().getMainNode());
// Add assignments for the sim assertions signal
// Actual assertions are not used because they can result in an inconsistent Lustre program which will prevent
// the set of support from being generated when using yices.
Expr prevSimAssertionExpr = new BoolExpr(true);
for (int assertionIndex = 0; assertionIndex < assertions.size(); assertionIndex++) {
final String simAssertionSignalId = CreateSimulationGuarantee.SIMULATION_ASSERTIONS_ID + assertionIndex;
final IdExpr simAssertionExpr = new IdExpr(simAssertionSignalId);
nodeBuilder.addLocal(new VarDecl(simAssertionSignalId, NamedType.BOOL));
nodeBuilder.addEquation(new Equation(simAssertionExpr, new BinaryExpr(prevSimAssertionExpr, BinaryOp.AND, assertions.get(assertionIndex))));
prevSimAssertionExpr = simAssertionExpr;
}
nodeBuilder.addEquation(new Equation(new IdExpr(CreateSimulationGuarantee.SIMULATION_ASSERTIONS_ID), prevSimAssertionExpr));
// Add assignments for property enablement variables
for (final SimulationProperty simProp : program.getSimulationProperties()) {
if (simProp.getEnablementVariableId() != null) {
nodeBuilder.addEquation(new Equation(new IdExpr(simProp.getEnablementVariableId()), new BoolExpr(disabledProperties.contains(simProp) ? false : true)));
}
}
// Build the lustre program for the frame
programBuilder.addNode(nodeBuilder.build());
final Program constrainedLustreProgram = programBuilder.build();
// Prepare to execute JKind
final KindApi api = PreferencesUtil.getKindApi();
// Enable IVC Reduction capability if using JKind
if (api instanceof JKindApi) {
final JKindApi jkindApi = (JKindApi) api;
jkindApi.setIvcReduction();
}
// Execute JKind
final JKindResult result = new JKindResult("Simulation");
// Lucas: This seems to be needed. If we do not add properties to the result explicitly,
// it looks like the result will grab the main property name with the main node prepended.
// This is causing an error when retrieving the property result in the
// if/then/else block structure below.
constrainedLustreProgram.getMainNode().properties.forEach(p -> result.addProperty(p));
System.out.println(constrainedLustreProgram.toString());
try {
final IProgressMonitor currentMonitor = new NullProgressMonitor();
api.execute(constrainedLustreProgram, result, currentMonitor);
// Create a model state from the results.
String simulationGuaranteeId = CreateSimulationGuarantee.SIMULATION_GUARANTEE_ID;
final PropertyResult propertyResult = result.getPropertyResult(simulationGuaranteeId);
final Property property = propertyResult.getProperty();
if (property == null) {
throw new AGREESimulatorException("Unexpected case. Unable to read property results", constrainedLustreProgram);
} else if (property instanceof InvalidProperty) {
final InvalidProperty invalidProperty = (InvalidProperty) property;
final Counterexample counterexample = invalidProperty.getCounterexample();
if (counterexample.getLength() != 1) {
throw new AGREESimulatorException("Unexpected case. Counterexample has " + counterexample.getLength() + " steps", constrainedLustreProgram);
}
SimulationState newState = SimulationState.WAITING_FOR_COMMANDS;
// and a counterexample will not have been generated. This should only occur when a disabled property, lemma, top-level guarantee, or a non-top-level assumption is false.
for (final SimulationProperty simulationProp : program.getSimulationProperties()) {
if (!disabledProperties.contains(simulationProp)) {
for (final String propLustreId : simulationProp.getLustreIds()) {
final Signal<BooleanValue> signal = counterexample.getBooleanSignal(propLustreId);
if (signal == null) {
throw new AGREESimulatorException("Unable to get signal for guarantee property: " + propLustreId, constrainedLustreProgram);
} else {
if (!signal.getValue(0).value) {
newState = SimulationState.WARNING_PROPERTY_NOT_SATISFIED;
break;
}
}
}
}
}
return new SimulationFrameResults(constrainedLustreProgram, counterexample, disabledProperties, newState);
} else if (property instanceof UnknownProperty) {
return new SimulationFrameResults(constrainedLustreProgram, assertions, disabledProperties, SimulationState.HALTED_UNABLE_TO_SATISFY_CONSTRAINTS);
} else if (property instanceof ValidProperty) {
return new SimulationFrameResults(constrainedLustreProgram, assertions, disabledProperties, ((ValidProperty) property).getIvc(), SimulationState.HALTED_UNABLE_TO_SATISFY_CONSTRAINTS);
} else {
throw new AGREESimulatorException("Unhandled case. Property is of type: " + property.getClass(), constrainedLustreProgram);
}
} catch (JKindException ex) {
if (ex.getCause() instanceof InterruptedException) {
throw (InterruptedException) ex.getCause();
}
throw new AGREESimulatorException(constrainedLustreProgram, ex, result.getText());
}
}
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