StdErr(1);

    private final int code;

     Destination(int code) {
        this.code = code;
    }

    public int getCode() {
        return code;
    }

    public static Destination fromCode(int code) {
        for (Destination d : Destination.values()) {
            if (d.code == code) {
                 return d;
            }
        }

        OperationDescriptor parent = getParentDescriptor(descriptor.getParentId());
        Destination destination = Destination.fromCode(event.getResult().getDestination());
        String message = event.getResult().getMessage();
        return new DefaultTestOutputOperationDescriptor(descriptor, parent, destination, message);
    }

        then:
        project.tasks*.name.contains "fromModel"
    }

    def "tasks added using model rule can be executed"() {
        when:
        withConnection { connection ->
            def build = connection.newBuild()
            build.forTasks("fromModel")
            build.run()
        }

        then:

    }

    void addDependencyPredecessor(Node fromNode) {
        dependentNodes = dependentNodes.addDependencyPredecessors(fromNode);
        mutationInfo.addConsumer(fromNode);
    }

    void addMustPredecessor(TaskNode fromNode) {
        dependentNodes = dependentNodes.addMustPredecessor(fromNode);
    }

    protected DependencyNodesSet getDependencyNodes() {

import java.util.List;
import java.util.Map;
import java.util.Set;

public class DependencyGraphPathResolver {

    public static Collection<List<ComponentIdentifier>> calculatePaths(List<DependencyGraphNode> fromNodes, DependencyGraphNode toNode) {
        // Include the shortest path from each version that has a direct dependency on the broken dependency, back to the root

                getContributedFunctions(name, NoLookupLocation.FROM_IDE).isNotEmpty()
            }
        }

        override fun getVariableNames(): Set<Name> {
            return allMemberScope.getVariableNames().filterTo(mutableSetOf()) { name ->
                getContributedVariables(name, NoLookupLocation.FROM_IDE).isNotEmpty()
            }
        }

        where:
        [fromRole, targetRole] << ModelActionRole.values().collectMany { fromRole ->
            return ModelActionRole.values().findAll { it.ordinal() < fromRole.ordinal() && it.subjectViewAvailable }.collect { targetRole ->
                [ fromRole, targetRole ]
            }
        }
    }

        val entryDescriptor = analysisContext.resolveSession.moduleDescriptor.findClassAcrossModuleDependencies(classId)
            ?.unsubstitutedMemberScope
            ?.getContributedClassifier(entryName, NoLookupLocation.FROM_IDE)

        if (entryDescriptor is ClassDescriptor && entryDescriptor.kind == ClassKind.ENUM_ENTRY) {
            return KaFe10DescEnumEntrySymbol(entryDescriptor, analysisContext)
        }

        return null
    }

                val fqName = builder.classId.asSingleFqName()
                analysisContext.resolveSession
                    .getTopLevelClassifierDescriptors(fqName, NoLookupLocation.FROM_IDE)
                    .firstIsInstanceOrNull()
            }
            is KaClassTypeBuilder.BySymbol -> {
                getSymbolDescriptor(builder.symbol) as? ClassDescriptor
            }
        }

        val continuationFqName = StandardClassIds.Continuation.asSingleFqName()
        val foundClasses = resolveSession.getTopLevelClassifierDescriptors(continuationFqName, NoLookupLocation.FROM_IDE)
        return foundClasses.firstOrNull()?.typeConstructor
            ?: FAKE_CONTINUATION_CLASS_DESCRIPTOR.typeConstructor
    }

    override fun functionNTypeConstructor(n: Int): TypeConstructorMarker {