is ConeLookupTagBasedType -> lookupTag.name.asString()

            // NOTE: Flexible types can occur not only as implicit return types,
            // but also as implicit parameter types, for example in setters with implicit types
            is ConeFlexibleType -> {
                // since Kotlin decompiler always "renders" flexible types as their lower bound, we can do the same here
                lowerBound.renderTypeAsKotlinType()

        }
        testNg.addListener((Object) adaptListener(new TestNGTestResultProcessorAdapter(resultProcessor, idGenerator, clock)));
        testNg.run();
    }

    /**
     * The setter for {@code configFailurePolicy} has a different signature depending on TestNG version.
     * This method uses reflection to detect the API and calls the version with the correct signature.
     *

					v1.ResourceEphemeralStorage: *resource.NewQuantity(5000, resource.BinarySI),
				},
			}
			// Since this test retroactively overrides the stub container manager,
			// we have to regenerate default status setters.
			kubelet.setNodeStatusFuncs = kubelet.defaultNodeStatusFuncs()

			kubeClient := testKubelet.fakeKubeClient
			existingNode := v1.Node{ObjectMeta: metav1.ObjectMeta{Name: testKubeletHostname}}

    KaSymbolWithKind {

    public abstract val hasGetter: Boolean
    public abstract val hasSetter: Boolean

    public abstract val getter: KaPropertyGetterSymbol?
    public abstract val setter: KaPropertySetterSymbol?
    public abstract val backingFieldSymbol: KaBackingFieldSymbol?

    public abstract val hasBackingField: Boolean

    public abstract val isDelegatedProperty: Boolean

                    is KaConstructorSymbol -> "<constructor>"
                    is KaPropertyGetterSymbol -> callableId ?: "<getter>"
                    is KaPropertySetterSymbol -> callableId ?: "<setter>"
                    is KaAnonymousFunctionSymbol -> "<anonymous function>"
                    else -> error("unexpected symbol kind in KaCall: ${this@with::class}")
                }
            )
            append("(")

        when:
        parameter.taskRequests = requests

        then:
        parameter.taskNames == [ 'a', 'b' ]
        parameter.taskRequests == requests
    }

    def 'taskNames setter defaults to taskParameters'() {
        StartParameter parameter = new StartParameter()

        when:
        parameter.taskNames = [ 'a', 'b' ]

        then:
        parameter.taskNames == [ 'a', 'b' ]

        if (extensionsStorage.hasExtension(name)) {
            throw new IllegalArgumentException(
                format("There's an extension registered with name '%s'. You should not reassign it via a property setter.", name));
        }
    }

    private boolean isConfigureExtensionMethod(String name, @Nullable Object[] args) {
        return args.length == 1 &&

                yieldAll(parameter.withImplicitSymbols())
            }
        }

        if (ktSymbol is KaPropertySymbol) {
            yieldAll(ktSymbol.getter.withImplicitSymbols())
            yieldAll(ktSymbol.setter.withImplicitSymbols())
        }

        if (ktSymbol is KaFunctionLikeSymbol) {
            for (parameter in ktSymbol.valueParameters) {
                yieldAll(parameter.withImplicitSymbols())
            }

                        backingField?.findAnnotationTypeRef(annotationEntry)
                            ?: getter?.findAnnotationTypeRef(annotationEntry)
                            ?: setter?.findAnnotationTypeRef(annotationEntry)
                    }
                } else null
            }
            else -> null
        }
    }

            return newValueParameter.orElseThrow(() -> new IllegalArgumentException("a setter interceptor must accept a parameter")).getParameterType();
        } else {
            throw new IllegalArgumentException("expected a property interception request, got " + request);
        }
    }