* to the complete type ({@link ComponentMetadata}) which provides more than what we want to expose in those
     * rules. In particular, the builder exposes setters, that we don't want on the component metadata type.
     */
    private static class SimpleComponentMetadataBuilder implements ComponentMetadataBuilder {
        private final ModuleVersionIdentifier id;

        get() = withValidityAssertion {
            firSymbol.getterSymbol?.let { builder.callableBuilder.buildPropertyAccessorSymbol(it) } as? KaPropertyGetterSymbol
        }

    override val setter: KaPropertySetterSymbol?
        get() = withValidityAssertion {
            firSymbol.setterSymbol?.let { builder.callableBuilder.buildPropertyAccessorSymbol(it) } as? KaPropertySetterSymbol
        }

//msgp:ignore metaCacheRPC
type metaCacheRPC struct {
	o      listPathOptions
	mu     sync.Mutex
	meta   *metacache
	rpc    *peerRESTClient
	cancel context.CancelFunc
}

func (m *metaCacheRPC) setErr(err string) {
	m.mu.Lock()
	defer m.mu.Unlock()
	meta := *m.meta
	if meta.status != scanStateError {
		meta.error = err
		meta.status = scanStateError
	} else {
		// An error is already set.
		return

	res.tparams = orig.tparams
	res.targs = newTypeList(targs)
	return res
}

func (a *Alias) cleanup() {
	// Ensure a.actual is set before types are published,
	// so Unalias is a pure "getter", not a "setter".
	actual := Unalias(a)

	if actual == Typ[Invalid] {
		// We don't set a.actual to Typ[Invalid] during type checking,
		// as it may indicate that the RHS is not fully set up.
		a.actual = actual
	}

import java.util.Map;

import static org.gradle.internal.instrumentation.api.annotations.ReplacedAccessor.AccessorType.GETTER;
import static org.gradle.internal.instrumentation.api.annotations.ReplacedAccessor.AccessorType.SETTER;
import static org.gradle.internal.instrumentation.api.annotations.ReplacesEagerProperty.BinaryCompatibility.ACCESSORS_KEPT;

/**
 * Main options for Java compilation.
 */

        when (val property = propertyResolver.resolvePropertyWrite(receiverKClass, dataProperty.name)) {
            is RuntimePropertyResolver.WriteResolution.ResolvedWrite -> property.setter.setValue(receiverInstance, value)
            RuntimePropertyResolver.WriteResolution.UnresolvedWrite -> error("cannot set property ${dataProperty.name} in the receiver class $receiverKClass")
        }
    }

	res.tparams = orig.tparams
	res.targs = newTypeList(targs)
	return res
}

func (a *Alias) cleanup() {
	// Ensure a.actual is set before types are published,
	// so Unalias is a pure "getter", not a "setter".
	actual := Unalias(a)

	if actual == Typ[Invalid] {
		// We don't set a.actual to Typ[Invalid] during type checking,
		// as it may indicate that the RHS is not fully set up.
		a.actual = actual
	}

include::{snippetsPath}/providers/implicitTaskInputFileDependency/tests/implicitTaskInputFileDependencyKotlin.out[]
----

In the example above, the task outputs and inputs are connected before any location is defined.
The setters can be called at any time before the task is executed, and the change will automatically affect all related input and output properties.

Another important thing to note in this example is the absence of any explicit task dependency.

        val previousErr = System.err
        try {
            System.setOut(outCapture)
            System.setErr(errCapture)
            block()
        } finally {
            System.out.flush()
            System.setOut(previousOut)
            outCapture.stop()
            System.err.flush()
            System.setErr(previousErr)
            errCapture.stop()
        }
    } catch (error: Throwable) {

    }

    private void redirectOutputsAndInput(PrintStream printStream) {
        this.originalOut = System.out;
        this.originalErr = System.err;

        System.setOut(printStream);
        System.setErr(printStream);
        System.setIn(new ByteArrayInputStream(new byte[0]));
    }