import java.util.Hashtable
import java.util.Properties


class BaseTypeCodecTest : AbstractUserTypeCodecTest() {

    @Test
    fun `can handle Properties`() {
        val properties = Properties()
        properties.setProperty("prop1", "value1")
        properties.setProperty("prop2", "value2")
        configurationCacheRoundtripOf(properties).run {
            assertThat(properties, equalTo(this))
        }
    }

		error   string
	}

	testCases := []tct{
		{
			name: "allowed properties valuevalidation, additional properties structure",
			schema: Structural{
				AdditionalProperties: &StructuralOrBool{
					Structural: &Structural{
						Generic: Generic{
							Type: "object",
						},
						Properties: map[string]Structural{
							"bar": {
								Generic: Generic{
									Type: "string",

import java.util.Map;
import java.util.Properties;
import java.util.function.Consumer;

public class DefaultPersistentDirectoryCache extends DefaultPersistentDirectoryStore implements ReferencablePersistentCache {

    private static final Logger LOGGER = LoggerFactory.getLogger(DefaultPersistentDirectoryCache.class);

    private final Properties properties = new Properties();

// metadata.name and metadata.generateName properties are specified, making a shallow copy of the provided schema if needed.
func WithTypeAndObjectMeta(s *schema.Structural) *schema.Structural {
	if s.Properties != nil &&
		s.Properties["kind"].Type == "string" &&
		s.Properties["apiVersion"].Type == "string" &&
		s.Properties["metadata"].Type == "object" &&
		s.Properties["metadata"].Properties != nil &&

        properties.getProperty(WrapperExecutor.DISTRIBUTION_BASE_PROPERTY) == wrapper.getDistributionBase().toString()
        properties.getProperty(WrapperExecutor.DISTRIBUTION_PATH_PROPERTY) == wrapper.getDistributionPath()
        properties.getProperty(WrapperExecutor.ZIP_STORE_BASE_PROPERTY) == wrapper.getArchiveBase().toString()
        properties.getProperty(WrapperExecutor.ZIP_STORE_PATH_PROPERTY) == wrapper.getArchivePath()
    }

        val plugins = (result as DataObjectReflection).properties[pluginsProp]!!.value as DataObjectReflection

        val kotlinKaptPlugin = plugins.addedObjects
            .find {
                val properties = (it as? DataObjectReflection)?.properties ?: error("unexpected object")
                val id = properties[idProp] ?: error("no id proprety found")

import org.gradle.internal.fingerprint.LineEndingSensitivity
import org.gradle.internal.properties.InputBehavior
import org.gradle.internal.properties.InputFilePropertyType
import org.gradle.internal.properties.PropertyValue
import org.gradle.internal.properties.PropertyVisitor
import org.gradle.internal.properties.annotations.DefaultTypeMetadataStore
import org.gradle.internal.properties.annotations.MissingPropertyAnnotationHandler

        Properties properties = new Properties()
        properties.put(DaemonJvmPropertiesDefaults.TOOLCHAIN_VERSION_PROPERTY, version.majorVersion)
        if (vendor) {
            properties.put(DaemonJvmPropertiesDefaults.TOOLCHAIN_VENDOR_PROPERTY, vendor)
        }
        if (implementation) {

    def "Given daemon toolchain properties defined on gradle properties When executing any task Then those are ignored since aren't defined on daemon-jvm properties file"() {
        given:
        def otherJvm = AvailableJavaHomes.differentVersion
        def otherJvmMetadata = AvailableJavaHomes.getJvmInstallationMetadata(otherJvm)
        captureJavaHome()
        file("gradle.properties")
            .writeProperties(

[[managed_properties]]
== Using Gradle Managed Properties

Gradle's managed properties allow you to declare properties as abstract getters (Java, Groovy) or abstract properties (Kotlin).

Gradle then automatically provides the implementation for these properties, managing their state.

A property may be _mutable_, meaning that it has both a `get()` method and `set()` method: