Level1e int `json:"x"` // annihilated by Embed0a.Level1e
}

type Embed0a struct {
	Level1a int `json:"Level1a,omitempty"`
	Level1b int `json:"LEVEL1B,omitempty"`
	Level1c int `json:"-"`
	Level1d int // annihilated by Embed0's Level1d
	Level1f int `json:"x"` // annihilated by Embed0's Level1e
}

type Embed0b Embed0

type Embed0c Embed0

type Embed0p struct {
	image.Point
}

}

var nilStruct *Ship

type EmbedA struct {
	EmbedC
	EmbedB EmbedB
	FieldA string
	embedD
}

type EmbedB struct {
	FieldB string
	*EmbedC
}

type EmbedC struct {
	FieldA1 string `xml:"FieldA>A1"`
	FieldA2 string `xml:"FieldA>A2"`
	FieldB  string
	FieldC  string
}

type embedD struct {
	fieldD string

            The parameter is available only for compatibility.
            """
        ),
    ] = _Unset,
    embed: Annotated[
        bool,
        Doc(
            """
            When `embed` is `True`, the parameter will be expected in a JSON body as a
            key instead of being the JSON body itself.

			allTags["cgo"] = true
			if ctxt.CgoEnabled {
				fileList = &p.CgoFiles
				importMap = importPos
				embedMap = embedPos
				directives = &p.Directives
			} else {
				// Ignore imports and embeds from cgo files if cgo is disabled.
				fileList = &p.IgnoredGoFiles
			}
		case isXTest:
			fileList = &p.XTestGoFiles
			importMap = xTestImportPos
			embedMap = xTestEmbedPos

  @LazyInit @CheckForNull private transient TypeResolver covariantTypeResolver;

  /**
   * Constructs a new type token of {@code T}.
   *
   * <p>Clients create an empty anonymous subclass. Doing so embeds the type parameter in the
   * anonymous class's type hierarchy so we can reconstitute it at runtime despite erasure.
   *
   * <p>For example:
   *
   * <pre>{@code

}

a:hover {
	cursor: pointer;
}

img,
object,
embed {
	max-width: 100%;
	height: auto;
}

object,
embed {
	height: 100%;
}

img {
	-ms-interpolation-mode: bicubic;
}

#map_canvas img,
#map_canvas embed,
#map_canvas object,
.map_canvas img,
.map_canvas embed,
.map_canvas object {
	max-width: none !important;
}

.left {

// Using a pointer to this struct reduces the overall size required
// to describe a non-defined type with no methods.
type uncommonType = abi.UncommonType

// Embed this type to get common/uncommon
type common struct {
	abi.Type
}

// rtype is the common implementation of most values.
// It is embedded in other struct types.
type rtype struct {
	t abi.Type
}

	// the rest of the bits are the number of goroutines in Conn.Write.
	activeCall atomic.Int32

	tmp [16]byte
}

// Access to net.Conn methods.
// Cannot just embed net.Conn because that would
// export the struct field too.

// LocalAddr returns the local network address.
func (c *Conn) LocalAddr() net.Addr {
	return c.conn.LocalAddr()
}

include::sample[dir="samples/java/jvm-multi-project-with-toolchains/groovy/",files="buildSrc/src/main/groovy/myproject.java-conventions.gradle[tags=toolchain]"]
====

[[sec:kotlin]]
== The embedded Kotlin

Gradle embeds Kotlin in order to provide support for Kotlin-based scripts.

=== Kotlin versions

    that `tag()` now returns null if the request has no tag. Previously this would return the
    request itself.
 *  New: `Headers.Builder.addAll(Headers)`.
 *  New: `ResponseBody.create(MediaType, ByteString)`.
 *  New: Embed R8/ProGuard rules in the jar. These will be applied automatically by R8.
 *  Fix: Release the connection if `Authenticator` throws an exception.