of the `OpDef` and `ApiDef` protos, normalized and resolved.

> _For example, an `OpDef` proto's `ArgDef` members contain a type string, which
> must be dereferenced to an `AttrDef` by name to determine its type. This
> `AttrDef` proto message in turn contains a type string which may need to be
> parsed as "list(type)". Other `AttrDef` messages are not types, but instead

  objects of the same type.

In general, types that are allocated using any of these should be
marked as not in heap by embedding `runtime/internal/sys.NotInHeap`.

Objects that are allocated in unmanaged memory **must not** contain
heap pointers unless the following rules are also obeyed:

1. Any pointers from unmanaged memory to the heap must be garbage

                    // project outputs are available
                    assert new MyClass().getSpecialValue() == 13;

                    // `implementation` dependencies are accessible
                    assert new com.fasterxml.jackson.databind.ObjectMapper().readTree("{\\\"hello\\\": \\\"test\\\"}").get("hello").asText().equals("test");

                    // `compileOnly` dependencies are accessible at compile-time

 * <p>
 * Execution of user code listeners are observable as build operations, with provenance information.
 * Internal listeners are not.
 * This is implemented by decorating user code listeners at the registration site.
 * This interface is used to suppress the decoration.
 * <p>
 * User can generally do very little about internal listeners (i.e. they are a fixed cost),
 * while they do have control of user code listeners.

type S0 struct {
	// contains filtered or unexported fields
}

// The S1 struct; some fields are not exported.
type S1 struct {
	S0
	A, B, C	float	// 3 exported fields
	D	int	// 2 unexported fields
	// contains filtered or unexported fields
}

// The S2 struct; all fields are exported.
type S2 struct {
	S1
	A, B, C	float	// 3 exported fields
}

// The IZ interface; it is empty.

`kubectl` compatible discovery information, optional admission chain, and versioned types.  It's first consumers are
`k8s.io/kubernetes`, `k8s.io/kube-aggregator`, and `github.com/kubernetes-incubator/service-catalog`.


## Compatibility

There are *NO compatibility guarantees* for this repository, yet.  It is in direct support of Kubernetes, so branches

They are applied to a project using the `plugins {}` block.
They provide a way to reuse complex logic across projects and allow for better organization of build logic.

Script Plugins :: Script plugins are Groovy DSL or Kotlin DSL scripts that are applied directly to a Gradle build script using the `apply from:` syntax.
They are applied inline within a build script to add functionality or customize the build process.
They are simple to use.

@NonNullApi
public enum BuildInitComments {
    /**
     * Comments are included for generated source files and build files.
     * <p>
     * Comments include explanations of various build script constructs,
     * helpful links and disclaimers about files being generated by an 'init' task.
     */
    ON,

    /**
     * Comments are not included for the source files and build files.
     * <p>

## Purpose

This library is a shared dependency for servers and clients to work with Kubernetes API infrastructure without direct
type dependencies. Its first consumers are `k8s.io/kubernetes`, `k8s.io/client-go`, and `k8s.io/apiserver`.


## Compatibility

There are *NO compatibility guarantees* for this repository. It is in direct support of Kubernetes, so branches

     */
    public val hasEscapingJumps: Boolean,

    /**
     * `true` if there are jumps of different kinds (e.g., there is both a `break` and a `return`).
     */
    public val hasMultipleJumpKinds: Boolean,

    /**
     * `true` if two or more jumps have different next-executed instructions.