// Also see issue 22350.

// Stack tracing solves the problem of determining which parts of the
// stack are live and should be scanned. It runs as part of scanning
// a single goroutine stack.
//
// Normally determining which parts of the stack are live is easy to
// do statically, as user code has explicit references (reads and

// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

package p

import "unsafe"

// Check that all methods of T are collected before
// determining the result type of m (which embeds
// all methods of T).

type T interface {
	m() interface {T}
	E
}

var _ int = T.m(nil).m().e()

type E interface {
	e() int
}

//   1) Inserting the @main function, which will become the main Graph.
//   2) Duplicating shape-determining constants.
//   3) Converting TF dialect -> tf_executor dialect.
//   4) Adding initializer function's ops into @main function for correct
//      resource initialization when loading the exported model.
//
// Duplicating shape-determining constants is required to place constants that

import javax.annotation.Nullable;
import java.util.Collection;

/**
 * Represents the request context a client has made.
 *
 * This contains the list of properties a client will consider when determining if a daemon is compatible.
 */
public class DaemonRequestContext {
    private final JavaInfo requestedJvm;
    private final DaemonJvmCriteria jvmCriteria;
    private final Collection<String> daemonOpts;

  // Note(bmzhao): saved_concrete_func_ is guaranteed to be non-null.
  const SavedConcreteFunction* saved_concrete_func;

  // This field is only present on TF2 ConcreteFunctions, and is useful for
  // determining the original argument *names* of the function, (since the
  // "canonicalized_input_signature" may append extra uniquifying integers).
  // However, SavedBareConcreteFunctions do not have a FunctionSpec.

    ```command
    kubectl create -f samples/websockets/route.yaml
    ```

## Test

- [Find your ingress gateway IP](https://istio.io/docs/tasks/traffic-management/ingress/#determining-the-ingress-ip-and-ports)

- Access <http://$GATEWAY_IP/> with your browser

- The `WebSocket status` should show a green `open` status which means  that a websocket connection to the server has been established.

// but DO filter the RHS.
type AFuncType[T ~struct{ f int }] func(_ struct{ f int })

// See issue #49477: type parameters should not be interpreted as named types
// for the purpose of determining whether a function is a factory function.

// Slice is not a factory function.
func Slice[T any]() []T {
	return nil
}

// Single is not a factory function.
func Single[T any]() *T {
	return nil

        this.delegate = delegate;
    }

    @Override
    public UpToDateResult execute(UnitOfWork work, C context) {
        if (LOGGER.isDebugEnabled()) {
            LOGGER.debug("Determining if {} is up-to-date", work.getDisplayName());
        }
        ImmutableList<String> reasons = context.getRebuildReasons();
        return context.getChanges()
            .filter(__ -> reasons.isEmpty())

	// Generate a port map from the matching services.
	// It creates a structure that will allow us to detect
	// if there are different protocols for the same port.
	portMap := servicePortMap(matchingSvcs)

	// Determining which ports use more than one protocol.
	for port := range portMap {
		// In case there are two protocols using same port number, generate a message
		protMap := portMap[port]
		if len(protMap) > 1 {

 * In practice, it will fire as part of bootstrapping the execution of the first task to execute.
 *
 * This operation should always be executed, regardless of whether caching is enabled/disabled.
 * That is, determining enabled-ness is part of “finalizing”.
 * However, if the build fails during configuration or task graph assembly, it will not be emitted.
 * It must fire before any build cache is used.
 *
 * See BuildCacheControllerFactory.