@Implements(DnsResolver::class)
class ShadowDnsResolver {
  var responder: (Request) -> Unit = {
    it.callback.onAnswer(listOf(), 0)
  }

  data class Request(
    val network: Network?,
    val domain: String,
    val nsType: Int,
    val flags: Int,
    val callback: DnsResolver.Callback<List<InetAddress>>,
  )

  @Implementation
  fun query(
    network: Network?,
    domain: String,

		}

		callbackCount++
		callbackChan <- callbackCount
	}

	p, e := esetup(t, devs, socket, "mock", callback)
	defer ecleanup(t, p, e)

	go e.client.Run()
	// Wait for the first callback to be issued.
	<-callbackChan

	p.Update(updated)

	// Wait for the second callback to be issued.
	<-callbackChan

	require.Equal(t, callbackCount, 2)
}

func TestAllocate(t *testing.T) {

  override fun query(
    hostname: String,
    callback: AsyncDns.Callback,
  ) {
    try {
      resolver.query(
        network,
        hostname,
        dnsClass.type,
        DnsResolver.FLAG_EMPTY,
        executor,
        null,
        object : DnsResolver.Callback<List<InetAddress>> {
          override fun onAnswer(
            addresses: List<InetAddress>,

  /// Restores objects, invoking the callback with the node id in the
  /// saved_object_graph() and the corresponding TrackableObject from the
  /// trackable_object_graph(). The callback may use the variable_reader() but
  /// must not modify the underlying saved_object_graph().
  Status VisitObjectsToRestore(RestoreObjectsCallback callback);

 private:
  Status RecurseObjectsToRestore(

package main

// #include <windows.h>
// typedef void(*callmeBackFunc)();
// static void bridgeCallback(callmeBackFunc callback) {
//	callback();
//}
import "C"

// CallMeBack call backs C code.
//
//export CallMeBack
func CallMeBack(callback C.callmeBackFunc) {
	C.bridgeCallback(callback)
}

// Dummy is called by the C code before registering the exception/continue handlers simulating a debugger.

                         callback);

// Like above, except TPU clusters are not required to have a host device, and
// no host device is passed to `callback`.
mlir::LogicalResult WalkReachableFromTpuCluster(
    ModuleOp module,
    std::function<WalkResult(Operation*, tf_device::ClusterOp)> callback);

}  // namespace TFTPU
}  // namespace mlir

#cgo windows LDFLAGS: -L. libcgosotest.a
#cgo aix LDFLAGS: -L. -l cgosotest

void init(void);
void sofunc(void);
*/
import "C"

func Test() {
	C.init()
	C.sofunc()
}

//export goCallback
func goCallback() {

interface AsyncDns {
  /**
   * Query DNS records for `hostname`, in the order they are received.
   */
  fun query(
    hostname: String,
    callback: Callback,
  )

  /**
   * Callback to receive results from the DNS Queries.
   */
  @ExperimentalOkHttpApi
  interface Callback {
    /**
     * Return addresses for a dns query for a single class of IPv4 (A) or IPv6 (AAAA).

                        },
                    },
                    "callbacks": {
                        "callback_route": {
                            "{$callback_url}/callback/": {
                                "get": {
                                    "summary": "Callback Route",
                                    "operationId": "callback_route__callback_url__callback__get",
                                    "responses": {

authorize_url = "http://localhost:8080/auth/realms/minio/protocol/openid-connect/auth"
token_url = "http://localhost:8080/auth/realms/minio/protocol/openid-connect/token"

# callback url specified when the application was defined
callback_uri = "http://localhost:8000/oauth2/callback"

# keycloak id and secret
client_id = 'account'
client_secret = 'daaa3008-80f0-40f7-80d7-e15167531ff0'

sts_client = boto3.client(
    'sts',