}
}

// NewSFTPDriver initializes sftp.Handlers implementation of following interfaces
//
// - sftp.Fileread
// - sftp.Filewrite
// - sftp.Filelist
// - sftp.Filecmd
func NewSFTPDriver(perms *ssh.Permissions) sftp.Handlers {
	handler := &sftpDriver{endpoint: fmt.Sprintf("127.0.0.1:%s", globalMinioPort), permissions: perms}
	return sftp.Handlers{
		FileGet:  handler,
		FilePut:  handler,
		FileCmd:  handler,
		FileList: handler,

        }

        then:
        instant.added < instant.handled

        and:
        0 * _
    }

    def addingListenerDoesNotBlockWhileAnotherThreadIsNotifyingOnDifferentType() {
        given:
        def listener1 = {
            instant.received
            thread.block()
            instant.handled
        } as TestFooListener
        manager.addListener(listener1)

The built-in handlers acquire a lock before calling [io.Writer.Write]
to ensure that exactly one [Record] is written at a time in its entirety.
Although each log record has a timestamp,
the built-in handlers do not use that time to sort the written records.
User-defined handlers are responsible for their own locking and sorting.

# Writing a handler

type NetworkGatewaysHandler struct {
	handlers []func()
}

func (ngh *NetworkGatewaysHandler) AppendNetworkGatewayHandler(h func()) {
	ngh.handlers = append(ngh.handlers, h)
}

func (ngh *NetworkGatewaysHandler) NotifyGatewayHandlers() {
	for _, handler := range ngh.handlers {
		handler()
	}
}

type NetworkGateways struct {
	mu *sync.RWMutex

			return newMuxStateless(ctx, m, c, *handler)
		})
	} else {
		// Stream:
		var handler *StreamHandler
		if subID == nil {
			if !m.Handler.valid() {
				gridLogIf(ctx, c.queueMsg(m, muxConnectError{Error: "Invalid Handler"}))
				return
			}
			handler = c.handlers.streams[m.Handler]
		} else {
			handler = c.handlers.subStreams[*subID]
		}
		if handler == nil {

            handle.release("a")
            handle.waitForAllPendingCalls()
            handle.release(1)
            handle.waitForAllPendingCalls()
            handle.releaseAll()
            handle.waitForAllPendingCalls()
            handle.releaseAll()
            handle.waitForAllPendingCalls()
        }
        server.stop()

        then:
        noExceptionThrown()
    }

    }
    if (changed) {
      rewriter.finalizeOpModification(f);
      return success();
    } else {
      rewriter.cancelOpModification(f);
      return failure();
    }
  }
};

class HandleIf : public OpRewritePattern<TF::IfOp> {
  // Optional-agnostic pattern that propagates types across the program.
  using OpRewritePattern::OpRewritePattern;

  LogicalResult adjustBranch(TF::IfOp ifop, func::FuncOp branch,

			Status:  c.Status,
			Reason:  c.Reason,
			Message: c.Message,
		})
	}
	retHandlers := make([]kubecontainer.RuntimeHandler, len(handlers))
	for i, h := range handlers {
		supportsRRO := false
		supportsUserns := false
		if h.Features != nil {
			supportsRRO = h.Features.RecursiveReadOnlyMounts
			supportsUserns = h.Features.UserNamespaces
		}

	return nil
}

// notifyWorkloadHandlers fire workloadInstance handlers for pod
func (pc *PodCache) notifyWorkloadHandlers(pod *v1.Pod, ev model.Event) {
	// if no workload handler registered, skip building WorkloadInstance
	if len(pc.c.handlers.GetWorkloadHandlers()) == 0 {
		return
	}
	// fire instance handles for workload

func NewEmptyDelegateWithCustomHandler(handler http.Handler) DelegationTarget {
	return emptyDelegate{handler}
}

func (s emptyDelegate) UnprotectedHandler() http.Handler {
	return s.handler
}
func (s emptyDelegate) PostStartHooks() map[string]postStartHookEntry {
	return map[string]postStartHookEntry{}
}