file
namespace    UE::Net::Private

	static FAutoConsoleVariableRef CVarClientIncomingBunchFrameTimeLimitMS(
		TEXT("net.ClientIncomingBunchFrameTimeLimitMS"),
		ClientIncomingBunchFrameTimeLimitMS,
		TEXT("Time in milliseconds to limit client incoming bunch processing to. If 0, no limit. As long as we're below the limit, will start processing another bunch. A single bunch that takes a while to process can overshoot the limit. ")
		TEXT("After the limit is hit, remaining bunches in a packet are queued, and the IpNetDriver will not process any more packets in the current frame."));

	int32 SerializeNewActorOverrideLevel = 1;
	static FAutoConsoleVariableRef CVarNetSerializeNewActorOverrideLevel(

	ENGINE_API virtual bool IsEncryptionRequired() const;

	/** Returns the value of cvar net.ClientIncomingBunchFrameTimeLimitMS on clients, or 0 otherwise. 0 = no limit. */
	ENGINE_API float GetIncomingBunchFrameProcessingTimeLimit() const;

	/** Returns true if the cvar net.ClientIncomingBunchFrameTimeLimitMS is set and the limit was exceeded */
	ENGINE_API bool HasExceededIncomingBunchFrameProcessingTime() const;

	/** Called internally by channels to track processing time for net.ClientIncomingBunchFrameTimeLimitMS and HasExceededIncomingBunchFrameProcessingTime() */
	void AddBunchProcessingFrameTimeMS(float Milliseconds) { IncomingBunchProcessingElapsedFrameTimeMS += Milliseconds; }

	/** Called internally by channels to track how many hit net.QueuedBunchTimeFailsafeSeconds */
	void AddQueuedBunchFailsafeChannel() { ++QueuedBunchFailsafeNumChannels; }

protected: