Namespaces
namespace	AllocationPolicies

namespace	BitStreamUtils

namespace	Connection

namespace	FastArrayPollingPolicies

namespace	IrisDebugHelper

namespace	LocalFileReplay

namespace	Metric

namespace	Private

Classes
struct	FArrayPropertyNetSerializer

class	FBaseActorNetCreationHeader

class	FBinnedMovingValueBase

struct	FBitfieldNetSerializer

struct	FBoolNetSerializer

struct	FCharacterNetworkSerializationPackedBitsNetSerializer

struct	FCharacterNetworkSerializationPackedBitsNetSerializerQuantizedType

class	FConnectionHandle

struct	FCreationHeaderContext

struct	FDateTimeNetSerializer

struct	FDefaultArrayPropertyNetSerializerInfo

class	FDefaultFaultHandler

struct	FDefaultStructPropertyNetSerializerInfo

struct	FDequantizeAndApplyParameters

struct	FDestructionParameters

struct	FDoubleNetSerializer

class	FDynamicActorNetCreationHeader

struct	FEnumInt16NetSerializer

struct	FEnumInt32NetSerializer

struct	FEnumInt64NetSerializer

struct	FEnumInt8NetSerializer

struct	FEnumUint16NetSerializer

struct	FEnumUint32NetSerializer

struct	FEnumUint64NetSerializer

struct	FEnumUint8NetSerializer

struct	FEscalationCounter

class	FEscalationManager

struct	FFGameplayTagNetSerializerQuantizedType

struct	FFieldPathForNetSerializer

struct	FFieldPathNetSerializer

struct	FFInstancedStructNetSerializerQuantizedData

struct	FFLastResortPropertyNetSerializerQuantizedType

struct	FFloatNetSerializer

class	FFragmentRegistrationContext

struct	FFSoftObjectNetSerializerQuantizedData

struct	FGameplayTagAccessorForNetSerializer

struct	FGameplayTagContainerAccessorForNetSerializer

struct	FGameplayTagContainerNetSerializer

struct	FGameplayTagNetSerializer

class	FGameplayTagTokenStore

class	FGlobalDirtyNetObjectTracker

struct	FGuidNetSerializer

struct	FHitResultNetSerializer

struct	FInstancedStructNetSerializer

struct	FInstancedStructPropertyNetSerializerInfo

struct	FInt16NetSerializer

struct	FInt16RangeNetSerializer

struct	FInt32NetSerializer

struct	FInt32RangeNetSerializer

struct	FInt64NetSerializer

struct	FInt64RangeNetSerializer

struct	FInt8NetSerializer

struct	FInt8RangeNetSerializer

class	FIrisDelegates

class	FIrisLogOnceTracker

class	FIrisObjectReferencePackageMapReadScope

class	FIrisObjectReferencePackageMapWriteScope

struct	FIrisPackageMapExports

struct	FIrisPackageMapExportsQuantizedType

struct	FIrisPackageMapExportsUtil

struct	FLastResortPropertyNetSerializer

struct	FLastResortPropertyNetSerializerInfo

struct	FNameAsNetTokenNetSerializer

struct	FNameAsNetTokenNetSerializerQuantizedType

struct	FNamedStructLastResortPropertyNetSerializerInfo

struct	FNamedStructPropertyNetSerializerInfo

struct	FNameNetSerializer

class	FNameTokenStore

struct	FNetApplyArgs

class	FNetBaseSubObjectCreationHeader

class	FNetBitArray

class	FNetBitArrayBase

class	FNetBitArrayHelper

class	FNetBitArrayPrinter

class	FNetBitArrayView

class	FNetBitStreamReader

class	FNetBitStreamRollbackScope

class	FNetBitStreamWriter

class	FNetBitStreamWriteScope

class	FNetBlob

class	FNetBlobAssembler

struct	FNetBlobAssemblerInitParams

struct	FNetBlobCreationInfo

struct	FNetCloneDynamicStateArgs

struct	FNetCollectReferencesArgs

class	FNetConditionGroupManager

class	FNetContext

struct	FNetDebugName

struct	FNetDependencyInfo

struct	FNetDequantizeArgs

struct	FNetDeserializeArgs

struct	FNetDeserializeDeltaArgs

class	FNetDynamicSubObjectCreationHeader

class	FNetErrorContext

struct	FNetFreeDynamicStateArgs

class	FNetHandle

class	FNetHandleDestroyer

class	FNetHandleManager

class	FNetIDVariant

struct	FNetIsEqualArgs

class	FNetJournal

struct	FNetMetric

struct	FNetMetrics

class	FNetObjectAttachment

class	FNetObjectCreationHeader

class	FNetObjectFactoryRegistry

class	FNetObjectGroupHandle

class	FNetObjectReference

struct	FNetObjectResolveContext

class	FNetPing

struct	FNetQuantizeArgs

class	FNetReferenceCollector

struct	FNetReferenceInfo

class	FNetRefHandle

struct	FNetResult

class	FNetResultHandler

class	FNetResultManager

struct	FNetRoleNetSerializer

class	FNetRPCCallContext

class	FNetSerializationContext

struct	FNetSerializeArgs

struct	FNetSerializeDeltaArgs

struct	FNetSerializer

class	FNetSerializerAlignedStorage

class	FNetSerializerArrayStorage

struct	FNetSerializerBaseArgs

struct	FNetSerializerChangeMaskParam

class	FNetSerializerRegistryDelegates

class	FNetStaticSubObjectCreationHeader

class	FNetToken

class	FNetTokenDataStore

class	FNetTokenExportContext

class	FNetTokenExportScope

class	FNetTokenResolveContext

class	FNetTokenStore

class	FNetTokenStoreState

struct	FNetValidateArgs

struct	FNetworkMetric

struct	FNetworkMetricSnapshot

struct	FNopNetSerializer

struct	FObjectNetSerializer

struct	FObjectNetSerializerQuantizedReferenceStorage

struct	FObjectPtrNetSerializer

struct	FPackedInt32NetSerializer

struct	FPackedInt32NetSerializerBase

struct	FPackedInt64NetSerializer

struct	FPackedInt64NetSerializerBase

struct	FPackedUint32NetSerializer

struct	FPackedUint64NetSerializer

class	FPartialNetBlob

class	FPersistentNetDebugNames

struct	FPingValues

struct	FPolymorphicNetSerializerScriptStructCache

class	FPreRegisteredActorNetCreationHeader

struct	FPropertyNetSerializerInfo

class	FPropertyNetSerializerInfoRegistry

class	FPropertyReplicationFragment

class	FPropertyReplicationState

struct	FPropertyReplicationStateType

struct	FQuantizedObjectReference

struct	FQuantizedRemoteObjectReference

class	FRawDataNetBlob

struct	FRemoteObjectIdNetSerializer

struct	FRemoteObjectReferenceNetSerializer

struct	FRemoteServerIdNetSerializer

struct	FReplicatedComponentInfo

class	FReplicationFragment

struct	FReplicationFragmentInfo

class	FReplicationFragmentUtil

struct	FReplicationInstanceOperations

struct	FReplicationInstanceProtocol

struct	FReplicationProtocol

struct	FReplicationProtocolOperations

struct	FReplicationStateApplyContext

struct	FReplicationStateDescriptor

class	FReplicationStateDescriptorBuilder

struct	FReplicationStateHeader

struct	FReplicationStateIdentifier

struct	FReplicationStateMemberChangeMaskDescriptor

struct	FReplicationStateMemberDebugDescriptor

struct	FReplicationStateMemberDescriptor

struct	FReplicationStateMemberFunctionDescriptor

struct	FReplicationStateMemberLifetimeConditionDescriptor

struct	FReplicationStateMemberPropertyDescriptor

struct	FReplicationStateMemberReferenceDescriptor

struct	FReplicationStateMemberRepIndexToMemberIndexDescriptor

struct	FReplicationStateMemberSerializerDescriptor

struct	FReplicationStateMemberTagDescriptor

struct	FReplicationStateMemberTraitsDescriptor

struct	FReplicationStateOperations

class	FReplicationStateOwnerCollector

class	FReplicationStateStorage

struct	FReplicationStateStorageInitParams

class	FReplicationSystemDelegates

class	FReplicationSystemFactory

struct	FReplicationSystemUtil

struct	FReplicationView

struct	FRepMovementNetSerializer

struct	FRepTagFindInfo

struct	FRootMotionSourceGroupNetSerializer

struct	FRotator3dNetSerializer

struct	FRotator3fNetSerializer

struct	FRotatorAsByteNetSerializer

struct	FRotatorAsByteNetSerializerBase

struct	FRotatorAsShortNetSerializer

struct	FRotatorAsShortNetSerializerBase

struct	FRotatorNetSerializer

class	FScopedIgnoreStaticActorDestruction

class	FScopedNetContextRPC

struct	FScriptInterfaceNetSerializer

struct	FServerReplicateActors_ForConnectionParams

class	FSharedConnectionFilterStatus

class	FSharedConnectionFilterStatusCollection

class	FShrinkWrapNetBlob

class	FShrinkWrapNetObjectAttachment

struct	FSoftClassPathNetSerializer

struct	FSoftObjectNetSerializer

struct	FSoftObjectPathNetSerializer

struct	FStatelessHandshakeFailureInfo

class	FStaticActorNetCreationHeader

struct	FStringNetSerializer

class	FStringTokenStore

struct	FStructNetSerializer

struct	FSubObjectRegistry

class	FSubObjectRegistryGetter

class	FTearOffSetter

struct	FUint16NetSerializer

struct	FUint16RangeNetSerializer

struct	FUint32NetSerializer

struct	FUint32RangeNetSerializer

struct	FUint64NetSerializer

struct	FUint64RangeNetSerializer

struct	FUint8NetSerializer

struct	FUint8RangeNetSerializer

struct	FUniqueNetIdReplNetSerializer

struct	FUnitQuat4dNetSerializer

struct	FUnitQuat4fNetSerializer

struct	FUnitQuatNetSerializer

struct	FVector3dNetSerializer

struct	FVector3fNetSerializer

struct	FVectorNetQuantize100NetSerializer

struct	FVectorNetQuantize10NetSerializer

struct	FVectorNetQuantizeNetSerializer

struct	FVectorNetQuantizeNormalNetSerializer

struct	FVectorNetSerializer

struct	FWeakObjectNetSerializer

class	FWorldLocations

struct	FWorldLocationsInitParams

class	TBinnedDeltaMovingValue

class	TBinnedMovingValue

class	TEscalationManager

class	TFastArrayReplicationFragment

class	TIrisFastArrayEditor

class	TNativeFastArrayReplicationFragment

class	TNetChunkedArray

class	TNetControlMessageImpl

struct	TNetResult

class	TNetSerializer

class	TNetSerializerBuilder

struct	TNetTokenStructOpsTypeTraits

struct	TObjectNetSerializerTraits

struct	TObjectNetSerializerTraits< UObject * >

struct	TPolymorphicArrayStructNetSerializerImpl

struct	TPolymorphicStructNetSerializerImpl

class	TReplicationFragment

class	TSampleProducer

struct	TSimplePropertyNetSerializerInfo

class	TStructAsNetTokenNetSerializerImpl

class	TStructNetTokenDataStore

class	TStructNetTokenDataStoreHelper

Typedefs
typedef FReplicationFragment (	CreateAndRegisterReplicationFragmentFunc) (UObject Owner, const FReplicationStateDescriptor Descriptor, FFragmentRegistrationContext &Context)

typedef TFunctionRef< void(FObjectKey OwnerActorKey, FObjectKey ObjectKey, const TSharedRef< FObjectReplicator > &ReplicatorRef)>	FExecuteForEachDormantReplicator

typedef TMap< FNetworkGUID, TWeakObjectPtr< UObject > >	FDormantObjectMap

using	FHandshakeFailureFunc = TUniqueFunction< void(FStatelessHandshakeFailureInfo HandshakeFailureInfo)>

template<typename ConsumerType , int32 NumBins>
using	TBinnedMovingAvg = TBinnedMovingValue< ConsumerType, NumBins, EBinnedValueMode::MovingAvg >

template<typename ConsumerType , int32 NumBins>
using	TDeltaBinnedMovingAvg = TBinnedDeltaMovingValue< ConsumerType, NumBins, EBinnedValueMode::MovingAvg >

template<typename ConsumerType , int32 NumBins>
using	TBinnedMovingSum = TBinnedMovingValue< ConsumerType, NumBins, EBinnedValueMode::MovingSum >

template<typename ConsumerType , int32 NumBins>
using	TDeltaBinnedMovingSum = TBinnedDeltaMovingValue< ConsumerType, NumBins, EBinnedValueMode::MovingSum >

using	FNotifySeverityUpdate = TUniqueFunction< void(const FEscalationState &OldState, const FEscalationState &NewState, ESeverityUpdate UpdateType)>

using	FNetCloseResult = TNetResult< ENetCloseResult >

typedef uint32	FNetDebugNameId

typedef uint32	FNetObjectFilterHandle

typedef uint32	FReplicationProtocolIdentifier

typedef uint64	FRepTag

typedef void(*	ConstructReplicationStateFunc) (uint8 Buffer, const FReplicationStateDescriptor Descriptor)

typedef void(*	DestructReplicationStateFunc) (uint8 Buffer, const FReplicationStateDescriptor Descriptor)

typedef uint32	FNetBlobType

typedef uint8	FNetObjectFactoryId

typedef uint32	FNetObjectPrioritizerHandle

typedef TArray< FNetDependencyInfo, TInlineAllocator< 32 > >	FNetDependencyInfoArray

typedef TArray< FReplicationFragmentInfo, TInlineAllocator< 32 > >	FReplicationFragments

using	FReplicationSystemCreatedDelegate = FReplicationSystemLifeTime

using	FReplicationSystemDestroyedDelegate = FReplicationSystemLifeTime

using	FForwardNetRPCCallDelegate = TDelegate< void(UObject RootObject, UObject SubObject, UFunction Function, void Params)>

using	FForwardNetRPCCallMulticastDelegate = TMulticastDelegate< typename FForwardNetRPCCallDelegate::TFuncType >

typedef UPTRINT	NetSerializerValuePointer

typedef const FNetSerializerConfig *	NetSerializerConfigParam

typedef void(*	NetCollectNetReferencesFunction) (FNetSerializationContext &, const FNetCollectReferencesArgs &)

typedef void(*	NetSerializeFunction) (FNetSerializationContext &, const FNetSerializeArgs &)

typedef void(*	NetDeserializeFunction) (FNetSerializationContext &, const FNetDeserializeArgs &)

typedef void(*	NetSerializeDeltaFunction) (FNetSerializationContext &, const FNetSerializeDeltaArgs &)

typedef void(*	NetDeserializeDeltaFunction) (FNetSerializationContext &, const FNetDeserializeDeltaArgs &)

typedef void(*	NetQuantizeFunction) (FNetSerializationContext &, const FNetQuantizeArgs &)

typedef void(*	NetDequantizeFunction) (FNetSerializationContext &, const FNetDequantizeArgs &)

typedef bool(*	NetIsEqualFunction) (FNetSerializationContext &, const FNetIsEqualArgs &)

typedef bool(*	NetValidateFunction) (FNetSerializationContext &, const FNetValidateArgs &)

typedef void(*	NetCloneDynamicStateFunction) (FNetSerializationContext &, const FNetCloneDynamicStateArgs &)

typedef void(*	NetFreeDynamicStateFunction) (FNetSerializationContext &, const FNetFreeDynamicStateArgs &)

typedef void(*	NetApplyFunction) (FNetSerializationContext &, const FNetApplyArgs &)

Enumerations
enum class	ECloseChildFlags { None = 0 , SendCloseMessage = (1 << 0) , DestroyActors = (1 << 1) }

enum class	ENetUpgradeSource : uint8 { ControlChannel , StatelessHandshake }

enum class	EStopReplicatingReason : uint32 { Destroyed = 0 , LevelTransition , EndPlayInEditor , RemovedFromWorld , Quit }

enum class	EActorNetSpawnInfoFlags : uint32 { None = 0U , QuantizeScale = 1U , QuantizeLocation = QuantizeScale << 1U , QuantizeVelocity = QuantizeLocation << 1U }

enum class	EHandshakeVersion : uint8 { Original = 0 , Randomized = 1 , NetCLVersion = 2 , SessionClientId = 3 , NetCLUpgradeMessage = 4 , Latest = NetCLUpgradeMessage }

enum class	EHandshakePacketType : uint8 { InitialPacket = 0 , Challenge = 1 , Response = 2 , Ack = 3 , RestartHandshake = 4 , RestartResponse = 5 , VersionUpgrade = 6 , Last = VersionUpgrade }

enum class	EHandshakePacketModifier : uint8 { None = 0x00 , RestartHandshake = 0x01 }

enum class	EHandshakeFailureReason { None , WrongVersion }

enum class	EBinnedValueMode : uint8 { MovingAvg , MovingSum }

enum class	ESeverityUpdate : uint8 { Escalate , AutoEscalate , Deescalate }

enum class	EEscalateReason : uint8 { QuotaLimit , AutoEscalate , Deescalate }

enum class	EEscalateResult : uint8 { Escalated , Deescalated , NoChange }

enum	EEmptyCategories : uint32 { Max }

enum class	EJoinFlags { None , NoPawn = 1 }

enum class	ENetRefHandleError : uint32 { None = 0x00 , BitstreamCorrupted , ReplicationDisabled , BlockedByMustBeMapped , BlockedByCreationParents }

enum class	ENetResultString : uint8 { WithoutChain , WithChain , ResultEnumOnly }

enum class	EHandleNetResult : uint8 { Closed , Handled , NotHandled }

enum class	EAddResultHandlerPos : uint8 { First , Last }

enum class	EReplicationStateType : unsigned { UninitializedState , ZeroedState , DefaultState , CurrentSendState , CurrentRecvState }

enum class	EReplicationInstanceProtocolTraits : uint16 { None = 0 , NeedsPoll = 1 , NeedsLegacyCallbacks = NeedsPoll << 1 , IsBound = NeedsLegacyCallbacks << 1 , NeedsPreSendUpdate = IsBound << 1 , HasPushBasedDirtiness = NeedsPreSendUpdate << 1 , HasFullPushBasedDirtiness = HasPushBasedDirtiness << 1 , IsMultiObjectInstance = HasFullPushBasedDirtiness << 1 , HasObjectReference = IsMultiObjectInstance << 1 }

enum class	EReplicationProtocolTraits : uint16 { None = 0 , HasDynamicState = 1U << 0U , HasLifetimeConditionals = HasDynamicState << 1U , HasConditionalChangeMask = HasLifetimeConditionals << 1U , HasConnectionSpecificSerialization = HasConditionalChangeMask << 1U , HasObjectReference = HasConnectionSpecificSerialization << 1U , SupportsDeltaCompression = HasObjectReference << 1U , HasPushBasedDirtiness = SupportsDeltaCompression << 1U , HasFullPushBasedDirtiness = HasPushBasedDirtiness << 1U }

enum class	EInitMemory : uint8 { Zero , Constructor }

enum class	ENetObjectReferenceTraits : uint32 { None = 0U , CanBeExported = 1U }

enum class	ENetObjectReferenceResolveResult : uint32 { None = 0U , HasUnresolvedReferences = 1 << 0U , HasUnresolvedMustBeMappedReferences = HasUnresolvedReferences << 1U }

enum class	EDataStreamWriteMode : unsigned { Full , PostTickDispatch }

enum class	EPacketDeliveryStatus : uint8 { Delivered , Lost , Discard }

enum class	EReplicationStateMemberTraits : uint16 { None = 0U , HasDynamicState = 1U << 0U , HasObjectReference = HasDynamicState << 1U , HasConnectionSpecificSerialization = HasObjectReference << 1U , HasRepNotifyAlways = HasConnectionSpecificSerialization << 1U , UseSerializerIsEqual = HasRepNotifyAlways << 1U , HasPushBasedDirtiness = UseSerializerIsEqual << 1U }

enum class	EReplicationStateTraits : uint32 { None = 0U , InitOnly = 1U , HasLifetimeConditionals = InitOnly << 1U , HasObjectReference = HasLifetimeConditionals << 1U , NeedsRefCount = HasObjectReference << 1U , HasRepNotifies = NeedsRefCount << 1U , KeepPreviousState = HasRepNotifies << 1U , HasDynamicState = KeepPreviousState << 1U , IsSourceTriviallyConstructible = HasDynamicState << 1U , IsSourceTriviallyDestructible = IsSourceTriviallyConstructible << 1U , AllMembersAreReplicated = IsSourceTriviallyDestructible << 1U , IsFastArrayReplicationState = AllMembersAreReplicated << 1U , IsNativeFastArrayReplicationState = IsFastArrayReplicationState << 1U , HasConnectionSpecificSerialization = IsNativeFastArrayReplicationState << 1U , HasPushBasedDirtiness = HasConnectionSpecificSerialization << 1U , HasFullPushBasedDirtiness = HasPushBasedDirtiness << 1U , SupportsDeltaCompression = HasFullPushBasedDirtiness << 1U , UseSerializerIsEqual = SupportsDeltaCompression << 1U , IsDerivedFromStructWithCustomSerializer = UseSerializerIsEqual << 1U , IsStructWithCustomSerializer = IsDerivedFromStructWithCustomSerializer << 1U }

enum class	EReplicationCondition : uint32 { RoleAutonomous , ReplicatePhysics }

enum class	ENetFilterStatus : uint32 { Disallow , Allow }

enum class	ENetBlobFlags : uint32 { None = 0 , Reliable = 1U << 0U , RawDataNetBlob = Reliable << 1U , HasExports = RawDataNetBlob << 1U , Ordered = HasExports << 1U }

enum	{ InvalidNetObjectFactoryId = MAX_uint8 }

enum class	ESubObjectInsertionOrder : uint8 { None , ReplicateWith , InsertAtStart }

enum class	EReplicationStateToStringFlags : uint32 { None = 0U , OnlyIncludeDirtyMembers = 1U }

enum class	EReplicationFragmentTraits : uint32 { None = 0 , HasInterpolation = 1 , HasRepNotifies = HasInterpolation << 1 , KeepPreviousState = HasRepNotifies << 1 , DeleteWithInstanceProtocol = KeepPreviousState << 1 , HasPersistentTargetStateBuffer = DeleteWithInstanceProtocol << 1 , CanReplicate = HasPersistentTargetStateBuffer << 1 , CanReceive = CanReplicate << 1 , NeedsPoll = CanReceive << 1 , NeedsLegacyCallbacks = NeedsPoll << 1 , NeedsPreSendUpdate = NeedsLegacyCallbacks << 1 , HasPushBasedDirtiness = NeedsPreSendUpdate << 1 , HasFullPushBasedDirtiness = HasPushBasedDirtiness << 1 , HasPropertyReplicationState = HasFullPushBasedDirtiness << 1 , HasObjectReference = HasPropertyReplicationState << 1 , SupportsPartialDequantizedState = HasObjectReference << 1 }

enum class	EReplicationFragmentPollFlags : uint32 { None = 0 , ForceRefreshCachedObjectReferencesAfterGC = 1 , PollDirtyState = ForceRefreshCachedObjectReferencesAfterGC << 1 , PollAllState = PollDirtyState << 1 , EnableVerboseProfiling = PollAllState << 1 }

enum class	EFragmentRegistrationFlags : uint32 { None = 0U , RegisterRPCsOnly = 1U , InitializeDefaultStateFromClassDefaults = RegisterRPCsOnly << 1U , AllowFastArraysWithAdditionalProperties = InitializeDefaultStateFromClassDefaults << 1U }

enum class	ENetObjectDeltaCompressionStatus : unsigned { Disallow , Allow }

enum class	EGetRefHandleFlags : uint32 { None , EvenIfGarbage }

enum class	EReplicationSystemSendPass : unsigned { Invalid , PostTickDispatch , TickFlush }

enum class	EDependentObjectSchedulingHint : uint8 { Default = 0 , ScheduleBeforeParent , ScheduleBeforeParentIfInitialState }

enum class	ENetObjectAttachmentSendPolicyFlags : uint32 { None = 0 , ScheduleAsOOB = 1U << 0U , SendInPostTickDispatch = ScheduleAsOOB << 1U , SendImmediate = ScheduleAsOOB \| SendInPostTickDispatch }

enum class	ESparseBitArraySerializationHint : uint8 { None , ContainsMostlyOnes }

enum class	ENetReferenceCollectorTraits : uint32 { None = 0U , IncludeInvalidReferences = 1U , OnlyCollectReferencesThatCanBeExported = IncludeInvalidReferences << 1U }

enum class	ENetSerializerTraits : uint32 { None = 0U , IsForwardingSerializer = 1U << 0U , HasDynamicState = IsForwardingSerializer << 1U , HasConnectionSpecificSerialization = HasDynamicState << 1U , HasCustomNetReference = HasConnectionSpecificSerialization << 1U , UseSerializerIsEqual = HasCustomNetReference << 1U , HasApply = UseSerializerIsEqual << 1U }

Functions
	ENUM_CLASS_FLAGS (ECloseChildFlags)

bool	ShouldIgnoreStaticActorDestruction ()

ENGINE_API uint32	CountReplicatedSubObjectsOfActor (AActor *ReplicatedActor)

uint8	GetQuantizedCPUUsage (uint8 InVal)

	UE_NET_IMPLEMENT_SERIALIZER (FHitResultNetSerializer)

	UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO (PropertyNetSerializerRegistry_NAME_HitResult, FHitResultNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FCharacterNetworkSerializationPackedBitsNetSerializer)

	UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO (PropertyNetSerializerRegistry_NAME_CharacterMoveResponsePackedBits, FCharacterNetworkSerializationPackedBitsNetSerializer)

	UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO (PropertyNetSerializerRegistry_NAME_CharacterServerMovePackedBitsPackedBits, FCharacterNetworkSerializationPackedBitsNetSerializer)

	UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO (PropertyNetSerializerRegistry_NAME_CharacterNetworkSerializationPackedBits, FCharacterNetworkSerializationPackedBitsNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FRootMotionSourceGroupNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUniqueNetIdReplNetSerializer)

	UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO (PropertyNetSerializerRegistry_NAME_UniqueNetIdRepl, FUniqueNetIdReplNetSerializer)

const TCHAR *	LexToString (UE::Net::EStopReplicatingReason Reason)

void	InitEngineNetObjectFactories ()

void	ShutdownEngineNetObjectFactories ()

FArchive &	operator<< (FArchive &Ar, FNetIDVariant &NetID)

const TCHAR *	LexToString (EHandshakePacketType PacketType)

	UE_NET_IMPLEMENT_SERIALIZER (FRepMovementNetSerializer)

	UE_NET_DECLARE_SERIALIZER (FHitResultNetSerializer, ENGINE_API)

	UE_NET_DECLARE_SERIALIZER (FCharacterNetworkSerializationPackedBitsNetSerializer, ENGINE_API)

	UE_NET_DECLARE_SERIALIZER (FRootMotionSourceGroupNetSerializer, ENGINE_API)

	UE_NET_DECLARE_SERIALIZER (FUniqueNetIdReplNetSerializer, ENGINE_API)

ENGINE_API bool	ShouldUseIrisReplication (const UObject *Actor)

uint32	GetTypeHash (const FNetIDVariant &NetID)

TStaticBitArray< COND_Max >	BuildConditionMapFromRepFlags (const FReplicationFlags &RepFlags)

	ENUM_CLASS_FLAGS (EHandshakePacketModifier)

	UE_NET_DECLARE_SERIALIZER (FRepMovementNetSerializer, ENGINE_API)

	UE_NET_IMPLEMENT_SERIALIZER (FGameplayTagContainerNetSerializer)

	UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO (PropertyNetSerializerRegistry_NAME_GameplayTagContainer, FGameplayTagContainerNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FGameplayTagNetSerializer)

	UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO (PropertyNetSerializerRegistry_NAME_GameplayTag, FGameplayTagNetSerializer)

	UE_NET_DECLARE_SERIALIZER (FGameplayTagContainerNetSerializer, GAMEPLAYTAGS_API)

	UE_NET_DECLARE_SERIALIZER (FGameplayTagNetSerializer, GAMEPLAYTAGS_API)

const TCHAR *	LexToString (EEscalateReason Reason)

bool	IsSpecialNetConditionGroup (FName NetConditionGroup)

bool	WriteQuantizedVector (int32 Scale, const FVector3d &Value, FArchive &Ar)

bool	ReadQuantizedVector (int32 Scale, FVector3d &Value, FArchive &Ar)

FVector3d	QuantizeVector (const int32 Scale, const FVector3d &Value)

bool	WriteQuantizedVector (int32 Scale, const FVector3f &Value, FArchive &Ar)

bool	ReadQuantizedVector (int32 Scale, FVector3f &Value, FArchive &Ar)

FVector3f	QuantizeVector (const int32 Scale, const FVector3f &Value)

const FNetDebugName *	CreatePersistentNetDebugName (const TCHAR *Name, uint32 NameLen)

void	ResetPersistentNetDebugNameIds ()

uint32	GetTypeHash (const FConnectionHandle &Handle)

const TCHAR *	LexToString (ENetRefHandleError NetRefHandleError)

template<typename T , typename = typename TEnableIf<TIsEnum<T>::Value>::Type>
TNetResult< T > *	Cast (FNetResult *InResult)

template<typename T , typename = typename TEnableIf<TIsEnum<T>::Value>::Type>
const TNetResult< T > *	Cast (const FNetResult *InResult)

void	AddToChainResultPtr (TPimplPtr< FNetResult, EPimplPtrMode::DeepCopy > &ResultPtr, FNetResult &&Result)

FNetResult	AddToAndConsumeChainResultPtr (TPimplPtr< FNetResult, EPimplPtrMode::DeepCopy > &ResultPtr, FNetResult &&Result)

void	MarkNetObjectStateDirty (FNetHandle NetHandle, int32 StartRepIndex, int32 EndRepIndex)

void	MarkNetObjectStateDirty (FNetHandle NetHandle)

FNetBitArrayView	MakeNetBitArrayView (const FNetBitArrayView::StorageWordType *Storage, uint32 BitCount)

FNetBitArrayView	MakeNetBitArrayView (const FNetBitArrayView::StorageWordType *Storage, uint32 BitCount, const FNetBitArrayBase::ENoResetNoValidateType)

FNetBitArrayView	MakeNetBitArrayView (const FNetBitArray &BitArray)

FNetBitArrayView	MakeNetBitArrayView (FNetBitArray &BitArray, const FNetBitArrayBase::ENoResetNoValidateType)

uint32	GetTypeHash (FNetHandle Handle)

template<int32 Scale>
bool	SerializeQuantizedVector (FVector &Value, FArchive &Ar)

const FNetDebugName *	CreatePersistentNetDebugName (const TCHAR *Name)

bool	ShouldUseIrisReplication ()

void	SetUseIrisReplication (bool EnableIrisReplication)

EReplicationSystem	GetUseIrisReplicationCmdlineValue ()

bool	IsUsingStructNetSerializer (const FReplicationStateMemberSerializerDescriptor &MemberDescriptor)

bool	IsUsingArrayPropertyNetSerializer (const FReplicationStateMemberSerializerDescriptor &MemberDescriptor)

	UE_NET_IMPLEMENT_NETSERIALIZER_INFO (FDefaultStructPropertyNetSerializerInfo)

	UE_NET_IMPLEMENT_NETSERIALIZER_INFO (FDefaultArrayPropertyNetSerializerInfo)

	UE_NET_IMPLEMENT_NETSERIALIZER_INFO (FLastResortPropertyNetSerializerInfo)

void	ValidateForwardingNetSerializerTraits (const FNetSerializer *Serializer, EReplicationStateTraits UsedReplicationStateTraits)

void	DescribeReplicationDescriptor (FString &OutString, const FReplicationStateDescriptor *Descriptor)

const TCHAR *	LexToString (ENetFilterStatus Status)

void	ResetLifetimeConditionDebugNames ()

	ENUM_CLASS_FLAGS (EReplicationInstanceProtocolTraits)

	ENUM_CLASS_FLAGS (EReplicationProtocolTraits)

FRepTag	MakeRepTag (const char *TagName)

bool	HasRepTag (const FReplicationProtocol *Protocol, FRepTag RepTag)

bool	FindRepTag (const FReplicationStateDescriptor *Descriptor, FRepTag RepTag, FRepTagFindInfo &OutRepTagFindInfo)

bool	FindRepTag (const FReplicationProtocol *Protocol, FRepTag RepTag, FRepTagFindInfo &OutRepTagFindInfo)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FArrayPropertyNetSerializer)

uint32	GetNetArrayPropertyData (NetSerializerValuePointer QuantizedArray, NetSerializerValuePointer &OutArrayData)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FBitfieldNetSerializer)

bool	InitBitfieldNetSerializerConfigFromProperty (FBitfieldNetSerializerConfig &OutConfig, const FBoolProperty *Bitfield)

void	SerializeIntDelta (FNetBitStreamWriter &Writer, const int32 Value, const int32 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

void	DeserializeIntDelta (FNetBitStreamReader &Reader, int32 &OutValue, const int32 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

void	SerializeUintDelta (FNetBitStreamWriter &Writer, const uint32 Value, const uint32 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

void	DeserializeUintDelta (FNetBitStreamReader &Reader, uint32 &OutValue, const uint32 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

void	SerializeIntDelta (FNetBitStreamWriter &Writer, const int64 Value, const int64 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

void	DeserializeIntDelta (FNetBitStreamReader &Reader, int64 &OutValue, const int64 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

void	SerializeUintDelta (FNetBitStreamWriter &Writer, const uint64 Value, const uint64 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

void	DeserializeUintDelta (FNetBitStreamReader &Reader, uint64 &OutValue, const uint64 PrevValue, const uint8 *SmallBitCountTable, const uint32 SmallBitCountTableEntryCount, uint8 LargeBitCount)

uint32	QuantizeSignedUnitFloat (float Value, uint32 BitCount)

float	DequantizeSignedUnitFloat (uint32 Value, uint32 BitCount)

	UE_NET_IMPLEMENT_SERIALIZER (FBoolNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FDateTimeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumInt8NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumInt16NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumInt32NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumInt64NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumUint8NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumUint16NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumUint32NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FEnumUint64NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FFieldPathNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FFloatNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FDoubleNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FGuidNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInstancedStructNetSerializer)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FBitfieldNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FLastResortPropertyNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FArrayPropertyNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FNetRoleNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FFieldPathNetSerializer, IRISCORE_API)

IRISCORE_API bool	InitLastResortPropertyNetSerializerConfigFromProperty (FLastResortPropertyNetSerializerConfig &OutConfig, const FProperty *Property)

IRISCORE_API bool	PartialInitNetRoleSerializerConfig (FNetRoleNetSerializerConfig &OutConfig, const UEnum *Enum)

bool	IsObjectReferenceNetSerializer (const FNetSerializer *NetSerializer)

bool	IsStructNetSerializer (const FNetSerializer *Serializer)

bool	IsArrayPropertyNetSerializer (const FNetSerializer *Serializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt8NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt16NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt32NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt64NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt8RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt16RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt32RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FInt64RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FLastResortPropertyNetSerializer)

void	WritePackedUint64 (FNetBitStreamWriter *Writer, uint64 Value)

uint64	ReadPackedUint64 (FNetBitStreamReader *Reader)

void	WritePackedInt64 (FNetBitStreamWriter *Writer, int64 Value)

int64	ReadPackedInt64 (FNetBitStreamReader *Reader)

void	WritePackedUint32 (FNetBitStreamWriter *Writer, uint32 Value)

uint32	ReadPackedUint32 (FNetBitStreamReader *Reader)

void	WritePackedInt32 (FNetBitStreamWriter *Writer, int32 Value)

int32	ReadPackedInt32 (FNetBitStreamReader *Reader)

void	WritePackedUint16 (FNetBitStreamWriter *Writer, uint16 Value)

uint16	ReadPackedUint16 (FNetBitStreamReader *Reader)

void	WriteString (FNetBitStreamWriter *Writer, FStringView StringView)

void	WriteString (FNetBitStreamWriter *Writer, const FString &String)

void	ReadString (FNetBitStreamReader *Reader, FString &OutString)

void	WriteVector (FNetBitStreamWriter *Writer, const FVector &Vector)

void	ReadVector (FNetBitStreamReader *Reader, FVector &Vector)

void	WriteVector (FNetBitStreamWriter *Writer, const FVector &Vector, const FVector &DefaultValue, float Epsilon)

void	ReadVector (FNetBitStreamReader *Reader, FVector &OutVector, const FVector &DefaultValue)

void	WriteRotator (FNetBitStreamWriter *Writer, const FRotator &Rotator)

void	ReadRotator (FNetBitStreamReader *Reader, FRotator &Rotator)

void	WriteRotator (FNetBitStreamWriter *Writer, const FRotator &Rotator, const FRotator &DefaultValue, float Epsilon)

void	ReadRotator (FNetBitStreamReader *Reader, FRotator &OutRotator, const FRotator &DefaultValue)

void	WriteSparseBitArray (FNetBitStreamWriter Writer, const uint32 Data, uint32 BitCount, ESparseBitArraySerializationHint Hint)

void	ReadSparseBitArray (FNetBitStreamReader Reader, uint32 OutData, uint32 BitCount, ESparseBitArraySerializationHint Hint)

void	WriteSparseBitArrayDelta (FNetBitStreamWriter Writer, const uint32 Data, const uint32 *OldData, uint32 BitCount)

void	ReadSparseBitArrayDelta (FNetBitStreamReader Reader, uint32 OutData, const uint32 *OldData, uint32 BitCount)

void	WriteSentinelBits (FNetBitStreamWriter *Writer, uint32 BitCount)

bool	ReadAndVerifySentinelBits (FNetBitStreamReader Reader, const TCHAR ErrorString, uint32 BitCount)

void	ReadBytes (FNetBitStreamReader Reader, uint8 Destination, uint32 BytesToRead)

void	WriteBytes (FNetBitStreamWriter Writer, const uint8 Src, uint32 BytesToWrite)

void	WriteConditionallyQuantizedVector (UE::Net::FNetBitStreamWriter *Writer, const FVector &Vector, const FVector &DefaultValue, bool bQuantize)

void	ReadConditionallyQuantizedVector (UE::Net::FNetBitStreamReader *Reader, FVector &OutVector, const FVector &DefaultValue)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FNetRoleNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FNopNetSerializer)

void	WriteNetRefHandle (FNetSerializationContext &Context, const FNetRefHandle Handle)

FNetRefHandle	ReadNetRefHandle (FNetSerializationContext &Context)

void	ReadFullNetObjectReference (FNetSerializationContext &Context, FNetObjectReference &Reference)

void	WriteFullNetObjectReference (FNetSerializationContext &Context, const FNetObjectReference &Reference)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FObjectNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FObjectPtrNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FWeakObjectNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FScriptInterfaceNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FPackedInt64NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FPackedUint64NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FPackedInt32NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FPackedUint32NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FVectorNetQuantizeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FVectorNetQuantize10NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FVectorNetQuantize100NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FVectorNetQuantizeNormalNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUnitQuatNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUnitQuat4fNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUnitQuat4dNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FRemoteObjectIdNetSerializer)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FRemoteObjectIdNetSerializer, IRISCORE_API)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FRemoteObjectReferenceNetSerializer)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FRemoteObjectReferenceNetSerializer, IRISCORE_API)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FRemoteServerIdNetSerializer)

	UE_NET_DECLARE_SERIALIZER_INTERNAL (FRemoteServerIdNetSerializer, IRISCORE_API)

	UE_NET_IMPLEMENT_SERIALIZER (FRotatorNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FRotatorAsByteNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FRotatorAsShortNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FRotator3fNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FRotator3dNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FSoftObjectNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FSoftObjectPathNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FSoftClassPathNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FNameNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FStringNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER_INTERNAL (FNameAsNetTokenNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FStructNetSerializer)

void	WriteStruct (FNetSerializationContext &Context, NetSerializerValuePointer InValue, const FReplicationStateDescriptor *Descriptor)

void	ReadStruct (FNetSerializationContext &Context, NetSerializerValuePointer OutValue, const FReplicationStateDescriptor *Descriptor)

	UE_NET_IMPLEMENT_SERIALIZER (FUint8NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUint16NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUint32NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUint64NetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUint8RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUint16RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUint32RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FUint64RangeNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FVectorNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FVector3fNetSerializer)

	UE_NET_IMPLEMENT_SERIALIZER (FVector3dNetSerializer)

	DECLARE_MULTICAST_DELEGATE_OneParam (FIrisCriticalErrorDetected, UReplicationSystem *)

	ENUM_CLASS_FLAGS (ENetObjectReferenceTraits)

	ENUM_CLASS_FLAGS (ENetObjectReferenceResolveResult)

template<typename StructName >
constexpr auto	IsDeclaredType (StructName *) -> decltype(sizeof(StructName))

constexpr auto	IsDeclaredType (void *)

	ENUM_CLASS_FLAGS (EReplicationStateMemberTraits)

uint32	GetTypeHash (const FReplicationStateIdentifier &Identifier)

	ENUM_CLASS_FLAGS (EReplicationStateTraits)

void	MarkNetObjectStateHeaderDirty (FReplicationStateHeader &Header)

	ENUM_CLASS_FLAGS (ENetBlobFlags)

uint32	GetTypeHash (const FNetObjectGroupHandle Handle)

uint32	GetTypeHash (const FNetRefHandle &Handle)

uint64	GetObjectIdForNetTrace (const FNetRefHandle &Handle)

	ENUM_CLASS_FLAGS (EReplicationStateToStringFlags)

	ENUM_CLASS_FLAGS (EReplicationFragmentTraits)

	ENUM_CLASS_FLAGS (EReplicationFragmentPollFlags)

	ENUM_CLASS_FLAGS (EFragmentRegistrationFlags)

	DECLARE_MULTICAST_DELEGATE_OneParam (FReplicationSystemLifeTime, UReplicationSystem *)

UReplicationSystem *	GetReplicationSystem (uint32 Id)

	ENUM_CLASS_FLAGS (EGetRefHandleFlags)

	ENUM_CLASS_FLAGS (ENetObjectAttachmentSendPolicyFlags)

const TCHAR *	LexToString (ENetObjectAttachmentSendPolicyFlags SendFlags)

const TCHAR *	LexToString (EDependentObjectSchedulingHint SchedulingHint)

constexpr FRepTag	GetInvalidRepTag ()

void	SerializeSignedUnitFloat (FNetBitStreamWriter &Writer, uint32 Value, uint32 BitCount)

uint32	DeserializeSignedUnitFloat (FNetBitStreamReader &Reader, uint32 BitCount)

template<typename T >
bool	SerializeSameValue (FNetBitStreamWriter &Writer, const T Value, const T OtherValue)

template<typename T >
bool	DeserializeSameValue (FNetBitStreamReader &Reader, T &OutValue, const T OtherValue)

	UE_NET_DECLARE_SERIALIZER (FDateTimeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumInt8NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumInt16NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumInt32NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumInt64NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumUint8NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumUint16NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumUint32NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FEnumUint64NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FFloatNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FDoubleNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FGuidNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInstancedStructNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt64NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt32NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt16NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt8NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt8RangeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt16RangeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt32RangeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FInt64RangeNetSerializer, IRISCORE_API)

void	WriteUint64 (FNetBitStreamWriter *Writer, uint64 Value)

uint64	ReadUint64 (FNetBitStreamReader *Reader)

void	WriteInt64 (FNetBitStreamWriter *Writer, int64 Value)

int64	ReadInt64 (FNetBitStreamReader *Reader)

	ENUM_CLASS_FLAGS (ENetReferenceCollectorTraits)

	ENUM_CLASS_FLAGS (ENetSerializerTraits)

template<NetSerializeFunction Serialize>
void	NetSerializeDeltaDefault (FNetSerializationContext &Context, const FNetSerializeDeltaArgs &Args)

template<NetDeserializeFunction Deserialize>
void	NetDeserializeDeltaDefault (FNetSerializationContext &Context, const FNetDeserializeDeltaArgs &Args)

template<NetSerializeFunction Serialize, NetIsEqualFunction IsEqual>
void	NetSerializeDeltaDefault (FNetSerializationContext &Context, const FNetSerializeDeltaArgs &Args)

template<uint32 QuantizedTypeSize, NetDeserializeFunction Deserialize, NetFreeDynamicStateFunction FreeDynamicState, NetCloneDynamicStateFunction CloneDynamicState>
void	NetDeserializeDeltaDefault (FNetSerializationContext &Context, const FNetDeserializeDeltaArgs &Args)

template<typename T >
void	NetQuantizeDefault (FNetSerializationContext &Context, const FNetQuantizeArgs &Args)

template<typename T >
void	NetDequantizeDefault (FNetSerializationContext &Context, const FNetDequantizeArgs &Args)

template<typename T >
bool	NetIsEqualDefault (FNetSerializationContext &Context, const FNetIsEqualArgs &Args)

template<typename T = void>
bool	NetValidateDefault (FNetSerializationContext &Context, const FNetValidateArgs &Args)

	UE_NET_DECLARE_SERIALIZER (FBoolNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FStructNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FNopNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FObjectNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FObjectPtrNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FWeakObjectNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FScriptInterfaceNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FPackedInt64NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FPackedUint64NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FPackedInt32NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FPackedUint32NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FVectorNetQuantizeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FVectorNetQuantize10NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FVectorNetQuantize100NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FVectorNetQuantizeNormalNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUnitQuatNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUnitQuat4fNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUnitQuat4dNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FRotatorNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FRotatorAsByteNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FRotatorAsShortNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FRotator3fNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FRotator3dNetSerializer, IRISCORE_API)

constexpr SIZE_T	GetNameNetSerializerSafeQuantizedSize ()

	UE_NET_DECLARE_SERIALIZER (FUint64NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUint32NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUint16NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUint8NetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUint8RangeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUint16RangeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUint32RangeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FUint64RangeNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FVectorNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FVector3fNetSerializer, IRISCORE_API)

	UE_NET_DECLARE_SERIALIZER (FVector3dNetSerializer, IRISCORE_API)

Variables
int32	FilterGuidRemapping = 1

bool	bDiscardTornOffActorRPCs = true

bool	bNetReplicateOnlyBeginPlay = false

FAutoConsoleVariableRef	CVarNetDiscardTornOffActorRPCs (TEXT("net.DiscardTornOffActorRPCs"), bDiscardTornOffActorRPCs, TEXT("If enabled, discard RPCs if the actor has been torn off."), ECVF_Default)

int32	MaxSerializedNetGuids = 2048

int32	MaxSerializedReplayNetGuids = 32 * 1024

int32	MaxSerializedNetExportGroups = 64 * 1024

int32	MaxSerializedNetExportsPerGroup = 128 * 1024

int32	GRPCDoSScopeDebugging

int32	CVar_ForceConnectionViewerPriority = 1

bool	bAutoRegisterReplicatedProperties = true

bool	bEnsureForMissingProperties = false

bool	bReplicateCustomDeltaPropertiesInRepIndexOrder = false

NETCORE_API const FName	NetGroupOwner

NETCORE_API const FName	NetGroupReplay

const FName	GNetError_UnsupportedNetBlob ("Unsupported NetBlob type")

const FName	NetError_InstancedStructNetSerializer_InvalidStructType ("Invalid struct type")

bool	bEnableIrisPackageMapNameExports = true

const uint32	NetBitStreamSentinelValue = 0xBAADDEADU

const FName	GNetError_BitStreamOverflow ("BitStream overflow")

const FName	GNetError_BitStreamError ("BitStream error")

const FName	GNetError_ArraySizeTooLarge ("Array size is too large")

const FName	GNetError_InvalidNetHandle ("Invalid NetHandle")

const FName	GNetError_BrokenNetHandle ("Broken NetHandle")

const FName	GNetError_InvalidValue ("Invalid value")

const FName	GNetError_InternalError ("Internal error")

const FName	GNetError_InvalidDataStream ("Invalid DataStream")

const FName	NetError_PolymorphicStructNetSerializer_InvalidStructType (TEXT("Invalid struct type"))

const FName	GNetError_CorruptString ("Corrupt string")

constexpr uint32	InvalidReplicationSystemId = 0xFFFFFFFFU

constexpr uint32	InvalidConnectionId = 0

constexpr FNetObjectFilterHandle	InvalidNetObjectFilterHandle = FNetObjectFilterHandle(0)

constexpr FNetObjectFilterHandle	ToOwnerFilterHandle = FNetObjectFilterHandle(1)

constexpr FNetObjectFilterHandle	ConnectionFilterHandle = FNetObjectFilterHandle(2)

constexpr FNetBlobType	InvalidNetBlobType = ~FNetBlobType(0)

constexpr FNetObjectPrioritizerHandle	InvalidNetObjectPrioritizerHandle = ~FNetObjectPrioritizerHandle(0)

constexpr FNetObjectPrioritizerHandle	DefaultSpatialNetObjectPrioritizerHandle = FNetObjectPrioritizerHandle(0)

constexpr FRepTag	RepTag_WorldLocation = 0x0719E9E9E02F8B16ULL

constexpr FRepTag	RepTag_NetRole = 0xFFAAB417B1123942ULL

constexpr FRepTag	RepTag_NetRemoteRole = 0xF754C2703924C7AAULL

constexpr FRepTag	RepTag_CullDistanceSqr = 0x6BB13A5C1A655157ULL

Detailed Description

A FNetSerializer is needed for replication support of a certain type. Most types that can be marked as UPROPERTY are already supported. Types that aren't supported or need special support will emit warnings when descriptors are built for a UCLASS, USTRUCT or UFUNCTION. Find below how to implement one.

Typedef Documentation

◆ ConstructReplicationStateFunc

typedef void(* UE::Net::ConstructReplicationStateFunc) (uint8 *Buffer, const FReplicationStateDescriptor *Descriptor)

◆ CreateAndRegisterReplicationFragmentFunc

typedef FReplicationFragment *(* UE::Net::CreateAndRegisterReplicationFragmentFunc)(UObject *Owner, const FReplicationStateDescriptor *Descriptor, FFragmentRegistrationContext &Context)

◆ DestructReplicationStateFunc

typedef void(* UE::Net::DestructReplicationStateFunc) (uint8 *Buffer, const FReplicationStateDescriptor *Descriptor)

◆ FDormantObjectMap

typedef TMap<FNetworkGUID, TWeakObjectPtr<UObject> > UE::Net::FDormantObjectMap

◆ FExecuteForEachDormantReplicator

typedef TFunctionRef<void(FObjectKey OwnerActorKey, FObjectKey ObjectKey, const TSharedRef<FObjectReplicator>& ReplicatorRef)> UE::Net::FExecuteForEachDormantReplicator

Function definition allowed in the ForEach functions

◆ FForwardNetRPCCallDelegate

using UE::Net::FForwardNetRPCCallDelegate = typedef TDelegate<void(UObject* RootObject,UObject* SubObject, UFunction* Function, void* Params)>

◆ FForwardNetRPCCallMulticastDelegate

using UE::Net::FForwardNetRPCCallMulticastDelegate = typedef TMulticastDelegate<typename FForwardNetRPCCallDelegate::TFuncType>

◆ FHandshakeFailureFunc

using UE::Net::FHandshakeFailureFunc = typedef TUniqueFunction<void(FStatelessHandshakeFailureInfo HandshakeFailureInfo)>

Callback function for handling a failed stateless handshake. Triggered when processing incoming packets.

Parameters

HandshakeFailureInfo Information about the handshake failure.

◆ FNetBlobType

typedef uint32 UE::Net::FNetBlobType

◆ FNetCloseResult

using UE::Net::FNetCloseResult = typedef TNetResult<ENetCloseResult>

FNetCloseResult

TNetResult alias using ENetCloseResult, for use with NetConnection Close errors and recoverable network faults.

◆ FNetDebugNameId

typedef uint32 UE::Net::FNetDebugNameId

NetDebugName, carries both string pointer and a debugname id assigned by the persistent debug storage. DebugNameId is used to be able to avoid hashing already seen NetDebugNames

◆ FNetDependencyInfoArray

typedef TArray<FNetDependencyInfo, TInlineAllocator<32> > UE::Net::FNetDependencyInfoArray

◆ FNetObjectFactoryId

typedef uint8 UE::Net::FNetObjectFactoryId

◆ FNetObjectFilterHandle

typedef uint32 UE::Net::FNetObjectFilterHandle

◆ FNetObjectPrioritizerHandle

typedef uint32 UE::Net::FNetObjectPrioritizerHandle

◆ FNotifySeverityUpdate

using UE::Net::FNotifySeverityUpdate = typedef TUniqueFunction<void(const FEscalationState& OldState, const FEscalationState& NewState, ESeverityUpdate UpdateType)>

Callback notifying when the escalation state has been updated

Parameters

OldState	The old state being escalated from (same as new state - but different object - on first initialization)
NewState	The new/active escalation state
UpdateType	Whether the update was an escalation (including auto-escalation) or de-escalation

◆ FReplicationFragments

typedef TArray<FReplicationFragmentInfo, TInlineAllocator<32> > UE::Net::FReplicationFragments

◆ FReplicationProtocolIdentifier

typedef uint32 UE::Net::FReplicationProtocolIdentifier

◆ FReplicationSystemCreatedDelegate

using UE::Net::FReplicationSystemCreatedDelegate = typedef FReplicationSystemLifeTime

◆ FReplicationSystemDestroyedDelegate

using UE::Net::FReplicationSystemDestroyedDelegate = typedef FReplicationSystemLifeTime

◆ FRepTag

typedef uint64 UE::Net::FRepTag

◆ NetApplyFunction

typedef void(* UE::Net::NetApplyFunction) (FNetSerializationContext &, const FNetApplyArgs &)

◆ NetCloneDynamicStateFunction

typedef void(* UE::Net::NetCloneDynamicStateFunction) (FNetSerializationContext &, const FNetCloneDynamicStateArgs &)

◆ NetCollectNetReferencesFunction

typedef void(* UE::Net::NetCollectNetReferencesFunction) (FNetSerializationContext &, const FNetCollectReferencesArgs &)

◆ NetDequantizeFunction

typedef void(* UE::Net::NetDequantizeFunction) (FNetSerializationContext &, const FNetDequantizeArgs &)

◆ NetDeserializeDeltaFunction

typedef void(* UE::Net::NetDeserializeDeltaFunction) (FNetSerializationContext &, const FNetDeserializeDeltaArgs &)

◆ NetDeserializeFunction

typedef void(* UE::Net::NetDeserializeFunction) (FNetSerializationContext &, const FNetDeserializeArgs &)

◆ NetFreeDynamicStateFunction

typedef void(* UE::Net::NetFreeDynamicStateFunction) (FNetSerializationContext &, const FNetFreeDynamicStateArgs &)

◆ NetIsEqualFunction

typedef bool(* UE::Net::NetIsEqualFunction) (FNetSerializationContext &, const FNetIsEqualArgs &)

◆ NetQuantizeFunction

typedef void(* UE::Net::NetQuantizeFunction) (FNetSerializationContext &, const FNetQuantizeArgs &)

◆ NetSerializeDeltaFunction

typedef void(* UE::Net::NetSerializeDeltaFunction) (FNetSerializationContext &, const FNetSerializeDeltaArgs &)

◆ NetSerializeFunction

typedef void(* UE::Net::NetSerializeFunction) (FNetSerializationContext &, const FNetSerializeArgs &)

◆ NetSerializerConfigParam

typedef const FNetSerializerConfig* UE::Net::NetSerializerConfigParam

◆ NetSerializerValuePointer

typedef UPTRINT UE::Net::NetSerializerValuePointer

◆ NetValidateFunction

typedef bool(* UE::Net::NetValidateFunction) (FNetSerializationContext &, const FNetValidateArgs &)

◆ TBinnedMovingAvg

template<typename ConsumerType , int32 NumBins>

using UE::Net::TBinnedMovingAvg = typedef TBinnedMovingValue<ConsumerType, NumBins, EBinnedValueMode::MovingAvg>

Alias for tracking a moving average. See TBinnedMovingValue.

◆ TBinnedMovingSum

template<typename ConsumerType , int32 NumBins>

using UE::Net::TBinnedMovingSum = typedef TBinnedMovingValue<ConsumerType, NumBins, EBinnedValueMode::MovingSum>

Alias for tracking a moving sum. See TBinnedMovingValue.

◆ TDeltaBinnedMovingAvg

template<typename ConsumerType , int32 NumBins>

using UE::Net::TDeltaBinnedMovingAvg = typedef TBinnedDeltaMovingValue<ConsumerType, NumBins, EBinnedValueMode::MovingAvg>

Alias for tracking a moving average using the delta of the input value. See TBinnedDeltaMovingValue/TBinnedMovingValue.

◆ TDeltaBinnedMovingSum

template<typename ConsumerType , int32 NumBins>

using UE::Net::TDeltaBinnedMovingSum = typedef TBinnedDeltaMovingValue<ConsumerType, NumBins, EBinnedValueMode::MovingSum>

Alias for tracking a moving sum using the delta of the input value. See TBinnedDeltaMovingValue/TBinnedMovingValue.

Enumeration Type Documentation

◆ anonymous enum

anonymous enum

Enumerator
InvalidNetObjectFactoryId

◆ EActorNetSpawnInfoFlags

enum class UE::Net::EActorNetSpawnInfoFlags : uint32

strong

Enumerator
None
QuantizeScale
QuantizeLocation
QuantizeVelocity

◆ EAddResultHandlerPos

enum class UE::Net::EAddResultHandlerPos : uint8

strong

The position to add a new FNetResultHandler, in the list of result handlers

Enumerator
First
Last

◆ EBinnedValueMode

enum class UE::Net::EBinnedValueMode : uint8

strong

The type of moving value to calculate/track

Enumerator
MovingAvg	Tracks a moving average
MovingSum	Tracks a moving sum

◆ ECloseChildFlags

enum class UE::Net::ECloseChildFlags

strong

Enumerator
None
SendCloseMessage
DestroyActors

◆ EDataStreamWriteMode

enum class UE::Net::EDataStreamWriteMode : unsigned

strong

Enumerator
Full
PostTickDispatch

◆ EDependentObjectSchedulingHint

enum class UE::Net::EDependentObjectSchedulingHint : uint8

strong

Enumerator
Default
ScheduleBeforeParent
ScheduleBeforeParentIfInitialState

◆ EEmptyCategories

enum UE::Net::EEmptyCategories : uint32

Default value for TEscalationManager's CounterCategoriesEnum

Enumerator
Max

◆ EEscalateReason

enum class UE::Net::EEscalateReason : uint8

strong

The reason for a severity update

Enumerator
QuotaLimit
AutoEscalate
Deescalate

◆ EEscalateResult

enum class UE::Net::EEscalateResult : uint8

strong

The result of an UpdateSeverity call

Enumerator
Escalated
Deescalated
NoChange

◆ EFragmentRegistrationFlags

enum class UE::Net::EFragmentRegistrationFlags : uint32

strong

Enumerator
None
RegisterRPCsOnly
InitializeDefaultStateFromClassDefaults
AllowFastArraysWithAdditionalProperties

◆ EGetRefHandleFlags

enum class UE::Net::EGetRefHandleFlags : uint32

strong

Enumerator
None
EvenIfGarbage

◆ EHandleNetResult

enum class UE::Net::EHandleNetResult : uint8

strong

The result of a HandleNetResult call

Enumerator
Closed
Handled
NotHandled

◆ EHandshakeFailureReason

enum class UE::Net::EHandshakeFailureReason

strong

Reasons for handshake failures

Enumerator
None
WrongVersion

◆ EHandshakePacketModifier

enum class UE::Net::EHandshakePacketModifier : uint8

strong

Flags/modifiers affecting how handshake packets are handled (e.g. restart handshake packets)

Enumerator
None
RestartHandshake

◆ EHandshakePacketType

enum class UE::Net::EHandshakePacketType : uint8

strong

The different handshake packet types

Enumerator
InitialPacket
Challenge
Response
Ack
RestartHandshake
RestartResponse
VersionUpgrade
Last

◆ EHandshakeVersion

enum class UE::Net::EHandshakeVersion : uint8

strong

The different handshake protocol versions

Enumerator
Original
Randomized
NetCLVersion
SessionClientId	Net compatibility break
NetCLUpgradeMessage
Latest

◆ EInitMemory

enum class UE::Net::EInitMemory : uint8

strong

Enumerator
Zero
Constructor

◆ EJoinFlags

enum class UE::Net::EJoinFlags

strong

Enumerator
None
NoPawn

◆ ENetBlobFlags

enum class UE::Net::ENetBlobFlags : uint32

strong

Flags that can be set at blob creation time.

Enumerator
None
Reliable	The blob should be delivered reliably in order with respect to other reliable blobs. Implies Ordered.
RawDataNetBlob	Used for FRawDataNetBlob derived classes to avoid duplicate serialization when splitting large blob.
HasExports	Used to indicate that this blob have ObjectReferences or NetTokens that might have to be exported.
Ordered	The blob should respect delivery order with respect to other Ordered blobs, including Reliable ones. Unreliable ordered blobs will only be sent once.

◆ ENetFilterStatus

enum class UE::Net::ENetFilterStatus : uint32

strong

Used to control whether an object is allowed to be replicated or not.

Enumerator
Disallow	Do not allow replication.
Allow	Allow replication.

◆ ENetObjectAttachmentSendPolicyFlags

enum class UE::Net::ENetObjectAttachmentSendPolicyFlags : uint32

strong

Enumerator
None
ScheduleAsOOB
SendInPostTickDispatch
SendImmediate

◆ ENetObjectDeltaCompressionStatus

enum class UE::Net::ENetObjectDeltaCompressionStatus : unsigned

strong

Enumerator
Disallow
Allow

◆ ENetObjectReferenceResolveResult

enum class UE::Net::ENetObjectReferenceResolveResult : uint32

strong

Return type for various methods that resolves NetObjectReferences.

Enumerator
None	There are no unresolved references.
HasUnresolvedReferences	There are references that were unresolvable at this time.
HasUnresolvedMustBeMappedReferences	There are references that were unresolvable at this time and that are required before we can continue further processing, such as calling an RPC. This could be due to an asset not being loaded yet for example.

◆ ENetObjectReferenceTraits

enum class UE::Net::ENetObjectReferenceTraits : uint32

strong

Traits for a NetObjectReference.

Enumerator

None

CanBeExported

Whether the reference can be exported or not.

Note: This flag is only guaranteed to be set correctly for references obtained from ObjectReferenceCache.

◆ ENetReferenceCollectorTraits

enum class UE::Net::ENetReferenceCollectorTraits : uint32

strong

Enumerator
None
IncludeInvalidReferences
OnlyCollectReferencesThatCanBeExported

◆ ENetRefHandleError

enum class UE::Net::ENetRefHandleError : uint32

strong

Error types used when reporting an error on a specific Iris handle

Enumerator
None
BitstreamCorrupted
ReplicationDisabled
BlockedByMustBeMapped
BlockedByCreationParents

◆ ENetResultString

enum class UE::Net::ENetResultString : uint8

strong

Conversion types for TNetResult::ToString

Enumerator
WithoutChain	Only include the base TNetResult in the string
WithChain	Include the whole chain of TNetResult's in the string
ResultEnumOnly	Only include the raw result enum in the string

◆ ENetSerializerTraits

enum class UE::Net::ENetSerializerTraits : uint32

strong

Various traits that can be set for a FNetSerializer. These traits are typically set via constexpr bool in the declaration of the serializer. Only publicly visible traits are part of the enum.

Enumerator
None
IsForwardingSerializer	Forwarding serializers need to implement all functions that a serializer may have.
HasDynamicState	Serializers in need of dynamic state must implement CloneDynamicState and FreeDynamicState.
HasConnectionSpecificSerialization	Connection specific serialization is sometimes required but should be avoided by all means necessary as it prevents sharing of serialized state. For example when multicasting RPCs and one of the arguments is using connection specific serialization it requires serializing the RPC for each connection and possibly allocating memory for duplicating the data for each connection. It wastes both CPU and memory.
HasCustomNetReference	There are net references that need to be gathered via calls to CollectNetReferences.
UseSerializerIsEqual	Data replicated using this serializer should use the IsEqual implementation in order to determine whether the data is dirty or not.
HasApply	Has an Apply function which should be used when applying its dequantized data to another instance. Useful for custom struct serializers where not all of the struct properties are replicated. Without a custom Apply all values will be overwritten.

◆ ENetUpgradeSource

enum class UE::Net::ENetUpgradeSource : uint8

strong

The source of a net upgrade message

Enumerator
ControlChannel
StatelessHandshake

◆ EPacketDeliveryStatus

enum class UE::Net::EPacketDeliveryStatus : uint8

strong

Enum used to report packet notifications to DataStreams.

Enumerator
Delivered	The packet was delivered.
Lost	The packet was lost or ignored by the recipient due to out of order delivery for example.
Discard	Free any resource related to this packet, such as a DataStreamRecord. Typically used when closing connections and similar scenarios.

◆ EReplicationCondition

enum class UE::Net::EReplicationCondition : uint32

strong

Replication conditions that can be set on replicated objects.

Enumerator

RoleAutonomous

Similar to its ENetRole counterpart RoleAutonomous can only be set for a single connection. All other connections are assumed to have a "Simulated" object.

See also: UReplicationSystem::SetReplicationConditionConnectionFilter

ReplicatePhysics

ReplicatePhysics affects whether properties with a physics condition are replicated or not. It also affects which members of FReplicatedMovement are replicated. The condition is assumed to be false by default.

See also: UReplicationSystem::SetReplicationCondition

◆ EReplicationFragmentPollFlags

enum class UE::Net::EReplicationFragmentPollFlags : uint32

strong

Enumerator
None
ForceRefreshCachedObjectReferencesAfterGC	If set, we need to refresh all cached object references, typically set after a GC to detect stale references in cached data, regardless of if they are dirty or not.
PollDirtyState	Pull members marked for polling or marked as dirty in the changemask, non-push based members will alwasys be considered for polling. Note: if ForceRefreshCachedObjectReferencesAfterGC is set as well, object references must be polled as well.
PollAllState	Normal full poll.
EnableVerboseProfiling	Enable Verbose profiling

◆ EReplicationFragmentTraits

enum class UE::Net::EReplicationFragmentTraits : uint32

strong

Traits describing a ReplicationFragmet

Enumerator
None
HasInterpolation
HasRepNotifies
KeepPreviousState
DeleteWithInstanceProtocol
HasPersistentTargetStateBuffer
CanReplicate
CanReceive
NeedsPoll
NeedsLegacyCallbacks
NeedsPreSendUpdate
HasPushBasedDirtiness
HasFullPushBasedDirtiness
HasPropertyReplicationState
HasObjectReference
SupportsPartialDequantizedState

◆ EReplicationInstanceProtocolTraits

enum class UE::Net::EReplicationInstanceProtocolTraits : uint16

strong

Enumerator
None
NeedsPoll
NeedsLegacyCallbacks
IsBound
NeedsPreSendUpdate
HasPushBasedDirtiness
HasFullPushBasedDirtiness
IsMultiObjectInstance
HasObjectReference

◆ EReplicationProtocolTraits

enum class UE::Net::EReplicationProtocolTraits : uint16

strong

Enumerator
None
HasDynamicState
HasLifetimeConditionals
HasConditionalChangeMask
HasConnectionSpecificSerialization
HasObjectReference
SupportsDeltaCompression
HasPushBasedDirtiness
HasFullPushBasedDirtiness

◆ EReplicationStateMemberTraits

enum class UE::Net::EReplicationStateMemberTraits : uint16

strong

Enumerator
None
HasDynamicState
HasObjectReference
HasConnectionSpecificSerialization
HasRepNotifyAlways
UseSerializerIsEqual
HasPushBasedDirtiness

◆ EReplicationStateToStringFlags

enum class UE::Net::EReplicationStateToStringFlags : uint32

strong

Enumerator
None
OnlyIncludeDirtyMembers

◆ EReplicationStateTraits

enum class UE::Net::EReplicationStateTraits : uint32

strong

Enumerator
None
InitOnly
HasLifetimeConditionals
HasObjectReference
NeedsRefCount
HasRepNotifies
KeepPreviousState
HasDynamicState
IsSourceTriviallyConstructible
IsSourceTriviallyDestructible
AllMembersAreReplicated
IsFastArrayReplicationState
IsNativeFastArrayReplicationState
HasConnectionSpecificSerialization
HasPushBasedDirtiness
HasFullPushBasedDirtiness
SupportsDeltaCompression
UseSerializerIsEqual
IsDerivedFromStructWithCustomSerializer
IsStructWithCustomSerializer

◆ EReplicationStateType

enum class UE::Net::EReplicationStateType : unsigned

strong

Enumerator
UninitializedState
ZeroedState
DefaultState
CurrentSendState
CurrentRecvState

◆ EReplicationSystemSendPass

enum class UE::Net::EReplicationSystemSendPass : unsigned

strong

Enumerator
Invalid
PostTickDispatch
TickFlush

◆ ESeverityUpdate

enum class UE::Net::ESeverityUpdate : uint8

strong

Escalation severity update types

Enumerator
Escalate
AutoEscalate
Deescalate

◆ ESparseBitArraySerializationHint

enum class UE::Net::ESparseBitArraySerializationHint : uint8

strong

Enumerator
None
ContainsMostlyOnes

◆ EStopReplicatingReason

enum class UE::Net::EStopReplicatingReason : uint32

strong

Enumerator
Destroyed	When the Actor or Component is explicitly destroyed.
LevelTransition	When the world is being unloaded for a level transition.
EndPlayInEditor	When the world is being unloaded because PIE is ending.
RemovedFromWorld	When the level it is a member of is streamed out.
Quit	When the application is being exited.

◆ ESubObjectInsertionOrder

enum class UE::Net::ESubObjectInsertionOrder : uint8

strong

Enumerator
None
ReplicateWith	Insert the subobject so it will replicate before the other subobject.
InsertAtStart	Insert the subobject at the start of the list so it can be created and replicated first

Function Documentation

◆ AddToAndConsumeChainResultPtr()

FNetResult UE::Net::AddToAndConsumeChainResultPtr	(	TPimplPtr< FNetResult, EPimplPtrMode::DeepCopy > &	ResultPtr,
		FNetResult &&	Result
	)

inline

Chains a new result to the end of the result pointer (or takes its place if not set), then consumes/moves/returns the pointer result

Parameters

ResultPtr	The result pointer to consume and chain the new result to.
Result	The result to chain to the consumed result pointer. Should use MoveTemp.

Returns: Returns the final result, which is either the combined result pointer and new result, or just the new result

◆ AddToChainResultPtr()

void UE::Net::AddToChainResultPtr	(	TPimplPtr< FNetResult, EPimplPtrMode::DeepCopy > &	ResultPtr,
		FNetResult &&	Result
	)

inline

Chains a new result to the result pointer, putting it at the end of the chain - or assigns it to the result pointer, if not set.

Parameters

ResultPtr	The result pointer to chain or assign the new result to.
Result	The result to chain to the result pointer. Should use MoveTemp.

◆ BuildConditionMapFromRepFlags()

TStaticBitArray< COND_Max > UE::Net::BuildConditionMapFromRepFlags ( const FReplicationFlags & RepFlags )

inline

Builds a new ConditionMap given the input RepFlags. This can be used to determine whether or not a given property should be considered enabled / disabled based on ELifetimeCondition.

◆ Cast() [1/2]

template<typename T , typename = typename TEnableIf<TIsEnum<T>::Value>::Type>

const TNetResult< T > * UE::Net::Cast ( const FNetResult * InResult )

Casts an FNetResult to a TNetResult<T>, with enum type checking

Parameters

InResult The FNetResult to cast

Returns: Returns the resulting TNetResult<T>

◆ Cast() [2/2]

template<typename T , typename = typename TEnableIf<TIsEnum<T>::Value>::Type>

TNetResult< T > * UE::Net::Cast ( FNetResult * InResult )

Casts an FNetResult to a TNetResult<T>, with enum type checking

Parameters

InResult The FNetResult to cast

Returns: Returns the resulting TNetResult<T>

◆ CountReplicatedSubObjectsOfActor()

uint32 UE::Net::CountReplicatedSubObjectsOfActor ( AActor * ReplicatedActor )

Utility function that counts the number of replicated subobjects owned by a given actor. Be aware that this function is not cheap because it needs to iterate and count all replicated components and their subobjects too.

◆ CreatePersistentNetDebugName() [1/2]

const FNetDebugName * UE::Net::CreatePersistentNetDebugName ( const TCHAR * Name )

inline

◆ CreatePersistentNetDebugName() [2/2]

NETCORE_API const FNetDebugName * UE::Net::CreatePersistentNetDebugName	(	const TCHAR *	Name,
		uint32	NameLen
	)

◆ DECLARE_MULTICAST_DELEGATE_OneParam() [1/2]

UE::Net::DECLARE_MULTICAST_DELEGATE_OneParam	(	FIrisCriticalErrorDetected	,
		UReplicationSystem *
	)

◆ DECLARE_MULTICAST_DELEGATE_OneParam() [2/2]

UE::Net::DECLARE_MULTICAST_DELEGATE_OneParam	(	FReplicationSystemLifeTime	,
		UReplicationSystem *
	)

◆ DequantizeSignedUnitFloat()

IRISCORE_API float UE::Net::DequantizeSignedUnitFloat	(	uint32	Value,
		uint32	BitCount
	)

Dequantizes the value returned from QuantizeSignedUnitFloat or DeserializeSignedUnitFloat called with the same BitCount.

Parameters

Value The quantized value, as returned by QuantizeSignedUnitFloat.

Returns: The float in range [-1.0f, 1.0f] corresponding to the quantized value.

See also: QuantizeSignedUnitFloat

◆ DescribeReplicationDescriptor()

IRISCORE_API void UE::Net::DescribeReplicationDescriptor	(	FString &	OutString,
		const FReplicationStateDescriptor *	Descriptor
	)

◆ DeserializeIntDelta() [1/2]

IRISCORE_API void UE::Net::DeserializeIntDelta	(	FNetBitStreamReader &	Reader,
		int32 &	OutValue,
		const int32	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

All the DeserializeIntDelta functions assume that the PrevValue is representable using LargeBitCount. Negative values are expected to be properly represented with set bits from LargeBitCount and up. The OutValue is guaranteed to also be representable using LargeBitCount. An incorrectly replicated delta will never be able to cause on overflow on the receiving side. This is ensured via masking and sign-bit propagation.

◆ DeserializeIntDelta() [2/2]

IRISCORE_API void UE::Net::DeserializeIntDelta	(	FNetBitStreamReader &	Reader,
		int64 &	OutValue,
		const int64	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

◆ DeserializeSameValue()

template<typename T >

bool UE::Net::DeserializeSameValue	(	FNetBitStreamReader &	Reader,
		T &	OutValue,
		const T	OtherValue
	)

inline

Deserializes what was serialized using SerializeSameValue.

Parameters

Reader	The bitstream to read from.
OutValue	Will be set to OtherValue if the read bit was 1, unset otherwise.
OtherValue	The value to set to OutValue if the read bit was 1.

Returns: true if OutValue was set to OtherValue, false if not.

See also: SerializeSameValue

◆ DeserializeSignedUnitFloat()

uint32 UE::Net::DeserializeSignedUnitFloat	(	FNetBitStreamReader &	Reader,
		uint32	BitCount
	)

Deserializes a signed unit float that was serialized using SerializeSignedUnitFloat with the same BitCount.

See also: SerializeSignedUnitFloat.; DequantizeSignedUnitFloat

◆ DeserializeUintDelta() [1/2]

IRISCORE_API void UE::Net::DeserializeUintDelta	(	FNetBitStreamReader &	Reader,
		uint32 &	OutValue,
		const uint32	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

All the DeserializeIntDelta functions assume that the PrevValue is representable using LargeBitCount. The OutValue is guaranteed to also be representable using LargeBitCount. An incorrectly replicated delta will never be able to cause on overflow on the receiving side. This is ensured via masking.

◆ DeserializeUintDelta() [2/2]

IRISCORE_API void UE::Net::DeserializeUintDelta	(	FNetBitStreamReader &	Reader,
		uint64 &	OutValue,
		const uint64	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

◆ ENUM_CLASS_FLAGS() [1/17]

UE::Net::ENUM_CLASS_FLAGS ( ECloseChildFlags )

◆ ENUM_CLASS_FLAGS() [2/17]

UE::Net::ENUM_CLASS_FLAGS ( EFragmentRegistrationFlags )

◆ ENUM_CLASS_FLAGS() [3/17]

UE::Net::ENUM_CLASS_FLAGS ( EGetRefHandleFlags )

◆ ENUM_CLASS_FLAGS() [4/17]

UE::Net::ENUM_CLASS_FLAGS ( EHandshakePacketModifier )

◆ ENUM_CLASS_FLAGS() [5/17]

UE::Net::ENUM_CLASS_FLAGS ( ENetBlobFlags )

◆ ENUM_CLASS_FLAGS() [6/17]

UE::Net::ENUM_CLASS_FLAGS ( ENetObjectAttachmentSendPolicyFlags )

◆ ENUM_CLASS_FLAGS() [7/17]

UE::Net::ENUM_CLASS_FLAGS ( ENetObjectReferenceResolveResult )

◆ ENUM_CLASS_FLAGS() [8/17]

UE::Net::ENUM_CLASS_FLAGS ( ENetObjectReferenceTraits )

◆ ENUM_CLASS_FLAGS() [9/17]

UE::Net::ENUM_CLASS_FLAGS ( ENetReferenceCollectorTraits )

◆ ENUM_CLASS_FLAGS() [10/17]

UE::Net::ENUM_CLASS_FLAGS ( ENetSerializerTraits )

◆ ENUM_CLASS_FLAGS() [11/17]

UE::Net::ENUM_CLASS_FLAGS ( EReplicationFragmentPollFlags )

◆ ENUM_CLASS_FLAGS() [12/17]

UE::Net::ENUM_CLASS_FLAGS ( EReplicationFragmentTraits )

◆ ENUM_CLASS_FLAGS() [13/17]

UE::Net::ENUM_CLASS_FLAGS ( EReplicationInstanceProtocolTraits )

◆ ENUM_CLASS_FLAGS() [14/17]

UE::Net::ENUM_CLASS_FLAGS ( EReplicationProtocolTraits )

◆ ENUM_CLASS_FLAGS() [15/17]

UE::Net::ENUM_CLASS_FLAGS ( EReplicationStateMemberTraits )

◆ ENUM_CLASS_FLAGS() [16/17]

UE::Net::ENUM_CLASS_FLAGS ( EReplicationStateToStringFlags )

◆ ENUM_CLASS_FLAGS() [17/17]

UE::Net::ENUM_CLASS_FLAGS ( EReplicationStateTraits )

◆ FindRepTag() [1/2]

IRISCORE_API bool UE::Net::FindRepTag	(	const FReplicationProtocol *	Protocol,
		FRepTag	RepTag,
		FRepTagFindInfo &	OutRepTagFindInfo
	)

Finds the first RepTag in the protocol that matches the supplied RepTag. The offsets written to OutRepTagStateInfo is from the start of a full object state buffer. Returns true if the tag was found, false if not. OutRepTagStateInfo is only valid if the tag is found.

◆ FindRepTag() [2/2]

IRISCORE_API bool UE::Net::FindRepTag	(	const FReplicationStateDescriptor *	Descriptor,
		FRepTag	RepTag,
		FRepTagFindInfo &	OutRepTagFindInfo
	)

Finds the first RepTag in the replication state that matches the supplied RepTag. The offsets written to OutRepTagStateInfo is from the start of a replication state buffer. Returns true if the tag was found, false if not. OutRepTagStateInfo is only valid if the tag is found.

◆ GetInvalidRepTag()

constexpr FRepTag UE::Net::GetInvalidRepTag ( )

constexpr

The invalid RepTag can be used for purposes where one wants to know if there's a valid tag or not. It cannot be a constant like RepTag_Invalid as that would require us to prevent a tag from being called Invalid or cause mismatching values if someone calls a tag Invalid. So it's implemented as a function instead.

◆ GetNameNetSerializerSafeQuantizedSize()

constexpr SIZE_T UE::Net::GetNameNetSerializerSafeQuantizedSize ( )

constexpr

◆ GetNetArrayPropertyData()

uint32 UE::Net::GetNetArrayPropertyData	(	NetSerializerValuePointer	QuantizedArray,
		NetSerializerValuePointer &	OutArrayData
	)

◆ GetObjectIdForNetTrace()

uint64 UE::Net::GetObjectIdForNetTrace ( const FNetRefHandle & Handle )

inline

◆ GetQuantizedCPUUsage()

uint8 UE::Net::GetQuantizedCPUUsage ( uint8 InVal )

For Grafana template variable dropdown, restrict CPU values (including overshoot) to: 0, 5, 10, 20, 30, 40, 50, 60, 70, 80, 90, 95, 100, 105, 110 etc.

Parameters

InVal The CPU Usage value to quantize

Returns: The quantized CPU Usage value

◆ GetReplicationSystem()

UReplicationSystem * UE::Net::GetReplicationSystem ( uint32 Id )

inline

◆ GetTypeHash() [1/6]

uint32 UE::Net::GetTypeHash ( const FConnectionHandle & Handle )

inline

◆ GetTypeHash() [2/6]

uint32 UE::Net::GetTypeHash ( const FNetIDVariant & NetID )

inline

◆ GetTypeHash() [3/6]

uint32 UE::Net::GetTypeHash ( const FNetObjectGroupHandle Handle )

inline

◆ GetTypeHash() [4/6]

uint32 UE::Net::GetTypeHash ( const FNetRefHandle & Handle )

inline

◆ GetTypeHash() [5/6]

uint32 UE::Net::GetTypeHash ( const FReplicationStateIdentifier & Identifier )

inline

◆ GetTypeHash() [6/6]

uint32 UE::Net::GetTypeHash ( FNetHandle Handle )

inline

◆ GetUseIrisReplicationCmdlineValue()

IRISCORE_API EReplicationSystem UE::Net::GetUseIrisReplicationCmdlineValue ( )

Returns what replication sytem was set to be used by the cmdline. Returns Default when the command line was not set.

◆ HasRepTag()

IRISCORE_API bool UE::Net::HasRepTag	(	const FReplicationProtocol *	Protocol,
		FRepTag	RepTag
	)

Returns true if the RepTag exists

◆ InitBitfieldNetSerializerConfigFromProperty()

IRISCORE_API bool UE::Net::InitBitfieldNetSerializerConfigFromProperty	(	FBitfieldNetSerializerConfig &	OutConfig,
		const FBoolProperty *	Bitfield
	)

◆ InitEngineNetObjectFactories()

void UE::Net::InitEngineNetObjectFactories ( )

◆ InitLastResortPropertyNetSerializerConfigFromProperty()

bool UE::Net::InitLastResortPropertyNetSerializerConfigFromProperty	(	FLastResortPropertyNetSerializerConfig &	OutConfig,
		const FProperty *	Property
	)

◆ IsArrayPropertyNetSerializer()

bool UE::Net::IsArrayPropertyNetSerializer ( const FNetSerializer * Serializer )

inline

◆ IsDeclaredType() [1/2]

template<typename StructName >

constexpr auto UE::Net::IsDeclaredType ( StructName * ) -> decltype(sizeof(StructName))

constexpr

This function should be called in the following way to take advantage of SFINAE and perform compile-time error checking for declared types: static_assert(IsDeclaredType((struct MyStruct*)Ptr), "Error message..");

If MyStruct is not declared, the cast will pass a void* pointer to IsDeclaredType(). Otherwise, if MyStruct is declared then the cast will pass a MyStruct* pointer to IsDeclaredType().

◆ IsDeclaredType() [2/2]

constexpr auto UE::Net::IsDeclaredType ( void * )

constexpr

◆ IsObjectReferenceNetSerializer()

IRISCORE_API bool UE::Net::IsObjectReferenceNetSerializer ( const FNetSerializer * NetSerializer )

◆ IsSpecialNetConditionGroup()

NETCORE_API bool UE::Net::IsSpecialNetConditionGroup ( FName NetConditionGroup )

Returns true if the netcondition is one of the special explicit groups.

◆ IsStructNetSerializer()

bool UE::Net::IsStructNetSerializer ( const FNetSerializer * Serializer )

inline

◆ IsUsingArrayPropertyNetSerializer()

bool UE::Net::IsUsingArrayPropertyNetSerializer ( const FReplicationStateMemberSerializerDescriptor & MemberDescriptor )

inline

◆ IsUsingStructNetSerializer()

bool UE::Net::IsUsingStructNetSerializer ( const FReplicationStateMemberSerializerDescriptor & MemberDescriptor )

inline

◆ LexToString() [1/7]

const TCHAR * UE::Net::LexToString ( EDependentObjectSchedulingHint SchedulingHint )

inline

◆ LexToString() [2/7]

const TCHAR * UE::Net::LexToString ( EEscalateReason Reason )

EEscalateReason Convert EEscalateReason enum values, to a string.

Parameters

Reason The enum value to convert.

Returns: The string name for the enum value.

◆ LexToString() [3/7]

const TCHAR * UE::Net::LexToString ( EHandshakePacketType PacketType )

◆ LexToString() [4/7]

IRISCORE_API const TCHAR * UE::Net::LexToString ( ENetFilterStatus Status )

◆ LexToString() [5/7]

const TCHAR * UE::Net::LexToString ( ENetObjectAttachmentSendPolicyFlags SendFlags )

inline

◆ LexToString() [6/7]

const TCHAR * UE::Net::LexToString ( ENetRefHandleError NetRefHandleError )

inline

◆ LexToString() [7/7]

ENGINE_API const TCHAR * UE::Net::LexToString ( UE::Net::EStopReplicatingReason Reason )

◆ MakeNetBitArrayView() [1/4]

FNetBitArrayView UE::Net::MakeNetBitArrayView ( const FNetBitArray & BitArray )

inline

Transform a FNetBitArray into a FNetBitArrayView

◆ MakeNetBitArrayView() [2/4]

FNetBitArrayView UE::Net::MakeNetBitArrayView	(	const FNetBitArrayView::StorageWordType *	Storage,
		uint32	BitCount
	)

inline

Transform any raw buffer into a FNetBitArrayView

◆ MakeNetBitArrayView() [3/4]

FNetBitArrayView UE::Net::MakeNetBitArrayView	(	const FNetBitArrayView::StorageWordType *	Storage,
		uint32	BitCount,
		const FNetBitArrayBase::ENoResetNoValidateType
	)

inline

◆ MakeNetBitArrayView() [4/4]

FNetBitArrayView UE::Net::MakeNetBitArrayView	(	FNetBitArray &	BitArray,
		const FNetBitArrayBase::ENoResetNoValidateType
	)

inline

Transform a FNetBitArray into a FNetBitArrayView without validating the contents of the bit array received

◆ MakeRepTag()

IRISCORE_API FRepTag UE::Net::MakeRepTag ( const char * TagName )

◆ MarkNetObjectStateDirty() [1/2]

void UE::Net::MarkNetObjectStateDirty ( FNetHandle NetHandle )

inline

◆ MarkNetObjectStateDirty() [2/2]

void UE::Net::MarkNetObjectStateDirty	(	FNetHandle	NetHandle,
		int32	StartRepIndex,
		int32	EndRepIndex
	)

inline

◆ MarkNetObjectStateHeaderDirty()

void UE::Net::MarkNetObjectStateHeaderDirty ( FReplicationStateHeader & Header )

inline

Mark the Replication State Header as dirty so it can be copied in the CopyDirtyState pass.

◆ NetDequantizeDefault()

template<typename T >

void UE::Net::NetDequantizeDefault	(	FNetSerializationContext &	Context,
		const FNetDequantizeArgs &	Args
	)

◆ NetDeserializeDeltaDefault() [1/2]

template<NetDeserializeFunction Deserialize>

void UE::Net::NetDeserializeDeltaDefault	(	FNetSerializationContext &	Context,
		const FNetDeserializeDeltaArgs &	Args
	)

◆ NetDeserializeDeltaDefault() [2/2]

template<uint32 QuantizedTypeSize, NetDeserializeFunction Deserialize, NetFreeDynamicStateFunction FreeDynamicState, NetCloneDynamicStateFunction CloneDynamicState>

void UE::Net::NetDeserializeDeltaDefault	(	FNetSerializationContext &	Context,
		const FNetDeserializeDeltaArgs &	Args
	)

◆ NetIsEqualDefault()

template<typename T >

bool UE::Net::NetIsEqualDefault	(	FNetSerializationContext &	Context,
		const FNetIsEqualArgs &	Args
	)

◆ NetQuantizeDefault()

template<typename T >

void UE::Net::NetQuantizeDefault	(	FNetSerializationContext &	Context,
		const FNetQuantizeArgs &	Args
	)

◆ NetSerializeDeltaDefault() [1/2]

template<NetSerializeFunction Serialize>

void UE::Net::NetSerializeDeltaDefault	(	FNetSerializationContext &	Context,
		const FNetSerializeDeltaArgs &	Args
	)

◆ NetSerializeDeltaDefault() [2/2]

template<NetSerializeFunction Serialize, NetIsEqualFunction IsEqual>

void UE::Net::NetSerializeDeltaDefault	(	FNetSerializationContext &	Context,
		const FNetSerializeDeltaArgs &	Args
	)

◆ NetValidateDefault()

template<typename T = void>

bool UE::Net::NetValidateDefault	(	FNetSerializationContext &	Context,
		const FNetValidateArgs &	Args
	)

◆ operator<<()

FArchive & UE::Net::operator<<	(	FArchive &	Ar,
		FNetIDVariant &	NetID
	)

Serializes or deserializes the stored ID or handle, suitable for networking

◆ PartialInitNetRoleSerializerConfig()

bool UE::Net::PartialInitNetRoleSerializerConfig	(	FNetRoleNetSerializerConfig &	OutConfig,
		const UEnum *	Enum
	)

◆ QuantizeSignedUnitFloat()

IRISCORE_API uint32 UE::Net::QuantizeSignedUnitFloat	(	float	Value,
		uint32	BitCount
	)

Converts a unit float to a quantized representation using a specified bit count.

Parameters

Value	A float in range [-1.0f, 1.0f]. No clamping is performed.
BitCount	The desired bit count of the quantized value.

Returns: The quantized representation. Unused top bits will be zero.

Note: For bit counts > 23 the return value will use 25 bits, otherwise exactly as many bits as requested.

◆ QuantizeVector() [1/2]

NETCORE_API FVector3d UE::Net::QuantizeVector	(	const int32	Scale,
		const FVector3d &	Value
	)

◆ QuantizeVector() [2/2]

NETCORE_API FVector3f UE::Net::QuantizeVector	(	const int32	Scale,
		const FVector3f &	Value
	)

◆ ReadAndVerifySentinelBits()

IRISCORE_API bool UE::Net::ReadAndVerifySentinelBits	(	FNetBitStreamReader *	Reader,
		const TCHAR *	ErrorString = `TEXT("Sentinel")`,
		uint32	BitCount = `32U`
	)

Read and verify sentinelBits against predefined sentinel value, will return false if we have a bitstream overflow or the read sentinel bits mismatch

◆ ReadBytes()

IRISCORE_API void UE::Net::ReadBytes	(	FNetBitStreamReader *	Reader,
		uint8 *	Destination,
		uint32	BytesToRead
	)

Read bytes into preallocated buffer Note: The purpose of this method is for cases when we cannot guarantee that the buffer is word aligned. If buffer is known to be word aligned, it is faster to use NetBitStreamReader::ReadBitStream directly.

◆ ReadConditionallyQuantizedVector()

IRISCORE_API void UE::Net::ReadConditionallyQuantizedVector	(	FNetBitStreamReader *	Reader,
		FVector &	OutVector,
		const FVector &	DefaultValue
	)

Read a vector serialized using WriteConditionallyQuantizedVector. DefaultValue must be identical in both Read and Write calls.

◆ ReadFullNetObjectReference()

IRISCORE_API void UE::Net::ReadFullNetObjectReference	(	FNetSerializationContext &	Context,
		FNetObjectReference &	Reference
	)

◆ ReadInt64()

int64 UE::Net::ReadInt64 ( FNetBitStreamReader * Reader )

inline

Read a full uint64 to the provided FNetBitStreamReader

◆ ReadNetRefHandle()

IRISCORE_API FNetRefHandle UE::Net::ReadNetRefHandle ( FNetSerializationContext & Context )

◆ ReadPackedInt32()

IRISCORE_API int32 UE::Net::ReadPackedInt32 ( FNetBitStreamReader * Reader )

Read an int32 that was written using WritePackedInt32

◆ ReadPackedInt64()

IRISCORE_API int64 UE::Net::ReadPackedInt64 ( FNetBitStreamReader * Reader )

Read an int64 that was written using WritePackedInt64

◆ ReadPackedUint16()

IRISCORE_API uint16 UE::Net::ReadPackedUint16 ( FNetBitStreamReader * Reader )

Read a uint16 that was written using WritePackedUint16

◆ ReadPackedUint32()

IRISCORE_API uint32 UE::Net::ReadPackedUint32 ( FNetBitStreamReader * Reader )

Read a uint32 that was written using WritePackedUint32

◆ ReadPackedUint64()

IRISCORE_API uint64 UE::Net::ReadPackedUint64 ( FNetBitStreamReader * Reader )

Read a uint64 that was written using WritePackedUint64

◆ ReadQuantizedVector() [1/2]

NETCORE_API bool UE::Net::ReadQuantizedVector	(	int32	Scale,
		FVector3d &	Value,
		FArchive &	Ar
	)

◆ ReadQuantizedVector() [2/2]

NETCORE_API bool UE::Net::ReadQuantizedVector	(	int32	Scale,
		FVector3f &	Value,
		FArchive &	Ar
	)

◆ ReadRotator() [1/2]

IRISCORE_API void UE::Net::ReadRotator	(	FNetBitStreamReader *	Reader,
		FRotator &	OutRotator,
		const FRotator &	DefaultValue
	)

Read default value compressed rotator, See WriteRotator.

◆ ReadRotator() [2/2]

IRISCORE_API void UE::Net::ReadRotator	(	FNetBitStreamReader *	Reader,
		FRotator &	Vector
	)

Read full Rotator

◆ ReadSparseBitArray()

IRISCORE_API void UE::Net::ReadSparseBitArray	(	FNetBitStreamReader *	Reader,
		uint32 *	OutData,
		uint32	BitCount,
		ESparseBitArraySerializationHint	Hint = `ESparseBitArraySerializationHint::None`
	)

Read sparse BitArray which is expected to contain mostly 0s, if the array contains mostly 1s passing the hint ESparseBitArraySerializationHint::ContainsMostlyOnes can be provided to flip the read data

◆ ReadSparseBitArrayDelta()

IRISCORE_API void UE::Net::ReadSparseBitArrayDelta	(	FNetBitStreamReader *	Reader,
		uint32 *	OutData,
		const uint32 *	OldData,
		uint32	BitCount
	)

Read sparse BitArray which is expected to contain mostly 0s, if the array contains mostly 1s passing the hint ESparseBitArraySerializationHint::ContainsMostlyOnes can be provided to flip the read data

◆ ReadString()

IRISCORE_API void UE::Net::ReadString	(	FNetBitStreamReader *	Reader,
		FString &	OutString
	)

Read an UTF8-like encoded string into a FString. It must've been written by WriteString().

◆ ReadStruct()

IRISCORE_API void UE::Net::ReadStruct	(	FNetSerializationContext &	Context,
		NetSerializerValuePointer	OutValue,
		const FReplicationStateDescriptor *	Descriptor
	)

◆ ReadUint64()

uint64 UE::Net::ReadUint64 ( FNetBitStreamReader * Reader )

inline

Read a full uint64 to the provided FNetBitStreamReader

◆ ReadVector() [1/2]

IRISCORE_API void UE::Net::ReadVector	(	FNetBitStreamReader *	Reader,
		FVector &	OutVector,
		const FVector &	DefaultValue
	)

Read default value compressed vector

◆ ReadVector() [2/2]

IRISCORE_API void UE::Net::ReadVector	(	FNetBitStreamReader *	Reader,
		FVector &	Vector
	)

Read full Vector

◆ ResetLifetimeConditionDebugNames()

IRISCORE_API void UE::Net::ResetLifetimeConditionDebugNames ( )

◆ ResetPersistentNetDebugNameIds()

NETCORE_API void UE::Net::ResetPersistentNetDebugNameIds ( )

◆ SerializeIntDelta() [1/2]

IRISCORE_API void UE::Net::SerializeIntDelta	(	FNetBitStreamWriter &	Writer,
		const int32	Value,
		const int32	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

All the SerializeIntDelta functions assume that the Value and PrevValue are representable using LargeBitCount. Negative values are expected to be properly represented with set bits from LargeBitCount and up. The SmallBitCountTable should be kept relatively small as the index into it must be replicated. The SmallBitCountTableEntryCount needs to be a power of two minus one, i.e. of the form (2^N) - 1. The LargeBitCount is treated as the last entry in the table and is used when the delta between the Value and PrevValue cannot be represented with any of the bit counts in the table. 0 is a valid bit count in the first entry but is only used when the Value and PrevValue are equal.

◆ SerializeIntDelta() [2/2]

IRISCORE_API void UE::Net::SerializeIntDelta	(	FNetBitStreamWriter &	Writer,
		const int64	Value,
		const int64	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

◆ SerializeQuantizedVector()

template<int32 Scale>

bool UE::Net::SerializeQuantizedVector	(	FVector &	Value,
		FArchive &	Ar
	)

◆ SerializeSameValue()

template<typename T >

bool UE::Net::SerializeSameValue	(	FNetBitStreamWriter &	Writer,
		const T	Value,
		const T	OtherValue
	)

inline

Serializes a single bit indicating whether the value is equal to another value or not.

Returns: true if the Value was equal to OtherValue, false if not.

Note: The actual value is never written.

See also: DeserializeSameValue

◆ SerializeSignedUnitFloat()

void UE::Net::SerializeSignedUnitFloat	(	FNetBitStreamWriter &	Writer,
		uint32	Value,
		uint32	BitCount
	)

Serializes a signed unit float quantized with QuantizeSignedUnitFloat with the same BitCount.

See also: QuantizeSignedUnitFloat

◆ SerializeUintDelta() [1/2]

IRISCORE_API void UE::Net::SerializeUintDelta	(	FNetBitStreamWriter &	Writer,
		const uint32	Value,
		const uint32	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

◆ SerializeUintDelta() [2/2]

IRISCORE_API void UE::Net::SerializeUintDelta	(	FNetBitStreamWriter &	Writer,
		const uint64	Value,
		const uint64	PrevValue,
		const uint8 *	SmallBitCountTable,
		const uint32	SmallBitCountTableEntryCount,
		uint8	LargeBitCount
	)

◆ SetUseIrisReplication()

IRISCORE_API void UE::Net::SetUseIrisReplication ( bool EnableIrisReplication )

Set if the preferred replication system should be Iris or not.

◆ ShouldIgnoreStaticActorDestruction()

bool UE::Net::ShouldIgnoreStaticActorDestruction ( )

◆ ShouldUseIrisReplication() [1/2]

IRISCORE_API bool UE::Net::ShouldUseIrisReplication ( )

Returns if the preferred replication system should be Iris.

◆ ShouldUseIrisReplication() [2/2]

ENGINE_API bool UE::Net::ShouldUseIrisReplication ( const UObject * Actor )

◆ ShutdownEngineNetObjectFactories()

void UE::Net::ShutdownEngineNetObjectFactories ( )

◆ UE_NET_DECLARE_SERIALIZER() [1/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FBoolNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [2/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FCharacterNetworkSerializationPackedBitsNetSerializer	,
		ENGINE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [3/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FDateTimeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [4/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FDoubleNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [5/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumInt16NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [6/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumInt32NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [7/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumInt64NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [8/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumInt8NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [9/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumUint16NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [10/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumUint32NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [11/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumUint64NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [12/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FEnumUint8NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [13/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FFloatNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [14/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FGameplayTagContainerNetSerializer	,
		GAMEPLAYTAGS_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [15/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FGameplayTagNetSerializer	,
		GAMEPLAYTAGS_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [16/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FGuidNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [17/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FHitResultNetSerializer	,
		ENGINE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [18/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInstancedStructNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [19/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt16NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [20/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt16RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [21/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt32NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [22/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt32RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [23/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt64NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [24/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt64RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [25/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt8NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [26/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FInt8RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [27/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FNopNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [28/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FObjectNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [29/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FObjectPtrNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [30/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FPackedInt32NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [31/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FPackedInt64NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [32/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FPackedUint32NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [33/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FPackedUint64NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [34/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FRepMovementNetSerializer	,
		ENGINE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [35/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FRootMotionSourceGroupNetSerializer	,
		ENGINE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [36/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FRotator3dNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [37/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FRotator3fNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [38/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FRotatorAsByteNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [39/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FRotatorAsShortNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [40/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FRotatorNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [41/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FScriptInterfaceNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [42/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FStructNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [43/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint16NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [44/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint16RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [45/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint32NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [46/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint32RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [47/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint64NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [48/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint64RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [49/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint8NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [50/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUint8RangeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [51/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUniqueNetIdReplNetSerializer	,
		ENGINE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [52/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUnitQuat4dNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [53/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUnitQuat4fNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [54/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FUnitQuatNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [55/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FVector3dNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [56/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FVector3fNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [57/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FVectorNetQuantize100NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [58/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FVectorNetQuantize10NetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [59/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FVectorNetQuantizeNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [60/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FVectorNetQuantizeNormalNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [61/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FVectorNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER() [62/62]

UE::Net::UE_NET_DECLARE_SERIALIZER	(	FWeakObjectNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [1/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FArrayPropertyNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [2/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FBitfieldNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [3/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FFieldPathNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [4/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FLastResortPropertyNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [5/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FNetRoleNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [6/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FRemoteObjectIdNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [7/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FRemoteObjectReferenceNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_DECLARE_SERIALIZER_INTERNAL() [8/8]

UE::Net::UE_NET_DECLARE_SERIALIZER_INTERNAL	(	FRemoteServerIdNetSerializer	,
		IRISCORE_API
	)

◆ UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO() [1/7]

UE::Net::UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO	(	PropertyNetSerializerRegistry_NAME_CharacterMoveResponsePackedBits	,
		FCharacterNetworkSerializationPackedBitsNetSerializer
	)

◆ UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO() [2/7]

UE::Net::UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO	(	PropertyNetSerializerRegistry_NAME_CharacterNetworkSerializationPackedBits	,
		FCharacterNetworkSerializationPackedBitsNetSerializer
	)

◆ UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO() [3/7]

UE::Net::UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO	(	PropertyNetSerializerRegistry_NAME_CharacterServerMovePackedBitsPackedBits	,
		FCharacterNetworkSerializationPackedBitsNetSerializer
	)

◆ UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO() [4/7]

UE::Net::UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO	(	PropertyNetSerializerRegistry_NAME_GameplayTag	,
		FGameplayTagNetSerializer
	)

◆ UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO() [5/7]

UE::Net::UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO	(	PropertyNetSerializerRegistry_NAME_GameplayTagContainer	,
		FGameplayTagContainerNetSerializer
	)

◆ UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO() [6/7]

UE::Net::UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO	(	PropertyNetSerializerRegistry_NAME_HitResult	,
		FHitResultNetSerializer
	)

◆ UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO() [7/7]

UE::Net::UE_NET_IMPLEMENT_NAMED_STRUCT_NETSERIALIZER_INFO	(	PropertyNetSerializerRegistry_NAME_UniqueNetIdRepl	,
		FUniqueNetIdReplNetSerializer
	)

◆ UE_NET_IMPLEMENT_NETSERIALIZER_INFO() [1/3]

UE::Net::UE_NET_IMPLEMENT_NETSERIALIZER_INFO ( FDefaultArrayPropertyNetSerializerInfo )

◆ UE_NET_IMPLEMENT_NETSERIALIZER_INFO() [2/3]

UE::Net::UE_NET_IMPLEMENT_NETSERIALIZER_INFO ( FDefaultStructPropertyNetSerializerInfo )

◆ UE_NET_IMPLEMENT_NETSERIALIZER_INFO() [3/3]

UE::Net::UE_NET_IMPLEMENT_NETSERIALIZER_INFO ( FLastResortPropertyNetSerializerInfo )

◆ UE_NET_IMPLEMENT_SERIALIZER() [1/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FBoolNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [2/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FCharacterNetworkSerializationPackedBitsNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [3/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FDateTimeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [4/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FDoubleNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [5/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumInt16NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [6/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumInt32NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [7/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumInt64NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [8/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumInt8NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [9/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumUint16NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [10/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumUint32NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [11/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumUint64NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [12/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FEnumUint8NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [13/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FFloatNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [14/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FGameplayTagContainerNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [15/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FGameplayTagNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [16/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FGuidNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [17/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FHitResultNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [18/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInstancedStructNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [19/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt16NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [20/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt16RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [21/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt32NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [22/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt32RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [23/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt64NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [24/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt64RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [25/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt8NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [26/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FInt8RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [27/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FNopNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [28/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FPackedInt32NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [29/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FPackedInt64NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [30/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FPackedUint32NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [31/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FPackedUint64NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [32/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FRepMovementNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [33/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FRootMotionSourceGroupNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [34/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FRotator3dNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [35/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FRotator3fNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [36/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FRotatorAsByteNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [37/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FRotatorAsShortNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [38/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FRotatorNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [39/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FStructNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [40/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint16NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [41/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint16RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [42/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint32NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [43/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint32RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [44/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint64NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [45/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint64RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [46/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint8NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [47/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUint8RangeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [48/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUniqueNetIdReplNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [49/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUnitQuat4dNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [50/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUnitQuat4fNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [51/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FUnitQuatNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [52/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FVector3dNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [53/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FVector3fNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [54/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FVectorNetQuantize100NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [55/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FVectorNetQuantize10NetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [56/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FVectorNetQuantizeNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [57/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FVectorNetQuantizeNormalNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER() [58/58]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER ( FVectorNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [1/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FArrayPropertyNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [2/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FBitfieldNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [3/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FFieldPathNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [4/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FLastResortPropertyNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [5/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FNameAsNetTokenNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [6/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FNameNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [7/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FNetRoleNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [8/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FObjectNetSerializer )

protected

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [9/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FObjectPtrNetSerializer )

protected

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [10/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FRemoteObjectIdNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [11/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FRemoteObjectReferenceNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [12/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FRemoteServerIdNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [13/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FScriptInterfaceNetSerializer )

protected

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [14/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FSoftClassPathNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [15/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FSoftObjectNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [16/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FSoftObjectPathNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [17/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FStringNetSerializer )

◆ UE_NET_IMPLEMENT_SERIALIZER_INTERNAL() [18/18]

UE::Net::UE_NET_IMPLEMENT_SERIALIZER_INTERNAL ( FWeakObjectNetSerializer )

protected

◆ ValidateForwardingNetSerializerTraits()

void IRISCORE_API UE::Net::ValidateForwardingNetSerializerTraits	(	const FNetSerializer *	Serializer,
		EReplicationStateTraits	UsedReplicationStateTraits
	)

◆ WriteBytes()

IRISCORE_API void UE::Net::WriteBytes	(	FNetBitStreamWriter *	Writer,
		const uint8 *	Src,
		uint32	BytesToWrite
	)

Write bytes Note: The purpose of this method is for cases when we cannot guarantee that the buffer is word aligned. If buffer is known to be word aligned, it is faster to use NetBitStreamReader::WriteBitStream directly. Does not write the size.

◆ WriteConditionallyQuantizedVector()

IRISCORE_API void UE::Net::WriteConditionallyQuantizedVector	(	FNetBitStreamWriter *	Writer,
		const FVector &	Vector,
		const FVector &	DefaultValue,
		bool	bQuantize
	)

Send 1 bit if the vector equals the DefaultValue, otherwise write a compressed vector using Quantize10

◆ WriteFullNetObjectReference()

IRISCORE_API void UE::Net::WriteFullNetObjectReference	(	FNetSerializationContext &	Context,
		const FNetObjectReference &	Reference
	)

◆ WriteInt64()

void UE::Net::WriteInt64	(	FNetBitStreamWriter *	Writer,
		int64	Value
	)

inline

Write a full uint64 to the provided FNetBitStreamWriter

◆ WriteNetRefHandle()

IRISCORE_API void UE::Net::WriteNetRefHandle	(	FNetSerializationContext &	Context,
		const FNetRefHandle	Handle
	)

◆ WritePackedInt32()

IRISCORE_API void UE::Net::WritePackedInt32	(	FNetBitStreamWriter *	Writer,
		int32	Value
	)

Write an int32 using as few bytes as possible

◆ WritePackedInt64()

IRISCORE_API void UE::Net::WritePackedInt64	(	FNetBitStreamWriter *	Writer,
		int64	Value
	)

Write an int64 using as few bytes as possible

◆ WritePackedUint16()

IRISCORE_API void UE::Net::WritePackedUint16	(	FNetBitStreamWriter *	Writer,
		uint16	Value
	)

Write a uint16 using as few bits as possible

◆ WritePackedUint32()

IRISCORE_API void UE::Net::WritePackedUint32	(	FNetBitStreamWriter *	Writer,
		uint32	Value
	)

Write a uint32 using as few bytes as possible

◆ WritePackedUint64()

IRISCORE_API void UE::Net::WritePackedUint64	(	FNetBitStreamWriter *	Writer,
		uint64	Value
	)

Write a uint64 using as few bytes as possible

◆ WriteQuantizedVector() [1/2]

NETCORE_API bool UE::Net::WriteQuantizedVector	(	int32	Scale,
		const FVector3d &	Value,
		FArchive &	Ar
	)

◆ WriteQuantizedVector() [2/2]

NETCORE_API bool UE::Net::WriteQuantizedVector	(	int32	Scale,
		const FVector3f &	Value,
		FArchive &	Ar
	)

◆ WriteRotator() [1/2]

IRISCORE_API void UE::Net::WriteRotator	(	FNetBitStreamWriter *	Writer,
		const FRotator &	Vector
	)

Write full Rotator

◆ WriteRotator() [2/2]

IRISCORE_API void UE::Net::WriteRotator	(	FNetBitStreamWriter *	Writer,
		const FRotator &	Rotator,
		const FRotator &	DefaultValue,
		float	Epsilon
	)

Write rotator using default value compression i.e. Only write the Vector if it differs from the provided DefaultValue, if the the diff is within the provided epsilon a single bit will be written Note: The provided DefaultValue must match be the same on Server and Client;

◆ WriteSentinelBits()

IRISCORE_API void UE::Net::WriteSentinelBits	(	FNetBitStreamWriter *	Writer,
		uint32	BitCount = `32U`
	)

Write sentinelBits from predefined sentinel value

◆ WriteSparseBitArray()

IRISCORE_API void UE::Net::WriteSparseBitArray	(	FNetBitStreamWriter *	Writer,
		const uint32 *	Data,
		uint32	BitCount,
		ESparseBitArraySerializationHint	Hint = `ESparseBitArraySerializationHint::None`
	)

Write sparse BitArray which is expected to contain mostly 0s, if the array contains mostly 1s passing the hint ESparseBitArraySerializationHint::ContainsMostlyOnes can be provided to flip the data before writing Note: BitCount and hint is not Written so the write must be matched by a corresponding Read

◆ WriteSparseBitArrayDelta()

IRISCORE_API void UE::Net::WriteSparseBitArrayDelta	(	FNetBitStreamWriter *	Writer,
		const uint32 *	Data,
		const uint32 *	OldData,
		uint32	BitCount
	)

Write sparse BitArray which is expected to contain mostly 0s, if the array contains mostly 1s passing the hint ESparseBitArraySerializationHint::ContainsMostlyOnes can be provided to flip the data before writing Note: BitCount and hint is not Written so the write must be matched by a corresponding Read

◆ WriteString() [1/2]

IRISCORE_API void UE::Net::WriteString	(	FNetBitStreamWriter *	Writer,
		const FString &	String
	)

Write an FString as a UTF8-like encoded stream.

◆ WriteString() [2/2]

IRISCORE_API void UE::Net::WriteString	(	FNetBitStreamWriter *	Writer,
		FStringView	String
	)

Write an FStringView as a UTF8-like encoded stream. It can be read by ReadString.

◆ WriteStruct()

IRISCORE_API void UE::Net::WriteStruct	(	FNetSerializationContext &	Context,
		NetSerializerValuePointer	InValue,
		const FReplicationStateDescriptor *	Descriptor
	)

◆ WriteUint64()

void UE::Net::WriteUint64	(	FNetBitStreamWriter *	Writer,
		uint64	Value
	)

inline

Write a full uint64 to the provided FNetBitStreamWriter

◆ WriteVector() [1/2]

IRISCORE_API void UE::Net::WriteVector	(	FNetBitStreamWriter *	Writer,
		const FVector &	Vector
	)

Write full Vector

◆ WriteVector() [2/2]

IRISCORE_API void UE::Net::WriteVector	(	FNetBitStreamWriter *	Writer,
		const FVector &	Vector,
		const FVector &	DefaultValue,
		float	Epsilon
	)

Write vector using default value compression

Variable Documentation

◆ bAutoRegisterReplicatedProperties

NETCORE_API bool UE::Net::bAutoRegisterReplicatedProperties = true

◆ bDiscardTornOffActorRPCs

bool UE::Net::bDiscardTornOffActorRPCs = true

◆ bEnableIrisPackageMapNameExports

bool UE::Net::bEnableIrisPackageMapNameExports = true

◆ bEnsureForMissingProperties

NETCORE_API bool UE::Net::bEnsureForMissingProperties = false

◆ bNetReplicateOnlyBeginPlay

bool UE::Net::bNetReplicateOnlyBeginPlay = false

◆ bReplicateCustomDeltaPropertiesInRepIndexOrder

NETCORE_API bool UE::Net::bReplicateCustomDeltaPropertiesInRepIndexOrder = false

◆ ConnectionFilterHandle

constexpr FNetObjectFilterHandle UE::Net::ConnectionFilterHandle = FNetObjectFilterHandle(2)

constexpr

ConnectionFilterHandle is for internal use only.

◆ CVar_ForceConnectionViewerPriority

NETCORE_API int32 UE::Net::CVar_ForceConnectionViewerPriority = 1

◆ CVarNetDiscardTornOffActorRPCs

FAutoConsoleVariableRef UE::Net::CVarNetDiscardTornOffActorRPCs(TEXT("net.DiscardTornOffActorRPCs"), bDiscardTornOffActorRPCs, TEXT("If enabled, discard RPCs if the actor has been torn off."), ECVF_Default)	(	TEXT("net.DiscardTornOffActorRPCs")	,
		bDiscardTornOffActorRPCs	,
		TEXT("If enabled, discard RPCs if the actor has been torn off.")	,
		ECVF_Default
	)

◆ DefaultSpatialNetObjectPrioritizerHandle

constexpr FNetObjectPrioritizerHandle UE::Net::DefaultSpatialNetObjectPrioritizerHandle = FNetObjectPrioritizerHandle(0)

constexpr

The handle of the default prioritizer. The first valid prioritizer definition will assume the role as default spatial prioritizer. All objects with a RepTag_WorldLocation tag will be added to the default prioritizer. To override the behavior a prioritizer must be set via calls to the ReplicationSystem.

See also: UNetObjectPrioritizerDefinitions

◆ FilterGuidRemapping

int32 UE::Net::FilterGuidRemapping = 1

◆ GNetError_ArraySizeTooLarge

IRISCORE_API const FName UE::Net::GNetError_ArraySizeTooLarge ( "Array size is too large" )

◆ GNetError_BitStreamError

IRISCORE_API const FName UE::Net::GNetError_BitStreamError ( "BitStream error" )

◆ GNetError_BitStreamOverflow

IRISCORE_API const FName UE::Net::GNetError_BitStreamOverflow ( "BitStream overflow" )

◆ GNetError_BrokenNetHandle

IRISCORE_API const FName UE::Net::GNetError_BrokenNetHandle ( "Broken NetHandle" )

◆ GNetError_CorruptString

const FName UE::Net::GNetError_CorruptString ( "Corrupt string" )

◆ GNetError_InternalError

IRISCORE_API const FName UE::Net::GNetError_InternalError ( "Internal error" )

◆ GNetError_InvalidDataStream

const FName UE::Net::GNetError_InvalidDataStream("Invalid DataStream") ( "Invalid DataStream" )

◆ GNetError_InvalidNetHandle

IRISCORE_API const FName UE::Net::GNetError_InvalidNetHandle ( "Invalid NetHandle" )

◆ GNetError_InvalidValue

IRISCORE_API const FName UE::Net::GNetError_InvalidValue ( "Invalid value" )

◆ GNetError_UnsupportedNetBlob

IRISCORE_API const FName UE::Net::GNetError_UnsupportedNetBlob ( "Unsupported NetBlob type" )

◆ GRPCDoSScopeDebugging

int32 UE::Net::GRPCDoSScopeDebugging

extern

Whether or not debugging/ensures for RPC DoS Tick/Packet scopes should be enabled

◆ InvalidConnectionId

constexpr uint32 UE::Net::InvalidConnectionId = 0

constexpr

◆ InvalidNetBlobType

constexpr FNetBlobType UE::Net::InvalidNetBlobType = ~FNetBlobType(0)

constexpr

Denotes an invalid NetBlob type.

◆ InvalidNetObjectFilterHandle

constexpr FNetObjectFilterHandle UE::Net::InvalidNetObjectFilterHandle = FNetObjectFilterHandle(0)

constexpr

◆ InvalidNetObjectPrioritizerHandle

constexpr FNetObjectPrioritizerHandle UE::Net::InvalidNetObjectPrioritizerHandle = ~FNetObjectPrioritizerHandle(0)

constexpr

Used to represent an invalid handle to a prioritizer.

◆ InvalidReplicationSystemId

constexpr uint32 UE::Net::InvalidReplicationSystemId = 0xFFFFFFFFU

constexpr

◆ MaxSerializedNetExportGroups

int32 UE::Net::MaxSerializedNetExportGroups = 64 * 1024

◆ MaxSerializedNetExportsPerGroup

int32 UE::Net::MaxSerializedNetExportsPerGroup = 128 * 1024

◆ MaxSerializedNetGuids

int32 UE::Net::MaxSerializedNetGuids = 2048

◆ MaxSerializedReplayNetGuids

int32 UE::Net::MaxSerializedReplayNetGuids = 32 * 1024

◆ NetBitStreamSentinelValue

const uint32 UE::Net::NetBitStreamSentinelValue = 0xBAADDEADU

◆ NetError_InstancedStructNetSerializer_InvalidStructType

const FName UE::Net::NetError_InstancedStructNetSerializer_InvalidStructType("Invalid struct type") ( "Invalid struct type" )

◆ NetError_PolymorphicStructNetSerializer_InvalidStructType

IRISCORE_API const FName UE::Net::NetError_PolymorphicStructNetSerializer_InvalidStructType ( TEXT("Invalid struct type") )

◆ NetGroupOwner

const FName UE::Net::NetGroupOwner

extern

Special netcondition groups that allow a subobject to be replicated to unique conditions. For these groups the network engine will determine automatically if the connection matches the conditions needed. So the playercontroller should never be added to any of these groups. Replicate a subobject to it's owning connection.

◆ NetGroupReplay

const FName UE::Net::NetGroupReplay

extern

Replicate a subobject to the replay recording connection

◆ RepTag_CullDistanceSqr

constexpr FRepTag UE::Net::RepTag_CullDistanceSqr = 0x6BB13A5C1A655157ULL

constexpr

◆ RepTag_NetRemoteRole

constexpr FRepTag UE::Net::RepTag_NetRemoteRole = 0xF754C2703924C7AAULL

constexpr

◆ RepTag_NetRole

constexpr FRepTag UE::Net::RepTag_NetRole = 0xFFAAB417B1123942ULL

constexpr

◆ RepTag_WorldLocation

constexpr FRepTag UE::Net::RepTag_WorldLocation = 0x0719E9E9E02F8B16ULL

constexpr

◆ ToOwnerFilterHandle

constexpr FNetObjectFilterHandle UE::Net::ToOwnerFilterHandle = FNetObjectFilterHandle(1)

constexpr

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ ConstructReplicationStateFunc

◆ CreateAndRegisterReplicationFragmentFunc

◆ DestructReplicationStateFunc

◆ FDormantObjectMap

◆ FExecuteForEachDormantReplicator

◆ FForwardNetRPCCallDelegate

◆ FForwardNetRPCCallMulticastDelegate

◆ FHandshakeFailureFunc

◆ FNetBlobType

◆ FNetCloseResult

◆ FNetDebugNameId

◆ FNetDependencyInfoArray

◆ FNetObjectFactoryId

◆ FNetObjectFilterHandle

◆ FNetObjectPrioritizerHandle

◆ FNotifySeverityUpdate

◆ FReplicationFragments

◆ FReplicationProtocolIdentifier

◆ FReplicationSystemCreatedDelegate

◆ FReplicationSystemDestroyedDelegate

◆ FRepTag

◆ NetApplyFunction

◆ NetCloneDynamicStateFunction

◆ NetCollectNetReferencesFunction

◆ NetDequantizeFunction

◆ NetDeserializeDeltaFunction

◆ NetDeserializeFunction

◆ NetFreeDynamicStateFunction

◆ NetIsEqualFunction

◆ NetQuantizeFunction

◆ NetSerializeDeltaFunction

◆ NetSerializeFunction

◆ NetSerializerConfigParam

◆ NetSerializerValuePointer

◆ NetValidateFunction

◆ TBinnedMovingAvg

◆ TBinnedMovingSum

◆ TDeltaBinnedMovingAvg

◆ TDeltaBinnedMovingSum

Enumeration Type Documentation

◆ anonymous enum

◆ EActorNetSpawnInfoFlags

◆ EAddResultHandlerPos

◆ EBinnedValueMode

◆ ECloseChildFlags

◆ EDataStreamWriteMode

◆ EDependentObjectSchedulingHint

◆ EEmptyCategories

◆ EEscalateReason

◆ EEscalateResult

◆ EFragmentRegistrationFlags

◆ EGetRefHandleFlags

◆ EHandleNetResult

◆ EHandshakeFailureReason

◆ EHandshakePacketModifier

◆ EHandshakePacketType

◆ EHandshakeVersion

◆ EInitMemory

◆ EJoinFlags

◆ ENetBlobFlags

◆ ENetFilterStatus

◆ ENetObjectAttachmentSendPolicyFlags

◆ ENetObjectDeltaCompressionStatus

◆ ENetObjectReferenceResolveResult

◆ ENetObjectReferenceTraits

◆ ENetReferenceCollectorTraits

◆ ENetRefHandleError

◆ ENetResultString

◆ ENetSerializerTraits

◆ ENetUpgradeSource

◆ EPacketDeliveryStatus

◆ EReplicationCondition