TDeferredRegistry< T > Class Template Reference

#include <DeferredRegistry.h>

Classes
struct	FRegistrant

Public Types
enum class	AddResult { New , ExistingNoChange , ExistingChanged }
using	TInfo = T
using	TType = typename T::TType
using	TVersion = typename T::TVersion

Public Member Functions
AddResult	AddRegistration (TType *(*InOuterRegister)(), TType *(*InInnerRegister)(), const TCHAR *InPackageName, const TCHAR *InName, TInfo &InInfo, const TVersion &InVersion)
	Adds the given registration information for the given object. Objects are either classes, structs, or enumerations.
TArray< FRegistrant > &	GetRegistrations ()
bool	HasPendingRegistrations ()
void	DoPendingPackageRegistrations ()
void	DoPendingInnerRegistrations (bool UpdateCounter)
void	DoPendingOuterRegistrations (bool UpdateCounter)
template<typename FuncType >
void	DoPendingOuterRegistrations (bool UpdateCounter, FuncType &&InOnRegistration)
void	ProcessChangedObjects (bool InvokeOuterRegisterFunction=false)
void	EmptyRegistrations ()
void	UpdateSingletons (TInfo &NewInfo, const TInfo &OldInfo)
TDeferredRegistry< FClassRegistrationInfo >::TType *	InnerRegister (const TDeferredRegistry< FClassRegistrationInfo >::FRegistrant &Registrant)
void	UpdateSingletons (FClassRegistrationInfo &NewInfo, const FClassRegistrationInfo &OldInfo)

Static Public Member Functions
static TType *	InnerRegister (const FRegistrant &Registrant)
static TType *	OuterRegister (const FRegistrant &Registrant)
static TDeferredRegistry &	Get ()

Member Typedef Documentation

TInfo

template<typename T >

using TDeferredRegistry< T >::TInfo = T

TType

template<typename T >

using TDeferredRegistry< T >::TType = typename T::TType

TVersion

template<typename T >

using TDeferredRegistry< T >::TVersion = typename T::TVersion

Member Enumeration Documentation

AddResult

template<typename T >

enum class TDeferredRegistry::AddResult

strong

Enumerator
New
ExistingNoChange
ExistingChanged

Member Function Documentation

AddRegistration()

template<typename T >

AddResult TDeferredRegistry< T >::AddRegistration ( TType *(*)()  InOuterRegister, TType *(*)()  InInnerRegister, const TCHAR *  InPackageName, const TCHAR *  InName, TInfo &  InInfo, const TVersion &  InVersion  )

inline

Adds the given registration information for the given object. Objects are either classes, structs, or enumerations.

Parameters

InOuterRegister	Returns a fully initialize instance of the object
InInnerRegister	Returns an allocated but uninitialized instance of the object. This is used only by UClass.
InPackageName	Name of the package
InName	Name of the object
InInfo	Persistent information about the object
InVersion	Version information for this incarnation of the object

DoPendingInnerRegistrations()

template<typename T >

void TDeferredRegistry< T >::DoPendingInnerRegistrations ( bool  UpdateCounter )

inline

Invoke the inner registration method for all the registrations

DoPendingOuterRegistrations() [1/2]

template<typename T >

void TDeferredRegistry< T >::DoPendingOuterRegistrations ( bool  UpdateCounter )

inline

Invoke the outer registration method for all the registrations

DoPendingOuterRegistrations() [2/2]

template<typename T >

template<typename FuncType >

void TDeferredRegistry< T >::DoPendingOuterRegistrations ( bool  UpdateCounter, FuncType &&  InOnRegistration  )

inline

Invoke the outer registration method for all the registrations and invoke the given function with the resulting object

DoPendingPackageRegistrations()

template<typename T >

void TDeferredRegistry< T >::DoPendingPackageRegistrations ( )

inline

Create all the packages for the packages associated with the registrations

EmptyRegistrations()

template<typename T >

void TDeferredRegistry< T >::EmptyRegistrations ( )

inline

Send notifications to the reload system Clear the pending registrations

Get()

template<typename T >

static TDeferredRegistry & TDeferredRegistry< T >::Get ( )

inlinestatic

Return the registry singleton

GetRegistrations()

template<typename T >

TArray< FRegistrant > & TDeferredRegistry< T >::GetRegistrations ( )

inline

Find an existing registration for reload when the version information matches Return the collection of registrations

HasPendingRegistrations()

template<typename T >

bool TDeferredRegistry< T >::HasPendingRegistrations ( )

inline

Return true if we have registrations

InnerRegister() [1/2]

template<typename T >

static TType * TDeferredRegistry< T >::InnerRegister ( const FRegistrant &  Registrant )

inlinestatic

Invoke the register function for an inner registrant

InnerRegister() [2/2]

TDeferredRegistry< FClassRegistrationInfo >::TType * TDeferredRegistry< FClassRegistrationInfo >::InnerRegister ( const TDeferredRegistry< FClassRegistrationInfo >::FRegistrant &  Registrant )

inline

OuterRegister()

template<typename T >

static TType * TDeferredRegistry< T >::OuterRegister ( const FRegistrant &  Registrant )

inlinestatic

Invoke the register function for an outer registrant

ProcessChangedObjects()

template<typename T >

void TDeferredRegistry< T >::ProcessChangedObjects ( bool  InvokeOuterRegisterFunction = false )

inline

Process existing objects that have changed

UpdateSingletons() [1/2]

void TDeferredRegistry< FClassRegistrationInfo >::UpdateSingletons ( FClassRegistrationInfo &  NewInfo, const FClassRegistrationInfo &  OldInfo  )

inline

UpdateSingletons() [2/2]

template<typename T >

void TDeferredRegistry< T >::UpdateSingletons ( TInfo &  NewInfo, const TInfo &  OldInfo  )

inline

When registering a new info, when the contents haven't changed, we copy singleton pointers

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The documentation for this class was generated from the following file:

• Engine/Source/Runtime/CoreUObject/Private/UObject/DeferredRegistry.h