GeneratedTypeName.h File Reference

#include "CoreTypes.h"
#include "Delegates/IntegerSequence.h"

Include dependency graph for GeneratedTypeName.h:

Go to the source code of this file.

Classes
struct	UETypeName_Private::FSubstr
struct	UETypeName_Private::TCharArray< NumChars >

Namespaces
namespace	UETypeName_Private

Macros
#define	SIG   __PRETTY_FUNCTION__
#define	SIG_STARTCHAR   '='
#define	SIG_ENDCHAR   ']'

Functions
template<typename T >
constexpr FSubstr	UETypeName_Private::GetTypeSubstr ()
template<typename T , uint32... Indices>
constexpr TCharArray< sizeof...(Indices)>	UETypeName_Private::TypeSubstrToCharArray (TIntegerSequence< uint32, Indices... >)
template<typename T >
const TCHAR *	GetGeneratedTypeName ()

Macro Definition Documentation

SIG

#define SIG   __PRETTY_FUNCTION__

Definition at line 16 of file GeneratedTypeName.h.

SIG_ENDCHAR

#define SIG_ENDCHAR   ']'

Definition at line 18 of file GeneratedTypeName.h.

SIG_STARTCHAR

#define SIG_STARTCHAR   '='

Definition at line 17 of file GeneratedTypeName.h.

Function Documentation

GetGeneratedTypeName()

template<typename T >

const TCHAR * GetGeneratedTypeName ( )

inline

Returns a pointer to a static string representing the name of the type, e.g.:

const TCHAR* FStringName = GetGeneratedTypeName<FString>() // "FString"

Caveats:

• The strings are compiler-dependent and thus non-portable, and so shouldn't be saved or relied upon as a form of identity, e.g. the example above returns "class FString" on MSVC.
• Default template parameters are also handled differently by different compilers, sometimes ignored, sometimes not.
• Only the concrete type is known to the compiler, aliases are ignored, e.g. GetGeneratedTypeName<TCHAR>() typically returns "wchar_t".

Definition at line 111 of file GeneratedTypeName.h.