TypesDefinitions.h File Reference

Plik zawiera definicje podstawowych typów zmiennych. More...

#include <cstdint>
#include <memory>

Go to the source code of this file.

Namespaces
	rttr

Macros
#define	DEFINE_PTR_TYPE(type)   typedef Ptr< type > type ## Ptr;
#define	DEFINE_UPTR_TYPE(type)   typedef UPtr< type > type ## UPtr;
#define	DEFINE_WPTR_TYPE(type)   typedef std::weak_ptr< type > type ## WPtr;
#define	DEFINE_OPTR_TYPE(type)   typedef OPtr< type > type ## OPtr;
#define	CLASS_TESTER(type)   __ ## type ## __Tester
#define	FRIEND_CLASS_TESTER(type)   friend class CLASS_TESTER( type );

Typedefs
typedef int8_t	int8
typedef uint8_t	uint8
typedef int16_t	int16
typedef uint16_t	uint16
typedef int32_t	int32
typedef uint32_t	uint32
typedef int64_t	int64
typedef uint64_t	uint64
typedef size_t	Size
typedef ptrdiff_t	PtrOffset
typedef double	TimeType
typedef rttr::type	ActorType
template<typename PtrType >
using	UPtr = std::shared_ptr< PtrType >
template<typename PtrType >
using	Ptr = std::shared_ptr< PtrType >
template<typename PtrType >
using	OPtr = std::unique_ptr< PtrType >

Functions
template<typename PtrType , typename... Args>
Ptr< PtrType >	MakePtr (Args &&...args)
template<typename PtrType , typename... Args>
UPtr< PtrType >	MakeUPtr (Args...args)
template<typename PtrType , typename... Args>
UPtr< PtrType >	MakeOPtr (Args...args)

Detailed Description

Plik zawiera definicje podstawowych typów zmiennych.

Author

nieznanysprawiciel

Copyright

Plik jest częścią silnika graficznego SWEngine.

Zmienne są mają stały rozmiar, powinny być mniej więcej niezależne od platformy bo opierają się na bibliotece standardowej. Mimo wszystko moze się zdarzyć, że na jakichś platformach typy nie istnieją i wtedy jest problem.

Definicje są stworzone w celu łatwiejszego użytku. Biblioteka standardowa definiuje np. typ int8_t, który jest zamieniany na int8.

Macro Definition Documentation

#define CLASS_TESTER

(

type

)

__ ## type ## __Tester

#define DEFINE_OPTR_TYPE

(

type

)

typedef OPtr< type > type ## OPtr;

#define DEFINE_PTR_TYPE

(

type

)

typedef Ptr< type > type ## Ptr;

#define DEFINE_UPTR_TYPE

(

type

)

typedef UPtr< type > type ## UPtr;

#define DEFINE_WPTR_TYPE

(

type

)

typedef std::weak_ptr< type > type ## WPtr;

#define FRIEND_CLASS_TESTER

(

type

)

friend class CLASS_TESTER( type );

Typedef Documentation

typedef rttr::type ActorType

typedef int16_t int16

typedef int32_t int32

typedef int64_t int64

typedef int8_t int8

template<typename PtrType >

using OPtr = std::unique_ptr< PtrType >

Declares that class holding this pointer is it's owner. Note: there's only semantical difference between OPtr and UPtr. UPtr should be unique in whole system. OPtr says that, there can exist some raw pointers, but class holding this pointer is responsible for releasing memory.

template<typename PtrType >

using Ptr = std::shared_ptr< PtrType >

typedef ptrdiff_t PtrOffset

typedef size_t Size

typedef double TimeType

typedef uint16_t uint16

typedef uint32_t uint32

typedef uint64_t uint64

typedef uint8_t uint8

template<typename PtrType >

using UPtr = std::shared_ptr< PtrType >

Todo:

Use std::unique_ptr instead. Unique_ptr didn't want to compile in current visual compiler.

Function Documentation

template<typename PtrType , typename... Args>

UPtr< PtrType > MakeOPtr

(

Args...

args

)

template<typename PtrType , typename... Args>

Ptr< PtrType > MakePtr

(

Args &&...

args

)

template<typename PtrType , typename... Args>

UPtr< PtrType > MakeUPtr

(

Args...

args

)