CeylanTypes.h File Reference

#include <list>

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Classes
struct	Ceylan::Uint64
	This is really just a hack to prevent the compiler from complaining:. More...
Namespaces
namespace	Ceylan
	This part of the Ceylan namespace gathers some convenient string manipulation facilities to be widely used.
Defines
#define	CEYLAN_FAKES_64_BIT_TYPE
	64-bit data types are not supported on all platforms.
#define	CEYLAN_COMPILE_TIME_ASSERT(name, x)   typedef int CEYLAN_stop_wrong_size_for_ ## name[(x) * 2 - 1]
Typedefs
typedef signed char	Ceylan::Sint8
	Signed 8-bit int (signed char, GLbyte).
typedef unsigned char	Ceylan::Uint8
	Unsigned 8-bit int (unsigned char, GLubyte, GLboolean).
typedef char	Ceylan::Byte
	char, signed char, and unsigned char are different types.
typedef signed short	Ceylan::Sint16
	Signed 16-bit int (signed short, GLshort).
typedef unsigned short	Ceylan::Uint16
	Unsigned 16-bit int (unsigned short, GLushort).
typedef signed int	Ceylan::Sint32
	Signed 32-bit int (signed int, GLint, GLsizei).
typedef unsigned int	Ceylan::Uint32
	Unsigned 32-bit int (unsigned int, GLuint, GLenum, GLbitfield).
typedef signed long	Ceylan::SignedLongInteger
	Variable able to store very large signed integer values.
typedef unsigned long	Ceylan::UnsignedLongInteger
	Variable able to store very large positive integer values.
typedef struct Ceylan::Uint64	Ceylan::Sint64
typedef float	Ceylan::Float32
	Now, floating point numbers.
typedef double	Ceylan::Float64
	64-bit doubles a.k.a.
typedef long double	Ceylan::LongFloat
	Variable able to store very large (signed) floating-point values.
typedef Ceylan::Uint16	Ceylan::Count
	80-bit long double are non standard.
typedef std::list < Ceylan::Uint16 >::size_type	Ceylan::ListSize
	Variable able to store element for list.
typedef Ceylan::Uint32	Ceylan::Flags
	Flags, fields of 32 bits.
Functions
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (uint8, sizeof(Uint8)==1)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (sint8, sizeof(Sint8)==1)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (uint16, sizeof(Uint16)==2)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (sint16, sizeof(Sint16)==2)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (uint32, sizeof(Uint32)==4)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (sint32, sizeof(Sint32)==4)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (float32, sizeof(Float32)==4)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (uint64, sizeof(Uint64)==8)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (sint64, sizeof(Sint64)==8)
	Ceylan::CEYLAN_COMPILE_TIME_ASSERT (float64, sizeof(Float64)==8)
Variables
CEYLAN_DLL Ceylan::Sint8	Ceylan::Sint8Min = numeric_limits<Ceylan::Sint8>::min()
CEYLAN_DLL Ceylan::Sint8	Ceylan::Sint8Max = numeric_limits<Ceylan::Sint8>::max()
CEYLAN_DLL Ceylan::Uint8	Ceylan::Uint8Min = numeric_limits<Ceylan::Uint8>::min()
CEYLAN_DLL Ceylan::Uint8	Ceylan::Uint8Max = numeric_limits<Ceylan::Uint8>::max()
CEYLAN_DLL Ceylan::Byte	Ceylan::ByteMin = numeric_limits<Ceylan::Byte>::min()
CEYLAN_DLL Ceylan::Byte	Ceylan::ByteMax = numeric_limits<Ceylan::Byte>::max()
CEYLAN_DLL Ceylan::Sint16	Ceylan::Sint16Min = numeric_limits<Ceylan::Sint16>::min()
CEYLAN_DLL Ceylan::Sint16	Ceylan::Sint16Max = numeric_limits<Ceylan::Sint16>::max()
CEYLAN_DLL Ceylan::Uint16	Ceylan::Uint16Min = numeric_limits<Ceylan::Uint16>::min()
CEYLAN_DLL Ceylan::Uint16	Ceylan::Uint16Max = numeric_limits<Ceylan::Uint16>::max()
CEYLAN_DLL Ceylan::Sint32	Ceylan::Sint32Min = numeric_limits<Ceylan::Sint32>::min()
CEYLAN_DLL Ceylan::Sint32	Ceylan::Sint32Max = numeric_limits<Ceylan::Sint32>::max()
CEYLAN_DLL Ceylan::Uint32	Ceylan::Uint32Min = numeric_limits<Ceylan::Uint32>::min()
CEYLAN_DLL Ceylan::Uint32	Ceylan::Uint32Max = numeric_limits<Ceylan::Uint32>::max()
CEYLAN_DLL Ceylan::SignedLongInteger	Ceylan::SignedLongIntegerMin = numeric_limits<Ceylan::SignedLongInteger>::min()
CEYLAN_DLL Ceylan::SignedLongInteger	Ceylan::SignedLongIntegerMax = numeric_limits<Ceylan::SignedLongInteger>::max()
CEYLAN_DLL Ceylan::UnsignedLongInteger	Ceylan::UnsignedLongIntegerMin = numeric_limits<Ceylan::UnsignedLongInteger>::min()
CEYLAN_DLL Ceylan::UnsignedLongInteger	Ceylan::UnsignedLongIntegerMax = numeric_limits<Ceylan::UnsignedLongInteger>::max()
CEYLAN_DLL Ceylan::Float32	Ceylan::Float32Min = -numeric_limits<Ceylan::Float32>::max()
CEYLAN_DLL Ceylan::Float32	Ceylan::Float32Max = numeric_limits<Ceylan::Float32>::max()
CEYLAN_DLL Ceylan::Float64	Ceylan::Float64Min = -numeric_limits<Ceylan::Float64>::max()
CEYLAN_DLL Ceylan::Float64	Ceylan::Float64Max = numeric_limits<Ceylan::Float64>::max()
CEYLAN_DLL Ceylan::LongFloat	Ceylan::LongFloatMin = -numeric_limits<Ceylan::LongFloat>::max()
CEYLAN_DLL Ceylan::LongFloat	Ceylan::LongFloatMax = numeric_limits<Ceylan::LongFloat>::max()

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Define Documentation

#define CEYLAN_COMPILE_TIME_ASSERT	(	name,
		x		)	typedef int CEYLAN_stop_wrong_size_for_ ## name[(x) * 2 - 1]

Definition at line 535 of file CeylanTypes.h.

#define CEYLAN_FAKES_64_BIT_TYPE

64-bit data types are not supported on all platforms.

See also:

Low level APIs which manage them (ex: SDL, with SDL_types.h).

Note:

Our definitions for 64-bit data types come directly from SDL (http://www.libsdl.org), many thanks to the SDL community!

We did not want Ceylan to depend on any other non-system library, we therefore chose not to include SDL headers here. Moreover this concern is very close to the platform, and does not depend on other parts of SDL. We therefore adapted the SDL code.

Ceylan uses for this topic The Simple DirectMedia Layer library, that is currently available under the GNU Lesser General Public License (LGPL) version 2 or newer, which can be found online at: http://www.gnu.org/copyleft/lgpl.html. This library is therefore included under the terms of the LGPL license.

See also:

COPYING.LIB under our src directory. The source code for this 1.2.9 version of SDL and the full source of Ceylan are available from the internet, in their respective official web sites: htpp://libsdl.org and http://ceylan.sourceforge.net

Definition at line 351 of file CeylanTypes.h.