AP Namespace Reference

Architecture Platform. More...

Data Structures
class	AP_ActiveObject
class	AP_Array
class	AP_ArrayBase
class	AP_Color
class	AP_Conf
class	AP_CTexture
class	AP_Db
class	AP_DbBase
class	AP_DbFamily
class	AP_Dds
union	AP_DdsHeader
class	AP_Debugger
class	AP_Dir
class	AP_DirList
class	AP_File
class	AP_FileList
class	AP_Hash
	Hash for which both keys and values are strings. More...
class	AP_HashBase
class	AP_Key
class	AP_Logger
class	AP_Matrix4x4
class	AP_Md5
class	AP_MemoryBase
class	AP_MemoryManager
class	AP_MemoryPool
class	AP_PeerSocket
class	AP_Point
class	AP_Process
class	AP_ProcessAttribute
class	AP_ProcessStatistics
class	AP_Rectangle
class	AP_Regex
class	AP_Rotate
struct	AP_Signal
class	AP_SignalManager
class	AP_Socket
struct	AP_Statistics
class	AP_String
struct	AP_Texture
class	AP_Tga
struct	AP_TgaHeader
class	AP_Thread
class	AP_ThreadCriticalSection
class	AP_ThreadQueueBase
class	AP_ThreadSemaphore
class	AP_ThreadStatistics
class	AP_Timer
struct	AP_TimerEvent
class	AP_Vector2
class	AP_Vector3
class	AP_Vector4
class	AP_Xml
struct	Image
Typedefs
typedef char *	AP_Args
typedef bool	AP_Bool
typedef char	AP_Byte
typedef AP_Color< AP_Float64 >	AP_Color3d
typedef AP_Color< AP_Float32 >	AP_Color3f
typedef AP_Color< AP_Sint32 >	AP_Color3i
typedef AP_Color< AP_Float64 >	AP_Color4d
typedef AP_Color< AP_Float32 >	AP_Color4f
typedef AP_Color< AP_Sint32 >	AP_Color4i
typedef float	AP_Float32
typedef double	AP_Float64
typedef AP_HashBase< AP_Sint32, AP_String >	AP_Hash_KintVstr
	Hash for which keys are integer and values are string.
typedef AP_HashBase< AP_String, AP_Sint32 >	AP_Hash_KstrVint
	Hash for which keys are string and values are integers.
typedef int	AP_Int
typedef AP_Matrix4x4< AP_Float64 >	AP_Matrix4x4d
typedef AP_Matrix4x4< AP_Float32 >	AP_Matrix4x4f
typedef AP_Matrix4x4< AP_Sint32 >	AP_Matrix4x4i
typedef AP_Point< AP_Float64 >	AP_Point2d
typedef AP_Point< AP_Float32 >	AP_Point2f
typedef AP_Point< AP_Sint32 >	AP_Point2i
typedef AP_Point< AP_Float64 >	AP_Point3d
typedef AP_Point< AP_Float32 >	AP_Point3f
typedef AP_Point< AP_Sint32 >	AP_Point3i
typedef AP_Point< AP_Float64 >	AP_Point4d
typedef AP_Point< AP_Float32 >	AP_Point4f
typedef AP_Point< AP_Sint32 >	AP_Point4i
typedef void *	AP_Pointer
typedef int(*	AP_ProcessHandle )(AP_Process *)
typedef AP_Rotate< AP_Float64 >	AP_Rotate4d
typedef AP_Rotate< AP_Float32 >	AP_Rotate4f
typedef AP_Rotate< AP_Sint32 >	AP_Rotate4i
typedef char	AP_Schar
typedef short	AP_Sint16
typedef long	AP_Sint32
typedef char	AP_Sint8
typedef AP_HashBase< AP_String, AP_String >	AP_StatusTable
typedef FILE *	AP_StdFile
typedef void *(*	AP_ThreadHandle )(void *)
typedef pthread_t	AP_ThreadObject
typedef pthread_attr_t	AP_ThreadObjectAttr
typedef AP_ThreadQueueBase < AP_String >	AP_ThreadQueue
typedef AP_HashBase< AP_String, AP_TimerEvent >	AP_TimerBase
typedef AP_Pointer(*	AP_TimerHandle )(AP_Pointer)
typedef unsigned char	AP_Uchar
typedef unsigned short	AP_Uint16
typedef unsigned long	AP_Uint32
typedef unsigned char	AP_Uint8
typedef AP_Vector2< AP_Float64 >	AP_Vector2d
typedef AP_Vector2< AP_Float32 >	AP_Vector2f
typedef AP_Vector2< AP_Sint32 >	AP_Vector2i
typedef AP_Vector3< AP_Float64 >	AP_Vector3d
typedef AP_Vector3< AP_Float32 >	AP_Vector3f
typedef AP_Vector3< AP_Sint32 >	AP_Vector3i
typedef AP_Vector4< AP_Float64 >	AP_Vector4d
typedef AP_Vector4< AP_Float32 >	AP_Vector4f
typedef AP_Vector4< AP_Sint32 >	AP_Vector4i
typedef AP_ArrayBase< AP_Xml >	AP_XmlList
Enumerations
enum	AP_TimerType { PERIODIC, ONESHOT }
Functions
timespec	addmsec (const timespec abs_time, const AP_Uint32 msec)
AP_Bool	AP_Close2 (AP_StdFile fp_read, AP_StdFile fp_write, AP_Int pid, AP_Int &result)
	AP_Popen2().
AP_Sint32	AP_Exec (const AP_String &cmd)
AP_Sint32	AP_Exec (const AP_Array &args)
AP_Bool	AP_Pclose (AP_StdFile &pfp)
	returned from AP_Popen()
AP_Bool	AP_Popen (const AP_String &cmd, AP_StdFile &pfp)
	file handle returned
AP_Bool	AP_Popen2 (const AP_String &cmd, AP_StdFile &pfp_read, AP_StdFile &pfp_write, AP_Int &ppid)
	Unix version returns 'true' on success, 'false' on failure use this one to open both an input and output pipe to the executable.
AP_String	AP_Pread (AP_StdFile fd)
	returned from AP_Popen()
AP_Sint32	AP_ReadyForRead (const AP_Sint32 socket, const AP_Uint32 timeout)
	0 - Ready -1 - Timeout -2 - Error
AP_Sint32	AP_ReadyForWrite (const AP_Sint32 socket, const AP_Uint32 timeout)
	0 - Ready -1 - Timeout -2 - Error
AP_ThreadObject	AP_ThreadCreate (AP_ThreadHandle handle, AP_Pointer arg, AP_Uint32 stacksize)
bool	AP_ThreadSingle (void *(*handle)(void *), void *arg, AP_Uint32 stacksize)
AP_Bool	APClose2 (AP_StdFile fp_read, AP_StdFile fp_write, AP_Int pid, AP_Int &result)
	process id returned
AP_String	Cat (const AP_String &namefile)
AP_String	Extract (const AP_String &s, const AP_String &pattern, AP_Sint32 count)
AP_Sint32	Find (const AP_String &text, const AP_String &pattern)
AP_Uint32	gettid (void)
AP_Bool	Grep (const AP_String &text, const AP_String &pattern)
AP_Bool	IsBinNumeric (const AP_String &number)
AP_Bool	IsHexNumeric (const AP_String &number)
AP_Bool	IsNumeric (const AP_String &number)
AP_String	itoa (AP_Uint32 i)
void	logPrint (AP_Pointer pixel, AP_Uint32 num, AP_Uint32 color)
static void	md5_begin (md5_ctx_t *ctx)
static void *	md5_end (void *resbuf, md5_ctx_t *ctx)
static void	md5_hash (const void *buffer, size_t len, md5_ctx_t *ctx)
static void	md5_hash_block (const void *buffer, md5_ctx_t *ctx)
void	msleep (const AP_Uint32 delay)
unsigned long	now_msec (void)
AP_Float64	now_std (void)
unsigned long	now_usec (void)
AP_Bool	Sed (AP_String &s, const AP_String &pattern, const AP_String &new_s)
AP_Bool	Stat (const AP_String &path)
AP_Uint32	uniqueId (const AP_Pointer pointer)
Variables
static const AP_Xml	XmlVoid

---

Detailed Description

Architecture Platform.

---

Typedef Documentation

typedef char* AP_Args

typedef bool AP_Bool

typedef char AP_Byte

typedef AP_Color<AP_Float64> AP_Color3d

typedef AP_Color<AP_Float32> AP_Color3f

typedef AP_Color<AP_Sint32> AP_Color3i

typedef AP_Color<AP_Float64> AP_Color4d

typedef AP_Color<AP_Float32> AP_Color4f

typedef AP_Color<AP_Sint32> AP_Color4i

typedef float AP_Float32

TMFBool TMFColor TMFColorRGBA TMFDouble TMFFloat TMFImage TMFInt32 TMFMatrix4f TMFMatrix4d TMFRotation TMFString AP_Float64

typedef AP_HashBase<AP_Sint32,AP_String> AP_Hash_KintVstr

Hash for which keys are integer and values are string.

typedef AP_HashBase<AP_String,AP_Sint32> AP_Hash_KstrVint

Hash for which keys are string and values are integers.

typedef int AP_Int

typedef AP_Matrix4x4<AP_Float64> AP_Matrix4x4d

typedef AP_Matrix4x4<AP_Float32> AP_Matrix4x4f

typedef AP_Matrix4x4<AP_Sint32> AP_Matrix4x4i

typedef AP_Point<AP_Float64> AP_Point2d

typedef AP_Point<AP_Float32> AP_Point2f

typedef AP_Point<AP_Sint32> AP_Point2i

typedef AP_Point<AP_Float64> AP_Point3d

typedef AP_Point<AP_Float32> AP_Point3f

typedef AP_Point<AP_Sint32> AP_Point3i

typedef AP_Point<AP_Float64> AP_Point4d

typedef AP_Point<AP_Float32> AP_Point4f

typedef AP_Point<AP_Sint32> AP_Point4i

typedef void* AP_Pointer

typedef int(* AP_ProcessHandle)(AP_Process *)

typedef AP_Rotate<AP_Float64> AP_Rotate4d

typedef AP_Rotate<AP_Float32> AP_Rotate4f

typedef AP_Rotate<AP_Sint32> AP_Rotate4i

typedef char AP_Schar

typedef short AP_Sint16

typedef long AP_Sint32

typedef char AP_Sint8

typedef AP_HashBase<AP_String,AP_String> AP_StatusTable

typedef FILE* AP_StdFile

typedef void*(* AP_ThreadHandle)(void *)

typedef pthread_t AP_ThreadObject

typedef pthread_attr_t AP_ThreadObjectAttr

typedef AP_ThreadQueueBase<AP_String> AP_ThreadQueue

typedef AP_HashBase<AP_String,AP_TimerEvent> AP_TimerBase

typedef AP_Pointer(* AP_TimerHandle)(AP_Pointer)

typedef unsigned char AP_Uchar

typedef unsigned short AP_Uint16

typedef unsigned long AP_Uint32

typedef unsigned char AP_Uint8

typedef AP_Vector2<AP_Float64> AP_Vector2d

typedef AP_Vector2<AP_Float32> AP_Vector2f

typedef AP_Vector2<AP_Sint32> AP_Vector2i

typedef AP_Vector3<AP_Float64> AP_Vector3d

typedef AP_Vector3<AP_Float32> AP_Vector3f

typedef AP_Vector3<AP_Sint32> AP_Vector3i

typedef AP_Vector4<AP_Float64> AP_Vector4d

TMFBool TMFColor TMFColorRGBA TMFDouble TMFFloat TMFImage TMFInt32 TMFMatrix4f TMFMatrix4d TMFRotation TMFString TMFTime AP_Vector4f

typedef AP_Vector4<AP_Sint32> AP_Vector4i

typedef AP_ArrayBase<AP_Xml> AP_XmlList

---

Enumeration Type Documentation

enum AP_TimerType

Enumerator:

PERIODIC
ONESHOT

---

Function Documentation

timespec AP::addmsec	(	const timespec	abs_time,
		const AP_Uint32	msec
	)			[inline]

AP_Bool AP::AP_Close2	(	AP_StdFile	fp_read,
		AP_StdFile	fp_write,
		AP_Int	pid,
		AP_Int &	result
	)

AP_Popen2().

Unix version returns 'true' on success, 'false' on failure can be NULL

Parameters:

	fp_write	returned from AP_Popen2()
	pid	returned from AP_Popen2()
	result	returned from AP_Popen2()

AP_Sint32 AP_Exec

(

const AP_String &

cmd

)

AP_Sint32 AP_Exec

(

const AP_Array &

args

)

AP_Bool AP_Pclose

(

AP_StdFile &

pfp

)

returned from AP_Popen()

file handle returned

AP_Bool AP_Popen	(	const AP_String &	cmd,
		AP_StdFile &	pfp
	)

file handle returned

Parameters:

pfp

command completed with arguments

AP_Bool AP_Popen2	(	const AP_String &	cmd,
		AP_StdFile &	pfp_read,
		AP_StdFile &	pfp_write,
		AP_Int &	ppid
	)

Unix version returns 'true' on success, 'false' on failure use this one to open both an input and output pipe to the executable.

process id returned

Parameters:

	pfp_read	command completed with arguments
	pfp_write	read file handle returned
	ppid	write file handle returned

AP_String AP_Pread

(

AP_StdFile

fd

)

returned from AP_Popen()

AP_Sint32 AP_ReadyForRead	(	const AP_Sint32	socket,
		const AP_Uint32	timeout
	)

0 - Ready -1 - Timeout -2 - Error

AP_Sint32 AP_ReadyForWrite	(	const AP_Sint32	socket,
		const AP_Uint32	timeout
	)

0 - Ready -1 - Timeout -2 - Error

AP_ThreadObject AP::AP_ThreadCreate	(	AP_ThreadHandle	handle,
		AP_Pointer	arg,
		AP_Uint32	stacksize
	)			[inline]

bool AP_ThreadSingle	(	void *(*)(void *)	handle,
		void *	arg,
		AP_Uint32	stacksize
	)

AP_Bool AP::APClose2	(	AP_StdFile	fp_read,
		AP_StdFile	fp_write,
		AP_Int	pid,
		AP_Int &	result
	)

process id returned

Parameters:

	fp_write	returned from AP_Popen2()
	pid	returned from AP_Popen2()
	result	returned from AP_Popen2()

AP_String Cat

(

const AP_String &

namefile

)

AP_String Extract	(	const AP_String &	s,
		const AP_String &	pattern,
		AP_Sint32	count
	)

AP_Sint32 Find	(	const AP_String &	text,
		const AP_String &	pattern
	)

AP_Uint32 AP::gettid

(

void

)

[inline]

AP_Bool Grep	(	const AP_String &	text,
		const AP_String &	pattern
	)

AP_Bool AP::IsBinNumeric

(

const AP_String &

number

)

[inline]

AP_Bool AP::IsHexNumeric

(

const AP_String &

number

)

[inline]

AP_Bool AP::IsNumeric

(

const AP_String &

number

)

[inline]

AP_String itoa

(

AP_Uint32

i

)

void AP::logPrint	(	AP_Pointer	pixel,
		AP_Uint32	num,
		AP_Uint32	color
	)

static void AP::md5_begin

(

md5_ctx_t *

ctx

)

[static]

static void* AP::md5_end	(	void *	resbuf,
		md5_ctx_t *	ctx
	)			[static]

static void AP::md5_hash	(	const void *	buffer,
		size_t	len,
		md5_ctx_t *	ctx
	)			[static]

static void AP::md5_hash_block	(	const void *	buffer,
		md5_ctx_t *	ctx
	)			[static]

void AP::msleep

(

const AP_Uint32

delay

)

[inline]

unsigned long AP::now_msec

(

void

)

[inline]

AP_Float64 AP::now_std

(

void

)

[inline]

unsigned long AP::now_usec

(

void

)

[inline]

AP_Bool Sed	(	AP_String &	s,
		const AP_String &	pattern,
		const AP_String &	new_s
	)

AP_Bool AP::Stat

(

const AP_String &

path

)

[inline]

AP_Uint32 AP::uniqueId

(

const AP_Pointer

pointer

)

[inline]

---

Variable Documentation

const AP_Xml XmlVoid [static]