__type.h File Reference

#include "vsf_usr_cfg.h"
#include <ctype.h>
#include <stdlib.h>
#include <string.h>
#include <stddef.h>
#include <assert.h>
#include "service/trace/vsf_trace.h"
#include <stdio.h>
#include <setjmp.h>
#include <stdarg.h>

Go to the source code of this file.

Macros
#define	ENABLED   1
#define	DISABLED   0
#define	__FSM_RT_TYPE__
#define	VSF_ASSERT(__EXPR)
	system macros
#define	__VSF_STR(__STRING)   #__STRING
#define	VSF_STR(__STRING)   __VSF_STR(__STRING)
#define	vsf_max(__a, __b)   (((__a) > (__b)) ? (__a) : (__b))
#define	vsf_min(__a, __b)   (((__a) < (__b)) ? (__a) : (__b))
#define	dimof(__arr)   (sizeof(__arr) / sizeof((__arr)[0]))
#define	vsf_offset_of(__type, __member)   (uintptr_t)(&(((__type *)0)->__member))
#define	vsf_container_of(__ptr, __type, __member)    ((__type *)((uintptr_t)(__ptr) - vsf_offset_of(__type, __member)))
#define	vsf_safe_container_of(__ptr, __type, __member)    (__ptr ? vsf_container_of(__ptr, __type, __member) : NULL)
#define	VSF_COMPATIBILITY   ENABLED
#define	container_of   vsf_container_of
#define	safe_container_of   vsf_safe_container_of
#define	vsf_abs(__num)   (((__num) < 0) ? (-(__num)) : (__num))
#define	VSF_BIT(__N)   (1UL << (__N))
#define	VSF_BITMASK(__N)   (VSF_BIT(__N) - 1)
#define	VSF_UNUSED_PARAM(__VAL)   (void)(__VAL)
#define	VSF_STATIC_ASSERT(__COND)    typedef int VSF_MACRO_SAFE_NAME(STATIC_ASSERT)[(__COND) * 2 - 1]
#define	__REG_TYPE__
#define	__REG_CONNECT(__A, __B)   __A##__B
#define	__REG_RSVD_NAME(__NAME)   __REG_CONNECT(__unused_, __NAME)
#define	____REG_RSVD(__NAME, __BIT)    reg##__BIT##_t __NAME : __BIT;
#define	____REG_RSVD_N(__NAME, __BIT, __N)    reg##__BIT##_t __NAME[__N];
#define	__REG_RSVD(__BIT)   ____REG_RSVD(REG_RSVD_NAME, __BIT)
#define	__REG_RSVD_N(__BIT, __N)   ____REG_RSVD_N(REG_RSVD_NAME, __BIT, (__N))
#define	REG_RSVD_NAME   __REG_RSVD_NAME(__LINE__)
#define	REG_RSVD(__BIT)   __REG_RSVD(__BIT)
#define	REG_RSVD_N(__BIT, __N)   __REG_RSVD_N(__BIT, (__N))
#define	REG_RSVD_U8   REG_RSVD(8)
#define	REG_RSVD_U16   REG_RSVD(16)
#define	REG_RSVD_U32   REG_RSVD(32)
#define	REG_RSVD_U8N(__N)   REG_RSVD_N(8, (__N))
#define	REG_RSVD_U16N(__N)   REG_RSVD_N(16, (__N))
#define	REG_RSVD_U32N(__N)   REG_RSVD_N(32, (__N))
#define	REG8_RSVD_N(__N)   REG_RSVD_U8N(__N)
#define	REG8_RSVD_B(__BYTE_CNT)   REG8_RSVD_N(__BYTE_CNT)
#define	REG8_RSVD_8B   REG8_RSVD_B(8)
#define	REG8_RSVD_16B   REG8_RSVD_B(16)
#define	REG8_RSVD_32B   REG8_RSVD_B(32)
#define	REG8_RSVD_64B   REG8_RSVD_B(64)
#define	REG8_RSVD_128B   REG8_RSVD_B(128)
#define	REG8_RSVD_256B   REG8_RSVD_B(256)
#define	REG8_RSVD_512B   REG8_RSVD_B(512)
#define	REG8_RSVD_1K   REG8_RSVD_B(1024)
#define	REG8_RSVD_2K   REG8_RSVD_B(2048)
#define	REG8_RSVD_4K   REG8_RSVD_B(4096)
#define	REG8_RSVD_8K   REG8_RSVD_B(8192)
#define	REG8_RSVD_16K   REG8_RSVD_B(16 * 1024)
#define	REG8_RSVD_32K   REG8_RSVD_B(32 * 1024)
#define	REG8_RSVD_64K   REG8_RSVD_B(64 * 1024)
#define	REG8_RSVD_128K   REG8_RSVD_B(128 * 1024)
#define	REG8_RSVD_256K   REG8_RSVD_B(256 * 1024)
#define	REG8_RSVD_512K   REG8_RSVD_B(512 * 1024)
#define	REG8_RSVD_1M   REG8_RSVD_B(1024 * 1024)
#define	REG16_RSVD_N(__N)   REG_RSVD_U16N(__N)
#define	REG16_RSVD_B(__BYTE_CNT)   REG16_RSVD_N(__BYTE_CNT >> 1)
#define	REG16_RSVD_8B   REG16_RSVD_B(8)
#define	REG16_RSVD_16B   REG16_RSVD_B(16)
#define	REG16_RSVD_32B   REG16_RSVD_B(32)
#define	REG16_RSVD_64B   REG16_RSVD_B(64)
#define	REG16_RSVD_128B   REG16_RSVD_B(128)
#define	REG16_RSVD_256B   REG16_RSVD_B(256)
#define	REG16_RSVD_512B   REG16_RSVD_B(512)
#define	REG16_RSVD_1K   REG16_RSVD_B(1024)
#define	REG16_RSVD_2K   REG16_RSVD_B(2048)
#define	REG16_RSVD_4K   REG16_RSVD_B(4096)
#define	REG16_RSVD_8K   REG16_RSVD_B(8192)
#define	REG16_RSVD_16K   REG16_RSVD_B(16 * 1024)
#define	REG16_RSVD_32K   REG16_RSVD_B(32 * 1024)
#define	REG16_RSVD_64K   REG16_RSVD_B(64 * 1024)
#define	REG16_RSVD_128K   REG16_RSVD_B(128 * 1024)
#define	REG16_RSVD_256K   REG16_RSVD_B(256 * 1024)
#define	REG16_RSVD_512K   REG16_RSVD_B(512 * 1024)
#define	REG16_RSVD_1M   REG16_RSVD_B(1024 * 1024)
#define	REG32_RSVD_N(__N)   REG_RSVD_U32N(__N)
#define	REG32_RSVD_B(__BYTE_CNT)   REG_RSVD_U32N(__BYTE_CNT >> 2)
#define	REG32_RSVD_8B   REG32_RSVD_B(8)
#define	REG32_RSVD_16B   REG32_RSVD_B(16)
#define	REG32_RSVD_32B   REG32_RSVD_B(32)
#define	REG32_RSVD_64B   REG32_RSVD_B(64)
#define	REG32_RSVD_128B   REG32_RSVD_B(128)
#define	REG32_RSVD_256B   REG32_RSVD_B(256)
#define	REG32_RSVD_512B   REG32_RSVD_B(512)
#define	REG32_RSVD_1K   REG32_RSVD_B(1024)
#define	REG32_RSVD_2K   REG32_RSVD_B(2048)
#define	REG32_RSVD_4K   REG32_RSVD_B(4096)
#define	REG32_RSVD_8K   REG32_RSVD_B(8192)
#define	REG32_RSVD_16K   REG32_RSVD_B(16 * 1024)
#define	REG32_RSVD_32K   REG32_RSVD_B(32 * 1024)
#define	REG32_RSVD_64K   REG32_RSVD_B(64 * 1024)
#define	REG32_RSVD_128K   REG32_RSVD_B(128 * 1024)
#define	REG32_RSVD_256K   REG32_RSVD_B(256 * 1024)
#define	REG32_RSVD_512K   REG32_RSVD_B(512 * 1024)
#define	REG32_RSVD_1M   REG32_RSVD_B(1024 * 1024)

Typedefs
typedef volatile uint8_t	reg8_t
typedef volatile uint16_t	reg16_t
typedef volatile uint32_t	reg32_t

Enumerations
standard error code
enum	vsf_err_t {   VSF_ERR_NOT_READY =1 ,   VSF_ERR_NONE =0 ,   VSF_ERR_UNKNOWN =-1 ,   VSF_ERR_NOT_SUPPORT =-2 ,   VSF_ERR_NOT_AVAILABLE =-4 ,   VSF_ERR_NOT_ACCESSABLE =-5 ,   VSF_ERR_NOT_ACCESSIBLE = VSF_ERR_NOT_ACCESSABLE ,   VSF_ERR_NOT_ENOUGH_RESOURCES =-6 ,   VSF_ERR_FAIL =-7 ,   VSF_ERR_INVALID_PARAMETER =-8 ,   VSF_ERR_INVALID_RANGE =-9 ,   VSF_ERR_INVALID_PTR =-10 ,   VSF_ERR_INVALID_KEY =-11 ,   VSF_ERR_IO =-12 ,   VSF_ERR_ALREADY_EXISTS =-13 ,   VSF_ERR_REQ_ALREADY_REGISTERED =-13 ,   VSF_ERR_BUG =-14 ,   VSF_ERR_OVERRUN =-15 ,   VSF_ERR_PROVIDED_RESOURCE_NOT_SUFFICIENT =-17 ,   VSF_ERR_PROVIDED_RESOURCE_NOT_ALIGNED =-18 ,   VSF_ERR_TIMEOUT =-19 ,   VSF_ERR_BUSY =-20 }
finit state machine state
enum	fsm_rt_t {   fsm_rt_err = -1 ,   fsm_rt_cpl = 0 ,   fsm_rt_on_going = 1 ,   fsm_rt_yield = 1 ,   fsm_rt_wait_for_obj = 2 ,   fsm_rt_wait_for_evt = 2 ,   fsm_rt_wfe = 2 ,   fsm_rt_asyn = 3 ,   fsm_rt_user = 4 }

Macro Definition Documentation

ENABLED

#define ENABLED   1

DISABLED

#define DISABLED   0

__FSM_RT_TYPE__

#define __FSM_RT_TYPE__

VSF_ASSERT

#define VSF_ASSERT

(

__EXPR

)

Value:

    ((__EXPR)                                                                   \
    ? (void)0                                                                   \
    : vsf_trace_assert(#__EXPR, __FILE__, __LINE__, __FUNCTION__))

system macros

Note

IMPORTANT ! - Every time when you try to add some 'common' header file including ! into __type.h, please take more time to think your decision, and ! make sure that the header file is available in all the compiler ! environment and platforms. ! ! - If you know what you are doing, and there is still some concerns ! which others need to know, please DO add necessary information ! besides the "#include <xxxx>" ! ! - If you want to introduce a system header file (as part of c ! standard) and you haven't encounter any known case where the header ! file is absent, we can assume that it is safe to put it in __type.h. ! If you do encounter scenarios where the header files is missing, ! please move it to the platform specific type.h

__VSF_STR

#define __VSF_STR

(

__STRING

)

#__STRING

VSF_STR

#define VSF_STR

(

__STRING

)

__VSF_STR(__STRING)

vsf_max

#define vsf_max	(		__a,
			__b
	)		(((__a) > (__b)) ? (__a) : (__b))

vsf_min

#define vsf_min	(		__a,
			__b
	)		(((__a) < (__b)) ? (__a) : (__b))

dimof

#define dimof

(

__arr

)

(sizeof(__arr) / sizeof((__arr)[0]))

vsf_offset_of

#define vsf_offset_of	(		__type,
			__member
	)		(uintptr_t)(&(((__type *)0)->__member))

vsf_container_of

#define vsf_container_of	(		__ptr,
			__type,
			__member
	)		((__type *)((uintptr_t)(__ptr) - vsf_offset_of(__type, __member)))

vsf_safe_container_of

#define vsf_safe_container_of	(		__ptr,
			__type,
			__member
	)		(__ptr ? vsf_container_of(__ptr, __type, __member) : NULL)

VSF_COMPATIBILITY

#define VSF_COMPATIBILITY   ENABLED

container_of

#define container_of   vsf_container_of

safe_container_of

#define safe_container_of   vsf_safe_container_of

vsf_abs

#define vsf_abs

(

__num

)

(((__num) < 0) ? (-(__num)) : (__num))

VSF_BIT

#define VSF_BIT

(

__N

)

(1UL << (__N))

VSF_BITMASK

#define VSF_BITMASK

(

__N

)

(VSF_BIT(__N) - 1)

VSF_UNUSED_PARAM

#define VSF_UNUSED_PARAM

(

__VAL

)

(void)(__VAL)

VSF_STATIC_ASSERT

#define VSF_STATIC_ASSERT

(

__COND

)

typedef int VSF_MACRO_SAFE_NAME(STATIC_ASSERT)[(__COND) * 2 - 1]

__REG_TYPE__

#define __REG_TYPE__

__REG_CONNECT

#define __REG_CONNECT	(		__A,
			__B
	)		__A##__B

__REG_RSVD_NAME

#define __REG_RSVD_NAME

(

__NAME

)

__REG_CONNECT(__unused_, __NAME)

____REG_RSVD

#define ____REG_RSVD	(		__NAME,
			__BIT
	)		reg##__BIT##_t __NAME : __BIT;

____REG_RSVD_N

#define ____REG_RSVD_N	(		__NAME,
			__BIT,
			__N
	)		reg##__BIT##_t __NAME[__N];

__REG_RSVD

#define __REG_RSVD

(

__BIT

)

____REG_RSVD(REG_RSVD_NAME, __BIT)

__REG_RSVD_N

#define __REG_RSVD_N	(		__BIT,
			__N
	)		____REG_RSVD_N(REG_RSVD_NAME, __BIT, (__N))

REG_RSVD_NAME

#define REG_RSVD_NAME   __REG_RSVD_NAME(__LINE__)

REG_RSVD

#define REG_RSVD

(

__BIT

)

__REG_RSVD(__BIT)

REG_RSVD_N

#define REG_RSVD_N	(		__BIT,
			__N
	)		__REG_RSVD_N(__BIT, (__N))

REG_RSVD_U8

#define REG_RSVD_U8   REG_RSVD(8)

REG_RSVD_U16

#define REG_RSVD_U16   REG_RSVD(16)

REG_RSVD_U32

#define REG_RSVD_U32   REG_RSVD(32)

REG_RSVD_U8N

#define REG_RSVD_U8N

(

__N

)

REG_RSVD_N(8, (__N))

REG_RSVD_U16N

#define REG_RSVD_U16N

(

__N

)

REG_RSVD_N(16, (__N))

REG_RSVD_U32N

#define REG_RSVD_U32N

(

__N

)

REG_RSVD_N(32, (__N))

REG8_RSVD_N

#define REG8_RSVD_N

(

__N

)

REG_RSVD_U8N(__N)

REG8_RSVD_B

#define REG8_RSVD_B

(

__BYTE_CNT

)

REG8_RSVD_N(__BYTE_CNT)

REG8_RSVD_8B

#define REG8_RSVD_8B   REG8_RSVD_B(8)

REG8_RSVD_16B

#define REG8_RSVD_16B   REG8_RSVD_B(16)

REG8_RSVD_32B

#define REG8_RSVD_32B   REG8_RSVD_B(32)

REG8_RSVD_64B

#define REG8_RSVD_64B   REG8_RSVD_B(64)

REG8_RSVD_128B

#define REG8_RSVD_128B   REG8_RSVD_B(128)

REG8_RSVD_256B

#define REG8_RSVD_256B   REG8_RSVD_B(256)

REG8_RSVD_512B

#define REG8_RSVD_512B   REG8_RSVD_B(512)

REG8_RSVD_1K

#define REG8_RSVD_1K   REG8_RSVD_B(1024)

REG8_RSVD_2K

#define REG8_RSVD_2K   REG8_RSVD_B(2048)

REG8_RSVD_4K

#define REG8_RSVD_4K   REG8_RSVD_B(4096)

REG8_RSVD_8K

#define REG8_RSVD_8K   REG8_RSVD_B(8192)

REG8_RSVD_16K

#define REG8_RSVD_16K   REG8_RSVD_B(16 * 1024)

REG8_RSVD_32K

#define REG8_RSVD_32K   REG8_RSVD_B(32 * 1024)

REG8_RSVD_64K

#define REG8_RSVD_64K   REG8_RSVD_B(64 * 1024)

REG8_RSVD_128K

#define REG8_RSVD_128K   REG8_RSVD_B(128 * 1024)

REG8_RSVD_256K

#define REG8_RSVD_256K   REG8_RSVD_B(256 * 1024)

REG8_RSVD_512K

#define REG8_RSVD_512K   REG8_RSVD_B(512 * 1024)

REG8_RSVD_1M

#define REG8_RSVD_1M   REG8_RSVD_B(1024 * 1024)

REG16_RSVD_N

#define REG16_RSVD_N

(

__N

)

REG_RSVD_U16N(__N)

REG16_RSVD_B

#define REG16_RSVD_B

(

__BYTE_CNT

)

REG16_RSVD_N(__BYTE_CNT >> 1)

REG16_RSVD_8B

#define REG16_RSVD_8B   REG16_RSVD_B(8)

REG16_RSVD_16B

#define REG16_RSVD_16B   REG16_RSVD_B(16)

REG16_RSVD_32B

#define REG16_RSVD_32B   REG16_RSVD_B(32)

REG16_RSVD_64B

#define REG16_RSVD_64B   REG16_RSVD_B(64)

REG16_RSVD_128B

#define REG16_RSVD_128B   REG16_RSVD_B(128)

REG16_RSVD_256B

#define REG16_RSVD_256B   REG16_RSVD_B(256)

REG16_RSVD_512B

#define REG16_RSVD_512B   REG16_RSVD_B(512)

REG16_RSVD_1K

#define REG16_RSVD_1K   REG16_RSVD_B(1024)

REG16_RSVD_2K

#define REG16_RSVD_2K   REG16_RSVD_B(2048)

REG16_RSVD_4K

#define REG16_RSVD_4K   REG16_RSVD_B(4096)

REG16_RSVD_8K

#define REG16_RSVD_8K   REG16_RSVD_B(8192)

REG16_RSVD_16K

#define REG16_RSVD_16K   REG16_RSVD_B(16 * 1024)

REG16_RSVD_32K

#define REG16_RSVD_32K   REG16_RSVD_B(32 * 1024)

REG16_RSVD_64K

#define REG16_RSVD_64K   REG16_RSVD_B(64 * 1024)

REG16_RSVD_128K

#define REG16_RSVD_128K   REG16_RSVD_B(128 * 1024)

REG16_RSVD_256K

#define REG16_RSVD_256K   REG16_RSVD_B(256 * 1024)

REG16_RSVD_512K

#define REG16_RSVD_512K   REG16_RSVD_B(512 * 1024)

REG16_RSVD_1M

#define REG16_RSVD_1M   REG16_RSVD_B(1024 * 1024)

REG32_RSVD_N

#define REG32_RSVD_N

(

__N

)

REG_RSVD_U32N(__N)

REG32_RSVD_B

#define REG32_RSVD_B

(

__BYTE_CNT

)

REG_RSVD_U32N(__BYTE_CNT >> 2)

REG32_RSVD_8B

#define REG32_RSVD_8B   REG32_RSVD_B(8)

REG32_RSVD_16B

#define REG32_RSVD_16B   REG32_RSVD_B(16)

REG32_RSVD_32B

#define REG32_RSVD_32B   REG32_RSVD_B(32)

REG32_RSVD_64B

#define REG32_RSVD_64B   REG32_RSVD_B(64)

REG32_RSVD_128B

#define REG32_RSVD_128B   REG32_RSVD_B(128)

REG32_RSVD_256B

#define REG32_RSVD_256B   REG32_RSVD_B(256)

REG32_RSVD_512B

#define REG32_RSVD_512B   REG32_RSVD_B(512)

REG32_RSVD_1K

#define REG32_RSVD_1K   REG32_RSVD_B(1024)

REG32_RSVD_2K

#define REG32_RSVD_2K   REG32_RSVD_B(2048)

REG32_RSVD_4K

#define REG32_RSVD_4K   REG32_RSVD_B(4096)

REG32_RSVD_8K

#define REG32_RSVD_8K   REG32_RSVD_B(8192)

REG32_RSVD_16K

#define REG32_RSVD_16K   REG32_RSVD_B(16 * 1024)

REG32_RSVD_32K

#define REG32_RSVD_32K   REG32_RSVD_B(32 * 1024)

REG32_RSVD_64K

#define REG32_RSVD_64K   REG32_RSVD_B(64 * 1024)

REG32_RSVD_128K

#define REG32_RSVD_128K   REG32_RSVD_B(128 * 1024)

REG32_RSVD_256K

#define REG32_RSVD_256K   REG32_RSVD_B(256 * 1024)

REG32_RSVD_512K

#define REG32_RSVD_512K   REG32_RSVD_B(512 * 1024)

REG32_RSVD_1M

#define REG32_RSVD_1M   REG32_RSVD_B(1024 * 1024)

Typedef Documentation

reg8_t

typedef volatile uint8_t reg8_t

reg16_t

typedef volatile uint16_t reg16_t

reg32_t

typedef volatile uint32_t reg32_t

Enumeration Type Documentation

vsf_err_t

enum vsf_err_t

Enumerator
VSF_ERR_NOT_READY	service not ready yet
VSF_ERR_NONE	none error
VSF_ERR_UNKNOWN	unknown error
VSF_ERR_NOT_SUPPORT	function not supported
VSF_ERR_NOT_AVAILABLE	service not available
VSF_ERR_NOT_ACCESSABLE	target not acceesable
VSF_ERR_NOT_ACCESSIBLE
VSF_ERR_NOT_ENOUGH_RESOURCES	no enough resources
VSF_ERR_FAIL	failed
VSF_ERR_INVALID_PARAMETER	invalid parameter
VSF_ERR_INVALID_RANGE	invalid range
VSF_ERR_INVALID_PTR	invalid pointer
VSF_ERR_INVALID_KEY	invalid key
VSF_ERR_IO	IO error.
VSF_ERR_ALREADY_EXISTS	already exists
VSF_ERR_REQ_ALREADY_REGISTERED	request all ready exist
VSF_ERR_BUG	bug
VSF_ERR_OVERRUN	overrun
VSF_ERR_PROVIDED_RESOURCE_NOT_SUFFICIENT	the resource provided by user is not sufficient
VSF_ERR_PROVIDED_RESOURCE_NOT_ALIGNED	the provided resource is not aligned to certain size (2^N)
VSF_ERR_TIMEOUT
VSF_ERR_BUSY

fsm_rt_t

enum fsm_rt_t

Enumerator
fsm_rt_err	fsm error, error code can be get from other interface
fsm_rt_cpl	fsm complete
fsm_rt_on_going	fsm on-going
fsm_rt_yield
fsm_rt_wait_for_obj	fsm wait for object
fsm_rt_wait_for_evt
fsm_rt_wfe
fsm_rt_asyn	fsm asynchronose complete, you can check it later.
fsm_rt_user