tmr_pub.h

abstract rtos

#ifdef __cplusplus
#if __cplusplus
extern "C"{
#endif 
#endif 

#ifndef __INC_TMR_PUB_H__
#define __INC_TMR_PUB_H__


#define AOS_TIMER_NO_LOOP 0
#define AOS_TIMER_LOOP       1




#define TIMER_MOD_INIT_NO_MEM       AOS_MAKE_ERRNO(MPE_TIMER, 1)
#define TIMER_MODE_INVALID          AOS_MAKE_ERRNO(MPE_TIMER, 2)
#define TIMER_HANDLE_NULL           AOS_MAKE_ERRNO(MPE_TIMER, 3)
#define TIMER_CALLBACK_INVALID      AOS_MAKE_ERRNO(MPE_TIMER, 4)
#define TIMER_NO_MEM                AOS_MAKE_ERRNO(MPE_TIMER, 5)
#define TIMER_HANDLE_INVALID        AOS_MAKE_ERRNO(MPE_TIMER, 7)
#define TIMER_ERROR_STATE           AOS_MAKE_ERRNO(MPE_TIMER, 8)
#define TIMER_ADDR_INVALID          AOS_MAKE_ERRNO(MPE_TIMER, 9)



typedef VOID(*TIMER_CALLBACK)(U32 ulTimerName, U32 ulPara);

struct timer_s;
typedef struct timer_s *TMR;
typedef struct timer_s
{
   U32 status;
   MPE mpe;
   S32 ticks;
#define quick_timer_slot ticks
   S32 init_ticks;
   U32 name;
   U32 para;
   U32 mode;
   TIMER_CALLBACK   callback;
   
   U32 msg_out;
   struct timer_s *prev;
   struct timer_s *next;

   TMR *pTmr;
}TIMER_S;

typedef struct timer_msg_s
{
    U32 ulTimerName;
    U32 ulPara;
}TIMER_MSG_S;





U32 m_timer_init();

U32 aos_timer_start( TMR* pTmr,
                     MPE mpe,
                     U32 ulTimeOut,
                     U32 ulTimerName,
                     U32 ulPara,
                     U32 ulMode );


U32 aos_callbacktimer_start( TMR* pTmr,
                             MPE mpe,
                             U32 ulTimeOut,
                             U32 ulTimerName,
                             U32 ulPara,
                             TIMER_CALLBACK callback,
                             U32 ulMode );

U32 aos_timer_stop( TMR *pTmr);
U32 aos_timer_pass_msec( TMR *pTmr);


BOOL_T ssp_timeout_msg_check( VOID *timeout_msg_p );
VOID ssp_timer_ticking( U32 ticks );

#endif

#ifdef __cplusplus
#if __cplusplus
}
#endif 
#endif