#define  TIMER_CTL_INVOUT_DEFAULT    0x00000000u  #define  TIMER_CTL_INVOUT_OF(x)      _VALUEOF(x)  #define  TIMER_CTL_INVOUT_NO         0x00000000u  #define  TIMER_CTL_INVOUT_YES        0x00000001u  #define _TIMER_CTL_FUNC_MASK         0x00000001u  #define _TIMER_CTL_FUNC_SHIFT        0x00000000u  #define  TIMER_CTL_FUNC_DEFAULT      0x00000000u  #define  TIMER_CTL_FUNC_OF(x)        _VALUEOF(x)  #define  TIMER_CTL_FUNC_GPIO         0x00000000u  #define  TIMER_CTL_FUNC_TOUT         0x00000001u  #define  TIMER_CTL_OF(x)             _VALUEOF(x)  #if (C64_SUPPORT)	#define TIMER_CTL_DEFAULT (Uint32)( \		_PER_FDEFAULT(TIMER,CTL,SPND) \		|_PER_FDEFAULT(TIMER,CTL,TSTAT) \		|_PER_FDEFAULT(TIMER,CTL,INVINP) \		|_PER_FDEFAULT(TIMER,CTL,CLKSRC) \		|_PER_FDEFAULT(TIMER,CTL,CP) \		|_PER_FDEFAULT(TIMER,CTL,HLD) \		|_PER_FDEFAULT(TIMER,CTL,GO) \		|_PER_FDEFAULT(TIMER,CTL,PWID) \		|_PER_FDEFAULT(TIMER,CTL,DATIN) \		|_PER_FDEFAULT(TIMER,CTL,DATOUT) \		|_PER_FDEFAULT(TIMER,CTL,INVOUT) \		|_PER_FDEFAULT(TIMER,CTL,FUNC) \	)  #else	#define TIMER_CTL_DEFAULT (Uint32)( \		_PER_FDEFAULT(TIMER,CTL,TSTAT) \		|_PER_FDEFAULT(TIMER,CTL,INVINP) \		|_PER_FDEFAULT(TIMER,CTL,CLKSRC) \		|_PER_FDEFAULT(TIMER,CTL,CP) \		|_PER_FDEFAULT(TIMER,CTL,HLD) \		|_PER_FDEFAULT(TIMER,CTL,GO) \		|_PER_FDEFAULT(TIMER,CTL,PWID) \		|_PER_FDEFAULT(TIMER,CTL,DATIN) \		|_PER_FDEFAULT(TIMER,CTL,DATOUT) \		|_PER_FDEFAULT(TIMER,CTL,INVOUT) \		|_PER_FDEFAULT(TIMER,CTL,FUNC) \	)  #endif    #if (C64_SUPPORT)	#define TIMER_CTL_RMK(spnd,invinp,clksrc,cp,hld,go,pwid,datout,invout,func) \		(Uint32)( \		_PER_FMK(TIMER,CTL,SPND,spnd) \		|_PER_FMK(TIMER,CTL,INVINP,invinp) \		|_PER_FMK(TIMER,CTL,CLKSRC,clksrc) \		|_PER_FMK(TIMER,CTL,CP,cp) \		|_PER_FMK(TIMER,CTL,HLD,hld) \		|_PER_FMK(TIMER,CTL,GO,go) \		|_PER_FMK(TIMER,CTL,PWID,pwid) \		|_PER_FMK(TIMER,CTL,DATOUT,datout) \		|_PER_FMK(TIMER,CTL,INVOUT,invout) \		|_PER_FMK(TIMER,CTL,FUNC,func) \	)  #else	#define TIMER_CTL_RMK(invinp,clksrc,cp,hld,go,pwid,datout,invout,func) \		(Uint32)( \		_PER_FMK(TIMER,CTL,INVINP,invinp) \		|_PER_FMK(TIMER,CTL,CLKSRC,clksrc) \		|_PER_FMK(TIMER,CTL,CP,cp) \		|_PER_FMK(TIMER,CTL,HLD,hld) \		|_PER_FMK(TIMER,CTL,GO,go) \		|_PER_FMK(TIMER,CTL,PWID,pwid) \		|_PER_FMK(TIMER,CTL,DATOUT,datout) \		|_PER_FMK(TIMER,CTL,INVOUT,invout) \		|_PER_FMK(TIMER,CTL,FUNC,func) \	)  #endif				  #define _TIMER_CTL_FGET(N,FIELD)\    _PER_FGET(_TIMER_CTL##N##_ADDR,TIMER,CTL,##FIELD)  #define _TIMER_CTL_FSET(N,FIELD,f)\    _PER_FSET(_TIMER_CTL##N##_ADDR,TIMER,CTL,##FIELD,f)  #define _TIMER_CTL_FSETS(N,FIELD,SYM)\    _PER_FSETS(_TIMER_CTL##N##_ADDR,TIMER,CTL,##FIELD,##SYM)  #define _TIMER_CTL0_FGET(FIELD) _TIMER_CTL_FGET(0,##FIELD)  #define _TIMER_CTL1_FGET(FIELD) _TIMER_CTL_FGET(1,##FIELD)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_CTL2_FGET(FIELD) _TIMER_CTL_FGET(2,##FIELD)  #endif  #define _TIMER_CTL0_FSET(FIELD,f) _TIMER_CTL_FSET(0,##FIELD,f)  #define _TIMER_CTL1_FSET(FIELD,f) _TIMER_CTL_FSET(1,##FIELD,f)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_CTL2_FSET(FIELD,f) _TIMER_CTL_FSET(2,##FIELD,f)  #endif  #define _TIMER_CTL0_FSETS(FIELD,SYM) _TIMER_CTL_FSETS(0,##FIELD,##SYM)  #define _TIMER_CTL1_FSETS(FIELD,SYM) _TIMER_CTL_FSETS(1,##FIELD,##SYM)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_CTL2_FSETS(FIELD,SYM) _TIMER_CTL_FSETS(2,##FIELD,##SYM)  #endif/******************************************************************************\* _____________________* |                   |* |  P R D            |* |___________________|** PRD0  - timer period register 0* PRD1  - timer period register 1* PRD2  - timer period register 2 (1)** (1) - only supported on C64x devices** FIELDS (msb -> lsb)* (rw) PRD*\******************************************************************************/  #define _TIMER_PRD_OFFSET            1  #define _TIMER_PRD0_ADDR             0x01940004u  #define _TIMER_PRD1_ADDR             0x01980004u  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_PRD2_ADDR           0x01AC0004u  #endif  #define _TIMER_PRD_PRD_MASK          0xFFFFFFFFu  #define _TIMER_PRD_PRD_SHIFT         0x00000000u  #define  TIMER_PRD_PRD_DEFAULT       0x00000000u  #define  TIMER_PRD_PRD_OF(x)         _VALUEOF(x)  #define  TIMER_PRD_OF(x)             _VALUEOF(x)  #define TIMER_PRD_DEFAULT (Uint32)( \     _PER_FDEFAULT(TIMER,PRD,PRD) \  )  #define TIMER_PRD_RMK(prd) (Uint32)( \     _PER_FMK(TIMER,PRD,PRD,prd) \  )  #define _TIMER_PRD_FGET(N,FIELD)\    _PER_FGET(_TIMER_PRD##N##_ADDR,TIMER,PRD,##FIELD)  #define _TIMER_PRD_FSET(N,FIELD,f)\    _PER_FSET(_TIMER_PRD##N##_ADDR,TIMER,PRD,##FIELD,f)  #define _TIMER_PRD_FSETS(N,FIELD,SYM)\    _PER_FSETS(_TIMER_PRD##N##_ADDR,TIMER,PRD,##FIELD,##SYM)  #define _TIMER_PRD0_FGET(FIELD) _TIMER_PRD_FGET(0,##FIELD)  #define _TIMER_PRD1_FGET(FIELD) _TIMER_PRD_FGET(1,##FIELD)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_PRD2_FGET(FIELD) _TIMER_PRD_FGET(2,##FIELD)  #endif  #define _TIMER_PRD0_FSET(FIELD,f) _TIMER_PRD_FSET(0,##FIELD,f)  #define _TIMER_PRD1_FSET(FIELD,f) _TIMER_PRD_FSET(1,##FIELD,f)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_PRD2_FSET(FIELD,f) _TIMER_PRD_FSET(2,##FIELD,f)  #endif  #define _TIMER_PRD0_FSETS(FIELD,SYM) _TIMER_PRD_FSETS(0,##FIELD,##SYM)  #define _TIMER_PRD1_FSETS(FIELD,SYM) _TIMER_PRD_FSETS(1,##FIELD,##SYM)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_PRD2_FSETS(FIELD,SYM) _TIMER_PRD_FSETS(2,##FIELD,##SYM)  #endif/******************************************************************************\* _____________________* |                   |* |  C N T            |* |___________________|** CNT0  - timer count register 0* CNT1  - timer count register 1* CNT2  - timer count register 2 (1)** (1) - only supported on C64x devices** FIELDS (msb -> lsb)* (rw) CNT*\******************************************************************************/  #define _TIMER_CNT_OFFSET            2  #define _TIMER_CNT0_ADDR             0x01940008u  #define _TIMER_CNT1_ADDR             0x01980008u  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_CNT2_ADDR           0x01AC0008u  #endif  #define _TIMER_CNT_CNT_MASK          0xFFFFFFFFu  #define _TIMER_CNT_CNT_MASK          0xFFFFFFFFu  #define _TIMER_CNT_CNT_SHIFT         0x00000000u  #define  TIMER_CNT_CNT_DEFAULT       0x00000000u  #define  TIMER_CNT_CNT_OF(x)         _VALUEOF(x)  #define  TIMER_CNT_OF(x)             _VALUEOF(x)  #define TIMER_CNT_DEFAULT (Uint32)( \     _PER_FDEFAULT(TIMER,CNT,CNT) \  )  #define TIMER_CNT_RMK(cnt) (Uint32)( \     _PER_FMK(TIMER,CNT,CNT,cnt) \  )  #define _TIMER_CNT_FGET(N,FIELD)\    _PER_FGET(_TIMER_CNT##N##_ADDR,TIMER,CNT,##FIELD)  #define _TIMER_CNT_FSET(N,FIELD,f)\    _PER_FSET(_TIMER_CNT##N##_ADDR,TIMER,CNT,##FIELD,f)  #define _TIMER_CNT_FSETS(N,FIELD,SYM)\    _PER_FSETS(_TIMER_CNT##N##_ADDR,TIMER,CNT,##FIELD,##SYM)  #define _TIMER_CNT0_FGET(FIELD) _TIMER_CNT_FGET(0,##FIELD)  #define _TIMER_CNT1_FGET(FIELD) _TIMER_CNT_FGET(1,##FIELD)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_CNT2_FGET(FIELD) _TIMER_CNT_FGET(2,##FIELD)  #endif  #define _TIMER_CNT0_FSET(FIELD,f) _TIMER_CNT_FSET(0,##FIELD,f)  #define _TIMER_CNT1_FSET(FIELD,f) _TIMER_CNT_FSET(1,##FIELD,f)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_CNT2_FSET(FIELD,f) _TIMER_CNT_FSET(2,##FIELD,f)  #endif  #define _TIMER_CNT0_FSETS(FIELD,SYM) _TIMER_CNT_FSETS(0,##FIELD,##SYM)  #define _TIMER_CNT1_FSETS(FIELD,SYM) _TIMER_CNT_FSETS(1,##FIELD,##SYM)  #if  TIMER_DEVICE_CNT == 3    #define _TIMER_CNT2_FSETS(FIELD,SYM) _TIMER_CNT_FSETS(2,##FIELD,##SYM)  #endif/*----------------------------------------------------------------------------*/#endif /* (TIMER_SUPPORT) */#endif /* _CSL_TIMERHAL_H_ *//******************************************************************************\* End of csl_timerhal.h\******************************************************************************/