sysc.h

s3c6410基于USB OTG下载内核至NORFLASH的源代码

	eAHBM0_ROT		=	0x620,		// rAHB_CON1(2),  Rotation
	eAHBM1_FIX0		=	0x700,		// rAHB_CON1(3),  Fixed Order,  Fixed Order type 0
	eAHBM1_FIX1		=	0x701,		// rAHB_CON1(3),  Fixed Order,  Fixed Order type 1
	eAHBM1_FIX2		=	0x702,		// rAHB_CON1(3),  Fixed Order,  Fixed Order type 2
	eAHBM1_FIX3		=	0x703,		// rAHB_CON1(3),  Fixed Order,  Fixed Order type 3
	eAHBM1_FIX4		=	0x704,		// rAHB_CON1(3),  Fixed Order,  Fixed Order type 4
	eAHBM1_FIX5		=	0x705,		// rAHB_CON1(3),  Fixed Order,  Fixed Order type 5
	eAHBM1_FIX6		=	0x706,		// rAHB_CON1(3),  Fixed Order,  Fixed Order type 6
	eAHBM1_LGL			=	0x710,		// rAHB_CON1(3),  Last grant order.
	eAHBM1_ROT		=	0x720,		// rAHB_CON1(3),  Rotation
	eAHBS0_FIX0		=	0x800,		// rAHB_CON2(0),  Fixed Order,  Fixed Order type 0
	eAHBS0_FIX1		=	0x801,		// rAHB_CON2(0),  Fixed Order,  Fixed Order type 1
	eAHBS0_FIX2		=	0x802,		// rAHB_CON2(0),  Fixed Order,  Fixed Order type 2
	eAHBS0_FIX3		=	0x803,		// rAHB_CON2(0),  Fixed Order,  Fixed Order type 3
	eAHBS0_FIX4		=	0x804,		// rAHB_CON2(0),  Fixed Order,  Fixed Order type 4
	eAHBS0_FIX5		=	0x805,		// rAHB_CON2(0),  Fixed Order,  Fixed Order type 5
	eAHBS0_FIX6		=	0x806,		// rAHB_CON2(0),  Fixed Order,  Fixed Order type 6
	eAHBS0_LGL			=	0x810,		// rAHB_CON2(0),  Last grant order.
	eAHBS0_ROT			=	0x820,		// rAHB_CON2(0),  Rotation
	eAHBS1_FIX0		=	0x900,		// rAHB_CON2(1),  Fixed Order,  Fixed Order type 0
	eAHBS1_FIX1		=	0x901,		// rAHB_CON2(1),  Fixed Order,  Fixed Order type 1
	eAHBS1_FIX2		=	0x902,		// rAHB_CON2(1),  Fixed Order,  Fixed Order type 2
	eAHBS1_FIX3		=	0x903,		// rAHB_CON2(1),  Fixed Order,  Fixed Order type 3
	eAHBS1_FIX4		=	0x904,		// rAHB_CON2(1),  Fixed Order,  Fixed Order type 4
	eAHBS1_FIX5		=	0x905,		// rAHB_CON2(1),  Fixed Order,  Fixed Order type 5
	eAHBS1_FIX6		=	0x906,		// rAHB_CON2(1),  Fixed Order,  Fixed Order type 6
	eAHBS1_LGL			=	0x910,		// rAHB_CON2(1),  Last grant order.
	eAHBS1_ROT			=	0x920		// rAHB_CON2(1),  Rotation
	
}BUSCTRL_eId;

typedef enum DMASELECT_ID
{
	eSEL_UART0_0		=	0,
	eSEL_UART0_1		=	1, 		
	eSEL_UART1_0		=	2,
	eSEL_UART1_1		=	3,
	eSEL_UART2_0		=	4,
	eSEL_UART2_1		=	5,
	eSEL_UART3_0		=	6,
	eSEL_UART3_1		=	7,
	eSEL_PCM0_TX		=	8,
	eSEL_PCM0_RX		=	9,
	eSEL_I2S0_TX		=	10,
	eSEL_I2S0_RX		=	11,
	eSEL_SPI0_TX		=	12,
	eSEL_SPI0_RX		=	13,
	eSEL_HSI_TX		=	14,
	eSEL_HSI_RX		=	15,
	eSEL_PCM1_TX		=	16,
	eSEL_PCM1_RX		=	17,
	eSEL_I2S1_TX		=	18,
	eSEL_I2S1_RX		=	19,
	eSEL_SPI1_TX		=	20,
	eSEL_SPI1_RX		=	21,
	eSEL_AC_PCMOUT	=	22,
	eSEL_AC_PCMIN		=	23,
	eSEL_AC_MICIN		=	24,
	eSEL_PWM			=	25,
	eSEL_IRDA			=	26,
	eSEL_EXTERNAL		=	27,
	eSEL_SECU_RX		=	30,
	eSEL_SECU_TX		=	31
}DMASELECT_eID;

typedef enum EBIPrio_ID
{
	// Value & 0xF0 : Priority Type, 0: Fixed,  1: Circular
	// Value & 0x0F : The Fixed Priority Order

	eEBI_CIRCULAR		=	0x10,		// Circular Priority
	eEBI_FIX0			=	0x00,		// Fixed Type0 : DMC0-SROMC-OND0-OND1-NFC-CFC
	eEBI_FIX1			=	0x01,		// Fixed Type1 : DMC0-OND0-OND1-SROMC-NFC-CFC
	eEBI_FIX2			=	0x02,		// Fixed Type2 : DMC0-OND1-NFC-SROMC-OND0-CFC
	eEBI_FIX3			=	0x03,		// Fixed Type3 : DMC0-NFC-SROMC-OND0-OND1-CFC
	eEBI_FIX4			=	0x04,		// Fixed Type4 : DMC0-CFC-SROMC-OND0-OND1-NFC
	eEBI_FIX5			=	0x05		// Fixed Type5 : SROMC-DMC0-OND0-OND1-NFC-CFC
	
}EBIPrio_eID;

typedef enum SelCS_MEM0
{
	eCS_SROMC			=	0,
	eCS_CFC			=	1,
	eCS_ONDC			=	2,
	eCS_NFC			=	3
}SelCS_eMEM0;

typedef enum CFG_WFI
{
	eIGNORE			= 	0,
	eIDLE				=	1,
	eSTOP				=	2,
	eSLEEP				=	3
}CFG_eWFI;

typedef enum BATFLT_MODE
{
	eFLT_IGNORE		= 	0,
	eFLT_INT			=	1,
	eFLT_SLEEP			=	3		// Manual Changed
}BATFLT_eMODE;

typedef enum WKUPMSK_ID
{
	// Value & 0xF00 : Register Offset : 0 (rPWR_CFG), 1(rEINT_MASK)
	// Value & 0x0FF : Bit Offset

	eMASK_BATF	=	0x000,
	eMASK_KEY		=	0x001,
	eMASK_MSM		=	0x002,
	eMASK_ALARM	=	0x003,
	eMASK_TICK		=	0x004,
	eMASK_TS		=	0x005,
	eMASK_HSI		=	0x006,
	eMASK_MMC0	=	0x007,
	eMASK_MMC1	=	0x008,
	eMASK_MMC2	=	0x009,
	
	eMASK_EINT0	=	0x100,
	eMASK_EINT1	=	0x101,
	eMASK_EINT2	=	0x102,
	eMASK_EINT3	=	0x103,
	eMASK_EINT4	=	0x104,
	eMASK_EINT5	=	0x105,
	eMASK_EINT6	=	0x106,
	eMASK_EINT7	=	0x107,
	eMASK_EINT8	=	0x108,
	eMASK_EINT9	=	0x109,
	eMASK_EINT10	=	0x10A,
	eMASK_EINT11	=	0x10B,
	eMASK_EINT12	=	0x10C,
	eMASK_EINT13	=	0x10D,
	eMASK_EINT14	=	0x10E,
	eMASK_EINT15	=	0x10F,
	eMASK_EINT16	=	0x110,
	eMASK_EINT17	=	0x111,
	eMASK_EINT18	=	0x112,
	eMASK_EINT19	=	0x113,
	eMASK_EINT20	=	0x114,
	eMASK_EINT21	=	0x115,
	eMASK_EINT26	=	0x116,
	eMASK_EINT27	=	0x117,
	
}WKUPMSK_eID;

typedef enum NORGFC_ID
{
	eNOR_DOMAINV		= 	9,
	eNOR_DOMAINI		=	12,
	eNOR_DOMAINP		=	13,
	eNOR_DOMAINF		=	14,
	eNOR_DOMAINS		=	15,
	eNOR_DOMAINETM	=	16,
	eNOR_IROM			=	30,
	
}NORGFC_eID;

typedef enum SYSC_OPMode
{
	eASYNC_MODE		=	0,
	eSYNC_MODE		= 	1
}SYSC_eOPMode;

#if 1	//EVT0, EVT2
typedef enum APLL_OUT
{
	eAPLL800M	=	0x1900301,
	eAPLL667M	=	0x29b0601,
	eAPLL600M	=	0x2580601,
	eAPLL560M	=	0x2300601,
	eAPLL550M	=	0x2260601,
	eAPLL540M	=	0x21C0601,
	eAPLL532M	=	0x2140601,
	eAPLL520M	=	0x2080601,
	eAPLL510M	=	0x1FE0601,
	eAPLL500M	=  	0x1F40601,
	eAPLL490M	=	0x1EA0302,
	eAPLL480M	= 	0x1E00302,
	eAPLL470M	=	0x1D60302,
	eAPLL460M	=	0x1CC0302,
	eAPLL450M	=	0x1C20302,	
	eAPLL440M	=	0x1B80302,	
	eAPLL430M	=	0x1AE0302,
	eAPLL420M	=	0x1A40302,			// 420, 3, 2
	eAPLL410M	=	0x19A0302,			// 410, 3, 2
	eAPLL400M	=	0x1900302,			// 400, 3, 2
	eAPLL380M	=	0x17C0302,
	eAPLL340M	=	0x1540302,
	eAPLL300M	=	0x12C0302,
	eAPLL266M	=	0x2140602,
	eAPLL200M	= 	0x1900303,
	eAPLL133M	=	0x2140603,
	eAPLL100M	= 	0x1900304,
	eAPLL66_5M	= 	0x2140604,
	eAPLL50M	= 	0x1900305,
	
}APLL_eOUT;

#else	//EVT1
typedef enum APLL_OUT
{
	eAPLL667M	=	0x29b0302,			// 667, 3, 2
	eAPLL532M	=	0x2140302,			// 532, 3, 2
	eAPLL500M	=  	0x1F40302,			// 500, 3, 2
	eAPLL400M	=	0x1900302,			// 400, 3, 2 
	eAPLL380M	=	0x17C0302,			// 380, 3, 2 		
	eAPLL266M	=	0x2140303,			// 532, 3, 3		
	eAPLL200M	=	0x1900303			// 400, 3, 3
}APLL_eOUT;
#endif

/******************************************/
/*          Function Define               */
/******************************************/

#define Outp32Inform(No_Reg, data)	(*(volatile u32 *)(0x7E00FA00+ 4*No_Reg) = (data))
#define Inp32Inform(No_Reg)			(*(volatile u32 *)(0x7E00FA00+ 4*No_Reg))
#define Outp32SYSC(Offset, data)		(*(volatile u32 *)(0x7E00F000+ Offset) = (data))
#define Inp32SYSC(Offset)				(*(volatile u32 *)(0x7E00F000+Offset))


#define SYSC_SWRST()         			{Outp32SYSC(0x114, 0x6410);}
#define SYSC_EBICF()					{Outp32SYSC(0x120, Inp32SYSC(0x120)&~(1<<14));}
#define SYSC_IndepCF()				{Outp32SYSC(0x120, Inp32SYSC(0x120)|(1<<14));}
#define SYSC_8bitBUS()				{Outp32SYSC(0x120, Inp32SYSC(0x120)&~(1<<12));}
#define SYSC_16bitBUS()				{Outp32SYSC(0x120, Inp32SYSC(0x120)|(1<<12));}	
#define SYSC_ExpandMEM1()			{Outp32SYSC(0x120, Inp32SYSC(0x120)&~(1<<7));}
#define SYSC_ExpandMEM0()			{Outp32SYSC(0x120, Inp32SYSC(0x120)|(1<<7));}	
#define SYSC_DisOSC27()				{Outp32SYSC(0x804, Inp32SYSC(0x804)&~(1<<0));}
#define SYSC_EnOSC27()				{Outp32SYSC(0x804, Inp32SYSC(0x804)|(1<<0));}	
#define SYSC_DisOSCSLEEP()			{Outp32SYSC(0x818, Inp32SYSC(0x818)&~(1<<0));}
#define SYSC_EnOSCSLEEP()			{Outp32SYSC(0x818, Inp32SYSC(0x818)|(1<<0));}	
#define SYSC_BLKPwrONAll()			{Outp32SYSC(0x810, 0xFFFFFFFF);}
#define SYSC_BLKPwrOffAll()			{Outp32SYSC(0x810, 0xBFFE0D00);}
#define SYSC_OSCFREQ(data)			{Outp32SYSC(0x820,data);}
#define  SYSC_OSCSTAB(data)			{Outp32SYSC(0x824,data);}
#define SYSC_PWRSTAB(data)			{Outp32SYSC(0x828,data);}
#define SYSC_FPCSTAB(data)			{Outp32SYSC(0x82c,data);}
#define SYSC_MTCSTAB(data)			{Outp32SYSC(0x830,data);}

#define SYSC_OTGSIGDisMSK()			{Outp32SYSC(0x900, Inp32SYSC(0x900)&~(1<<16));}
#define SYSC_OTGSIGEnMSK()			{Outp32SYSC(0x900, Inp32SYSC(0x900)|(1<<16));}	
#define SYSC_OTGDisPwr()			{Outp32SYSC(0x900, Inp32SYSC(0x900)&~(1<<14));}
#define SYSC_OTGEnPwr()				{Outp32SYSC(0x900, Inp32SYSC(0x900)|(1<<14));}
#define SYSC_ClrDBGACK()				{Outp32SYSC(0x900, Inp32SYSC(0x900)|(1<<13));}
#define SYSC_DisDBG()				{Outp32SYSC(0x900, Inp32SYSC(0x900)&~(1<<3));}
#define SYSC_EnDBG()				{Outp32SYSC(0x900, Inp32SYSC(0x900)|(1<<3));}
#define SYSC_DisNonInvDBG()			{Outp32SYSC(0x900, Inp32SYSC(0x900)&~(1<<2));}
#define SYSC_EnNonInvDBG()			{Outp32SYSC(0x900, Inp32SYSC(0x900)|(1<<2));}
#define SYSC_DisInvDBG()				{Outp32SYSC(0x900, Inp32SYSC(0x900)&~(1<<1));}
#define SYSC_EnInvDBG()				{Outp32SYSC(0x900, Inp32SYSC(0x900)|(1<<1));}
#define SYSC_EnCP15()				{Outp32SYSC(0x900, Inp32SYSC(0x900)&~(1<<0));}
#define SYSC_DisCP15()				{Outp32SYSC(0x900, Inp32SYSC(0x900)|(1<<0));}



void SYSC_ReadSystemID( void);
void SYSC_GetClkInform( void);
void SYSC_SetPLL(PLL_eTYPE  ePLL, u32 uMdiv, u32 uPdiv, u32 uSdiv, u32 uKdiv);
void SYSC_StopPLL(PLL_eTYPE  ePLL);
void SYSC_ChangeSYSCLK(APLL_eOUT  eAPLLMPS, APLL_eOUT eMPLLMPS, u32 uARM_Ratio, u32 uHCLKx2_Ratio, u32 uPCLK_Ratio);
void SYSC_ChangeSYSCLK_1(APLL_eOUT  eAPLLMPS, APLL_eOUT eMPLLMPS, u32 uARM_Ratio, u32 uHCLKx2_Ratio,u32 uPCLK_Ratio);
bool  SYSC_RdLockDetect(PLL_eTYPE  ePLL);
void SYSC_SetLockTime( PLL_eTYPE  ePLL, u32 uLockTime);
void SYSC_ClkSrc( CLKSRC_eId  eClkSrc);
void SYSC_SetDIV0( u32 uAratio, u32 uMratio, u32 uHratio, u32 uHx2ratio, u32 uPratio, 
	u32 uONDratio, u32 uSECUratio, u32 uCAMratio, u32 uJPEGratio, u32 uMFCratio );
void SYSC_SetDIV1( u32 uMMC0ratio, u32 uMMC1ratio, u32 uMMC2ratio, u32 uLCDratio, u32 uSCALERratio, u32 uHOSTratio) ;
void SYSC_SetDIV0_all(u32 uSetRatio);
u32 SYSC_GetDIV0( void);
void SYSC_SetDIV2( u32 uSPI0ratio	, u32 uSPI1ratio, u32 uAUDIO0ratio, u32 uAUDIO1ratio, u32 uUARTratio, u32 uIRDAratio);
void SYSC_CtrlHCLKGate( H_eGATE eHCLKGATE	, u32 uCtrl);
void SYSC_CtrlPCLKGate( P_eGATE ePCLKGATE	, u32 uCtrl);
void SYSC_CtrlSCLKGate( S_eGATE eSCLKGATE	, u32 uCtrl);
void SYSC_CtrlCLKOUT( CLKOUT_eTYPE eCLKOUT_TYPE, u32 uDivVAL);
void SYSC_CtrlDCLK( u32 uDCLKCMP, u32 uDCLKDIV, u32 uDCLKSEL, u32 uDCLKEN);
void SYSC_CtrlBUSPrio( BUSCTRL_eId  eBusId);
void SYSC_SelectDMA( DMASELECT_eID eSEL_DMA, u32 uSEL);
void SYSC_CtrlEBIPrio( EBIPrio_eID  eEBIId);
void SYSC_CtrlCSMEM0( SelCS_eMEM0  eM0CSn2, SelCS_eMEM0 eM0CSn3, SelCS_eMEM0 eM0CSn4, SelCS_eMEM0 eM0CSn5 );
void SYSC_RdMEMCFGSTAT( void );
u32 SYSC_GetMEMCFGSTAT( void );
void SYSC_SetCFGWFI( CFG_eWFI eWFIMode, u32 uOSCCLK);
void SYSC_SetBATF( BATFLT_eMODE eBATFLT, u32 uINTSRC);
void SYSC_SetSTOPCFG( u32 uMEM_ARM, u32 uMEM_Top, u32 uLogic_ARM, u32 uLogic_Top);
void SYSC_SetWakeMASK( WKUPMSK_eID eWKUPSRC, u32 uMaskCtrl);
void SYSC_CtrlNORCFG( NORGFC_eID eCFGId, u32 uPwrCtrl);
void SYSC_ChangeMode(SYSC_eOPMode eOPMode);
void SYSC_ClrBATFINT(void);
u32 SYSC_RdRSTSTAT(void);
void SYSC_RdBLKPWR(void);
void SYSC_ClrWKUPSTAT(void);


void LTC3714_VoltageSet(u32 uPwr, u32 uVoltage)  ;


#ifdef __cplusplus
}
#endif

#endif //__SYSC_H__