#define		C_ADC_CH7				0x0007 			//IOA6
//B15	-->	RDY
//B14	--> Fail B
//-----------------------------------------------------------------------------------//
extern unsigned int Get_ADC_LineIn_Data(void);
//B15-B6  --> Data
//-----------------------------------------------------------------------------------//
//-----------------------------------------------------------------------------------//
extern void Set_DAC2_Data(unsigned int);
extern unsigned int Get_DAC2_Data(void);
//B15-B6  --> Data
extern void Set_DAC1_Data(unsigned int);
extern unsigned int Get_DAC1_Data(void);
//B15-B6  --> Data
extern void Set_DAC_Ctrl(unsigned int);
//B8..B7
	#define	C_DA1_Direct				0x0000 			// DAC1 latch
	#define C_DA1_LatchA				0x0080 			// 
	#define C_DA1_LatchB				0x0100 			//
	#define C_DA1_LatchAB				0x0180 			//
//B6..B5  
	#define	C_DA2_Direct				0x0000 			// DAC2 latch
	#define C_DA2_LatchA				0x0020 			// 
	#define C_DA2_LatchB				0x0040 			//
	#define C_DA2_LatchAB				0x0060 			//
//B4..B3
	#define C_AD_Direct					0x0000 			// A/D MIC_IN latch 
	#define C_AD_LatchA					0x0008 			//
	#define	C_AD_LatchB					0x0010 			//
	#define C_AD_LatchAB				0x0018 			//
//-----------------------------------------------------------------------------------//
//-----------------------------------------------------------------------------------//
extern void Set_LVD_Ctrl(unsigned int);
extern unsigned int Get_LVD_Ctrl(void);
//... Define for P_LVD_Ctrl ...................
	#define 	C_LVD24V				0x0000 			// LVD = 2.4V 	(default)
	#define 	C_LVD28V				0x0001 			// LVD = 2.8V
	#define 	C_LVD32V				0x0002 			// LVD = 3.2V
//B15	Result of LVD
//-----------------------------------------------------------------------------------//
//-----------------------------------------------------------------------------------//
extern void Set_SIO_Ctrl(unsigned int);
extern unsigned int Get_SIO_Ctrl(void);
//B1..B0
	#define 	C_SIO_Addr8				0x0002 			// Address  = 8 
	#define 	C_SIO_Addr16			0x0000 			// Address  = 16 	(default)
	#define 	C_SIO_Addr24			0x0003 			// Address  = 24
//B4..B3
	#define 	C_SIO_Clk_Div_16		0x0000 			// CPU CLK/16 		(default)
	#define 	C_SIO_Clk_Div_4			0x0008 			// CPU CLK/4
	#define 	C_SIO_Clk_Div_8			0x0010 			// CPU CLK/8
	#define 	C_SIO_Clk_Div_32		0x0018			// CPU CLK/32
//B5
	#define		C_SIO_RW_Dis			0x0020			//	Read /Write control bit applied disable
	#define		C_SIO_RW_ENB			0x0000			//	Read /Write control bit applied 
//B6
	#define		C_SIO_RD				0x0000			//	SIO Read 
	#define		C_SIO_WR				0x0040			//	SIO Write 
//B7
	#define		C_SIO_ENB				0x0080			//	Enable SIO Configuration 
	#define		C_SIO_Dis				0x0000			//	Disable SIO
//-----------------------------------------------------------------------------------//
extern void Set_SIO_Data(unsigned int);
extern unsigned int Get_SIO_Data(void);
//B7..B0	-->	Data
extern void Set_SIO_Address(unsigned long int);
extern unsigned long int Get_SIO_Address(void);
//B7..B0	-->	Address Low
//B15..B7	--> Address Mid
//B23..B16	-->	Address High
extern void Set_SIO_Addr_Low(unsigned int);
extern unsigned int Get_SIO_Addr_Low(void);
//B7..B0	-->	Data
extern void Set_SIO_Addr_Mid(unsigned int);
extern unsigned int Get_SIO_Addr_Mid(void);
//B7..B0	-->	Data
extern void Set_SIO_Addr_High(unsigned int);
extern unsigned int Get_SIO_Addr_High(void);
//B7..B0	-->	Data
extern void Set_SIO_Start(void);
extern unsigned int Get_SIO_Start(void);
//B7	-->	Busy
extern void Set_SIO_Stop(void);
//-----------------------------------------------------------------------------------//
//-----------------------------------------------------------------------------------//
extern void Set_UART_Command1(unsigned int);
//B2
	#define		C_UART_Parity_ENB			0x0004			//Enable UART	Parity Enable 
//B3
	#define		C_UART_Parity_Odd			0x0000			//Enable UART	Parity Odd 
	#define		C_UART_Parity_Even			0x0008			//Enable UART	Parity Even 
//B5
	#define		C_UART_Reset				0x0020			//UART	Internal Reset
//B6
	#define		C_UART_Tx_IRQ_ENB			0x0040			//UART	TX IRQ	Enable
//B7
	#define		C_UART_Rx_IRQ_ENB			0x0080			//UART	RX IRQ	Enable
//-----------------------------------------------------------------------------------//
extern void Set_UART_Command2(unsigned int);
//B6
	#define		C_UART_Tx_Pin_ENB			0x0040			//UART	TX Pin Enable
//B7
	#define		C_UART_Rx_Pin_ENB			0x0080			//UART	RX Pin Enable
extern unsigned int Get_UART_Command2(void);
//B3
	#define		C_UART_Parity_Error			0x0008			//UART	Parity Error 
//B4
	#define		C_UART_OverRun_Error		0x0010			//UART	Over Run Error 
//B5
	#define		C_UART_Frame_Error			0x0020			//UART	Frame Error
//B6
	#define		C_UART_Tx_RDY				0x0040			//UART	TX Ready
//B7
	#define		C_UART_Rx_RDY				0x0080			//UART	RX Ready
//-----------------------------------------------------------------------------------//
//B7..B0
extern void Set_UART_Data(unsigned int);
extern unsigned int Get_UART_Data(void);
//B15..B0
extern void Set_UART_BaudRate(unsigned int);
extern unsigned int Get_UART_BaudRate(void);
	#define		C_BaudRate_2400				0x1400			//UART	2400
	#define		C_BaudRate_4800				0x0A00			//UART	4800
	#define		C_BaudRate_9600				0x0500			//UART	9600
	#define		C_BaudRate_19200			0x0280			//UART	19200
	#define		C_BaudRate_38400			0x0140			//UART	38400
	#define		C_BaudRate_48000			0x0100			//UART	48000
//B7..B0
extern void Set_UART_BaudScalarLow(unsigned int);
extern unsigned int Get_UART_BaudScalarLow(void);
//B7..B0
extern void Set_UART_BaudScalarHigh(unsigned int);
extern unsigned int Get_UART_BaudScalarHigh(void);
//-----------------------------------------------------------------------------------//
//-----------------------------------------------------------------------------------//
extern void _Mic_Input_Ctrl(unsigned int,unsigned int);
//	1:Set DAC trigger type
//		C_DA1_Direct				0x0000 			// DAC1 latch
//	 	C_DA1_LatchA				0x0080 			// 
//	 	C_DA1_LatchB				0x0100 			//
//	 	C_DA1_LatchAB				0x0180 			//
//------------------------------------------------------------
//		C_DA2_Direct				0x0000 			// DAC2 latch
//		C_DA2_LatchA				0x0020 			// 
//	 	C_DA2_LatchB				0x0040 			//
//	 	C_DA2_LatchAB				0x0060 			//
//-------------------------------------------------------------
//	 	C_AD_Direct					0x0000 			// A/D MIC_IN latch 
//	 	C_AD_LatchA					0x0008 			//
//		C_AD_LatchB					0x0010 			//
//	 	C_AD_LatchAB				0x0018 			//
//--------------------------------------------------------------
//	User can set 3 of above list, like 
//			C_DA1_LatchA+C_DA2_LatchB+C_AD_LatchA	or	
//			C_DA2_LatchAB+C_AD_LatchA
//
//	2:Select AGC enable/disable
// 		C_AGCE						0x0004 			//B3	//Have AGC
// 		C_AGCN						0x0000 			//B3	//No AGC
//-----------------------------------------------------------------------------------//
//-----------------------------------------------------------------------------------//
extern void _Line_Input_Ctrl(unsigned int,unsigned int);
//	1:Set Line in channel 
//		C_ADC_CH1				0x0001 			//IOA0
//		C_ADC_CH2				0x0002 			//IOA1
//		C_ADC_CH3				0x0003 			//IOA2
//		C_ADC_CH4				0x0004 			//IOA3
//		C_ADC_CH5				0x0005 			//IOA4
//		C_ADC_CH6				0x0006 			//IOA5
//		C_ADC_CH7				0x0007 			//IOA6

//	2:Set Vextref enable/disable and V2 Ref enable/disable
//		C_VEXTREF_ENB			0x0080 			//B7	//Have Ext REF Voltage
//		C_VEXTREF_DIS			0x0000 			//B7	//No Ext REF Voltage
//		C_V2VREFB_DIS			0x0100 			//B8	//No 2V Voltage
//		C_V2VREFB_ENB			0x0000 			//B8	//Have 2V Voltage
//
extern void	FIQ_ON();
extern void	FIQ_OFF();
extern void	IRQ_ON();
extern void	IRQ_OFF();
extern void	INT_FIQ();
extern void	INT_IRQ();
extern void	INT_FIQ_IRQ();
extern void	INT_OFF();
			
#endif