ioctr_m04_c2.h

sircs decoder, for amplifier.. this is to decode

/****************************************************************************************************/
/* $Header  : 																					  	
/* AUTHOR 	: TC PUI																		  		
/* FILE NAME: IOCTR.H																		  		
/* PURPOSE	: I/O HEADER												 				 		
/* MODEL	: 2004 CIS 2-CH AMP 										  						
/* Copyright (c) 2004 Sony Corporation All Rights Reserved					  						
/****************************************************************************************************/

#ifndef	_IOCTR_H
#define	_IOCTR_H

#ifdef	_IOCTR_C
#define	IOCTR_EXT
#else
#define	IOCTR_EXT	extern
#endif

/****************************************************************************************************/
/* global function prototype																		
/****************************************************************************************************/
IOCTR_EXT void PotInitialize(void);
IOCTR_EXT void IopControl(void);
IOCTR_EXT void IopControlTest(void);

/****************************************************************************************************/
/* global define value																				
/****************************************************************************************************/

#define P0_EEPDAT	0x04
#define P0_EEP_DFLT	0x7B

#define P_STANDBY_LED			P_LED0
#define P_OPERATION_LED			P_LED1
#define P_PROTECT_LED			P_LED2

#define P_SEL_12V_TRIG			P_AUTOPOW_SEL0
#define P_SEL_AUDIO_SENSE		P_AUTOPOW_SEL1
#define P_SEL_IR_IN				P_AUTOPOW_SEL2   



#define P_FREE01				PDR4.BIT.B6		/* < 01 >	O */
#define P_FLASH1				PDR4.BIT.B7		/* < 02 >	I */	/* MOD2 */
#define P_ADKEY0				PDR5.BIT.B0		/* < 03 >	I */	/* AD */
#define P_ADKEY1				PDR5.BIT.B1		/* < 04 >	I */	/* AD */
#define P_VOL_AD_L				PDR5.BIT.B2		/* < 05 >	I */	/* AD */
#define P_VOL_AD_R				PDR5.BIT.B3		/* < 06 >	I */	/* AD */
#define P_FREE07				PDR5.BIT.B4		/* < 07 >	O */
#define P_FREE08				PDR5.BIT.B5		/* < 08 >	O */
#define P_FREE09				PDR5.BIT.B6		/* < 09 >	O */
#define P_FREE10				PDR5.BIT.B7		/* < 10 >	O */

#define P_SIRCS					PDR6.BIT.B0		/* < 14 >	I */	/*	INPUT-ONLY PORT	*/
#define P_AU_SENSEOFF			PDR6.BIT.B1		/* < 15 >	I */	/*	INPUT-ONLY PORT	*/
#define P_STOP					PDR6.BIT.B2		/* < 16 >	I */	/*	INPUT-ONLY PORT	*/
#define P_FREE17				PDR6.BIT.B3		/* < 17 >	I */	/*	INPUT-ONLY PORT	*/
#define P_FREE18				PDR6.BIT.B4		/* < 18 >	I */	/*	INPUT-ONLY PORT	*/

#define P_PROTCT				PDR2.BIT.B7		/* < 25 >	I */
#define P_FREE26				PDR2.BIT.B6		/* < 26 >	O */
#define P_FREE27				PDR2.BIT.B5		/* < 27 >	O */
#define P_FREE28				PDR2.BIT.B4		/* < 28 >	O */
#define P_FLASH2				PDR2.BIT.B3		/* < 29 >	I */	/* P29 */ 
#define P_FLASH3				PDR2.BIT.B2		/* < 30 >	I */	/* PPG02 */
#define P_VOL_STB				PDR2.BIT.B1		/* < 31 >	O */
#define P_FREE32				PDR2.BIT.B0		/* < 32 >	O */
#define P_AUTOPOW_SEL0			PDR1.BIT.B7		/* < 33 >	I */
#define P_AUTOPOW_SEL1			PDR1.BIT.B6		/* < 34 >	I */
#define P_AUTOPOW_SEL2			PDR1.BIT.B5		/* < 35 >	I */
#define P_FREE36				PDR1.BIT.B4		/* < 36 >	O */
#define P_LED2					PDR1.BIT.B3		/* < 37 >	O */
#define P_LED1					PDR1.BIT.B2		/* < 38 >	O */
#define P_LED0					PDR1.BIT.B1		/* < 39 >	O */
#define P_FLASH4				PDR1.BIT.B0		/* < 40 >	O */
#define P_12V_TRIG_IN			PDR0.BIT.B7		/* < 41 >	I */
#define P_12V_TRIG_OUT			PDR0.BIT.B6		/* < 42 >	O */
#define P_POWRLY				PDR0.BIT.B5		/* < 43 >	O */
#define P_SPK_RELAY				PDR0.BIT.B4		/* < 44 >	O */
#define P_FREE45				PDR0.BIT.B3		/* < 45 >	O */
#define P_SDA					PDR0.BIT.B2		/* < 46 >	I/O */
#define P_SCL					PDR0.BIT.B1		/* < 47 >	O */
#define P_FREE48				PDR0.BIT.B0		/* < 48 >	O */

#define P_ID0					PDR3.BIT.B0		/* < 50 >	I */
#define P_EVLCLK				PDR3.BIT.B1		/* < 51 >	O */
#define P_EVLDAT				PDR3.BIT.B2		/* < 52 >	O */
#define P_SIRCS_OUT				PDR3.BIT.B3		/* < 53 >	O */
#define P_ID1					PDR3.BIT.B4		/* < 54 >	I */
#define P_ID3					PDR3.BIT.B5		/* < 55 >	I */

#define P_ID2					PDR3.BIT.B6		/* < 57 >	I */
#define P_CARRIER				PDR3.BIT.B7		/* < 58 >	O */
#define P_ID4					PDR4.BIT.B0		/* < 59 >	I */
#define P_FLASH5				PDR4.BIT.B1		/* < 60 >	I */	/* SCK2 */
#define P_FLASH6				PDR4.BIT.B2		/* < 61 >	O */	/* SOT2 */
#define P_FLASH7				PDR4.BIT.B3		/* < 62 >	I */	/* SIN2 */
#define P_FREE63				PDR4.BIT.B4		/* < 63 >	O */
#define P_FREE64				PDR4.BIT.B5		/* < 64 >	O */



#define F_STDBYLED				Exp.Bit.D02		/* STANDBY LED flag		*/
#define F_OPERTLED				Exp.Bit.D01		/* OPERATION LED flag	*/
#define F_PROTRLED				Exp.Bit.D00		/* PROTECTOR LED flag	*/

typedef union {
	unsigned  char Byte;
	struct {
		unsigned char D08:1;
		unsigned char D07:1;
		unsigned char D06:1;
		unsigned char D05:1;
		unsigned char D04:1;
		unsigned char D03:1;
		unsigned char D02:1;
		unsigned char D01:1;
		unsigned char D00:1;
	} Bit;
} Latch8bit_;


/****************************************************************************************************/
/* variable type define														  						
/****************************************************************************************************/
/* nothing */
/****************************************************************************************************/
/* global variable 																					
/****************************************************************************************************/
/* nothing */
/****************************************************************************************************/
IOCTR_EXT Latch8bit_	Exp;
#endif