UTS6710/tools/mergeImage/option_330.c

#include "mergeImage.h"
#include <Customization.h>
#include "gpioset.h"

#ifdef OP_IRCommandType
#define showMsg( args... ) printf( args )

CUSTIMIZATION_TABLE OptionData;

int GetOptionData(void )
{
	//unsigned char i, j;
	showMsg( "\n**** GetOptionData ****\n");
	memset(&OptionData, 0, sizeof(OptionData));
	/* ------------------------------------------------*/
	#if 0
	OptionData.GPIOSET[0] = 0x1e;
	OptionData.GPIOSET[1] = 0x02;
	OptionData.GPIOSET[2] = 0x15;
	OptionData.GPIOSET[3] = 0x16;
	OptionData.GPIOSET[4] = 0xe0;
	OptionData.GPIOSET[5] = 0xa4;
	OptionData.GPIOSET[6] = 0x88;
	OptionData.GPIOSET[7] = 0x09;
	OptionData.GPIOSET[8] = 0x0a;
	OptionData.GPIOSET[9] = 0x0b;
	OptionData.GPIOSET[10] = 0x0c;
	OptionData.GPIOSET[11] = 0x0d;
	OptionData.GPIOSET[12] = 0x0e;
	OptionData.GPIOSET[13] = 0x11;
	OptionData.GPIOSET[14] = 0xc3;
	OptionData.GPIOSET[15] = 0xbf;
	OptionData.GPIOSET[16] = 0xff;
	OptionData.GPIOSET[17] = 0x00;
	#endif
	/*------------------------------------------------*/
	OptionData.IRCommandType = OP_IRCommandType;
	// IR setting
	OptionData.pIR_Set[0] = OP_IR_Protocol_reg;				/* 0xbe080004 */
	showMsg( "OP_IR_Protocol_reg=%x\tpIR_Set=%x\n", (unsigned int)OP_IR_Protocol_reg, (unsigned int)OptionData.pIR_Set[0]);
	OptionData.pIR_Set[1] = OP_IR_Interrupt_en_reg;			/* 0xbe080008 */
	OptionData.pIR_Set[2] = OP_IR_Interrupt_staus;			/* 0xbe08000c */
	OptionData.pIR_Set[3] = OP_IR_MinSpaceBetweenPacket;	/* 0xbe080010 */
	OptionData.pIR_Set[4] = OP_IR_Max_Min_Symbol;			/* 0xbe080014 */
	OptionData.pIR_Set[5] = OP_IR_Max_Min_Short_Mark;		/* 0xbe080018 */
	OptionData.pIR_Set[6] = OP_IR_Max_Min_Short_Space;		/* 0xbe08001c */
	OptionData.pIR_Set[7] = OP_IR_Max_Min_Long_Mark;		/* 0xbe080020 */
	OptionData.pIR_Set[8] = OP_IR_Max_Min_Head_Mark;		/* 0xbe080024 */
	OptionData.pIR_Set[9] = OP_IR_Max_Min_Head_Space;		/* 0xbe080028 */
	OptionData.pIR_Set[10] =OP_IR_REG_2C;					/* 0xbe08002c */
	OptionData.pIR_Set[11] =OP_IR_Max_Min_Repeat_Space;		/* 0xbe080030 */
	OptionData.pIR_Set[12] =OP_IR_Extra_Decode_Option;		/* 0xbe080034 */
	OptionData.pIR_Set[13] =OP_IR_REG_38;					/* 0xbe080038 */
	OptionData.pIR_Set[14] =OP_IR_WatchDog_Timeout;			/* 0xbe08003c */
	OptionData.pIR_Set[15] =OP_IR_Repeat_Threshold;			/* 0xbe080040 */
	OptionData.pIR_Set[16] =OP_IR_Packet_Timeout_Threshold;	/* 0xbe080044 */
	OptionData.pIR_Set[17] =OP_IR_Key_Press_Counter;		/* 0xbe080048 */
	OptionData.pIR_Set[18] =OP_IR_Protocol_Type_Option;		/* 0xbe08004c */
	OptionData.pIR_Set[19] =OP_IR_Internal_Counter;			/* 0xbe080050 */
	OptionData.pIR_Set[20] =OP_IR_Bit47_to_Bit16;			/* 0xbe080054 */
	OptionData.pIR_Set[21] =OP_IR_Receiver_Signal;			/* 0xbe080058 */
	OptionData.pIR_Set[22] =OP_IR_Power_Code_Option;		/* 0xbe08005c */
	OptionData.pIR_Set[23] =OP_IR_Power_Code_A_Low_Channel;	/* 0xbe080060 */
	OptionData.pIR_Set[24] =OP_IR_Power_Code_A_High_Channel;/* 0xbe080064 */
	OptionData.pIR_Set[25] =OP_IR_Power_Code_B_Low_Channel;	/* 0xbe080068 */
	OptionData.pIR_Set[26] =OP_IR_Power_Code_B_High_Channel;/* 0xbe08006c */
	OptionData.pIR_Set[27] =OP_IR_Power_Code_C_Low_Channel;	/* 0xbe080070 */
	OptionData.pIR_Set[28] =OP_IR_Power_Code_C_High_Channel;/* 0xbe080074 */
	OptionData.pIR_Set[29] =OP_IR_Power_Code_D_Low_Channel;	/* 0xbe080078 */
	OptionData.pIR_Set[30] =OP_IR_Power_Code_D_High_Channel;/* 0xbe08007c */
	OptionData.pIR_Set[31] =OP_IR_Max_Min_Long1_MarkSpace;	/* 0xbe080080 */
	OptionData.pIR_Set[32] =OP_IR_Max_Min_Long2_MarkSpace;	/* 0xbe080084 */
	//------------------------------------------------//
	OptionData.PowerOnKeySets = 2;
	OptionData.KEYPAD_PWR_ON_KEY = OP_KEYPAD_PWR_ON_KEY;
	showMsg("----\n");
	//------------------------------------------------//
	// LED
	OptionData.GreenLEDNum = 0x01;		// GPIO 01 as Green LED
	OptionData.GreenLEDMode = 1;		// GPIO mode
	OptionData.RedLEDNum = 1;			// PWM0 as Red LED
	OptionData.RedLEDMode = 0;			// PWM mode
	OptionData.LEDOnStatus = 0x80;
	OptionData.LEDOffStatus = 0x40;
	// Panel
	OptionData.PanelPWROnGPIONum = 2;	// GPIO 02 as panel power control
	OptionData.PanelBackLightGPIONum = 30;	// GPIO 30 as Back Light control
	OptionData.PanelPWMNum = 2;				// PWM 2 as Back Light Brig
	//------------------------------------------------//
	OptionData.DVD_IROUT_GPIO_NO = 28;			/* 0xbe080098 */
	//------------------------------------------------//
	OptionData.HDMISwitchMap = OP_HDMI_SWITCH;				/* 0xbe08009A */
	OptionData.HDMIPortMap = OP_HDMI_PORT_MAP;				/* 0xbe08009C */
	
	OptionData.IR_PowerOnKey[0].Custom_Code = 0x09f6;		/* 0xbe0800A0 */
	OptionData.IR_PowerOnKey[0].Key_Code[0] = 0x45ba;
	OptionData.IR_PowerOnKey[1].Custom_Code = 0x649b;		/* 0xbe0800C0 */
	OptionData.IR_PowerOnKey[1].Key_Code[0] = 0x50af;

	showMsg( "\n**** GetOptionData done ****\n");
	//------------------------------------------------//
	showMsg( "**** size of Option:%x ****\n", sizeof(OptionData));
	return 0;
}

int GPIOini2Bin(unsigned char *GPIOData)
{
	int i, j;
	char pChar[256];
	PADJUST_GPIO GPIOiniData;
	GPIO_FORMAT GPIOset[64];
	FILE *fPtr;
	char GPIOdescript[256];
	int nFieldNum;

	showMsg( "\n**** GPIOini2Bin ****\n");
	memset(pChar, 0xFF, sizeof(pChar));
	memset(GPIOset, 0, sizeof(GPIOset));
	memset(GPIOdescript, 0, sizeof(GPIOdescript));
	GPIOiniData = (PADJUST_GPIO)(pChar);

	fPtr = fopen(GPIOSetIniFileName, "r");
	if ( fPtr == NULL ) {
		showMsg("### Open %s file fail ###\n", GPIOSetIniFileName);
		return -1;
	}
	do {
		// Get string from file
		if(fgets(GPIOdescript, sizeof(GPIOdescript), fPtr));
	} while (((GPIOdescript[0]=='#')&&(GPIOdescript[1]!='i')&&(GPIOdescript[2]!='n')&&(GPIOdescript[3]!='d')&&(GPIOdescript[4]!='e')&&(GPIOdescript[5]!='x')) || \
			 ((GPIOdescript[0]!='i')&&(GPIOdescript[1]!='n')&&(GPIOdescript[2]!='d')&&(GPIOdescript[3]!='e')&&(GPIOdescript[4]!='x')) );
	j = 0;
	for ( i=0;i<64;i++) {
		nFieldNum  = fscanf(fPtr,"%d %d %d %d %d %d %d %d %d %d %d %x",(int *)&GPIOset[i].index, \
															  (int *)&GPIOset[i].AuxEnalbe,\
															  (int *)&GPIOset[i].AuxMode,\
															  (int *)&GPIOset[i].AuxValue,\
															  (int *)&GPIOset[i].AInternalPU,\
															  (int *)&GPIOset[i].AInternalPD, \
															  (int *)&GPIOset[i].MainEnalbe,\
															  (int *)&GPIOset[i].MainMode,\
															  (int *)&GPIOset[i].MainValue,\
															  (int *)&GPIOset[i].MInternalPU, \
															  (int *)&GPIOset[i].MInternalPD, \
															  (int *)&GPIOset[i].MDELAY_TIME);
		GPIOiniData->GPIO[j] = GPIOset[i].index;
		GPIOiniData->GPIO[j+1] = GPIOset[i].AuxEnalbe +\
								(GPIOset[i].AuxMode<<1) +\
								(GPIOset[i].AuxValue<<2) +\
								(GPIOset[i].AInternalPU<<3) +\
								(GPIOset[i].AInternalPD<<4) +\
								(GPIOset[i].MainEnalbe<<5) +\
								(GPIOset[i].MainMode<<6) +\
								(GPIOset[i].MainValue<<7);


		GPIOiniData->GPIO[j+2] = (GPIOset[i].MInternalPU<<6) +\
								 (GPIOset[i].MInternalPD<<7) +\
								 (GPIOset[i].MDELAY_TIME&0x3F);
		//showMsg("\n**** GPIO%d:%02x %02x ****\n", GPIOiniData->GPIO[j], GPIOiniData->GPIO[j+1], GPIOiniData->GPIO[j+2]);
		j = j+3;
		if ( feof(fPtr) ) break;
	}
	fclose(fPtr);
	memcpy(GPIOData, GPIOiniData, sizeof(ADJUST_GPIO));
	showMsg( "\n**** GPIOini2Bin done (%d sets) ****\n", nFieldNum);
	return 0;
}

#endif	// OP_IRCommandType