UTS6710/drivers/include/Customization.h

#ifndef _CUSTOMIZATION_H_
#define _CUSTOMIZATION_H_
#include "drv_types.h"
// Custom section 
// 0xbc00:F000~0xFFFF (Total Size: 4K)




typedef struct _DARG { // Data Adjust Range	// keep 2013/08/12, Richie.Chang
	short	OSD_MIN; // User mode
	short	OSD_MAX;
	short	DRV_MIN; // Register mode
	short	DRV_MAX;
}DARG, *PDARG;

typedef struct _ADJUST_RANGE_ITEM { // keep 2013/08/12, Richie.Chang
	UINT8    Reserved;                               // 0x105 
	UINT8    CheckSum;                               // 0x106 {UINT16 sum = *((UINT16*)(&CheckSum))}
	UINT8    CheckSum_H;                             // 0x107 
	UINT8	pAdjustData[512-3];//3 for alignment    //0x108   struct ADJUST_RANGE will copy there     
}ADJUST_RANGE_ITEM, *PADJUST_RANGE_ITEM;

typedef struct _ADJUST_RANGE { // keep 2013/08/12, Richie.Chang
	DARG	VIP_Brightness;				// 0x108
	DARG	VIP_Contrast;				// 0x110
	DARG	VIP_Sharpness;				// 0x118
	DARG	VIP_Saturation;				// 0x120
	DARG	VIP_Tint;				// 0x128
	DARG	VIP_FleshTone;				// 0x130	
	DARG	VIP_ColorTempRgain;			// 0x138
	DARG	VIP_ColorTempGgain;			// 0x140	
	DARG	VIP_ColorTempBgain;			// 0x148
	DARG	VIP_ColorTempRoffset;			// 0x150
	DARG	VIP_ColorTempGoffset;			// 0x158
	DARG	VIP_ColorTempBoffset;			// 0x160
	DARG	VIP_RegionColor1;			// 0x168	
	DARG	VIP_RegionColor2;			// 0x170
	DARG	VIP_RegionColor3;			// 0x178
	DARG	VIP_RegionColor4;			// 0x180
	DARG	VIP_RegionColor5;			// 0x188
	DARG	VIP_RegionColor6;			// 0x190
	DARG	VIP_PC_Hposition;			// 0x198
	DARG	VIP_PC_Vposition;			// 0x1A0
	DARG	VIP_PC_Hsize;				// 0x1A8
	DARG	VIP_PC_Vsize;				// 0x1B0
	DARG	ADC_PC_Phase;				// 0x1B8
	DARG	ADC_PC_Clock;				// 0x1C0
	DARG	ADC_Rgain;				// 0x1C8
	DARG	ADC_Ggain;				// 0x1D0
	DARG	ADC_Bgain;				// 0x1D8
	DARG	ADC_Roffset;				// 0x1E0
	DARG	ADC_Goffset;				// 0x1E8
	DARG	ADC_Boffset;				// 0x1F0
	DARG	Audio_Equalizer_100Hz;			// 0x1F8
	DARG	Audio_Equalizer_300Hz;			// 0x200	
	DARG	Audio_Equalizer_1KHz;			// 0x208
	DARG	Audio_Equalizer_3KHz;			// 0x210
	DARG	Audio_Equalizer_10KHz;			// 0x218
	DARG	Audio_Volume;				// 0x220
	DARG	Audio_Balance;				// 0x228
	DARG	Audio_AV_out_volume;			// 0x230
	DARG	Audio_Volume_offset;			// 0x238
	DARG	Audio_Lip_Sync;				// 0x240
	DARG	CVD2_Brightness;			// 0x248
	DARG	CVD2_Contrast;				// 0x250
	DARG	CVD2_Saturation;			// 0x258
	DARG	CVD2_Hue;				// 0x260
	DARG	CVD2_Primary_CTI;			// 0x268
	DARG	CVD2_Secondary_CTI;			// 0x270	
	DARG	CVD2_LTI;				// 0x278
	DARG	CVD2_LDLY;				// 0x280
	DARG	LCD_BackLight;				// 0x288 ~ 0x28F
							// 515-(49*sizeof(DARG)+3),  0x290 ~ 0x307
}ADJUST_RANGE, *PADJUST_RANGE;

/*
typedef struct _EPG_PARAM {
	UINT8		nId[2];		// 'p' 'g'
	UINT8		nReserve[2];	// should be zero
	unsigned	bRemoveColorButton:1;
	unsigned	bRemoveNoneRating:1;
	unsigned	bGoto12HourForTimePage:1;
	unsigned	bEpgTimeOut:1;
	unsigned	nValue4:1; //unused
	unsigned	nValue5:1; //unused
	unsigned	nValue6:1; //unused
	unsigned	nValue7:1; //unused
	unsigned	nValue8:24;//unused
}EPG_PARAM, *PEPG_PARAM;
*/


typedef struct _GPIO_USAGE {
	UINT8	index;
	UINT8	type:1;					// 1: Open drain 0:Push-Pull output
	UINT8	enable_value:1;			// high / low
	UINT8	enable_internal_pull_up:1;
	UINT8	enable_internal_pull_down:1;
	UINT8	reserved:4;
}GPIO_USAGE, *PGPIO_USAGE;

typedef struct _IR_Power_On_Key_Code{ // Add 2013/08/12 and remove old struct
	 UINT16 PowerKey_number;
	 UINT32 Key_Code[14];  // ADDRESS[31:24], ADDRESS_BAR[23:16] COMMAND[15:8], COMMAND_BAR[7:0]
}IR_PowerOnKeyCode;

typedef struct _IR_Panel_Switch_Key_Code{ // Add 2013/12/13
     UINT16 PanelKey_number;
     UINT32 Key_Code[CONFIG_PANEL_NUM];  // ADDRESS[31:24], ADDRESS_BAR[23:16] COMMAND[15:8], COMMAND_BAR[7:0]
}IR_PanelSwitchKeyCode;

typedef struct _CUSTIMIZATION_TABLE {
	// IR
	UINT32	IRCommandType;	// 00~03  IR_CODING
	UINT32	pIR_Set[33];	// 04~87 (132 bytes (4 x 33))
	UINT32	IR2CommandType;	// 88~8B  IR_CODING
	UINT32	pIR2_Set[33];	// 8C~10F (132 bytes (4 x 33))
	UINT8	PowerOnKeySets;	// 110~113 number of remote controls

	// KEYPAD
	UINT32	KEYPAD_PWR_ON_KEY;	// 114~117
	
	// LED
	UINT8	GreenLEDNum	:7;  	// 118, bit[6:0] GPIO/PWM number
	UINT8	GreenLEDMode:1;		//     bit [7] 1: GPIO mode, 0: PWM mode
	UINT8	RedLEDNum	:7; 	// 119, bit[6:0] GPIO/PWM number
	UINT8	RedLEDMode	:1;  	//     bit [7] 1: GPIO mode, 0: PWM mode
	UINT8	LEDOnStatus; 		// 11A, bit 7: 1/0 ==> GREEN LED H/L bit 6: 1/0 ==> RED LED H/L bit [3:0] ==> 0x2ee0000 >> (15-bit[3:0])
	UINT8	LEDOffStatus;		// 11B, bit 7: 1/0 ==> GREEN LED H/L bit 6: 1/0 ==> RED LED H/L bit [3:0] ==> 0x2ee0000 >> (15-bit[3:0])

	// Panel
	UINT8	PanelPWROnGPIONum;		// 11C
	UINT8	PanelBackLightGPIONum;	// 11D
	UINT8	PanelPWMNum;			// 11E

	//DVD IR OUT
	UINT8	DVD_IROUT_GPIO_NO;		// 11F
	
	UINT32	Custom_self_ID;		// 120~123 /* Owner each project PM recommend as manufactur ID + serial */	// keep 2013/08/12, Livian.Chen
	UINT32	Custom_self_Feature;// 124~127 /* Owner each project PM for bit use it; bit[0] 1: panel Inverse*/	// keep 2013/08/12, Livian.Chen

	//HDMI port map
	UINT8	HDMISwitchMap;		// 128
	UINT8	HDMIHPDInvertMap;	// 129 Hutplug detecte invert mask for each port
	UINT32	HDMIPortMap;		// 12C~12E

	UINT8	PowerCtrlGPIONO :7;	// 130
	UINT8	PowerCtrlEnable :1;
	UINT8	PanelNum; //131

	UINT8 keypad0_adj_b0; //132
	UINT8 keypad0_adj_b1; //133
	UINT8 keypad0_adj_b2; //134
	UINT8 keypad1_adj_b0; //135
	UINT8 keypad1_adj_b1; //136
	UINT8 keypad1_adj_b2; //137
#ifdef CONFIG_SUPPORT_ETHERNET
	// Reserved space
	UINT8	Reserved[2];
	UINT8	MAC[10]; 
#else
	// Reserved space
	UINT8	Reserved[12];//138
#endif
	// KEYPAD LEVEL
	UINT32	R_MLKEY_0_LEVEL;	//level0~3 144
	UINT32	R_MLKEY_4_LEVEL;	//level4~7 148
	UINT8 	R_MLKEY_8_LEVEL;	//level8 14c
	UINT8	Reserved2[3];
	//PowerOnKey
	IR_PowerOnKeyCode IR_PowerOnKey[CONFIG_ROMOTE_CTL_NUM]; //150~
	//keycode array for mapping panel idx if use multi-panel function
	IR_PanelSwitchKeyCode IR_PanelMapKey;
}CUSTIMIZATION_TABLE, *CUSTIMIZATION_TABLEPTR;
//}__attribute__((packed)) CUSTIMIZATION_TABLE, *CUSTIMIZATION_TABLEPTR;

#if 0
//--------- Some option to panel set   110725
typedef struct _OPTION_IN_PANEL_SET_
{
	union
	{
		unsigned char	optionSize[16];
		struct
		{
			unsigned long	option_PanelReserved_0;
			unsigned long	option_PanelReserved_1;
			unsigned long	option_PanelReserved_2;
			union
			{
				unsigned long	dw_Inverse;  //offset 0x07fc  110725
				struct
				{
					unsigned long inverser:1; // panel Inverse
					unsigned long Reserved:31;
				};
			};
		};
	};
}OPTION_IN_PANEL_SET, *POPTION_IN_PANEL_SET;

typedef struct _OPTIONBR_IN_PANEL_SET_
{
	union
	{
		unsigned char	optionBrSize[16];
		struct
		{
			UINT32	option_BRReserved_0;
			UINT32	option_BRReserved_1;
			UINT32	option_BRReserved_2;
			UINT32	option_BR_backupFlag;
		};
	};
}OPTIONBR_IN_PANEL_SET, *POPTIONBR_IN_PANEL_SET;

#define PANEL_SET_RESERVED_SIZE  (2 * 1024)
typedef struct _PANEL_FLASH_BLOCK_
{
	union
	{
		unsigned char	panelSetReservedSize[PANEL_SET_RESERVED_SIZE];
		struct{
			unsigned char	panelSetCanUseSize[PANEL_SET_RESERVED_SIZE - 32];
			//------
			OPTION_IN_PANEL_SET	option;
			//--------
			OPTIONBR_IN_PANEL_SET brFlag; // B o o t R o m
		};
	};
}PANEL_FLASH_BLOCK, *PPANEL_FLASH_BLOCK;

//---------
#endif

#endif /* _CUSTOMIZATION_H_ */