UTS6710/drivers/hdmi/6710/sysreg.c

#include "drv_types.h"
#include "sysreg.h"
#include "hdmi_time.h"
#include "../../module_include/drv_gpio.h"


#pragma pack(push,1)

typedef struct __SYSTEM_REG
{
	union
	{
		UINT32	reg000_007[0x2];
		struct
		{
			UINT32   VenderID: 16;
			UINT32   DeviceID: 16;
			UINT32   AuxVss: 8;
			UINT32   RevisionID: 8;
			UINT32   Information : 16;
		};
		struct
		{
			UINT32   reg000_b00_b15: 16;
			UINT32   chipInfo: 32;
			UINT32   reg004_b16_b31: 16;
		};
	};
	//UINT8	reg008_033[0x2c];
	//UINT8	reg008_017[0x10];
	UINT8	reg008_00b[0x4];
	union
	{
		UINT32   reg00c_00f;
		struct
		{
			UINT32   AUX_R_SPI_RST: 1;
			UINT32   AUX_UART_RST: 1;
			UINT32   AUX_I2C_RST: 1;
			UINT32   AUX_IR_RST: 1;
			UINT32   R_TSDEMUXA_RST: 1;
			UINT32   reserved_00c_b5: 1;
			UINT32   R_I2C_MASTER_MAIN_RST: 1;
			UINT32   R_VDEC_RST: 1;
			UINT32   AUX_R_ISOLATION_OFF_MFD: 1;
			UINT32   AUX_R_ISOLATION_OFF_FAL: 1;
			UINT32   reserved_00d_b2: 1;
			UINT32   R_VFA_RST: 1;
			UINT32   R_AUDIO_AVC_RST: 1;
			UINT32   R_UMC_RST: 1;
			UINT32   R_VIP_RST: 1;
			UINT32   R_AUDIO_RST: 1;
			UINT32   R_HDMI_RST: 1;
			UINT32   R_VD_RST: 1;
			UINT32   R_USB_RST: 1;
			UINT32   R_TT_RST: 1;
			UINT32   R_CA_RST: 1;
			UINT32   R_USB_SW_RST: 1;
			UINT32   R_USB_UTMI_RST: 1;
			UINT32   AUX_R_USBPLL_RST: 1;
			UINT32   AUX_ATV_AUDIO_DEC_RST: 1;
			UINT32   reserved_00f_b1: 1;
			UINT32   AUX_R_CPU0_RST: 1;
			UINT32   reserved_00f_b3: 1;
			UINT32   R_MFD_RST: 1;
			UINT32   reserved_00f_b5: 1;
			UINT32   reserved_00f_b6: 1;
			UINT32   AUX_R_CPU1_RSTN: 1;
		};
	};
    UINT8	reg010_017[0x8];
	union
	{
		UINT32   reg018_01b;
		struct
		{
			UINT32   reg02C_b0_b5: 6;
			UINT32   R_CBUS_DRV_PD_P0: 2;
			UINT32   R_CBUS_DRV_PD_P1: 2;
			UINT32   R_CBUS_DRV_PD_P2: 2;
			UINT32   R_CBUS_DRV_P0: 2;
			UINT32   R_CBUS_DRV_P1: 2;
			UINT32   R_CBUS_DRV_P2: 2;
			UINT32   R_CBUS_VREF_SEL: 1;
			UINT32   R_CBUS_SR_PD: 1;
			UINT32   R_CBUS_PD_SEL: 3;
			UINT32   R_CBUS_EN_P0_CTL_0: 1;
			UINT32   R_CBUS_EN_P0_CTL_1: 1;
			UINT32   R_CBUS_EN_P0_CTL_2: 1;
			UINT32   R_CBUS_EN_P1_CTL_0: 1;
			UINT32   R_CBUS_EN_P1_CTL_1: 1;
			UINT32   R_CBUS_EN_P1_CTL_2: 1;
			UINT32   R_CBUS_EN_P2_CTL_0: 1;
			UINT32   R_CBUS_EN_P2_CTL_1: 1;
			UINT32   R_CBUS_EN_P2_CTL_2: 1;
		};
	};
	//UINT8	reg01c_02b[0x10];
	UINT8	reg01c_01f[0x4];
	union
	{
		UINT32   reg020_023;
		struct
		{
			UINT32   reg020_b0_b27: 28;
			UINT32   R_CBUS_EN_P0_CTL_3: 1 ;
			UINT32   R_CBUS_EN_P1_CTL_3: 1;
			UINT32   reg020_b30_b31: 2;
		};
	};
	
	//UINT8	reg024_02b[0x8];
	UINT8	reg024_027[0x4];

	union
	{
		UINT32   reg028_02b;
		struct
		{
			UINT32   reg028_b0_b26: 27;
			UINT32   R_CEC_DIODE_RES_PD: 1;
			UINT32   R_CEC_DIODE_RES: 4;
		};
	};

	union
	{
		UINT32   reg02C_02F;
		struct
		{
			UINT32   reg02C_b0_b20: 21;
			UINT32   AUX_HDMIC_EN: 1;
			UINT32   reg02C_b22_b28: 7;
			UINT32   AUX_R_CBUS_VREF_TN: 1;
			UINT32   AUX_R_CBUS_VREF_PD: 1;
			UINT32   R_TSBIST_RSTN: 1;
		};
	};

	UINT8	reg030_033[0x4];

	union
	{
		UINT32   reg034_037;
		struct
		{
			UINT32   reg034_b0_b13: 14;
			UINT32   R_AUX_EN_HDMIC_SW5V: 1;
			UINT32   R_AUX_HDMIC_SW5V: 1;
			UINT32   R_AUX_EN_HDMIA_SW5V: 1;
			UINT32   R_AUX_HDMIA_SW5V: 1;
			UINT32   R_AUX_EN_HDMIB_SW5V: 1;
			UINT32   R_AUX_HDMIB_SW5V: 1;
			UINT32   reg034_b20_b23: 4;
			UINT32   R_ICLK_FROM_IMCLK: 1;
			UINT32   R_I2S_5VDET_SELJ: 1;
			UINT32   reg034_b26_b31: 6;
		};
	};
	
	union
	{
		UINT32   reg038_03B;
		struct
		{
			UINT32   reg038_b0_b2: 3;
			UINT32   R_AUX_HPD1_HIGH: 1;
			UINT32   R_AUX_HPD2_HIGH: 1;
			UINT32   R_AUX_HPD3_HIGH: 1;
			UINT32   reg038_b6_b26: 21;
			UINT32   R_AUX_HPD0_HIGH: 1;
			UINT32   reg038_b28_b31: 4;
		};
	};
	
	UINT8	reg_03C_0D3[0x98];
	
	union
	{
		UINT32   reg0D4_0D7;
		struct
		{
			UINT32   reg0D4_b0_b6: 7;
			UINT32   HDMI_CD_SENSE: 1;
			UINT32   reg0D4_b8_b31: 24;
		};
		
	};

	//UINT8	reg_0D8_0E7[0x10];
	//UINT8	reg_0D8_0E3[0xc];
	UINT8	reg_0D8_0DF[0x8];
	union
	{
		UINT32   reg0E0_0E3;
		struct
		{
            UINT32   R_ATE_Z_DISCOVER: 1; 
            UINT32   R_ATE_Z_SINK: 1; 
            UINT32   R_ATE_Z_DISCOVER_MUX_SEL: 1; 
            UINT32   R_ATE_Z_SINK_MUX_SEL: 1; 
			UINT32   R_CD_SENSE_SEL: 1;
			UINT32   R_CD_SENSE_ENA: 1;
			UINT32   reg0E0_b6_b31: 26;
		};
	};

	
	union
	{
		UINT32   reg0E4_0E7;
		struct
		{
			UINT32   HPD_P0_EN_DIS_CTL0: 1;
			UINT32   HPD_P0_EN_DIS_CTL1: 1;
			UINT32   HPD_P0_EN_DIS_CTL2: 1;
			UINT32   HPD_P0_EN_DIS_CTL3: 1;
			UINT32   HPD_P1_EN_DIS_CTL0: 1;
			UINT32   HPD_P1_EN_DIS_CTL1: 1;
			UINT32   HPD_P1_EN_DIS_CTL2: 1;
			UINT32   HPD_P1_EN_DIS_CTL3: 1;
			UINT32   HPD_DRV_1_0_VBUS: 2;
			UINT32   HPD_DRV_1_0_PD_VBUS: 2;
			UINT32   HPD_EN_PU_HPD: 1;
			UINT32   HPD_EN_PD_HPD: 1;
			UINT32   HPD_EN_PU_VBUS: 1;
			UINT32   HPD_EN_PD_VBUS: 1;
			UINT32   HPD_OE_P_2_0: 3;
			UINT32   reg0e4_b19: 1;
			UINT32   HPD_PUDELAY_1_0:2;
			UINT32   HPD_PDDELAY_1_0:2;
			UINT32   HPD_SPIN_0:1;// PortA's cbus buffer enable(0:disable, 1:enable ,pmos) 
			UINT32   HPD_SPIN_1:1;// PortB's cbus buffer enable(0:disable, 1:enable ,pmos) 
			UINT32   HPD_SPIN_2:1;// PortC's cbus buffer enable(0:disable, 1:enable ,pmos) 
			UINT32   HPD_SPIN_4_3:2;//cbus tx mode change for port1:port0(0:origin, 1:resistance divider)
			UINT32   HPD_SPIN_5:1;// A port, 1: high-z mode HPD, 0: TX mode 
			UINT32   HPD_SPIN_6:1;// B port, 1: high-z mode HPD, 0: TX mode 
			UINT32   HPD_SPIN_7:1;// C port, 1: high-z mode HPD, 0: TX mode 
		};
	};


  	union
	{
		UINT32   reg0E8_0EB;
		struct
		{
			UINT32   Debug_Bit_A_Sel: 5;
			UINT32   reserved_b5: 1;
			UINT32   AUX_R_IO_CBUS_SELL: 2;
			UINT32   Debug_Bit_B_Sel: 5;
			UINT32   reserved_b13: 1;
			UINT32   AUX_R_IO_CBUS_SELH: 2;
			UINT32   Debug_Bit_C_Sel: 5;
			UINT32   reserved_b21: 1;
			UINT32   AUX_R_MLIOVREFISEL_b0_b1: 2;
			UINT32   Debug_Bit_D_Sel: 5;
			UINT32   reserved_b29: 1;
			UINT32   AUX_R_MLIOVREFISEL_b2_b3: 2;
		};
		
	};

	union
	{
		UINT32   reg0EC_0EF;
		struct
		{
			UINT32  Debug_Bit_E_Sel: 5;
			UINT32  reserved_b5_b7: 3;
			UINT32  Debug_Bit_F_Sel: 5;
			UINT32  reserved_b13_b15: 3;
			UINT32  Debug_Bit_G_Sel: 5;
			UINT32  AUX_R_CBUS_IO_SEL1: 1;
			UINT32  AUX_R_HPDIO_MAN_MODE: 1;
			UINT32  AUX_R_HPDIO_HDMI: 1;
			UINT32  Debug_Bit_H_Sel: 5;
			UINT32  AUX_R_CBUS_IO_SEL0: 1;
			UINT32  AUX_R_MHL_ACTIVE: 1;
			UINT32  AUX_R_CBUS_PDN: 1;
		};

	};

	UINT8	reg_F0_127[0x38];

	union
	{
		UINT32   reg128_12B;
		UINT32   R_HDMISTC_INI_VALUE;
	};

	union
	{
		UINT32   reg12C_12F;
		struct
		{
			UINT32   R_HDMISTC_ENA: 1;
			UINT32   R_HDMISTC_SPEED_SEL: 3;
			UINT32   R_MPEG_CH_SEL: 1;
			UINT32   R_AUDIO_SRC_TEST: 1;
			UINT32   R_AUDIO_SRC_SEL: 1;
			UINT32   reg12c_b07: 1;

			UINT32   R_HDMI_TMDSCLK_ENJ: 1;
			UINT32   R_HDMI_FUNCTEST: 1;
			UINT32   reg12c_b10_b31: 22;
		};
	};

	UINT8	reg130_14f[0x20];

	union
	{
		UINT32   reg150_153;
		struct
		{
			UINT32   reserved_150_b0_b19: 20;
			UINT32   r_en_ARC_portA: 1;
			UINT32   r_en_ARC_portB: 1;
			UINT32   r_en_ARC_portC: 1;
			UINT32   r_en_ARC_portD: 1;
			UINT32   reserved_150_b24_b26: 3;
			UINT32   R_HDMIAC_SEL_D: 1;
			UINT32   R_HDMIAC_SEL_C: 1;
			UINT32   reserved_150_b29_b31: 3;
		};
	};
	UINT8	reg154_1AB[0x58];
	union
	{
		UINT32   reg1AC_1AF;
		struct
		{
			UINT32   reserved_1AC_b0_b27: 28;
			UINT32   R_HPDIO_SEL: 3;
			UINT32   reserved_1AC_b31: 1;
		};
	};
	UINT8	reg1B0_214[0x65];
	union
	{
		UINT8   reg215;
		struct
		{
			UINT8   reserved_215_b0_b7: 7;
			UINT8   R_DEMOD_PWDN_BG: 1;
		};
	};

	UINT8	reg216_227[0x12];
	union
	{
		UINT32   reg228_22B;
		struct
		{
			UINT32   reserved_228_b0_b30: 31;
			UINT32   EN_AVI_V3: 1;
		};
	};
	UINT8	reg22C_253[0x28];

	union
	{
		UINT32   reg254_257;
		struct
		{
			UINT32   reserved_254_b0_b23: 24;
			UINT32   R_BYPASS_MHL: 1;
			UINT32   R_DROP_LINE: 2;
			UINT32   R_DROP_POINT: 2;
			UINT32   reserved_254_b29_b30: 2;
			UINT32   R_HDMI_TMDS_CLK_DIV2_SRC: 1;
		};
	};

} SYSTEM_REG;



typedef struct __DDC_REG
{
	UINT8 reg0000_0024[0x25];
	union
	{
		UINT8 reg0025;
		struct
		{
			UINT8 PortA_Det5V_En:1;
			UINT8 Slave0Neg_tSUtHD:1;	//I2C slave 0 negative setup/hold time support
			UINT8 unkown_0025_b2_b7:6;
		};
	};
	UINT8 reg0026_002b[0x06];
	union
	{
		UINT8 reg002c_002d[0x02];
		struct
		{
			UINT8 SlaveMMIOPush:1;
			UINT8 DDC_5V_in_count:4;	//0: 1ms, 1: 125us, 2: 250us, 3: 500us, 4: 1ms, 5: 2ms, 6: 4ms, 7: 8ms, 8: 16ms, 9: 32ms, 10:64ms, 11: 100ms, else: 170ms
			UINT8 DDC_5V_out_count:4;	//0: 170ms, 1: 125us, 2: 250us, 3: 500us, 4: 1ms, 5: 2ms, 6: 4ms, 7: 8ms, 8: 16ms, 9: 32ms, 10:64ms, 11: 100ms, else: 170ms
			UINT8 unkown_002c_002d_b9_bf:7;
		};
	};	
	UINT8 reg002e_0030[0x03];
	union
	{
		UINT8 reg0031;
		struct
		{
			UINT8 PortB_Det5V_En: 1;
			UINT8 Slave1Neg_tSUtHD:1;	//I2C slave 1 negative setup/hold time support
			UINT8 unkown_0031_b2_b7:6;
		};
	};	
	UINT8 reg0032_004e[0x1d];
	union
	{
		UINT8 reg004f;
		struct
		{
			UINT8 PortA_Det5V_mode: 2;	//00,11:detect SCL and SDA ; 01:detect SCL ; 10:detect SDA
			UINT8 PortB_Det5V_mode: 2;	//00,11:detect SCL and SDA ; 01:detect SCL ; 10:detect SDA
		};
	};	
	UINT8 reg0050_0073[0x24];
	union
	{
		UINT8 reg0074_0077[0x4];
		struct
		{
			UINT8 SlaveBaseAddr0:8 ;  //The read/write base address of slave 0
			UINT8 SlaveBaseAddr1:8 ;  //The read/write base address of slave 1
			UINT8 SlaveBaseAddr2:8 ;  //The read/write base address of slave 2
			UINT8 unkown_0077_b24_b31:8;
		};
	};	
	UINT8 reg0078_008f[0x18];
	union
	{
		UINT8 reg0090_0091[0x02];
		struct
		{
            UINT8 Slave0_timeout     :8; //I2C slave 0 non-idle timeout
            UINT8 Slave0_rd_block_cnt:8; //I2C slave 0 count of 128B blocks read
		};
	};	
	UINT8 reg0092_0093[0x02];
	union
	{
		UINT8 reg0094_0095[0x02];
		struct
		{
            UINT8 Slave1_timeout     :8; //I2C slave 1 non-idle timeout
            UINT8 Slave1_rd_block_cnt:8; //I2C slave 1 count of 128B blocks read
		};
	};	
	UINT8 reg0096_0124[0x8f];
	union
	{
		UINT8 reg0125;
		struct
		{
			UINT8 PortC_Det5V_En:1;
			UINT8 Slave3Neg_tSUtHD:1;	//I2C slave 3 negative setup/hold time support
			UINT8 unkown_0125_b2_b7:6;
		};
	};	
    UINT8 reg0126_012b[0x6];
    union
    {
        UINT8 reg012c_012d[0x02];
        struct
        {
            UINT8 Slave345_MMIOPush:1;
            UINT8 Slave345_DDC_5V_in_count:4;    //0: 1ms, 1: 125us, 2: 250us, 3: 500us, 4: 1ms, 5: 2ms, 6: 4ms, 7: 8ms, 8: 16ms, 9: 32ms, 10:64ms, 11: 100ms, else: 170ms
            UINT8 Slave345_DDC_5V_out_count:4;   //0: 170ms, 1: 125us, 2: 250us, 3: 500us, 4: 1ms, 5: 2ms, 6: 4ms, 7: 8ms, 8: 16ms, 9: 32ms, 10:64ms, 11: 100ms, else: 170ms
            UINT8 unkown_012c_012d_b9_bf:7;
        };
    };
    UINT8 reg012e_014e[0x21];
	union
	{
		UINT8 reg014f;
		struct
		{
			UINT8 PortC_Det5V_mode: 2;	//00,11:detect SCL and SDA ; 01:detect SCL ; 10:detect SDA
			UINT8 unkown_0142_b2_b7:6;
		};
	};	
	UINT8 reg0150_0173[0x24];
	union
	{
		UINT8 reg0174_0177[0x4];
		struct
		{
			UINT8 SlaveBaseAddr3:8 ;  //The read/write base address of slave 3
			UINT8 SlaveBaseAddr4:8 ;  //The read/write base address of slave 4
			UINT8 SlaveBaseAddr5:8 ;  //The read/write base address of slave 5
			UINT8 unkown_0177_b24_b31:8;
		};
	};	
	UINT8 reg0178_018f[0x18];
	union
	{
		UINT8 reg0190_0191[0x02];
		struct
		{
            UINT8 Slave3_timeout     :8; //I2C slave 3 non-idle timeout
            UINT8 Slave3_rd_block_cnt:8; //I2C slave 3 count of 128B blocks read
		};
	};	
} DDC_REG;
#pragma pack(pop)

#define SYSTEM_MMIO_BASE	0xBE000000
static volatile SYSTEM_REG *sysreg = (SYSTEM_REG*)SYSTEM_MMIO_BASE;
#define DDC_MMIO_BASE	0xBE060000
static volatile DDC_REG *ddcreg = (DDC_REG*)DDC_MMIO_BASE;

void sysset_DDC_PortA_Det5V_En(BOOL en)
{
	ddcreg->PortA_Det5V_En = en;
}

void sysset_DDC_PortB_Det5V_En(BOOL en)
{
	ddcreg->PortB_Det5V_En = en;
}

void sysset_DDC_PortC_Det5V_En(BOOL en)
{
	ddcreg->PortC_Det5V_En = en;
}
UINT8 sysget_DDC_non_idle_timeout(HDMI_PORT_T port)
{
    if(HDMI_PORT_A == port){return ddcreg->Slave0_timeout;}
    if(HDMI_PORT_B == port){return ddcreg->Slave1_timeout;}
    if(HDMI_PORT_C == port){return ddcreg->Slave3_timeout;}
    return 0;
}
UINT8 sysget_DDC_rd_block_cnt(HDMI_PORT_T port)
{
    if(HDMI_PORT_A == port){return ddcreg->Slave0_rd_block_cnt;}
    if(HDMI_PORT_B == port){return ddcreg->Slave1_rd_block_cnt;}
    if(HDMI_PORT_C == port){return ddcreg->Slave3_rd_block_cnt;}
    return 0;
}
UINT8 sysget_DDC_BaseAddr(HDMI_PORT_T port)
{
    if(HDMI_PORT_A == port){return ddcreg->SlaveBaseAddr0;}
    if(HDMI_PORT_B == port){return ddcreg->SlaveBaseAddr1;}
    if(HDMI_PORT_C == port){return ddcreg->SlaveBaseAddr3;}
    return 0;
}
void sysset_hdmi_hpd_detection(void)
{
	ddcreg->PortA_Det5V_En = 0;
	ddcreg->PortB_Det5V_En = 0;
	ddcreg->PortC_Det5V_En = 0;

	//For S2 P531 Only have DDC_SDA_%V_Det,
	sysreg->R_I2S_5VDET_SELJ = 1;
	//Port_A:
	//Be06004F[1:0]
	//00,11: detect SCL and SDA
	//01:   detect SCL
	//10:   detect SDA
	ddcreg->PortA_Det5V_mode = 2;
	//Port_B:
	//Be06004F[3:2]
	//00,11: detect SCL and SDA
	//01:   detect SCL
	//10:   detect SDA
	ddcreg->PortB_Det5V_mode = 2;

	//Be060025[0], port A
	// 0:disable 5V detection
	// 1:enable 5V detection
	ddcreg->PortA_Det5V_En = 1;
	ddcreg->Slave0Neg_tSUtHD = 1;

	//Be060031[0], port B
	// 0:disable 5V detection
	// 1:enable 5V detection
	ddcreg->PortB_Det5V_En = 1;
	ddcreg->Slave1Neg_tSUtHD = 1;

	//Port_C:
	//Be060142[1:0]
	//00,11: detect SCL and SDA
	//01:   detect SCL
	//10:   detect SDA
	ddcreg->PortC_Det5V_mode = 2;


	//Be060125[0], port C
	// 0:disable 5V detection
	// 1:enable 5V detection
	ddcreg->PortC_Det5V_En = 1;
	ddcreg->Slave3Neg_tSUtHD = 1;

	//be06002c[4:1]
	//in_count
	//0: 1ms, 1: 125us, 2: 250us, 3: 500us, 4: 1ms, 5: 2ms, 6: 4ms, 7: 8ms, 8: 16ms, 9: 32ms, 10:64ms, 11: 100ms, else: 170ms
	ddcreg->DDC_5V_in_count = 2;	//SONY BDP-S360 SDA high period is about 290us, low period is about 300ms

	ddcreg->Slave345_DDC_5V_in_count= 2;


    sysreg->R_AUX_HDMIA_SW5V = 0;		//SW 5V port A Level
    sysreg->R_AUX_EN_HDMIA_SW5V = 1;	//SW 5V port A Enable

    sysreg->R_AUX_HDMIB_SW5V = 0;		//SW 5V port B Level
    sysreg->R_AUX_EN_HDMIB_SW5V = 1;	//SW 5V port B Enable

    sysreg->R_AUX_HDMIC_SW5V = 0;		//SW 5V port C Level
    sysreg->R_AUX_EN_HDMIC_SW5V = 1;	//SW 5V port C Enable
}

void sysset_hdmi_hpd_a(DRV_HPD_LEVEL_e eLevel)
{

	if(eLevel == DRV_HPD_LEVEL_HIGH)
	{
		sysreg->R_AUX_HPD0_HIGH = 1;
	}
	else
	{
		sysreg->R_AUX_HPD0_HIGH = 0;
	}

}

void sysset_hdmi_hpd_b(DRV_HPD_LEVEL_e eLevel)
{

	if(eLevel == DRV_HPD_LEVEL_HIGH)
	{
		sysreg->R_AUX_HPD1_HIGH = 1;
	}
	else
	{
		sysreg->R_AUX_HPD1_HIGH = 0;
	}

}

void sysset_hdmi_hpd_c(DRV_HPD_LEVEL_e eLevel)
{
	sysreg->HPD_EN_PD_HPD = 0;//For 533 C port only HPD_P2 pull down enable 0/1 = disable / enable output low driver

	if(eLevel == DRV_HPD_LEVEL_HIGH)
	{
		sysreg->R_AUX_HPD2_HIGH = 1;
	}
	else
	{
		sysreg->R_AUX_HPD2_HIGH = 0;
	}

}

void sysset_hdmi_rst(BOOL bEnable)
{
	sysreg->R_HDMI_RST = bEnable ? 1 : 0;
}

void sysset_hdmi_tmdsclk(BOOL bEnable)
{
	sysreg->R_HDMI_TMDSCLK_ENJ = bEnable ? 1 : 0;
}

void sysset_hdmi_stcInitValue(UINT32 value)
{
	sysreg->R_HDMISTC_INI_VALUE = value;
}

void sysset_hdmi_stcclk(void)
{
	/* Enable HDMI stc clock */
	sysreg->R_HDMISTC_ENA = 1;
	sysreg->R_MPEG_CH_SEL = 1;
	sysreg->R_AUDIO_SRC_TEST = 0;
	sysreg->R_AUDIO_SRC_SEL = 1;
	sysreg->reg12c_b07 = 0;
}

void sysset_cec_arc(BOOL enable)
{
	sysreg->r_en_ARC_portA = enable ? 1 : 0;
	sysreg->r_en_ARC_portB = enable ? 1 : 0;
	sysreg->r_en_ARC_portC = enable ? 1 : 0;
	sysreg->r_en_ARC_portD = enable ? 1 : 0;
	if(enable)
	{

		*((u8  *)0xbe0f0650) =  (*((u8  *)0xbe0f0650) &0xF7) | 0x08; //Set Bit:3 IO driving strength 1 for 0025759: [ARC]HEACT 5-12 Signal Amplitude Test 
	}
	else
	{
		*((u8  *)0xbe0f0650) =  (*((u8  *)0xbe0f0650) &0xF7) | 0x00;   
	}
}

void sysset_cbus_port_sel(HDMI_PORT_T port)
{
	switch (port)
	{
		case HDMI_PORT_A:
			sysreg->AUX_R_CBUS_IO_SEL0 = 0;//Select Port:A CBUS
			sysreg->AUX_R_CBUS_IO_SEL1 = 0;//Select Port:A CBUS

			break;
		case HDMI_PORT_B:
			sysreg->AUX_R_CBUS_IO_SEL0 = 1;//Select Port:B CBUS
			sysreg->AUX_R_CBUS_IO_SEL1 = 0;//Select Port:B CBUS
			break;

		case HDMI_PORT_C:
			sysreg->AUX_R_CBUS_IO_SEL0 = 0;//Select Port:C CBUS
			sysreg->AUX_R_CBUS_IO_SEL1 = 1;//Select Port:C CBUS
			break;
		default:
			break;
	}

}

void sysset_VbusEnable(BOOL en)
{
// 131 do not have Vbus Enable pin

	//0xbe0000e5[6] 533
	sysreg->HPD_EN_PU_VBUS = 0;//533 GPIO's EN Set as GPO
	//0xbe0000e5[7] 533
	sysreg->HPD_EN_PD_VBUS = en;//533 GPIO's A Set output value
}

void sysset_VbusToggle(void)
{
	sysreg->R_CD_SENSE_ENA = 1;
	sysreg->R_CD_SENSE_SEL = 1;
	GPIOWriteFun(GPIO_0, 0);
	HDMI_DelayMs(1000);
	GPIOWriteFun(GPIO_0, 1);
	GPIOReadFun(GPIO_0);
	sysreg->R_CD_SENSE_SEL = 0;
}

BOOL  sysset_Get_CD_SENSE_SEL (void)
{
	BOOL CD_SENSE_SEL;
	CD_SENSE_SEL =sysreg->R_CD_SENSE_SEL;
	return(CD_SENSE_SEL);
}

void sysset_Set_CD_SENSE_VALUE(int cfg)
{
    if(cfg == CD_SENSE_CFG_INTERNAL_HIGH)
    {
        sysreg->R_CD_SENSE_ENA = 1;
        sysreg->R_CD_SENSE_SEL = 1;
    }
    if(cfg == CD_SENSE_CFG_INTERNAL_LOW)
    {
        sysreg->R_CD_SENSE_ENA = 0;
        sysreg->R_CD_SENSE_SEL = 1;
    }
    if(cfg == CD_SENSE_CFG_EXTERNAL)
    {
        //sysreg->R_CD_SENSE_ENA = 0;
        sysreg->R_CD_SENSE_SEL = 0;
    }
}

#ifdef CONFIG_HDMI_SUPPORT_MHL
extern BOOL MHL_CTS;
#endif

void sysset_HDMI_MHL_CBUS_EN_CTS_CTL(BOOL fEn)
{
#ifdef CONFIG_HDMI_SUPPORT_MHL
	if(CONFIG_HDMI_MHL_PORT==0)
	{
		if(MHL_CTS==TRUE)
		{
			// 1K
			sysreg->HPD_P0_EN_DIS_CTL0= 1;
			sysreg->HPD_P0_EN_DIS_CTL1= 1;
			sysreg->HPD_P0_EN_DIS_CTL2= 0;
			sysreg->HPD_P0_EN_DIS_CTL3= 0;
		
			// 100k
			sysreg->R_CBUS_EN_P0_CTL_0= 1;
			sysreg->R_CBUS_EN_P0_CTL_1= 1;
			sysreg->R_CBUS_EN_P0_CTL_2= 1;
			sysreg->R_CBUS_EN_P0_CTL_3= 0;
		}
		else
		{
			// 1K
			sysreg->HPD_P0_EN_DIS_CTL0= 1;
			sysreg->HPD_P0_EN_DIS_CTL1= 1;
			sysreg->HPD_P0_EN_DIS_CTL2= 0;
			sysreg->HPD_P0_EN_DIS_CTL3= 0;

			// 100k
			sysreg->R_CBUS_EN_P0_CTL_0= 1;
			sysreg->R_CBUS_EN_P0_CTL_1= 1;
			sysreg->R_CBUS_EN_P0_CTL_2= 1;
			sysreg->R_CBUS_EN_P0_CTL_3= 0;
		}
		sysreg->R_CBUS_EN_P1_CTL_0= 1;
		sysreg->R_CBUS_EN_P1_CTL_1= 1;
		sysreg->R_CBUS_EN_P1_CTL_2= 1;
		sysreg->R_CBUS_EN_P1_CTL_3= 1;

		sysreg->HPD_P1_EN_DIS_CTL0= 1;
		sysreg->HPD_P1_EN_DIS_CTL1= 1;
		sysreg->HPD_P1_EN_DIS_CTL2= 1;
		sysreg->HPD_P1_EN_DIS_CTL3= 1;

	}
	else if(CONFIG_HDMI_MHL_PORT==1)
	{
		sysreg->R_CBUS_EN_P0_CTL_0= 1;
		sysreg->R_CBUS_EN_P0_CTL_1= 1;
		sysreg->R_CBUS_EN_P0_CTL_2= 1;
		sysreg->R_CBUS_EN_P0_CTL_3= 1;

		sysreg->HPD_P0_EN_DIS_CTL0= 1;
		sysreg->HPD_P0_EN_DIS_CTL1= 1;
		sysreg->HPD_P0_EN_DIS_CTL2= 1;
		sysreg->HPD_P0_EN_DIS_CTL3= 1;

		if(MHL_CTS==TRUE)
		{
			// 1K
			sysreg->HPD_P1_EN_DIS_CTL0= 1;
			sysreg->HPD_P1_EN_DIS_CTL1= 1;
			sysreg->HPD_P1_EN_DIS_CTL2= 0;
			sysreg->HPD_P1_EN_DIS_CTL3= 0;
			
			// 100k
			sysreg->R_CBUS_EN_P1_CTL_0= 1;
			sysreg->R_CBUS_EN_P1_CTL_1= 1;
			sysreg->R_CBUS_EN_P1_CTL_2= 1;
			sysreg->R_CBUS_EN_P1_CTL_3= 0;

		}
		else
		{
			// 1K
			sysreg->HPD_P1_EN_DIS_CTL0= 1;
			sysreg->HPD_P1_EN_DIS_CTL1= 1;
			sysreg->HPD_P1_EN_DIS_CTL2= 0;
			sysreg->HPD_P1_EN_DIS_CTL3= 0;
			// 100k
			sysreg->R_CBUS_EN_P1_CTL_0= 1;
			sysreg->R_CBUS_EN_P1_CTL_1= 1;
			sysreg->R_CBUS_EN_P1_CTL_2= 1;
			sysreg->R_CBUS_EN_P1_CTL_3= 0;
		}
	}
#endif
}

void sysset_Cbus_Init(void)
{
	sysreg->R_CBUS_DRV_PD_P0= 1;
	sysreg->R_CBUS_DRV_PD_P1= 1;
	
	sysreg->R_CBUS_DRV_PD_P2= 2;//331 control VBUS's DRV

	sysreg->R_CBUS_DRV_P0= 1;
	sysreg->R_CBUS_DRV_P1= 1;

	
	sysreg->HPD_DRV_1_0_VBUS=2;//533 control VBUS's DRV
	
	sysreg->R_CBUS_VREF_SEL= 1;
	sysreg->R_CBUS_SR_PD= 0;//20140813 Enable 331A1 ECO for MHL CTS 4.3.10.2 
	//sysreg->R_CBUS_PD_SEL= 0;
	sysreg->AUX_R_CBUS_VREF_PD= 0;
	sysreg->AUX_R_CBUS_VREF_TN= 1;

	sysreg->AUX_R_IO_CBUS_SELH= 1;//20170214  ECO for MHL CTS 4.3.13.1 & 4.3.16.1
	sysreg->AUX_R_IO_CBUS_SELL= 0;
	
	sysreg->R_CBUS_EN_P1_CTL_3= 1;
	sysreg->R_CBUS_EN_P0_CTL_3= 1;
	
	//sysreg->R_CBUS_EN_P2_CTL_2= 0;
	//sysreg->R_CBUS_EN_P2_CTL_1 = 0;//Set as GPO
	//sysreg->R_CBUS_EN_P2_CTL_0 = 0;//Set output value
	//*((u8  *)0xbe0f0628) =  (*((u8  *)0xbe0f0628)&0xFE) | 0x1 ;//For CD-SENSE current leakage issue, PDE1A1J IN P331, NPDE1A1J IN P531. PDE1A1J CAN'T SET PD =1 IN INPUT MODE

	/* CBUS Resistance Setting */
	//sysreg->R_ATE_Z_DISCOVER = 1;
	//sysreg->R_ATE_Z_SINK = 0;
	//sysreg->R_CD_SENSE_ENA = 1;
	
	if(GPIOGetValueByPinFunc(GPIO_PIN_MHL_CD_SENSE_DETECT)==0)
	{
		sysset_VbusEnable(0);
	}	
	
	#ifdef CONFIG_HDMI_MHL_PORT
	sysset_HDMI_MHL_CBUS_EN_CTS_CTL(FALSE);
	#else
	sysreg->R_CBUS_EN_P0_CTL_0= 0;
	sysreg->R_CBUS_EN_P0_CTL_1= 0;
	sysreg->R_CBUS_EN_P0_CTL_2= 0;
	sysreg->R_CBUS_EN_P0_CTL_3= 0;
	sysreg->R_CBUS_EN_P1_CTL_0= 0;
	sysreg->R_CBUS_EN_P1_CTL_1= 0;
	sysreg->R_CBUS_EN_P1_CTL_2= 0;
	sysreg->R_CBUS_EN_P1_CTL_3= 0;
	#endif
}

void sysset_HDMI_Downscale(BOOL en)
{
	sysreg->R_BYPASS_MHL = en;
}

void sysset_HDMI_HPD_1K_Init(void)
{
#ifdef HDMI_HPD_USE_1K_OHM	
	sysreg->R_CBUS_DRV_P0= 1;
	sysreg->R_CBUS_DRV_P1= 1;
	sysreg->R_CBUS_DRV_P2= 3;
#else
	sysreg->R_CBUS_DRV_P0= 1;
	sysreg->R_CBUS_DRV_P1= 1;
	sysreg->R_CBUS_DRV_P2= 3;
 #endif
}

void sysset_HDMI_HPD_1K_OnOff(HDMI_PORT_T ePort, BOOL fOn)
{
	if(ePort == HDMI_PORT_A)
	{
		if(fOn == TRUE)
			//sysreg->R_CBUS_DRV_P0= 0;
			sysreg->HPD_SPIN_0= 0;
		else
			//sysreg->R_CBUS_DRV_P0= 2;//For MHL CBus driving
			sysreg->HPD_SPIN_0= 1;//For HPD driving

	}
	else if(ePort == HDMI_PORT_B)
	{
		if(fOn == TRUE)
			//sysreg->R_CBUS_DRV_P1= 0;
			sysreg->HPD_SPIN_1= 0;
		else
			//sysreg->R_CBUS_DRV_P1= 2;//For MHL CBus driving
			sysreg->HPD_SPIN_1= 1;//For HPD driving
	}
	else if(ePort == HDMI_PORT_C)
	{
		if(fOn == TRUE)
			//sysreg->R_CBUS_DRV_P2= 0;
			sysreg->HPD_SPIN_2= 0;
		else
			//sysreg->R_CBUS_DRV_P2= 2;//For MHL CBus driving
			sysreg->HPD_SPIN_2= 1;//For HPD driving
	}
}

void sysset_HDMI_HPD_HIGH_Z_MODE(HDMI_PORT_T ePort, BOOL fOn)
{
	if(ePort == HDMI_PORT_A)
	{
		if(fOn == TRUE)
			sysreg->HPD_SPIN_5= 1;
		else
			sysreg->HPD_SPIN_5= 0;

	}
	else if(ePort == HDMI_PORT_B)
	{
		if(fOn == TRUE)
			sysreg->HPD_SPIN_6= 1;
		else
			sysreg->HPD_SPIN_6= 0;
	}
	else if(ePort == HDMI_PORT_C)
	{
		if(fOn == TRUE)
			sysreg->HPD_SPIN_7= 1;
		else
			sysreg->HPD_SPIN_7= 0;
	}
}
void sysset_HDMI_SW5V(HDMI_PORT_T port, BOOL en)
{
	printk("[H] %s port:%d=%d\n", __FUNCTION__, port, en);

	switch (port)
	{
		case HDMI_PORT_A:
			if(en == TRUE)	//turn on portA SW 5V, turn off portA 5V detection
			{
				sysreg->R_AUX_HDMIA_SW5V = 1;		//SW 5V port A Level
				sysreg->R_AUX_EN_HDMIA_SW5V = 1;	//SW 5V port A Enable
				//ddcreg->PortA_Det5V_En = 0;			//turn off DDC 5V detection
			}
			else				//turn on portA 5V detection, turn off portA SW 5V
			{
				
				ddcreg->PortA_Det5V_En = 1;			//turn on DDC 5V detection
				HDMI_DelayMs(10);
				sysreg->R_AUX_EN_HDMIA_SW5V = 0;	//SW 5V port A Enable
				//sysreg->R_AUX_HDMIA_SW5V = 0;		//SW 5V port A Level
			}
			break;
		case HDMI_PORT_B:
			if(en == TRUE)
			{
				sysreg->R_AUX_HDMIB_SW5V = 1;		//SW 5V port B Level
				sysreg->R_AUX_EN_HDMIB_SW5V = 1;	//SW 5V port B Enable
				//ddcreg->PortB_Det5V_En = 0;			//turn off DDC 5V detection
			}
			else
			{
				ddcreg->PortB_Det5V_En = 1;			//turn on DDC 5V detection
				HDMI_DelayMs(10);
				sysreg->R_AUX_EN_HDMIB_SW5V = 0;	//SW 5V port B Enable
				//sysreg->R_AUX_HDMIB_SW5V = 0;		//SW 5V port B Level
			}			
			break;

		case HDMI_PORT_C:
			if(en == TRUE)
			{
				sysreg->R_AUX_EN_HDMIC_SW5V = 1;	//SW 5V port C Enable
				sysreg->R_AUX_HDMIC_SW5V = 1;		//SW 5V port C Level
				//ddcreg->PortC_Det5V_En = 0;			//turn off DDC 5V detection
			}
			else
			{
				ddcreg->PortC_Det5V_En = 1;			//turn on DDC 5V detection
				HDMI_DelayMs(10);
				sysreg->R_AUX_EN_HDMIC_SW5V = 0;	//SW 5V port C Enable
				//sysreg->R_AUX_HDMIC_SW5V = 0;		//SW 5V port C Level
			}			
			break;
			
		default:
			break;
	}


}

void sysset_HDMI_MHL_CBus_OFF(void)
{
#ifdef CONFIG_HDMI_MHL_PORT
	if(CONFIG_HDMI_MHL_PORT==0)
	{
		sysreg->R_CBUS_DRV_PD_P0= 0;
	}
	else if(CONFIG_HDMI_MHL_PORT==1)
	{
		sysreg->R_CBUS_DRV_PD_P1= 0;
	}
#endif
}

void sysset_HDMI_MHL_CBus_ON(void)
{
#ifdef CONFIG_HDMI_MHL_PORT
	if(CONFIG_HDMI_MHL_PORT==0)
	{
		sysreg->R_CBUS_DRV_PD_P0= 1;
	}
	else if(CONFIG_HDMI_MHL_PORT==1)
	{
		sysreg->R_CBUS_DRV_PD_P1= 1;
	}
#endif
}

void sysset_DEMOD_BG_POWER_DOWN(BOOL fPD)
{
	if(fPD == TRUE)
		sysreg->R_DEMOD_PWDN_BG= 1;
	else
		sysreg->R_DEMOD_PWDN_BG= 0;		
}

void sysset_HDMI_EN_AVI_V3(BOOL bEnable)
{
	sysreg->EN_AVI_V3 = bEnable ? 1 : 0;
}

void sysset_HDMI_CEC_DIODE_ON(void)
{
	sysreg->R_CEC_DIODE_RES = 9;
	sysreg->R_CEC_DIODE_RES_PD = 0;
}

void sysset_Cbus_Z_CBUS_SINK_DISCOVER(INT8 cfg)
{
    if(cfg==Z_CBUS_SINK_DISCOVER_CFG_HARDWARE_AUTO)
    {
        //sysreg->R_ATE_Z_DISCOVER         = 0;
        sysreg->R_ATE_Z_DISCOVER_MUX_SEL = 0;
    }
    else if(cfg==Z_CBUS_SINK_DISCOVER_CFG_ON)
    {
        sysreg->R_ATE_Z_DISCOVER         = 1;
        sysreg->R_ATE_Z_DISCOVER_MUX_SEL = 1;
    }
    else if(cfg==Z_CBUS_SINK_DISCOVER_CFG_OFF)
    {
        sysreg->R_ATE_Z_DISCOVER         = 0;
        sysreg->R_ATE_Z_DISCOVER_MUX_SEL = 1;
    }
}
void sysset_Cbus_Z_CBUS_SINK_ON(INT8 cfg)
{
    if(cfg==Z_CBUS_SINK_ON_CFG_HARDWARE_AUTO)
    {
        //sysreg->R_ATE_Z_SINK             = 0;
        sysreg->R_ATE_Z_SINK_MUX_SEL     = 0;
    }
    else if(cfg==Z_CBUS_SINK_ON_CFG_ON)
    {
        sysreg->R_ATE_Z_SINK         = 1;
        sysreg->R_ATE_Z_SINK_MUX_SEL = 1;
    }
    else if(cfg==Z_CBUS_SINK_ON_CFG_OFF)
    {
        sysreg->R_ATE_Z_SINK         = 0;
        sysreg->R_ATE_Z_SINK_MUX_SEL = 1;
    }
}