UTS6710/drivers/hdmi/533/hdmi_video.c

#include "drv_types.h"
#include "hdmi_dbg.h"
#include "hdmi_hw.h"
#include "hdmi_notice.h"
#include "hdmi_video.h"
#include "hdmi_xvycc.h"
#include "drv_hdmi_external.h"
#include "../vip/533/reg_vip_def.h"
#include "../vip/533/drv_reg_access.h"
#include "hdmi.h"
#include "hdmi_time.h"




//#define HDMI_SHOW_AVI_INFO

static HDMI_TIMING_PARAM_t* pHDMIVideoTimingTable = NULL;
static UINT32 u32HDMIVideoTimingTblSize = 0;

#ifdef CONFIG_SUPPORT_DEBUG_MESSAGE
#ifdef HDMI_SHOW_AVI_INFO
static void print_avi_info(void);
#endif
static void print_video_timing(void);
#endif
static void print_send_to_vip_info(VIP_InterfaceKIC *pstKic);

extern INT32 GetCustomerData(INT8 *pcTableName, INT8 **tablestart, UINT32 *tablesize);

static UINT8 gbSupportMaxHz = 85;

UINT8 HScalerDownFlag = FALSE;

#if 0
static void dump(const UINT8 *ptr, INT32 size)
{
	INT32 i = 0, n = 0;
	INT8 str[3 * 0x10 + 8];

	for (i = 0; i < size ; i++)
	{
		if (n >= 0)
		{
			n += sprintf(&str[n], "%02x ", ptr[i]);
		}

		if (n >= 3 * 0x10 || i + 1 == size)
		{
			n = 0;
			hdmidbg("%s\n", str);
		}
	}
}
#endif

static UINT8 get_colorimetry(UINT32 vertical)
{
	UINT8 outColorimetry;
	outColorimetry = HDMI_RegisterRead(HDMIRX_R_AVI_C);

	/* Patch? */
	if (outColorimetry == AVI_C_NODATA)
	{
		outColorimetry = (vertical > 576) ? AVI_C_ITU709 : AVI_C_ITU601;
	}

	return outColorimetry;
}

static UINT8 get_pixel_fmt(void)
{
	UINT8 outPixelFmt;
	HDMI_RegisterWrite(HDMIRX_R_DnSAMPLING_EN, 0);

	switch (HDMI_RegisterRead(HDMIRX_R_AVI_Y))
	{
	case AVI_Y_YCC422:
		outPixelFmt = YUV_422;
		break;

	case AVI_Y_YCC444:
		outPixelFmt = YUV_444;
		break;

	case AVI_Y_RGB:
		outPixelFmt = RGB;
		break;

	default:
		outPixelFmt = YUV_444;
		break;
	}

	return outPixelFmt;
}

static UINT8 get_ratio(void)
{
	UINT8 outRatio;

	outRatio = (HDMI_RegisterRead(HDMIRX_R_AVI_M)<<4) | HDMI_RegisterRead(HDMIRX_R_AVI_R) ;

	return outRatio;
}

static DRV_HDMI3DStructure_e get_3d_fmt(void)
{
	DRV_HDMI3DStructure_e fmt;
	DRV_HDMIVSITYPE_e vsi_hdmi_video_fmt;
	fmt = NONE_3D;

	vsi_hdmi_video_fmt = HDMI_RegisterRead(HDMIRX_R_VSI_PB_7_0_) >> 5;

	if (vsi_hdmi_video_fmt == DRV_HDMI_VSI_TYEP_3D)
	{

		fmt = HDMI_RegisterRead(HDMIRX_R_VSI_PB_15_8_) >> 4;

		switch (fmt)
		{
		case DRV_HDMI_3D_STRUCT_FP:
		case DRV_HDMI_3D_STRUCT_FA:
		case DRV_HDMI_3D_STRUCT_LA:
		case DRV_HDMI_3D_STRUCT_SS_F:
		case DRV_HDMI_3D_STRUCT_L_D:
		case DRV_HDMI_3D_STRUCT_L_D_G:
		case DRV_HDMI_3D_STRUCT_TB:
		case DRV_HDMI_3D_STRUCT_SS_H:
			break;
		default:
			fmt = NONE_3D;
			break;
		}
	}

	hdmidbg("%s: %d\n", __FUNCTION__, fmt);

	return fmt;
}

#ifdef SUPPORT_XVYCC
static UINT8 get_xvYCC(void)
{
	UINT8 fmt;
	fmt = XV_YCC_NONE;

	if (HDMI_RegisterRead(HDMIRX_R_GBD_exist))
	{
		fmt = (HDMI_RegisterRead(HDMIRX_AVI_EC) == 0) ? XV_YCC_601 :
			  (HDMI_RegisterRead(HDMIRX_AVI_EC) == 1) ? XV_YCC_709 : XV_YCC_UNKNOWN_METRY;
		
	}

	return fmt;
}
#endif

static UINT32 get_pixel_clock(void)
{
	UINT32 uiPixelClock = 0;
	if (HDMI_RegisterRead(HDMIRX_R_system_clk_cnt))
	{
#ifdef CONFIG_CRYSTAL_USE_24MHZ
		uiPixelClock = (24000000 / HDMI_RegisterRead(HDMIRX_R_system_clk_cnt)) * HDMI_RegisterRead(HDMIRX_R_pixel_rate_cnt);
#else
		uiPixelClock = (24576000 / HDMI_RegisterRead(HDMIRX_R_system_clk_cnt)) * HDMI_RegisterRead(HDMIRX_R_pixel_rate_cnt);
#endif
		hdmidbg("pixel_clk>> %d, sys_clk_cnt: 0x%x  R_pixel_rate_cnt: 0x%x\n", uiPixelClock, HDMI_RegisterRead(HDMIRX_R_system_clk_cnt), HDMI_RegisterRead(HDMIRX_R_pixel_rate_cnt));
	}

	return uiPixelClock;
}

static PLF_VideoID_t get_VideoID(VIP_InterfaceKIC *pstKic)
{
	PLF_VideoID_t eVideoID = PLF_VIDEO_TIMING_ID_NON_VIDEO_TIMING;
	UINT8 i;

	for(i = 0;i < u32HDMIVideoTimingTblSize;i++)
	{
		if(pHDMIVideoTimingTable[i].fInterlace != pstKic->bInterlace)
			continue;
		else if(pHDMIVideoTimingTable[i].wVFreq != pstKic->uiVfreq)
			continue;
		else if(abs(pHDMIVideoTimingTable[i].wHActive - pstKic->uiHactive) > (pHDMIVideoTimingTable[i].wHActive * HDMI_HVAILD_TOLERANCE_PERMILE / 1000))
			continue;
		else if(abs(pHDMIVideoTimingTable[i].wVActive - pstKic->uiVactive) > (pHDMIVideoTimingTable[i].wVActive * HDMI_VVAILD_TOLERANCE_PERMILE / 1000))
			continue;
		else
		{
			eVideoID = pHDMIVideoTimingTable[i].eVideoID;
			hdmidbg("[%s]ID[0x%x]: HAct:%d VAct:%d VHz:%d Inter:%d\n", __FUNCTION__, pHDMIVideoTimingTable[i].eVideoID, pHDMIVideoTimingTable[i].wHActive, pHDMIVideoTimingTable[i].wVActive, pHDMIVideoTimingTable[i].wVFreq, pHDMIVideoTimingTable[i].fInterlace);	
			break;
		}
	}
	return eVideoID;
}

static BOOL HDMI_VideoNotSupport(VIP_InterfaceKIC *pstKic)
{
	BOOL NotSupport = false;
	hdmidbg("pixel clk:0x%x HDMI=%d\n",HDMI_RegisterRead(HDMIRX_R_pixel_rate_cnt) , HDMI_RegisterRead(HDMIRX_R_HDMI_en));
	
	if((HDMI_RegisterRead(HDMIRX_R_pixel_rate_cnt) > 0xd00) || (!HDMI_RegisterRead(HDMIRX_R_HDMI_en) && (HDMI_RegisterRead(HDMIRX_R_pixel_rate_cnt) > 0x6b0)))	//HDMI mode:246.7MHz, DVI mode: 165MHz
	{
		NotSupport = true;
	}
	else if((HDMI_RegisterRead(HDMIRX_R_pixel_rate_cnt) > 0x700) && pstKic->bInterlace == 1)	//for 1920x1080i@120, bandwith is not enough issue
	{
		NotSupport = true;
	}
	return NotSupport;	

}

void HDMI_GetVideoTimingTable(void)
{
	GetCustomerData("gHDMI_VideoTimingTable", (void *)&pHDMIVideoTimingTable, &u32HDMIVideoTimingTblSize);

	//Calc Table Size
	u32HDMIVideoTimingTblSize = u32HDMIVideoTimingTblSize/sizeof(HDMI_TIMING_PARAM_t);

}

UINT8 HDMI_GetInputInformation(VIP_InterfaceKIC *pstKic)  // return value: 0 - Not Support, 1 - Support, 2 - No signale
{
	UINT8 ucModeSupport = 1; //Support
	UINT32 Vactive_o, Vactive_e;
	ULONG pixel_clk_freq = 0, vfreq = 0;
	INT32 iWait= 500;
	UINT8 hdmi_frmcnt = 0;
	UINT8 hdmi_frmcnt_debounce = 50;
	UINT8 hdmi_frmcnt_check=0;
	UINT32 Vtotal;

    HScalerDownFlag = FALSE;

	pstKic->ucInputSource = HDMI;
	pstKic->uiHfreq = -1;
	pstKic->ucFrameRate = -1;

	if(HDMI_RegisterRead(HDMIRX_R_HT)==0)
	{
		iWait= 500;
		printk("%s:HDMIRX_R_HT == 0!!!!!!\n", __FUNCTION__);
		while (iWait>0)
		{
			if((VIP_RegisterRead(VIP_sta_hdmi_hs_active)==TRUE)&&
				(VIP_RegisterRead(VIP_sta_hdmi_vs_active)==TRUE))
			{
			 	break;
			}
			HDMI_DelayMs(1);
			iWait--;
		}
		
		if(iWait == 0)
		{
			printk("%s:Reach Wait Limit 500Ms!!\n", __FUNCTION__);
		}
		else
		{
			iWait= 1000;
 			hdmi_frmcnt_check=0;
			printk("%s:HDMIRX_R_HT == 0!!!!!!\n", __FUNCTION__);
			while ((iWait>0) && (hdmi_frmcnt_check < hdmi_frmcnt_debounce))
			{
				if(hdmi_frmcnt!=VIP_RegisterRead(VIP_sta_hdmi_frmcnt))
				{
					hdmi_frmcnt=VIP_RegisterRead(VIP_sta_hdmi_frmcnt);
					hdmi_frmcnt_check=0;
				}
				else
				{
					hdmi_frmcnt_check++;
				}
				HDMI_DelayMs(1);
				iWait--;
			}
			if(iWait == 0)
			{
				printk("%s:Reach Wait Limit 1000Ms\n!!", __FUNCTION__);
			}
			vfreq =	6000 /(hdmi_frmcnt+1);
		}
	}

	/* Interlace */
	pstKic->bInterlace = HDMI_RegisterRead(HDMIRX_R_Interlace);
	
	/* Vertical */
	Vactive_o = HDMI_RegisterRead(HDMIRX_top_de_v_width_lock);
	Vactive_e = HDMI_RegisterRead(HDMIRX_btn_de_v_width_lock);

	//HW issue:workaround for front porch = 0 case, hw VDEE report is wrong  -- start --
	if(((INT32)(HDMI_RegisterRead(HDMIRX_R_TOP_VDEE) - HDMI_RegisterRead(HDMIRX_R_TOP_VDES))) < 0)
	{
		Vactive_o = Vactive_o + 1;
	}

	if(((INT32)(HDMI_RegisterRead(HDMIRX_R_BTM_VDEE) - HDMI_RegisterRead(HDMIRX_R_BTM_VDES))) < 0)
	{
		Vactive_e = Vactive_e + 1;
	}
	//HW issue:workaround for front porch = 0 case, hw VDEE report is wrong  -- end --
	
	
	if (Vactive_o != 0)	
	{
		pstKic->uiVactive = Vactive_o;
		pstKic->uiVtotal = HDMI_RegisterRead(HDMIRX_R_TOP_VT);
		pstKic->uiVstart = HDMI_RegisterRead(HDMIRX_R_TOP_VDES);
	}
	else
	{
		pstKic->uiVactive = Vactive_e;
		pstKic->uiVtotal = HDMI_RegisterRead(HDMIRX_R_BTM_VT);
		pstKic->uiVstart = HDMI_RegisterRead(HDMIRX_R_BTM_VDES);
	}

	//for 487i, top Vactive = 244, bottom Vactive = 243, if send 244 to VIP, the last line will be garbage
	if(pstKic->bInterlace == 1)	
	{
		if(Vactive_o == (Vactive_e + 1))		
			pstKic->uiVactive = Vactive_e;
		else
			pstKic->uiVactive = Vactive_o;
	}
	
	pstKic->uiVend = pstKic->uiVstart + pstKic->uiVactive ;
	
	/* Horizontal */
	pstKic->uiHactive = HDMI_RegisterRead(HDMIRX_de_h_width_lock) / (HDMI_RegisterRead(HDMIRX_R_AVI_PR) + 1);

	/* Patch: hactive should be a even number in DVI mode */
	if (HDMI_RegisterRead(HDMIRX_R_HDMI_en) == 0)
	{
		pstKic->uiHactive &= 0xfffffffe;
	}

	pstKic->uiHtotal = HDMI_RegisterRead(HDMIRX_R_HT) + 1;
	pstKic->uiHstart = HDMI_RegisterRead(HDMIRX_R_HDES) + 1;
	pstKic->uiHend = pstKic->uiHstart + pstKic->uiHactive;
	/* Other */
	pstKic->ucVpol = HDMI_RegisterRead(HDMIRX_R_Vsync_Polarity);
	pstKic->ucHpol = HDMI_RegisterRead(HDMIRX_R_Hsync_Polarity);
	pstKic->bDviEnable = HDMI_RegisterRead(HDMIRX_R_HDMI_en) ? 0 : 1;
	/* Color format */
	pstKic->ucDataFormat = get_pixel_fmt();

	/* Patch: In order to improve picture quality, transform YCC444 to YCC422 for SD resolution */
	if (HDMI_RegisterRead(HDMIRX_R_AVI_Y) == AVI_Y_YCC444 && HDMI_RegisterRead(HDMIRX_R_HDMI_en) &&
	((pstKic->uiHactive == 720) &&
	(pstKic->uiVactive == 480 || pstKic->uiVactive == 240 || pstKic->uiVactive == 576 || pstKic->uiVactive == 288)))
	{
		hdmidbg("YC444toYC422 for SD\n");
		HDMI_RegisterWrite(HDMIRX_R_DnSAMPLING_EN, 1);
		pstKic->ucDataFormat = YUV_422;
	}

	pstKic->ucR_AVI_S = HDMI_RegisterRead(HDMIRX_R_AVI_S);
	pstKic->ucITC = HDMI_RegisterRead(HDMIRX_AVI_ITC);
	pstKic->ucColorimetry = get_colorimetry((pstKic->uiVactive * (pstKic->bInterlace + 1)));
	pstKic->ucAspectRatio = get_ratio();
	//pstKic->ucxvYCC = get_xvYCC();
	if(pstKic->bDviEnable  == 1)	//DVI mode, RGB range is full range
		pstKic->ucRGBRange = 2;
	else
	{
		pstKic->ucRGBRange = HDMI_RegisterRead(HDMIRX_AVI_Q);
		if(pstKic->ucRGBRange == 0) 	//in CEA-861-D spec.: if RGB Range = default, RGB pixel data values should be assumed to have the limited range when receiving a CE video format, and the full range when receiving an IT format.
		{
			if(HDMI_RegisterRead(HDMIRX_AVI_ITC) == 1)	//IT format
				pstKic->ucRGBRange = 2;	//full range
			else		//CE format
				pstKic->ucRGBRange = 0;	//Default
		}
	}
	pstKic->uc3DStructure = get_3d_fmt();

	/* Patch: Sel field pol for 1080i */
	if (HDMI_RegisterRead(HDMIRX_R_Interlace) == 1 && pstKic->uiVactive == 540 &&
	(HDMI_RegisterRead(HDMIRX_R_TOP_VDES) + 1) != HDMI_RegisterRead(HDMIRX_R_BTM_VDES))
	{
		HDMI_RegisterWrite(HDMIRX_R_FIELD_POL, 1);
	}
	else
	{
		HDMI_RegisterWrite(HDMIRX_R_FIELD_POL, 0);
	}

	pixel_clk_freq = get_pixel_clock();

	if (HDMI_RegisterRead(HDMIRX_R_Interlace) == 1)
	{
		Vtotal = HDMI_RegisterRead(HDMIRX_R_BTM_VT);
	}
	else
	{
		Vtotal = pstKic->uiVtotal ;
	}
	
	/* get vfreq */
	if ((pstKic->uiHtotal > 1) && Vtotal)       //H total = HDMIRX_R_HT + 1
	{
		vfreq = (pixel_clk_freq + ((pstKic->uiHtotal * Vtotal) >> 1)) / (pstKic->uiHtotal * Vtotal);
	}
    /*
	else
	{
		vfreq = 0;
	}
	*/

	switch (HDMI_RegisterRead(HDMIRX_dcm)) //0xbe0e00dc[1:0]
	{
		case 0: // DCM Factor =1
			//hdmidbg("%s>> VFreq = %ld Hz = (((0x%lx+((0x%x*0x%x)>>1))/(0x%x*0x%x)))/1\n", __FUNCTION__, vfreq, pixel_clk_freq, pstKic->uiHtotal, pstKic->uiVtotal, pstKic->uiHtotal, pstKic->uiVtotal);
		break;

		case 1: // DCM Factor =1.25
			vfreq = (vfreq << 2) / 5; // divide 1.25=*4/5
			//hdmidbg("%s>> VFreq = %ld Hz = (((0x%lx+((0x%x*0x%x)>>1))/(0x%x*0x%x)))/1.25\n", __FUNCTION__, vfreq, pixel_clk_freq, pstKic->uiHtotal, pstKic->uiVtotal, pstKic->uiHtotal, pstKic->uiVtotal);
		break;

		case 2: // DCM Factor =1.5
			vfreq = (vfreq << 1) / 3; // devide 1.5=*2/3
			//hdmidbg("%s>> VFreq = %ld Hz = (((0x%lx+((0x%x*0x%x)>>1))/(0x%x*0x%x)))/1.5\n", __FUNCTION__, vfreq, pixel_clk_freq, pstKic->uiHtotal, pstKic->uiVtotal, pstKic->uiHtotal, pstKic->uiVtotal);
		break;

		case 3: // DCM Factor =2
			vfreq = vfreq >> 1;
			//hdmidbg("%s>> VFreq = %ld Hz = (((0x%lx+((0x%x*0x%x)>>1))/(0x%x*0x%x)))/2\n", __FUNCTION__, vfreq, pixel_clk_freq, pstKic->uiHtotal, pstKic->uiVtotal, pstKic->uiHtotal, pstKic->uiVtotal);
		break;

		default : // DCM Factor =1
			//hdmidbg("%s>> (Default) VFreq = %ld Hz = (((0x%lx+((0x%x*0x%x)>>1))/(0x%x*0x%x)))/1\n", __FUNCTION__, vfreq, pixel_clk_freq, pstKic->uiHtotal, pstKic->uiVtotal, pstKic->uiHtotal, pstKic->uiVtotal);
		break;
	}


	if (HDMI_VideoNotSupport(pstKic) == true)
	{
		ucModeSupport = 0; // Not Support
	}
	else if ((pstKic->uiHtotal > 1) && pstKic->uiVtotal != 0)   //H total = HDMIRX_R_HT + 1
	{
		if (vfreq == 73)
		{
			vfreq = 72;	// the experience from VIP
		}
		else if (vfreq == 59 || vfreq == 61)
		{
			vfreq = 60;	// the experience from VIP
		}
		else if (vfreq == 74)
		{
			vfreq = 75;	// the experience from VIP
		}
		else if (vfreq == 49)
		{
			vfreq = 50;	// the experience from VIP
		}
		else if (vfreq == 57)
		{
			vfreq = 56;
		}
		else if (vfreq == 86)
		{
			vfreq = 85;
		}
		else if (vfreq == 76)
		{
			vfreq = 75;
		}
		else if (vfreq == 71)
		{
			vfreq = 70;
		}

	}
	else
	{
		hdmidbg("else:Htotal %d Vtotal %d\n",pstKic->uiHtotal, pstKic->uiVtotal);
	}
	
	pstKic->uiVfreq = vfreq;
	printk("[H] VHz:%d \n",pstKic->uiVfreq);
	
	if(vfreq > gbSupportMaxHz)
	{
		hdmidbg("VHz not support, Max is %d \n", gbSupportMaxHz);
		ucModeSupport = 0;
	}

#ifndef CONFIG_SUPPORT_4K_2K_30
	if((pstKic->uiHactive > 2000)||(pstKic->uiVactive > 1500))// 4kx2K  not support
	{
		hdmidbg("not support 4kx2K\n");
		ucModeSupport = 0;
	}
#endif
	pstKic->uiTimingIndex = get_VideoID(pstKic);

#ifdef CONFIG_SUPPORT_DEBUG_MESSAGE
	print_video_timing();
#ifdef HDMI_SHOW_AVI_INFO
	print_avi_info();
#endif
#endif
	print_send_to_vip_info(pstKic);

	if (pstKic->uiHactive == 0 && pstKic->uiVactive == 0)
	{
		hdmidbg("HAct=0 & VAct=0. \n");
		ucModeSupport = 2; // Regard it as "No Signal". SW Workaround
	}
#ifdef CONFIG_SUPPORT_4K_2K_30
	if (pstKic->uiHactive == 3840)
	{
		hdmidbg("......4K x 2K.....\n");
		pstKic->uiHactive = (pstKic->uiHactive)/2;
		pstKic->uiHtotal = (pstKic->uiHtotal)/2;
		pstKic->uiHstart = (pstKic->uiHstart)/2 ;
		pstKic->uiHend = (pstKic->uiHend)/2;
	    *((u8  *)0xbe000257) =  0x18 ;
        HScalerDownFlag = TRUE;
	}
	else
	{
	    *((u8  *)0xbe000257) =  0x01 ;//Bit0: 1 => Bypass mode
	}
#endif
	return ucModeSupport;
}

void HDMI_VSI_handler(void)
{
	hdmidbg("Get VSI PB\n");
// HDMIRX_R_VSI_PB_7_0_ bit 7 ~ bit 5(HDMI_Video_Format):
	// 000 - No additional HDMI video format
	// 001 - 1 byte of parameter value follows
	// 010 - 3D format
// HDMIRX_R_VSI_PB__15_8_ bit 7 ~ bit 4(3D_Structure):
	// 0000 - Frame packing
	// 0110 - Top-and Bottom
	// 1000 - Side-by-Side(Half)
// HDMIRX_R_VSI_PB_23_16_ bit 7 ~ bit 4(3D_Ext_Data):
	// 00xx - Horizontal sub-sampling
	// 0100 - Odd/Left pic Odd/Right pic
	// 0101 - Odd/Left pic Even/Right pic
	// 0110 - Even/Left pic Odd/Right pic
	// 0111 - Even/Left pic Even/Right pic
#if 0
	#define VSI_VIDEO_FMT_3D_FMT 0x2

	if ((HDMI_RegisterRead(HDMIRX_R_VSI_PB_7_0_) >> 5) == VSI_VIDEO_FMT_3D_FMT)
	{
		UINT8 uc3D_Struc = (HDMI_RegisterRead(HDMIRX_R_VSI_PB__15_8_) >> 4);

		if ((uc3D_Struc & 0xc) || (uc3D_Struc == 0x7))
		{
			uc3D_Struc = NONE_3D;   // unused. Set 2D
		}

		if (Active_flag)
		{
			VIP_SourceScreenMode(HDMI, BlackScreen, __LINE__);
			ModeSupport_flag = HDMI_SendVipInfo();
			VIP_SourceScreenMode(HDMI, NormalScreen, __LINE__);
		}
	}

#endif
}

BOOL HDMI_IsAviChanged(VIP_InterfaceKIC *pstKic)
{
	BOOL ret = false;
	UINT8 bCurPixelFormat = get_pixel_fmt();
	UINT8 bCurAspectRatio= get_ratio();
	
	if(bCurPixelFormat != pstKic->ucDataFormat)
	{
		hdmidbg("Pixel Format change %d->%d\n",pstKic->ucDataFormat, bCurPixelFormat);
		pstKic->ucDataFormat = bCurPixelFormat;
		ret = true;
	}
	
	if(bCurAspectRatio != pstKic->ucAspectRatio)
	{
		hdmidbg("Aspect Ratio change %d->%d\n",pstKic->ucAspectRatio, bCurAspectRatio);
		pstKic->ucAspectRatio = bCurAspectRatio;
		ret = true;
	}
		
	return ret;
}


void HDMI_SetSupportMaxHz(UINT8 bSupportMaxHz)
{
	gbSupportMaxHz = bSupportMaxHz;
	
	hdmidbg("Support Max Hz:%d\n", gbSupportMaxHz);
}


#ifdef CONFIG_SUPPORT_DEBUG_MESSAGE
#ifdef HDMI_SHOW_AVI_INFO	
/* Note: debug use only */
static void print_avi_info(void)
{
	/* Auxiliary Video Information. Check CEA-861-D for more details */
	hdmidbg("AVI Info\n");
	hdmidbg("version: 0x%x (Must be 0x2)\n", HDMI_RegisterRead(HDMIRX_R_AVI_Ver));
	hdmidbg("Pixel color format (Y=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_Y),
			HDMI_RegisterRead(HDMIRX_R_AVI_Y) == 0x0 ? "RGB" :
			HDMI_RegisterRead(HDMIRX_R_AVI_Y) == 0x1 ? "YCbCr422" :
			HDMI_RegisterRead(HDMIRX_R_AVI_Y) == 0x2 ? "YCbCr444" : "Future use"
		   );
	hdmidbg("Bar Info (B=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_B),
			HDMI_RegisterRead(HDMIRX_R_AVI_B) == 0x0 ? "Not valid" :
			HDMI_RegisterRead(HDMIRX_R_AVI_B) == 0x1 ? "Vertical Bar Info Valid" :
			HDMI_RegisterRead(HDMIRX_R_AVI_B) == 0x2 ? "Horizontal Bar Info Valid" :
			HDMI_RegisterRead(HDMIRX_R_AVI_B) == 0x3 ? "Horizontal/Vertical Bar Info Valid" : ""
		   );
	hdmidbg("Scan Info (S=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_S),
			HDMI_RegisterRead(HDMIRX_R_AVI_S) == 0x0 ? "No Data" :
			HDMI_RegisterRead(HDMIRX_R_AVI_S) == 0x1 ? "Overscanned" :
			HDMI_RegisterRead(HDMIRX_R_AVI_S) == 0x2 ? "Underscanned" : "Future use"
		   );
	hdmidbg("Colorimetry (C=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_C),
			HDMI_RegisterRead(HDMIRX_R_AVI_C) == 0x0 ? "No data" :
			HDMI_RegisterRead(HDMIRX_R_AVI_C) == 0x1 ? "ITU601" :
			HDMI_RegisterRead(HDMIRX_R_AVI_C) == 0x2 ? "ITU709" :
			HDMI_RegisterRead(HDMIRX_R_AVI_C) == 0x3 ? "Extended(Check EC)" : ""
		   );
	hdmidbg("Picture Aspect Ratio (M=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_M),
			HDMI_RegisterRead(HDMIRX_R_AVI_M) == 0x0 ? "No data" :
			HDMI_RegisterRead(HDMIRX_R_AVI_M) == 0x1 ? "4:3" :
			HDMI_RegisterRead(HDMIRX_R_AVI_M) == 0x2 ? "16:9" : "Future use"
		   );
	hdmidbg("Active Format Aspect Ratio (R=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_R),
			HDMI_RegisterRead(HDMIRX_R_AVI_R) == 0x8 ? "Same as picutre aspect ratio" :
			HDMI_RegisterRead(HDMIRX_R_AVI_R) == 0x9 ? "4:3(Center)" :
			HDMI_RegisterRead(HDMIRX_R_AVI_R) == 0xA ? "16:9(Center)" :
			HDMI_RegisterRead(HDMIRX_R_AVI_R) == 0xB ? "14:9(Center)" : "Per DVB AFD active_format field"
		   );
	hdmidbg("IT Content(ITC=%d): %s\n", HDMI_RegisterRead(HDMIRX_AVI_ITC),
			HDMI_RegisterRead(HDMIRX_AVI_ITC) == 0x0 ? "No data" : "IT Content"
		   );

	hdmidbg("Gamut Metadata packet %d\n", HDMI_RegisterRead(HDMIRX_R_GBD_exist));
//	if( HDMI_RegisterRead(HDMIRX_R_GBD_exist) )
//	{
	hdmidbg("Extended Colorimetry (EC=%d): %s\n", HDMI_RegisterRead(HDMIRX_AVI_EC),
			HDMI_RegisterRead(HDMIRX_AVI_EC) == 0x0 ? "xvYCC601" :
			HDMI_RegisterRead(HDMIRX_AVI_EC) == 0x1 ? "xvYCC709" : "Reserved"
		   );
//	}
	hdmidbg("RGB Quantizatio n Range (Q=%d): %s\n", HDMI_RegisterRead(HDMIRX_AVI_Q),
			HDMI_RegisterRead(HDMIRX_AVI_Q) == 0x0 ? "Default" :
			HDMI_RegisterRead(HDMIRX_AVI_Q) == 0x1 ? "Limited Range" :
			HDMI_RegisterRead(HDMIRX_AVI_Q) == 0x2 ? "Full Range" : "Reserved"
		   );
	hdmidbg("Non-Uniform Picture Scaling (SC=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_SC),
			HDMI_RegisterRead(HDMIRX_R_AVI_SC) == 0x0 ? "No known non-uniform scaling" :
			HDMI_RegisterRead(HDMIRX_R_AVI_SC) == 0x1 ? "Scaled horizontally" :
			HDMI_RegisterRead(HDMIRX_R_AVI_SC) == 0x2 ? "Scaled vertically" :
			HDMI_RegisterRead(HDMIRX_R_AVI_SC) == 0x3 ? "Scaled horizontally and vertically" : ""
		   );
	hdmidbg("Pixel Repetition Factor (PR): %d\n", HDMI_RegisterRead(HDMIRX_R_AVI_PR));
	hdmidbg("Video Codes (VIC=%d): %s\n", HDMI_RegisterRead(HDMIRX_R_AVI_VIC),
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 1) ?						   						"640x480p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 2 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 3) ?   	"720x480p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 4) ?						 						"1280x720p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 5) ?						   						"1920x1080i @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 6 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 7) ?   	"720(1440)x480i @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 8 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 9) ?   	"720(1440)x240p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 10 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 11) ? 	"2880x480i @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 12 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 13) ? 	"2880x240p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 14 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 15) ? 	"1440x480p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 16) ?						  						"1920x1080p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 17 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 18) ? 	"720x576p @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 19) ?						  						"1280x720p @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 20) ?						  						"1920x1080i @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 21 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 22) ? 	"720(1440)x576i @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 23 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 24) ? 	"720(1440)x288p @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 25 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 26) ? 	"2880x576i @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 27 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 28) ? 	"2880x288p @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 29 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 30) ? 	"1440x576p @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 31) ?						  						"1920x1080p @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 32) ?						  						"1920x1080p @ 23.98/24Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 33) ?						  						"1920x1080p @ 25Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 34) ?						  						"1920x1080p @ 29.98/30Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 35 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 36) ? 	"2880x480p @ 59.94/60Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 37 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 38) ? 	"2880x576p @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 39) ?						  						"1920x1080i(1250) @ 50Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 40) ?						  						"1920x1080i @ 100Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 41) ?						  						"1280x720p @ 100Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 42 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 43) ? 	"720x576p @ 100Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 44 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 45) ? 	"720(1440)x576i @ 100Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 46) ?						  						"1920x1080i @ 119.88/120Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 47) ?						  						"1920x720p @ 119.88/120Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 48 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 49) ? 	"720x480p @ 119.88/120Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 50 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 51) ? 	"720(1440)x480i @ 119.88/120Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 52 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 53) ? 	"720x576p @ 200Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 54 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 55) ? 	"720(1440)x576i @ 200Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 56 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 57) ? 	"720x480p @ 239.76/240Hz" :
			(HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 58 || HDMI_RegisterRead(HDMIRX_R_AVI_VIC) == 59) ? 	"720(1440)x480i @ 239.76/240Hz" : "Can't supported"
		   );
	hdmidbg("Start line number : %d\n", HDMI_RegisterRead(HDMIRX_R_AVI_SLN));
	hdmidbg("End line number   : %d\n", HDMI_RegisterRead(HDMIRX_R_AVI_ELN));
	hdmidbg("Start pixel number: %d\n", HDMI_RegisterRead(HDMIRX_R_AVI_SPN));
	hdmidbg("End pixel number  : %d\n", HDMI_RegisterRead(HDMIRX_R_AVI_EPN));
}
#endif	

static void print_video_timing(void)
{
	hdmidbg("Print Video Timing info:\n");
	hdmidbg("V Top:\n\tTotal:%d\n\tDE Start:%d, End: %d, sw_Valid:%d\n\thw_Valid:%d\n", HDMI_RegisterRead(HDMIRX_R_TOP_VT), HDMI_RegisterRead(HDMIRX_R_TOP_VDES),  HDMI_RegisterRead(HDMIRX_R_TOP_VDEE), HDMI_RegisterRead(HDMIRX_R_TOP_VDEE) - HDMI_RegisterRead(HDMIRX_R_TOP_VDES), HDMI_RegisterRead(HDMIRX_top_de_v_width_lock));

	hdmidbg("V Bottom:\n\tTotal:%d\n\tDE Start:%d, End: %d, sw_Valid:%d\n\thw_Valid:%d\n", HDMI_RegisterRead(HDMIRX_R_BTM_VT), HDMI_RegisterRead(HDMIRX_R_BTM_VDES),  HDMI_RegisterRead(HDMIRX_R_BTM_VDEE), HDMI_RegisterRead(HDMIRX_R_BTM_VDEE) - HDMI_RegisterRead(HDMIRX_R_BTM_VDES), HDMI_RegisterRead(HDMIRX_btn_de_v_width_lock)); 

	hdmidbg("H:\n\tTotal:%d\n\tDE Start:%d, End:%d, sw_valid:%d\n\thw_Valid:%d\n", HDMI_RegisterRead(HDMIRX_R_HT) + 1, HDMI_RegisterRead(HDMIRX_R_HDES) + 1, HDMI_RegisterRead(HDMIRX_R_HDEE) + 1, HDMI_RegisterRead(HDMIRX_R_HDEE) - HDMI_RegisterRead(HDMIRX_R_HDES), HDMI_RegisterRead(HDMIRX_de_h_width_lock));


	hdmidbg("Other:\n");
	hdmidbg("\tV Sync Polarity:%d\n", HDMI_RegisterRead(HDMIRX_R_Vsync_Polarity));
	hdmidbg("\tH Sync Polarity:%d\n", HDMI_RegisterRead(HDMIRX_R_Hsync_Polarity));
	hdmidbg("\tInterlace:%d\n", HDMI_RegisterRead(HDMIRX_R_Interlace));
	hdmidbg("\tHDMI mode:%d\n", HDMI_RegisterRead(HDMIRX_R_HDMI_en));
	hdmidbg("\tpixel repitition:%d\n", HDMI_RegisterRead(HDMIRX_R_PR_EN));
	hdmidbg("\tdeep color:%d\n", HDMI_RegisterRead(HDMIRX_dcm));


}
#endif
static void print_send_to_vip_info(VIP_InterfaceKIC *pstKic)
{
	printk("[H]Print Send to VIP info:\n");
	printk("[H]\tID:0x%x HT:%d VT:%d HA:%d VA:%d\n\tHStart:%d HEnd:%d VStart:%d VEnd:%d VHz:%d Inter:%d\n", pstKic->uiTimingIndex, pstKic->uiHtotal, pstKic->uiVtotal, pstKic->uiHactive , pstKic->uiVactive, 
																										  pstKic->uiHstart,  pstKic->uiHend, pstKic->uiVstart, pstKic->uiVend, pstKic->uiVfreq, 
																										  pstKic->bInterlace);
	printk("[H]\tdata format:%d range:%d AR:0x%x ITC:%d\n", pstKic->ucDataFormat, pstKic->ucRGBRange, pstKic->ucAspectRatio, pstKic->ucITC);
}