/* Get Peri Clock */
static int
get_lcd_clock(void)
{
#ifdef DEBUG
int lcd_ckc = 0;
lcd_ckc = tca_ckc_getperi(PERI_LCD);
dbg("[%s]lcd = %d\n", __func__, lcd_ckc);
return lcd_ckc/10000;
#else
return tca_ckc_getperi(PERI_LCD);
#endif
}
static int
get_usb_clock(void)
{
#ifdef DEBUG
int usb = 0;
usb = tca_ckc_getperi(PERI_USB11H);
dbg("[%s]usb = %d\n", __func__, usb);
return usb/10000;
#else
return tca_ckc_getperi(PERI_USB11H);
#endif
}
static int
get_spi1_clock(void)
{
#ifdef DEBUG
int spi1 = 0;
spi1 = tca_ckc_getperi(PERI_SPIMS1);
dbg("[%s]spi1 = %d\n", __func__, spi1);
return spi1/10000;
#else
return tca_ckc_getperi(PERI_SPIMS1);
#endif
}
static int
get_uart3_clock(void)
{
#ifdef DEBUG
int uart3 = 0;
uart3 = tca_ckc_getperi(PERI_UART3);
dbg("[%s]uart3 = %d\n", __func__, uart3);
return uart3/10000;
#else
return tca_ckc_getperi(PERI_UART3);
#endif
}
static int
get_cam_clock(void)
{
#ifdef DEBUG
int cam = 0;
cam = tca_ckc_getperi(PERI_CAM);
dbg("[%s]cam = %d\n", __func__, cam);
return cam/10000;
#else
return tca_ckc_getperi(PERI_CAM);
#endif
}
static int
get_gpsb3_clock(void)
{
#if 1
int gpsb3 = 0;
gpsb3 = tca_ckc_getperi(PERI_GPSB3);
dbg("[%s]gpsb3 = %d\n", __func__, gpsb3);
return gpsb3/10000;
#else
return tca_ckc_getperi(PERI_GPSB3);
#endif
}
static int
get_scaler_clock(void)
{
#ifdef DEBUG
int scaler = 0;
scaler = tca_ckc_getperi(PERI_SCALER);
dbg("[%s]scaler = %d\n", __func__, scaler);
return scaler/10000;
#else
return tca_ckc_getperi(PERI_SCALER);
#endif
}
static int
get_adc_clock(void)
{
#if 1
int adc = 0;
adc = tca_ckc_getperi(PERI_ADC);
dbg("[%s]adc = %d\n", __func__, adc);
return adc/10000;
#else
return tca_ckc_getperi(PERI_ADC);
#endif
}
static int
get_i2c_clock(void)
{
#ifdef DEBUG
int i2c = 0;
i2c = tca_ckc_getperi(PERI_I2C);
dbg("[%s]i2c = %d\n", __func__, i2c);
return i2c/10000;
#else
return tca_ckc_getperi(PERI_I2C);
#endif
}
static int
get_gpsb1_clock(void)
{
#ifdef DEBUG
int gpsb1 = 0;
gpsb1 = tca_ckc_getperi(PERI_GPSB1);
dbg("[%s]gpsb1 = %d\n", __func__, gpsb1);
return gpsb1/10000;
#else
return tca_ckc_getperi(PERI_GPSB1);
#endif
}
static int
get_sdmmc_clock(void)
{
#ifdef DEBUG
int sdmmc = 0;
sdmmc = tca_ckc_getperi(PERI_SDMMC);
dbg("[%s]sdmmc = %d\n", __func__, sdmmc);
return sdmmc/10000;
#else
return tca_ckc_getperi(PERI_SDMMC);
#endif
}
static int
set_gpsb3_clock(int peri_gpsb3)
{
int gpsb3 = 0;
tca_ckc_setperi(PERI_GPSB3, KHz, peri_gpsb3, PCDIRECTPLL0);
gpsb3 = tca_ckc_getperi(PERI_GPSB3);
dbg("[%s]gpsb3 = %d\n", __func__, gpsb3/10);
}
static int
set_gpsb2_clock(int peri_gpsb2)
{
int gpsb2 = 0;
tca_ckc_setperi(PERI_GPSB2, KHz, peri_gpsb2, PCDIRECTPLL0);
gpsb2 = tca_ckc_getperi(PERI_GPSB2);
dbg("[%s]gpsb2 = %d\n", __func__, gpsb2/10);
}
static void
set_adc_clock(int peri_adc)
{
int adc = 0;
tca_ckc_setperi(PERI_ADC, MHz, peri_adc, PCDIRECTXIN);
adc = tca_ckc_getperi(PERI_ADC);
dbg("[%s]adc = %d\n", __func__, adc/10000);
}
static void
set_uart0_clock(int peri_uart0)
{
tca_ckc_setperi(PERI_UART0, MHz, peri_uart0, PCDIRECTPLL1);
#ifdef DEBUG
int uart0 = 0;
uart0 = tca_ckc_getperi(PERI_UART0);
dbg("[%s]uart0 = %d\n", __func__, uart0/1000);
#endif
}
static void
set_uart2_clock(int peri_uart2)
{
tca_ckc_setperi(PERI_UART2, MHz, peri_uart2, PCDIRECTPLL1);
#ifdef DEBUG
int uart2 = 0;
uart2 = tca_ckc_getperi(PERI_UART2);
dbg("[%s]uart2 = %d\n", __func__, uart2/10000);
#endif
}
static void
set_uart1_clock(int peri_uart1)
{
tca_ckc_setperi(PERI_UART1, MHz, peri_uart1, PCDIRECTPLL1);
#ifdef DEBUG
int uart1 = 0;
uart1 = tca_ckc_getperi(PERI_UART1);
dbg("[%s]uart1 = %d\n", __func__, uart1/10000);
#endif
}
static void
set_uart3_clock(int peri_uart3)
{
tca_ckc_setperi(PERI_UART3, MHz, peri_uart3, PCDIRECTPLL1);
#ifdef DEBUG
int uart3 = 0;
uart3 = tca_ckc_getperi(PERI_UART3);
dbg("[%s]uart3 = %d\n", __func__, uart3/10000);
#endif
}
static void
set_i2c_clock(int peri_i2c)
{
tca_ckc_setperi(PERI_I2C, MHz, peri_i2c, PCDIRECTXIN);
#ifdef DEBUG
int i2c = 0;
i2c = tca_ckc_getperi(PERI_I2C);
dbg("[%s]i2c = %d\n", __func__, i2c/10000);
#endif
}
static void
set_usb_clock(int peri_usb)
{
tca_ckc_setperi(PERI_USB11H, MHz, peri_usb, PCCLKFROM48M);
#ifdef DEBUG
int usb = 0;
usb = tca_ckc_getperi(PERI_USB11H);
dbg("[%s]usb = %d\n", __func__, usb/10000);
#endif
}
static void
set_lcd_clock(int peri_lcd)
{
tca_ckc_setperi(PERI_LCD, MHz, peri_lcd, PCDIRECTPLL2);
#ifdef DEBUG
int lcd = 0;
printk("input lcd freq = %d\n", peri_lcd);
lcd = tca_ckc_getperi(PERI_LCD);
dbg("[%s]lcd = %d\n", __func__, lcd/10000);
#endif
}
static void
set_gpsb1_clock(int peri_gpsb1)
{
tca_ckc_setperi(PERI_GPSB1, KHz, peri_gpsb1, PCDIRECTPLL0);
#ifdef DEBUG
int gpsb1 = 0;
gpsb1 = tca_ckc_getperi(PERI_GPSB1);
dbg("[%s]gpsb1 = %d\n", __func__, gpsb1/10);
#endif
}
static void
set_gpsb0_clock(int peri_gpsb0)
{
tca_ckc_setperi(PERI_GPSB0, KHz, peri_gpsb0, PCDIRECTPLL0);
#ifdef DEBUG
int gpsb0 = 0;
gpsb0 = tca_ckc_getperi(PERI_GPSB0);
dbg("[%s]gpsb0 = %d\n", __func__, gpsb0/10);
#endif
}
static void
set_scaler_clock(int peri_scaler)
{
tca_ckc_setperi(PERI_SCALER, MHz, peri_scaler, PCDIRECTPLL2);
#ifdef DEBUG
int scaler = 0;
scaler = tca_ckc_getperi(PERI_SCALER);
dbg("[%s]scaler = %d\n", __func__, scaler/10000);
#endif
}
static void
set_spi0_clock(int peri_spi0)
{
tca_ckc_setperi(PERI_SPIMS0, KHz, peri_spi0, PCDIRECTPLL0);
#ifdef DEBUG
int spi0 = 0;
spi0 = tca_ckc_getperi(PERI_SPIMS0);
dbg("[%s]spi0 = %d\n", __func__, spi0/10);
#endif
}
static void
set_spi1_clock(int peri_spi1)
{
tca_ckc_setperi(PERI_SPIMS1, KHz, peri_spi1, PCDIRECTPLL0);
#ifdef DEBUG
int spi1 = 0;
spi1 = tca_ckc_getperi(PERI_SPIMS1);
dbg("[%s]spi1 = %d\n", __func__, spi1/10);
#endif
}
static void
set_sdmmc_clock(int peri_sdmmc)
{
tca_ckc_setperi(PERI_SDMMC, MHz, peri_sdmmc, PCDIRECTPLL1);
#ifdef DEBUG
int sdmmc = 0;
sdmmc = tca_ckc_getperi(PERI_SDMMC);
dbg("[%s]sdmmc = %d\n", __func__, sdmmc/10000);
#endif
}
static void
set_cam_clock(int peri_cam)
{
tca_ckc_setperi(PERI_CAM, MHz, peri_cam, PCDIRECTPLL2);
#ifdef DEBUG
int cam = 0;
cam = tca_ckc_getperi(PERI_CAM);
dbg("[%s]cam = %d\n", __func__, cam/10000);
#endif
}
static struct lcd_panel * lcdc_io_init(unsigned char lcdc_num)
{
struct lcd_panel *panel;
unsigned int lclk;
#if 0
// reset VIOD
BITSET(pDDICfg->SWRESET, Hw3);
BITSET(pDDICfg->SWRESET, Hw2);
BITCLR(pDDICfg->SWRESET, Hw3);
BITCLR(pDDICfg->SWRESET, Hw2);
#endif//
panel = tccfb_get_panel();
panel->dev.power_on = GPIO_LCD_ON;
panel->dev.display_on = GPIO_LCD_DISPLAY;
panel->dev.bl_on = GPIO_LCD_BL;
panel->dev.reset = GPIO_LCD_RESET;
panel->dev.lcdc_num = lcdc_num;
panel->init(panel);
if(lcdc_num)
{
tca_ckc_setperi(PERI_LCD1,ENABLE, panel->clk_freq * panel->clk_div);
lclk = tca_ckc_getperi(PERI_LCD1);
}
else
{
tca_ckc_setperi(PERI_LCD0,ENABLE, panel->clk_freq * panel->clk_div);
lclk = tca_ckc_getperi(PERI_LCD0);
}
printf("telechips tcc88xx %s lcdc:%d clk:%d set clk:%d \n", __func__, lcdc_num, panel->clk_freq, lclk);
panel->set_power(panel, 1);
printf("%s end\n", __func__);
return panel;
}
static void lcdc_io_init_component(unsigned char lcdc_num, unsigned char type)
{
unsigned int lcd_reg = 0;
unsigned int width, height;
stCOMPONENT_SPEC spec;
stLTIMING ComponentTiming;
stLCDCTR LcdCtrlParam;
PVIOC_DISP pDISPBase;
PVIOC_WMIX pWIXBase;
PDDICONFIG pDDICfg = (PDDICONFIG)HwDDI_CONFIG_BASE;
PNTSCPAL pTVE = (PNTSCPAL)HwNTSCPAL_BASE;
PGPIO pGPIO = (PGPIO)HwGPIO_BASE;
struct fbcon_config *fb_con;
printf("%s, lcdc_num=%d, type=%d\n", __func__, lcdc_num, type);
if(type >= LCDC_COMPONENT_MAX)
type = defalut_component_resolution;
#if defined(COMPONENT_CHIP_THS8200)
#if defined(TARGET_BOARD_STB)
/* THS8200 Power Control - GPIO_F16 */
gpio_set(TCC_GPF(16), 1);
#else
#endif
#endif
#ifndef DEFAULT_DISPLAY_OUTPUT_DUAL
BITSET(pTVE->DACPD, HwTVEDACPD_PD_EN);
#endif
component_get_spec(type, &spec);
LCDC_IO_Set(lcdc_num, spec.component_bus_width);
fb_con = &fb_cfg;
if(lcdc_num)
{
pDISPBase = (VIOC_DISP *)HwVIOC_DISP1;
pWIXBase =(VIOC_WMIX *)HwVIOC_WMIX1;
tca_ckc_setperi(PERI_LCD1, ENABLE, spec.component_clock*spec.component_divider);
//VIOC_OUTCFG_SetOutConfig(VIOC_OUTCFG_MRGB, VIOC_OUTCFG_DISP1);
}
else
{
pDISPBase = (VIOC_DISP *)HwVIOC_DISP0;
pWIXBase =(VIOC_WMIX *)HwVIOC_WMIX0;
tca_ckc_setperi(PERI_LCD0, ENABLE, spec.component_clock*spec.component_divider);
//VIOC_OUTCFG_SetOutConfig(VIOC_OUTCFG_MRGB, VIOC_OUTCFG_DISP0);
}
printf("LCDC0 clk:%d, LCDC1 clk:%d, PLL:%d, divide:%d\n", tca_ckc_getperi(PERI_LCD0), tca_ckc_getperi(PERI_LCD1), tca_ckc_getpll(PCDIRECTPLL0), spec.component_divider);
width = spec.component_width;
height = spec.component_height;
lcdc_set_logo(lcdc_num, width, height, fb_con);
ComponentTiming.lpw = spec.component_LPW;
ComponentTiming.lpc = spec.component_LPC + 1;
ComponentTiming.lswc = spec.component_LSWC + 1;
ComponentTiming.lewc = spec.component_LEWC + 1;
ComponentTiming.vdb = spec.component_VDB;
ComponentTiming.vdf = spec.component_VDF;
ComponentTiming.fpw = spec.component_FPW1;
ComponentTiming.flc = spec.component_FLC1;
ComponentTiming.fswc = spec.component_FSWC1;
ComponentTiming.fewc = spec.component_FEWC1;
ComponentTiming.fpw2 = spec.component_FPW2;
ComponentTiming.flc2 = spec.component_FLC2;
ComponentTiming.fswc2 = spec.component_FSWC2;
ComponentTiming.fewc2 = spec.component_FEWC2;
VIOC_DISP_SetTimingParam(pDISPBase, &ComponentTiming);
memset(&LcdCtrlParam, NULL, sizeof(LcdCtrlParam));
switch(type)
{
case LCDC_COMPONENT_480I_NTSC:
case LCDC_COMPONENT_576I_PAL:
break;
case LCDC_COMPONENT_720P:
LcdCtrlParam.r2ymd = 3;
LcdCtrlParam.ckg = 1;
LcdCtrlParam.id= 0;
LcdCtrlParam.iv = 1;
LcdCtrlParam.ih = 1;
LcdCtrlParam.ip = 0;
LcdCtrlParam.pxdw = 12;
LcdCtrlParam.ni = 1;
break;
case LCDC_COMPONENT_1080I:
LcdCtrlParam.r2ymd = 3;
LcdCtrlParam.ckg = 1;
LcdCtrlParam.id= 1;
LcdCtrlParam.iv = 1;
LcdCtrlParam.ih = 0;
LcdCtrlParam.ip = 1;
LcdCtrlParam.pxdw = 12;
LcdCtrlParam.ni = 0;
LcdCtrlParam.tv = 1;
break;
default:
break;
}
VIOC_DISP_SetControlConfigure(pDISPBase, &LcdCtrlParam);
VIOC_DISP_SetSize(pDISPBase, width, height);
VIOC_DISP_SetBGColor(pDISPBase, 0, 0 , 0);
VIOC_WMIX_SetOverlayPriority(pWIXBase, 0);
VIOC_WMIX_SetBGColor(pWIXBase, 0x00, 0x00, 0x00, 0xff);
VIOC_WMIX_SetSize(pWIXBase, width, height);
VIOC_WMIX_SetUpdate(pWIXBase);
#if defined(TARGET_BOARD_STB)
/* VE_FIELD: GPIO_E27 */
gpio_config(TCC_GPE(27), GPIO_FN0|GPIO_OUTPUT|GPIO_HIGH);
#endif
/* Enable Component Chip */
#if defined(COMPONENT_CHIP_CS4954)
if(type == LCDC_COMPONENT_480I_NTSC)
cs4954_enable(COMPONENT_MODE_NTSC_M); // NTSC_M
else
cs4954_enable(COMPONENT_MODE_PAL_B); // PAL_B
#elif defined(COMPONENT_CHIP_THS8200)
if(type == LCDC_COMPONENT_720P)
ths8200_enable(COMPONENT_MODE_720P); // 720P
else
ths8200_enable(COMPONENT_MODE_1080I); // 1080I
#endif
VIOC_DISP_TurnOn(pDISPBase);
}