play_capture_board_specific.c

1. 8623L平台

#if 1
#define LOCALDBG ENABLE
#else
#define LOCALDBG DISABLE
#endif

#include "sample_os.h"
#define ALLOW_OS_CODE 1

#include "../rua/include/rua.h"
#include "../rua/include/rua_property.h"
#include "../dcc/include/dcc.h"
#include "../dcc/include/dcc_macros.h"
#include "../rmcore/include/rmstatustostring.h"
#include "../rmlibcw/include/rmlibcw.h"
#include "../emhwlib_hal/pll/include/pll_hal.h"
#include "command_ids.h"
#include "get_key.h"
#include "common.h"
#include "cmdline_options.h"

#include "play_capture_board_specific.h"
#include "play_capture_TW9919.h"

#define I2C_ADDR_SiI9031 0x60
#define I2C_ADDR_AD9380  0x98
#define I2C_ADDR_SAA7119 0x40
#define I2C_ADDR_WM8775  0x34
#define I2C_ADDR_MSP34x5 0x80
#define I2C_ADDR_TW9919  0x88

// User have to create this input map and chip info 

/*
 ********************************************************************************
 * DTV8634 board set configuration 
 ********************************************************************************
*/

struct capsam_video_input_map DTV8634_VideoInputMapSample[capsam_video_input_last-1] = {
	{capsam_video_input_tuner1, capsam_chip_TW9919},
	{capsam_video_input_tuner2, capsam_chip_none},
	{capsam_video_input_cvbs1, capsam_chip_TW9919},
	{capsam_video_input_cvbs2, capsam_chip_TW9919},
	{capsam_video_input_svideo1, capsam_chip_TW9919},
	{capsam_video_input_svideo2, capsam_chip_TW9919},
	{capsam_video_input_component1, capsam_chip_AD9380},
	{capsam_video_input_component2, capsam_chip_AD9380},
	{capsam_video_input_scart1, capsam_chip_TW9919},
	{capsam_video_input_scart2, capsam_chip_TW9919},
	{capsam_video_input_vga, capsam_chip_AD9380},
	{capsam_video_input_dvi, capsam_chip_AD9380},
	{capsam_video_input_hdmi1, capsam_chip_AD9380},
	{capsam_video_input_hdmi2, capsam_chip_AD9380},
	{capsam_video_input_hdmi3, capsam_chip_AD9380},
};

struct capsam_audio_input_map DTV8634_AudioInputMapSample[capsam_audio_input_last-1] = {
	{capsam_audio_input_tuner1,capsam_chip_MSP34x5},
	{capsam_audio_input_tuner2,capsam_chip_MSP34x5},
	{capsam_audio_input_stereo1,capsam_chip_MSP34x5},
	{capsam_audio_input_stereo2,capsam_chip_MSP34x5},
	{capsam_audio_input_stereo3,capsam_chip_MSP34x5},	
	{capsam_audio_input_hdmi1, capsam_chip_AD9380},
	{capsam_audio_input_hdmi2, capsam_chip_AD9380},
	{capsam_audio_input_hdmi3, capsam_chip_AD9380},
};

struct capsam_chip_info DTV8634_VideoChipInfoSample[MAX_NUMBER_OF_VIDEO_CHIPS] = {
	{ 
		chip: capsam_chip_AD9380,
		I2CModuleID: I2C,
		I2CDevice: {
			APIVersion: 1,       
			Clock: GPIOId_Sys_0, 
			Data: GPIOId_Sys_1,  
			DevAddr: I2C_ADDR_AD9380, 
			Delay: 0,           
			Speed: 100          
		}		
	},
	{
		chip: capsam_chip_TW9919,
		I2CModuleID: I2C,
		I2CDevice:{
			APIVersion: 1,       // set to 1
			Clock: GPIOId_Sys_0, // GPIO of the I2C data line
			Data: GPIOId_Sys_1,  // GPIO of the I2C clock line
			DevAddr: I2C_ADDR_TW9919,       // I2C device address (write uses DevAddr, read uses DevAddr + 1)
			Delay: 0,            // I2C delay, in uSec
			Speed: 100  
		}
	},
};

struct capsam_chip_info DTV8634_AudioChipInfoSample[MAX_NUMBER_OF_AUDIO_CHIPS] = {
	{	
		chip: capsam_chip_MSP34x5,
		I2CModuleID: I2C,
		I2CDevice:{
			APIVersion: 1,       // set to 1
			Clock: GPIOId_Sys_0, // GPIO of the I2C data line
			Data: GPIOId_Sys_1,  // GPIO of the I2C clock line
			DevAddr: I2C_ADDR_MSP34x5,       // I2C device address (write uses DevAddr, read uses DevAddr + 1)
			Delay: 0,            // I2C delay, in uSec
			Speed: 100  
		}
	},
};

struct capsam_board_info DTV8634_BoardInfoSample = {
	board: capsam_sigmaDTV8634,
	clock: 2700000,
	p_video_input_map: DTV8634_VideoInputMapSample,
	p_video_chip_info: DTV8634_VideoChipInfoSample,	
	p_audio_chip_info: DTV8634_AudioChipInfoSample,
};

/*
 ********************************************************************************
 * DTV8624 board set configuration 
 ********************************************************************************
*/

struct capsam_video_input_map DTV8624_VideoInputMapSample[capsam_video_input_last-1] = {
	{capsam_video_input_tuner1, capsam_chip_none},
	{capsam_video_input_tuner2, capsam_chip_none},
	{capsam_video_input_cvbs1, capsam_chip_SAA7119},
	{capsam_video_input_cvbs2, capsam_chip_none},
	{capsam_video_input_svideo1, capsam_chip_SAA7119},
	{capsam_video_input_svideo2, capsam_chip_none},
	{capsam_video_input_component1, capsam_chip_SAA7119},
	{capsam_video_input_component2, capsam_chip_none},
	{capsam_video_input_scart1, capsam_chip_none},
	{capsam_video_input_scart2, capsam_chip_none},
	{capsam_video_input_vga, capsam_chip_AD9883},
	{capsam_video_input_dvi, capsam_chip_SiI9031},
	{capsam_video_input_hdmi1, capsam_chip_SiI9031},
	{capsam_video_input_hdmi2, capsam_chip_SiI9031},
	{capsam_video_input_hdmi3, capsam_chip_none},
};

struct capsam_audio_input_map DTV8624_AudioInputMapSample[capsam_audio_input_last-1] = {
	{capsam_audio_input_tuner1,capsam_chip_MSP34x5},
	{capsam_audio_input_tuner2,capsam_chip_MSP34x5},
	{capsam_audio_input_stereo1,capsam_chip_WM8775},
	{capsam_audio_input_stereo2,capsam_chip_WM8775},
	{capsam_audio_input_stereo3,capsam_chip_WM8775},	
	{capsam_audio_input_hdmi1, capsam_chip_AD9380},
	{capsam_audio_input_hdmi2, capsam_chip_AD9380},
	{capsam_audio_input_hdmi3, capsam_chip_AD9380},
};

struct capsam_chip_info DTV8624_VideoChipInfoSample[MAX_NUMBER_OF_VIDEO_CHIPS] = {
	{
		chip: capsam_chip_SiI9031,// capture chip specification
		I2CModuleID: I2C,        // emhwlib Module ID of the I2C bus access
		I2CDevice: {
			APIVersion: 1,       // set to 1
			Clock: GPIOId_Sys_0, // GPIO of the I2C data line
			Data: GPIOId_Sys_1,  // GPIO of the I2C clock line
			DevAddr: I2C_ADDR_SiI9031,       // I2C device address (write uses DevAddr, read uses DevAddr + 1)
			Delay: 0,            // I2C delay, in uSec
			Speed: 100           // frequency of the I2C bit transfer, in kHz (e.g. 100 or 400)
		}
	},
	{
		chip: capsam_chip_SAA7119,
		I2CModuleID: I2C,
		I2CDevice:{
			APIVersion: 1,       // set to 1
			Clock: GPIOId_Sys_0, // GPIO of the I2C data line
			Data: GPIOId_Sys_1,  // GPIO of the I2C clock line
			DevAddr: I2C_ADDR_SAA7119,       // I2C device address (write uses DevAddr, read uses DevAddr + 1)
			Delay: 0,            // I2C delay, in uSec
			Speed: 100  
		}
	},
};

struct capsam_chip_info DTV8624_AudioChipInfoSample[MAX_NUMBER_OF_AUDIO_CHIPS] = {
	{	
		chip: capsam_chip_MSP34x5,
		I2CModuleID: I2C,
		I2CDevice:{
			APIVersion: 1,       // set to 1
			Clock: GPIOId_Sys_0, // GPIO of the I2C data line
			Data: GPIOId_Sys_1,  // GPIO of the I2C clock line
			DevAddr: I2C_ADDR_MSP34x5,       // I2C device address (write uses DevAddr, read uses DevAddr + 1)
			Delay: 0,            // I2C delay, in uSec
			Speed: 100  
		}
	},
	{
		chip: capsam_chip_WM8775,
		I2CModuleID: I2C,
		I2CDevice:{
			APIVersion: 1,       // set to 1
			Clock: GPIOId_Sys_0, // GPIO of the I2C data line
			Data: GPIOId_Sys_1,  // GPIO of the I2C clock line
			DevAddr: I2C_ADDR_WM8775,       // I2C device address (write uses DevAddr, read uses DevAddr + 1)
			Delay: 0,            // I2C delay, in uSec
			Speed: 100  
		}
	},
};

struct capsam_board_info DTV8624_BoardInfoSample = {
	board: capsam_sigma844e1dtv,
	clock: 2700000,
	p_video_input_map: DTV8624_VideoInputMapSample,
	p_video_chip_info: DTV8624_VideoChipInfoSample,	
	p_audio_chip_info: DTV8624_AudioChipInfoSample,
};

/*
 ********************************************************************************
 * board specific function
 ********************************************************************************
*/
RMstatus capsam_board_specific_setup(struct capsam_main_instance *pCapture, 
				  struct RUA* pRUA, 
				  struct capsam_board_info* p_board_info,
				  enum capsam_video_input current_video_input)
{
	struct SystemBlock_GPIO_type gpio;
	RMstatus err = RM_OK;

	// this is board specific setting - have to figure out how to handle for multiple board.
	if(p_board_info->board == capsam_sigma844e1dtv){
		gpio.Bit = GPIOId_Sys_15;
		gpio.Data = FALSE;  // select HDMI audio
		RUASetProperty(pRUA, SystemBlock, RMSystemBlockPropertyID_GPIO, &gpio, sizeof(gpio), 0);	
	}

	if(p_board_info->board == capsam_sigmaDTV8634){
		
		struct SystemBlock_GPIO_type gpio;
		struct SystemBlock_GPIO_type gpio_16, gpio_17, gpio_18;
		
		// 0. power up AD9380
		gpio.Bit = GPIOId_Eth_34;
		gpio.Data = TRUE;  // power up 
		RUASetProperty(pRUA, SystemBlock, RMSystemBlockPropertyID_GPIO, &gpio, sizeof(gpio), 0);	
		
		// 1. audio input MUX setting
		gpio.Bit = GPIOId_Eth_23;
		gpio.Data = FALSE;  // route HDMI audio to I2S input
		RUASetProperty(pRUA, SystemBlock, RMSystemBlockPropertyID_GPIO, &gpio, sizeof(gpio), 0);	
		
		// 2. HDMI input MUX setting
		gpio_16.Bit = GPIOId_Eth_18;
		gpio_16.Data = FALSE;  // route analog audio to I2S input
		
		gpio_17.Bit = GPIOId_Eth_19;
		gpio_17.Data = FALSE;  // route analog audio to I2S input
		
		gpio_18.Bit = GPIOId_Eth_20;
		gpio_18.Data = FALSE;  // route analog audio to I2S input
		
		switch(current_video_input){
		case capsam_video_input_hdmi1:
			gpio_16.Data = TRUE;  // route analog audio to I2S input	
			break;
		case capsam_video_input_hdmi2:
			gpio_17.Data = TRUE;  // route analog audio to I2S input		
			break;
		case capsam_video_input_hdmi3:
			gpio_18.Data = TRUE;  // route analog audio to I2S input
			break;
		default:
			break;
		}
		
		RUASetProperty(pRUA, 
			       SystemBlock, 
			       RMSystemBlockPropertyID_GPIO, 
			       &gpio_16, 
			       sizeof(gpio_16), 
			       0);
		
		RUASetProperty(pRUA, 
			       SystemBlock, 
			       RMSystemBlockPropertyID_GPIO, 
			       &gpio_17, 
			       sizeof(gpio_17), 
			       0);
		
		RUASetProperty(pRUA, 
			       SystemBlock, 
			       RMSystemBlockPropertyID_GPIO, 
			       &gpio_18, 
			       sizeof(gpio_18), 
			       0);
		
		// DTV8634 board gets MCLK from TW9919
		// analog video chip should be power on to feed MCLK
		{
			struct capsam_TW9919_instance* pTW9919;
			pTW9919 = (struct capsam_TW9919_instance*)capsam_main_get_chip_handle(pCapture, capsam_chip_TW9919);
			if(pTW9919){
				capsam_TW9919_setup_audio_mclk(pTW9919);
			}
		}
		
	}
	return err;
}

/*
 ********************************************************************************
 * helper functions
 ********************************************************************************
*/
enum capsam_chip  capsam_get_video_capture_chip(enum capsam_video_input input, struct capsam_video_input_map* p_input_map)
//RMuint32  capsam_get_video_capture_chip(enum capsam_video_input input, struct capsam_video_input_map* p_input_map)
{
	int i = 0; 
	if(!p_input_map){
		printf("error\n");
	}

	for(i=0; i<(capsam_video_input_last-1); i++){
		if(input == p_input_map[i].input){
			return p_input_map[i].chip;
			break;
		}
	}
	return 0;
}

enum capsam_chip  capsam_get_audio_capture_chip(enum capsam_audio_input input, struct capsam_audio_input_map* p_input_map)
//RMuint32  capsam_get_audio_capture_chip(enum capsam_audio_input input, struct capsam_audio_input_map* p_input_map)
{
	int i = 0; 
	if(!p_input_map){
		printf("error\n");
	}

	for(i=0; i<(capsam_audio_input_last-1); i++){
		if(input == p_input_map[i].input){
			return p_input_map[i].chip;
			break;
		}
	}
	return 0;
}

struct capsam_chip_info* capsam_get_video_chip_info(enum capsam_chip chip,  struct capsam_chip_info* p_chip_info)
//void* capsam_get_video_chip_info(enum capsam_chip chip,  struct capsam_chip_info* p_chip_info)
{
	int i = 0;
	if(!p_chip_info){
		printf("error!\n");
	}

	//printf("%d %d\n", sizeof(*p_chip_info), sizeof(p_chip_info));

	for(i=0; i<MAX_NUMBER_OF_VIDEO_CHIPS; i++){
		if(p_chip_info[i].chip == chip){
			return &p_chip_info[i];
		}
	}

	return 0;
}

struct capsam_chip_info* capsam_get_audio_chip_info(enum capsam_chip chip,  struct capsam_chip_info* p_chip_info)
//void* capsam_get_audio_chip_info(enum capsam_chip chip,  struct capsam_chip_info* p_chip_info)
{
	int i = 0;
	if(!p_chip_info){
		printf("error!\n");
	}

	//printf("%d %d\n", sizeof(*p_chip_info), sizeof(p_chip_info));
	for(i=0; i<MAX_NUMBER_OF_AUDIO_CHIPS; i++){
		if(p_chip_info[i].chip == chip){
			return &p_chip_info[i];
		}
	}
	return p_chip_info;
}


RMstatus capsam_get_I2CInfo(enum capsam_chip chip,
			 struct capsam_chip_info* p_chip_info,
			 RMuint32 *pout_I2CModuleID, 
			 struct EMhwlibI2CDeviceParameter **ppout_I2CDevice)
{
	int i = 0;
	if(!p_chip_info){
		printf("error!\n");
		return RM_ERROR;
	}

	if(!pout_I2CModuleID){
		printf("error!\n");
		return RM_ERROR;
	}

	if(!ppout_I2CDevice){
		printf("error!\n");
		return RM_ERROR;
	}
	
	//printf("%d %d\n", sizeof(*p_chip_info), sizeof(p_chip_info));
	for(i=0; i<MAX_NUMBER_OF_VIDEO_CHIPS; i++){
		if(p_chip_info[i].chip == chip){
			*pout_I2CModuleID = p_chip_info[i].I2CModuleID;
			*ppout_I2CDevice = &(p_chip_info[i].I2CDevice);	
			return RM_OK;
		}
	}

	for(i=0; i<MAX_NUMBER_OF_AUDIO_CHIPS; i++){
		if(p_chip_info[i].chip == chip){
			*pout_I2CModuleID = p_chip_info[i].I2CModuleID;
			*ppout_I2CDevice = &(p_chip_info[i].I2CDevice);	
			return RM_OK;
		}
	}

	return RM_ERROR;	
}