play_capture_sampleapp.c

1. 8623L平台

/*
 *
 * Copyright (c) 2001-2007 Sigma Designs, Inc. 
 * All Rights Reserved. Proprietary and Confidential.
 *
 */

/**
	@file   play_capture_sampleapp.c
	@brief  sample application to show how to call play_capture_main.c
	
	@author Christian Wolff Sean.Sekwon.Choi
*/

// to enable or disable the debug messages of this source file, put 1 or 0 below
#if 0
#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 "play_capture_main.h"
#include "play_capture_audio.h"
#include "play_capture_video.h"

// TODO to be removed later
#include "play_capture_i2c.h"
#include "play_capture_hdmi.h"
#include "play_capture_SAA7119.h"
#include "play_capture_MSP34x5.h"
#include "play_capture_WM8775.h"
#include "play_capture_SiI9031.h"
#include "play_capture_AD9883.h"

#include "play_capture_board_specific.h"
//
////////////////////////////////////////////////////////////////////////////////


//static RMuint32 I2C_ModuleID = I2C;

struct RUA *pInstance = NULL;
struct display_cmdline disp_opt;
struct capture_cmdline capture_opt[2];
struct audio_cmdline audio_opt;
RMuint32 chip_num = 0;
RMuint32 input_num = 0;

struct local_cmdline {
	RMuint32 chip_num;
	RMuint32 TimerNumber;
	RMbool zoom_force;
	RMuint32 zoom_x;
	RMuint32 zoom_y;
	RMuint32 zoom_w;
	RMuint32 zoom_h;
	RMuint32 zoomstep;
	RMbool force_overscan_crop;
	RMuint32 overscan_crop_amount;
	RMuint32 overscan_crop;  // percentage of frame size to crop around edge for overscanned pictures
	struct EMhwlibDisplayWindow *output_window;
	RMuint32 arg_vbi;
	RMbool parse_anc;
	RMbool print_anc;
	RMbool dump_vbi;
	RMbool i2c_init;
	RMuint32 i2c_module;
	//	enum capture_board i2c_board;
	enum capsam_board i2c_board;
	enum capture_port i2c_port;
	enum capture_chip i2c_video_chip;
	RMuint8 i2c_video_dev;
	RMuint32 i2c_video_delay;
	enum capture_chip i2c_audio1_chip;
	RMuint8 i2c_audio1_dev;
	RMuint32 i2c_audio1_delay;
	enum capture_chip i2c_audio2_chip;
	RMuint8 i2c_audio2_dev;
	RMuint32 i2c_audio2_delay;
	RMbool enable_i2c_cc;
	RMbool enable_i2c_wss;
	struct EMhwlibInputReadbackI2CCC i2c_cc;
	RMbool ccfifo_print;
	RMuint32 use_soft_cc_decoder;
	RMuint32 ccfifo_id_in;
	RMuint32 ccfifo_id_send;
	RMuint32 ccfifo_id_out;
	RMuint32 ccfifo_addr_in;
	RMuint32 ccfifo_addr_out;
	RMuint32 VBIFlags;
	RMuint32 VBIPTS;
	RMuint32 VBISequence;
	RMuint32 VBISize;
	RMuint32 VBIOffs;
	RMuint16 *pVBIChunk;
	RMuint16 *pVBIData;
	FILE *vbidump;
	RMbool update;
	RMbool use_gpio_fid;
	RMbool invert_fid;
	RMbool last_hotplug;
	struct ReceiveObject_type *pR;
	struct RUABufferPool *pDmaReceive;
	RMbool force_active_format;
	enum EMhwlibActiveFormat active_format;
	RMbool force_wide_screen;
	RMbool wide_screen;
	RMuint32 wss_odd;
	RMuint32 wss_even;
	RMbool last_hdcp_ok;
	RMbool last_power;
	RMbool last_sync;
	RMbool last_clock;
	RMbool last_auth;
	RMbool last_crypt;
	RMbool break_hdcp;
	RMuint32 cable_eq;
	struct avi_info last_avi;
	RMbool new_avi;
	enum EMhwlibScanInfo last_scan;
	RMbool update_videomode;
	RMbool follow_vfreq;
	RMbool verbouse;
	RMbool intr_debug;
	RMbool green_bg;
//	enum hdmi_mode hdmi_mode;  // TRUE: HDMI with info frames, audio etc. FALSE: DVI mode
	RMbool upsample_from_422;
	RMuint32 CurrChStat;
	RMuint16 CurrPc;
	RMuint8 last_isrc[32];
	RMuint8 last_isrc_header;
	RMbool last_isrc2;
	RMuint8 intr_mask[6];
	enum audio_state audio_state;
	RMuint64 audio_guard_time;
	RMbool restart_audio;  // have to restart audio passthrough due to errors or changes
	RMbool audio_pll_locked;  // stability of audio clock
	RMbool lpcm_24bit;
	enum EMhwlibTVStandard old_std;
	enum EMhwlibTVStandard prev_std;
	RMuint32 same_ct;
}local_opt[2];


#if 0

// Example: DTV8624 board
// This needs to come from a board dependent configuration file
struct capsam_access VideoInput[] = {
	{  // HDMI 0
		APIVersion: 1,                        // set to 1
		access_type: capsam_access_type_hdmi,    // digital or analog
		chip: capsam_chip_SiI9031,               // capture chip specification
		input: capsam_input_hdmi,                // input type
		input_number: 0,                      // arbitrary number to select one specific input of the specified type
		I2CModuleID: 0,                       // emhwlib Module ID of the I2C bus access
		I2CDevice: { // pI2CDevice.DevAddr contains the primaty I2C device address of the chip, the other members need to match the board specific environment
			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: 0x60,       // 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)
		}
	}, 
	{  // HDMI 1
		APIVersion: 1,                        // set to 1
		access_type: capsam_access_type_hdmi,    // digital or analog
		chip: capsam_chip_SiI9031,               // capture chip specification
		input: capsam_input_hdmi,                // input type
		input_number: 1,                      // arbitrary number to select one specific input of the specified type
		I2CModuleID: 0,                       // emhwlib Module ID of the I2C bus access
		I2CDevice: { // pI2CDevice.DevAddr contains the primaty I2C device address of the chip, the other members need to match the board specific environment
			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: 0x60,       // 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)
		}
	}, 
	{  // CVBS
		APIVersion: 1,                        // set to 1
		access_type: capsam_access_type_analog,    // digital or analog
		chip: capsam_chip_SAA7119,               // capture chip specification
		input: capsam_input_cvbs1,                // input type
		input_number: 1,                      // arbitrary number to select one specific input of the specified type
		I2CModuleID: 31,                       // emhwlib Module ID of the I2C bus access
		I2CDevice: { // pI2CDevice.DevAddr contains the primaty I2C device address of the chip, the other members need to match the board specific environment
			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: 0x40,       // 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)
		}
	}, 
};

struct capsam_access AudioInput[] = {
	{  // audio 0
		APIVersion: 1,                        // set to 1
		access_type: capsam_access_type_analog,    // digital or analog
		chip: capsam_chip_WM8775,               // capture chip specification
		input: capsam_input_none,                // input type
		input_number: 0,                      // arbitrary number to select one specific input of the specified type
		I2CModuleID: 31,                       // emhwlib Module ID of the I2C bus access
		I2CDevice: { // pI2CDevice.DevAddr contains the primaty I2C device address of the chip, the other members need to match the board specific environment
			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: 0x60,       // 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)
		}
	}, 
};

#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

struct capsam_board_config DTV8624[] = {
	{
		APIVersion: 1,
		XtalClock: 32110000,
		board: capsam_sigma844e1dtv,

		chip_hdmi_config:{
			APIVersion: 1,                        // set to 1
			access_type: capsam_access_type_hdmi,    // digital or analog
			chip: capsam_chip_SiI9031,// capture chip specification
			input: capsam_input_hdmi, // input type
			input_number: 0,       // arbitrary number to select one specific input of the specified type
			I2CModuleID: 0,        // emhwlib Module ID of the I2C bus access
			I2CDevice: { // pI2CDevice.DevAddr contains the primaty I2C device address of the chip, the other members need to match the board specific environment
				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_analog_video_config: {
			APIVersion: 1,                        // set to 1
			access_type: capsam_access_type_analog,    // digital or analog
			chip: capsam_chip_SAA7119,
			input: capsam_input_cvbs1,
			input_number:0,
			I2CModuleID:31,
			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  
			}
		},
		chip_analog_audio_config: {
			APIVersion: 1,                        // set to 1
			access_type: capsam_access_type_analog,    // digital or analog
			chip: capsam_chip_WM8775,
			input: capsam_input_cvbs1,
			input_number: 0,
			I2CModuleID: 31,
			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  
			}
		},
		chip_analog_audio_config2: {
			APIVersion: 1,                        // set to 1
			access_type: capsam_access_type_analog,    // digital or analog
			chip: capsam_chip_MSP34x5,
			input: 0,
			input_number: 0,
			I2CModuleID: 31,
			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_config DTV8634[] = {
	{
		APIVersion: 1,
		XtalClock: 27110000,
		board: capsam_sigmaDTV8634,
		chip_hdmi_config:{
			APIVersion: 1,                        // set to 1
			access_type: capsam_access_type_hdmi,    // digital or analog
			chip: capsam_chip_AD9380,// capture chip specification
			input: capsam_input_hdmi, // input type
			input_number: 1,       // arbitrary number to select one specific input of the specified type
			I2CModuleID: 0,        // emhwlib Module ID of the I2C bus access
			I2CDevice: { // pI2CDevice.DevAddr contains the primaty I2C device address of the chip, the other members need to match the board specific environment
				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_AD9380,       // 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_analog_video_config: {
			APIVersion: 1,                        // set to 1
			access_type: capsam_access_type_analog,    // digital or analog
			chip: capsam_chip_TW9919,
			input: capsam_input_cvbs1,
			input_number:0,
			I2CModuleID:31,
			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  
			}
		},
		chip_analog_audio_config: {
			APIVersion: 1,                        // set to 1
			access_type: capsam_access_type_analog,    // digital or analog
			chip: capsam_chip_MSP34x5,
			input: 0,
			input_number: 0,
			I2CModuleID: 31,
			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  
			}
		}
	},
};

#endif

////////////////////////////////////////////////////////////////////////////////
//
// static function declarations
//
////////////////////////////////////////////////////////////////////////////////