kinf.h

Sunplus 8202S source code.

//
// FILE
// kinf.h
//
// DESCRIPTION
// This file is to provide an interface between kernel programs
// and upper software.  Don't place anything other than kernel
// definitions.
// Also always make sure this file is coherent with the kernel
// program.
//

#ifndef	__KINF_H
#define	__KINF_H

#include "types.h"

#include "cpu.h"
#include "framebuf.h"
#include "viddec.h"

extern const UINT8 KernelVersion[];

// NAV
extern  UINT8   new_cell;

// DIP
extern  UINT8   dip_sel;
extern  UINT8   dip_enable;

// MB22
extern  UINT8   mb22_en;

// hardware clock gating
extern  UINT8   kernel_clock_gating;

// error concealment
extern  UINT32  kernel_error_counter;
extern  UINT8   kernel_error_concealment;
extern  UINT8   kernel_error_mb_threshold;

// for portable
extern	UINT8	kernel_portable_bonding;

// system-layer
extern  UINT8   kiPckType;

#define KI_PCKTYPE_VOB              0
#define KI_PCKTYPE_AOB              1
#define KI_IS_VOB_PCK()             (KI_PCKTYPE_VOB == kiPckType)
#define KI_IS_AOB_PCK()             (KI_PCKTYPE_AOB == kiPckType)

extern  UINT8   kiAuStream;
extern  UINT8   kiAuStreamNum;

#define KI_AU_STREAM_PCM            0xa0
#define KI_AU_STREAM_AC3            0x80
#define KI_AU_STREAM_DTS            0x88
#define KI_AU_STREAM_MPG            0xc0

#define KI_AU_TYPE_MASK             0xf8
#define KI_AU_MPG_MASK              0xe0
#define KI_AU_STREAM_MASK           0x07

#define		AUDIO_TIME_STAMP			0
#define		VIDEO_TIME_STAMP			1
#define		SUPIC_TIME_STAMP			2

#define		TIME_TYPE_DTS				PIC_CHK_DTS
#define		TIME_TYPE_PTS				PIC_CHK_PTS

#define		IS_DTS_TIME_STAMP(type)		(((type)&TIME_TYPE_DTS) == TIME_TYPE_DTS)
#define		IS_PTS_TIME_STAMP(type)		(((type)&TIME_TYPE_PTS) == TIME_TYPE_PTS)


#define		IS_SRC_MPEG1(opt)			((opt&(PIC_MPEG2|PIC_MPEG4)) == 0)
#define		IS_SRC_MPEG2(opt)			(opt&PIC_MPEG2)
#define		IS_SRC_MPEG4(opt)			(opt&PIC_MPEG4)

// buffer control function and defines
void set_av_time_stamp(UINT32 media, UINT32 type, INT64 time_stamp);
void av_check_buf_full(int avflg, UINT32 mode);
#define	DVD_SYNC_MODE				0x0
#define	SIMPLE_SYNC_MODE			0x1

#define	AUDIO_FULL					0x0
#define	VIDEO_FULL					0x1
#define	SUPIC_FULL					0x2

// video decode option
#define	VID_NORMAL_DEC			0
#define	VID_SKIP_B				(1 << 0)
#define	VID_FLD_DEC				(1 << 1)
#define	VID_PEND_DEC			(1 << 2)
#define	VID_SKIP_P				(1 << 3)
#define	VID_DISABLE_AVSYNC		(1 << 4)
#define	VID_VFULL_DEC			(1 << 5)

#define	IS_VID_NORMAL_DEC()		(video_dec_opt == VID_NORMAL_DEC)
#define	IS_VID_SKIP_B()			((video_dec_opt&VID_SKIP_B) > 0)
#define	IS_VID_SKIP_P()			((video_dec_opt&VID_SKIP_P) > 0)
#define	IS_VID_FLD_DEC()		((video_dec_opt&VID_FLD_DEC) > 0)
#define	IS_VID_PEND_DEC()		((video_dec_opt&VID_PEND_DEC) > 0)
#define	IS_VID_DIS_AVSYNC()		((video_dec_opt&VID_DISABLE_AVSYNC) > 0)
#define	IS_VID_VFULL_DEC()		((video_dec_opt&VID_VFULL_DEC) > 0)

#define	SET_VIDDEC_OPT(x)		(video_dec_opt = (x))
#define	GET_VIDDEC_OPT()		(video_dec_opt)

extern void set_avsync_option(UINT32 option);

// frame rate control
void frctl_clear_count();
void frctl_set_display_rate();
void frctl_set_frame_rate(int rate, int scale);
UINT64 frctl_frame_to_stc(UINT32 frame);
UINT32 frctl_frame_to_time(UINT32 frame);
UINT32 frctl_time_to_frame(UINT32 time);

//#ifdef	SUPPORT_MP4
extern int (*intr_decode_mp4_video)(int will_be_top_field, int decode_synced);
extern int (*intr_dec_avi_sup)(int will_be_top_field);
extern int (*calc_accm_audio_fPTS)();

// get_mp4_video_codec()
#define	MPEG4_ISO				0
#define	MPEG4_SHORT_HEADER		1
#define	MPEG4_DIVX_311			2
#define	MPEG4_DIVX_412			3
#define	MPEG4_DIVX_5			4

// video_property_flag
extern	UINT32 video_property_flag;
#define MPEG4_TYPE_FLAG			(1 << 0)	// MPEG-4
#define MPEG4_INTERLACED_FLAG	(1 << 1)	// Interlaced
#define MPEG4_SHORT_FLAG		(1 << 2)	// Short Header
#define MPEG4_GMC_FLAG			(1 << 3)	// Global Motion Compensation
#define MPEG4_QPEL_FLAG			(1 << 4)	// Quarter Pixel

#define IS_MPEG4_INTERLACED()	((video_property_flag&MPEG4_INTERLACED_FLAG) > 0)
#define IS_MPEG4_SHORT_HEADER()	((video_property_flag&MPEG4_SHORT_FLAG) > 0)
#define IS_MPEG4_GMC()			((video_property_flag&MPEG4_GMC_FLAG) > 0)
#define IS_MPEG4_QPEL()			((video_property_flag&MPEG4_QPEL_FLAG) > 0)

// mp4vid_status
// set by video parser, and cleared by file parser
extern	UINT8 mp4vid_status;
#define MPEG4_STATUS_NEED_DATA			0		// need more data
#define MPEG4_STATUS_ERROR_UNSUPPORTED	1		// error of unsupported options
#define MPEG4_STATUS_ERROR_SEQUENCE		2		// error of parsing the sequence header
#define MPEG4_STATUS_ERROR_PICTURE		3		// error of parsing the picture
#define MPEG4_STATUS_OK					MPEG4_STATUS_NEED_DATA

void set_mp4_frame(UINT32 frame);

#define	GET_MP4_FRAME()			(decoded_frame)
#define	GET_MP4_TIME()			frctl_frame_to_time(decoded_frame)	// in seconds
#define	GET_MP4_STC()			frctl_frame_to_stc(decoded_frame)

// Initialization for each MPEG-4 file
int mp4vid_init(int width, int height, UINT32, UINT32);
// Initialization of an AVI chunk of MPEG-4. 
inline void mp4vid_chunk_initialize();
void restart_mp4_video_engine();
// GOTO request. If 0 is returned, the GOTO request can not be performed.
int mp4vid_goto(int skip_vop_number);
void mp4_avfilled(int avflg);
inline UINT32 get_mp4_video_codec();

//#endif	// SUPPORT_MP4

extern  INT8    R_skip;             /* used to skip REF pictures    */
extern  INT16   B_skip;             /* used to skip B picture   */
extern  INT8    P_frame;            // play P_frame and stop, if (P_frame==0) normal play
                                    // if (P_frame<0) stop
extern  INT8    P_vobu;             // play P_vobu and stop, if (P_vobu==0) normal play
                                    // if (P_vobu<0) stop
                                    //

extern	UINT8	vobu_DSI_valid;
extern  UINT8   nav_pck_cntr;
extern  BYTE    sequence_start;

extern  UINT32  play_finish_time;
extern  INT64   scr_current;

extern  INT64   PTS_audio;
extern  INT64   PTS_video;
extern  UINT8   picture_parsing_entry;
extern  UINT8   picture_parsed_entry;
extern  UINT8   picture_decoding_entry;

extern  UINT8   picture_coding_type;
extern  UINT16  pic_coding_ext0;

extern  INT16   vbv_y; 
extern  INT16   vbv_x; 
extern  INT16   vbv_by; 
extern  INT16   vbv_bx; 
#define video_parsing_barrier   vbv_by


/*
** STREAM ID
*/
extern  UINT8   stream_video;
extern  UINT8   stream_audio;
extern  UINT8   stream_audio_table[8];
extern  UINT8   stream_sup_table[15];
extern  UINT8   sub_stream_id_sup;
extern  UINT8   sub_stream_id_sup_2;


/*
*/
extern  UINT8   audio_filled;
extern  UINT8   video_filled;
extern  UINT8   avbuf_filled;
extern  UINT8   video_slow_wait;

extern  UINT8   forward_ref_option;
extern  INT8    dis_pic_id_saved_0;
extern  INT8    dis_field_cntr;
extern  INT8    dec_field_cntr;

extern  UINT32  decoded_pic;
extern  UINT32  decoded_frame;
extern	UINT32  video_dec_opt;

#define get_decoded_pic()   (decoded_pic)

extern  UINT8   frame_rate;

extern  UINT8   chk_first_B;

//
#define DECODE_FORMAT_525   0
#define DECODE_FORMAT_625   1
#define DECODE_FORMAT_OTHER 2
extern  UINT8   viddec_format;
#define get_decode_format()     (viddec_format)
#define set_decode_format(f)    (viddec_format=(f))


extern  UINT8   viddec_nodecode;

//
// FRAMEBUF
// framebuf_mb_width    macroblock-mode
// framebuf_line_width
extern  UINT16  framebuf_mb_width; 
extern  UINT16  framebuf_line_width;

static	inline	void	set_video_stream_id(unsigned id)
{
    stream_video = id;
}

static	inline	void	set_audio_stream_id(unsigned id)
{
    stream_audio = id;
}

static	inline	void	set_sub_stream_id_sup(unsigned id)
{
    sub_stream_id_sup = id;
}

static	inline	void	set_sub_stream_id_sup_2(unsigned id)
{
    sub_stream_id_sup_2 = id;
}

static  inline  void    set_framebuf_mb_mode_width(unsigned v)
{
    framebuf_mb_width=v;
}

static  inline  void    set_framebuf_linear_mode_width(unsigned v)
{
    framebuf_line_width=v;
}

static  inline  int     get_framebuf_linear_mode_width()
{
    return framebuf_line_width;
}

//
// kernel interface
//
extern  void    init_video_decoder(void);
extern	void	resync_av(void);
extern	void	resync_video(void);
extern	void	resync_audio(void);
extern	void	resync_video_bitstream(void);
extern	void	resync_audio_bitstream(void);
extern	void	clear_video_decoder();
extern	int     do_system_layer(void);


extern	UINT32	ki_get_vbv_kused();
extern	UINT32	ki_get_vbv_kfree();
extern	UINT32	ki_get_video_bitrate();

extern	void	dsi_update_kernel(void);
extern  void    ki_set_pck_type(UINT8);
extern  void    ki_set_au_stream(UINT8);


/*
**	WATCHDOGWATCHDOG
*/
void    watchdog_renew(int n);
void    watchdog_onoff(int n);


/*
**	SUP	SUP	SUP	SUP	SUP	SUP	SUP
*/
#include "supfunc.h"
extern  void    set_sup_hwbuf(unsigned ya, unsigned ye);
extern  void    set_sup_hwbuf2(unsigned ya, unsigned ye);


/*
**      VPP     VPP     VPP     VPP     VPP     VPP     VPP           
*/
// Pixel Aspect Ratio
#define VPP_PAR_MP_FORCE_SQUARE		(1<<0)
#define VPP_PAR_MP4_FORCE_SQUARE	(1<<1)
#define VPP_PAR_MP4_GUESS_43TV		(1<<2)
#define VPP_PAR_MP4_REVERSE_169TV	(1<<3)
extern void		setup_vpp_par_mode(int flag);

extern  void    setup_vpp_mapping(int mapping, int sdram_reorder);
extern  int     get_vpp_mapping(void);
extern  void    vpp_set_bg_color(int y, int cb_cr);


/*
**      ENCODE
*/
extern  int     mpeg_encode(int id, int w, int h, int qscale, UINT8 *temp, UINT8 *output);
extern  void    mpeg_encode_target(int bits);



/*
**      TEST    TEST    TEST    TEST    TEST    TEST    TEST
*/
extern  UINT8   sys_test_reg_00;
extern  UINT8   sys_test_reg_01;
extern  UINT8   sys_test_reg_02;
extern  UINT8   sys_test_reg_03;


#endif/*__KINF_H*/