source: svn/newcon3bcm2_21bu/dst/dhl/src/DHL_AVCAP_Impl.h @ 45

/*
        DHL_AVCAP_Impl.h

        

*/

#ifndef __DHL_AV_IMPL_H__
#define __DHL_AV_IMPL_H__

#include "DHL_AVCAP.h"

#define CC_BUF_SIZE                     (60 * 4)

// LG Driver¿¡¼­ Copy
/**
 * Aspect Ratio.
 * @see VDP_IO_SPEC_T
 */
typedef enum {
        AR_MIN = 2,
        AR_4_3 = AR_MIN,
        AR16_9 = 3,
        AR20_9 = 4,
        AR_MAX = AR20_9,
        AR_MAXN
} AR_T;


typedef enum 
{
        DECODER_AUDIO_VOLUME = 0, 
        DAC_AUDIO_VOLUME, 
        SPDIF_AUDIO_VOLUME, 
        RF_AUDIO_VOLUME,
        ALLTYPE_AUDIO_VOLUME,
} AUDIO_VOLUME_TYPE; 


typedef enum 
{
        eDHL_AVCFG_GET_RMM,
                // return current RMM operation mode.
                // value: BOOL *
                //  return TRUE if RMM is active (half decoding)
                //  return FALSE if RMM is not active (full decoding)
        
} DHL_AV_COMMAND;

typedef struct cc_buf_t
{
        unsigned int    size;
        unsigned char   buf[CC_BUF_SIZE];
}cc_buf_t;

DHL_RESULT dhl_av_register_callback(tDHL_AVCALLBACK pCallBack, tDHL_AVCallbackType CBType);

DHL_RESULT dhl_av_get_seq_hdr(tDHL_VideoSeqHdr *pSeq);
void dhl_av_disp_stop(BOOL onoff);
DHL_RESULT dhl_av_video_hide(BOOL bHide);
DHL_RESULT dhl_av_video_freeze(BOOL bFreeze);
DHL_RESULT dhl_av_video_resize(INT32 x, INT32 y, UINT32 w, UINT32 h);

DHL_RESULT dhl_av_video_start(UINT16 uVidPID, UINT16 uPcrPID, UINT16 uAudPID, UINT16 vid_type);
void dhl_av_video_start_end(UINT16 uVidPID, UINT16 uPcrPID, BOOL bSuccess);
void dhl_av_video_stop(UINT16 uVidPID);
BOOL dhl_av_video_decoding_ready(void);

DHL_RESULT dhl_av_change_display_format(tDHL_DispPort output, tDHL_DispFormat format, 
                                                                tDHL_DispARC adjustment);

DHL_RESULT dhl_av_change_display_adjustment(tDHL_DispARC adj, DHL_WINRECT *rect);
DHL_RESULT dhl_av_disp_start(void);

void dhl_av_disp_change_rfm(int ch); // 3 or 4
DHL_RESULT dhl_av_get_video_pts(UINT32* p_vid_pts);


DHL_RESULT dhl_av_audio_start(UINT16 uAudPID, UINT16 uPcrPID, tDHL_AudioCodingType AudStreamType);
void dhl_av_audio_start_end(UINT16 uAudPID, UINT16 uPcrPID, BOOL bSuccess);
void dhl_av_audio_stop(UINT16 uAudPID);
UINT32 dhl_av_audio_frame_count(void);

BOOL dhl_av_audio_output_exist(void);
DHL_RESULT dhl_av_audio_get_channel_info(BOOL *pbSurround, BOOL *pbStereo);
DHL_RESULT dhl_av_audio_set_delay(int nDelay, int nIecDelay);

DHL_RESULT dhl_av_audio_set_spdif_mode(tDHL_AudioIecOutFormat iecOutputMode);

DHL_RESULT dhl_av_audio_mute_control(tDHL_AudioMutePlace mutePlace, BOOL bMute);
DHL_RESULT dhl_av_audio_temp_mute(BOOL bMute);

void dhl_av_audio_set_ac3_params(int mode, int mono, UINT32 mono_mode, UINT32 stereo_mode);


DHL_RESULT dhl_av_audio_set_volume(UINT16 uVolLvl);
//UINT32 dhl_av_audio_get_volume(UINT16 audioType);


void dhl_av_userdata_init();
void dhl_av_userdata_callback(void *param);

DHL_RESULT dhl_av_command(int param, UINT32 value);


DHL_RESULT dhl_av_init(void);
DHL_RESULT dhl_av_terminate(void);
int TestAV(int cmd, int param1, int param2, int param3, int param4);

#endif  // __DHL_AV_IMPL_H__