med_api.h
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/*****************************************************************************
* Copyright Statement:
* --------------------
* This software is protected by Copyright and the information contained
* herein is confidential. The software may not be copied and the information
* contained herein may not be used or disclosed except with the written
* permission of MediaTek Inc. (C) 2005
*
* BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
* THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE")
* RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
* AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
* EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
* NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
* SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
* SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
* THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
* NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
* SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
*
* BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
* LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE,
* AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
* OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO
* MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE.
*
* THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
* WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
* LAWS PRINCIPLES. ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND
* RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
* THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
*
*****************************************************************************/
/*******************************************************************************
* Filename:
* ---------
* med_api.h
*
* Project:
* --------
* Maui
*
* Description:
* ------------
* This file includes exported apis of media task.
*
* Author:
* -------
* -------
*
*==============================================================================
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*------------------------------------------------------------------------------
* Upper this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*==============================================================================
*******************************************************************************/
#ifndef MED_NOT_PRESENT
#ifndef _MED_API_H
#define _MED_API_H
#include "cal_comm_def.h"
#include "pano_comm_def.h" /* postproc related definition */
#include "med_struct.h" /* message structure */
#include "med_global.h"
#include "kal_general_types.h"
#include "stack_config.h"
#include "mpl_common.h" // mpl common type definition
/*==== CONSTANT ====*/
enum
{
AUD_BLOCK_ALL = 0,
AUD_BLOCK_ALL_EXCEPT_TONE,
AUD_NO_OF_BLOCK_LEVEL
};
/* MMAPI audio type */
enum
{
MMA_TYPE_UNKNOWN = -1,
MMA_TYPE_MIDI = 0,
MMA_TYPE_TONE,
MMA_TYPE_WAV,
MMA_TYPE_IMY,
MMA_TYPE_AMR,
MMA_TYPE_DAF,
MMA_TYPE_MUSICAM,
MMA_TYPE_AAC,
MMA_TYPE_AU,
MMA_TYPE_AWB,
MMA_TYPE_WMA,
MMA_TYPE_M4A,
MMA_TYPE_AIFF,
MMA_TYPE_RA,
MMA_TYPE_RM,
MMA_TYPE_RMVB,
MMA_TYPE_RV,
MMA_TYPE_APE,
MMA_TYPE_MP4,
MMA_TYPE_3GP,
MMA_TYPE_FLV,
MMA_TYPE_F4V,
MMA_TYPE_F4A,
MMA_TYPE_VORBIS,
MMA_TYPE_FLAC,
MMA_NO_OF_AUDIO_TYPE
};
/* MMAPI video type */
enum
{
MMA_TYPE_MPEG = 0,
MMA_TYPE_H263,
MMA_TYPE_CAM,
MMA_NO_OF_VIDEO_TYPE
};
typedef struct
{
kal_uint8 audio_id;
kal_uint8 play_style;
kal_uint64 volume;
kal_uint8 output_path;
kal_uint16 identifier;
}
aud_play_id_struct;
typedef struct
{
kal_uint8 src_id;
kal_uint8 *data_p;
kal_uint32 len;
kal_uint8 format;
kal_uint8 play_style;
kal_uint64 volume;
kal_uint8 output_path;
kal_uint16 identifier;
/* set both start_offset and end_offset to 0 for backward compatible */
kal_uint32 start_offset; /* 0 : file begining */
kal_uint32 end_offset; /* 0 or file data len-1: file end */
kal_uint8 blocking;
}
aud_play_string_struct;
typedef struct
{
kal_uint8 src_id;
kal_wchar *file_name_p;
kal_uint8 play_style;
kal_uint64 volume;
kal_uint8 output_path;
kal_uint16 identifier;
/* set both start_offset and end_offset to 0 for backward compatible */
kal_uint32 start_offset; /* 0 : file begining */
kal_uint32 end_offset; /* 0 or file data len-1: file end */
void *cache_p;
}
aud_play_file_struct;
typedef struct {
kal_uint16 *text_string;
kal_uint16 str_type; /* String Type */
kal_uint16 lang; /* Language */
kal_uint16 app_type; /* Application Type */
kal_uint16 gander; /* Gender */
kal_uint16 identifier; /* id for the request */
kal_uint16 app_id; /* app id */
kal_uint8 volume; /* Volume, from 0~6 */
kal_uint8 path; /* Audio Path */
kal_uint8 pitch; /* Audio Pitch, from 0~100 */
kal_uint8 speed; /* Audio Speed, from 0~100 */
} aud_tts_struct;
/************ MMA ***********/
/* This must be sync with those defined in l1audio.h */
typedef enum
{
MED_SUCCESS,
MED_FAIL,
MED_REENTRY,
MED_NOT_INITIALIZED,
MED_BAD_FORMAT,
MED_BAD_PARAMETER,
MED_BAD_COMMAND,
MED_NO_HANDLER,
MED_UNSUPPORTED_CHANNEL,
MED_UNSUPPORTED_FREQ,
MED_UNSUPPORTED_TYPE
} med_status_enum;
/* This must be sync with those defined in l1audio.h */
typedef enum
{
MED_NONE,
MED_DATA_REQUEST,
MED_DATA_NOTIFICATION,
MED_END,
MED_ERROR,
MED_REPEATED,
MED_TERMINATED,
MED_LED_ON,
MED_LED_OFF,
MED_VIBRATOR_ON,
MED_VIBRATOR_OFF,
MED_BACKLIGHT_ON,
MED_BACKLIGHT_OFF
} med_event_enum;
typedef kal_int32 med_handle;
typedef kal_int32 med_event;
typedef kal_int32 med_status;
typedef void (*med_handler) (kal_int32 handle, kal_int32 event);
typedef struct
{
kal_uint16 app_id;
med_handler handler;
kal_uint8 media_type;
kal_uint8 *data;
kal_int32 size;
kal_wchar *file_path;
kal_int16 repeats; /* 0: Endless */
kal_bool progressive_dl; /* Is a progrevvice downloading file */
kal_uint8 output_path;
}
mma_player_struct;
typedef struct
{
kal_uint16 app_id;
med_handler handler;
kal_uint8 media_type;
kal_uint8 *data;
kal_int32 size;
kal_wchar *file_path;
kal_int16 repeats; /* 0: Endless */
kal_bool progressive_dl; /* Is a progrevvice downloading file */
kal_uint8 output_path;
void *user_data;
}
mma_player_async_struct;
#define GET_ARGB_A(_x_) (kal_uint8)((((kal_uint32)_x_)&0xff000000)>>24)
#define GET_ARGB_R(_x_) (kal_uint8)((((kal_uint32)_x_)&0x00ff0000)>>16)
#define GET_ARGB_G(_x_) (kal_uint8)((((kal_uint32)_x_)&0x0000ff00)>>8)
#define GET_ARGB_B(_x_) (kal_uint8)((((kal_uint32)_x_)&0x000000ff))
#define SET_ARGB(_a_,_r_,_g_,_b_) ((((kal_uint32)_a_)<<24)| \
(((kal_uint32)_r_)<<16)|\
(((kal_uint32)_g_)<<8)| \
(((kal_uint32)_b_)))
enum
{
CAM_SRC_ISP = 0,
CAM_SRC_MEM,
CAM_NO_OF_SRC
};
/* camera param enum */
enum
{
CAM_PARAM_NONE = 0,
CAM_PARAM_ZOOM_FACTOR,
CAM_PARAM_CONTRAST,
CAM_PARAM_BRIGHTNESS,
CAM_PARAM_HUE,
CAM_PARAM_GAMMA,
CAM_PARAM_WB,
CAM_PARAM_EXPOSURE,
CAM_PARAM_EFFECT,
CAM_PARAM_BANDING,
CAM_PARAM_SATURATION,
CAM_PARAM_NIGHT_MODE,
CAM_PARAM_SHARPNESS,
CAM_PARAM_EV_VALUE,
CAM_PARAM_FLASH,
CAM_PARAM_FLASH_MODE = CAM_PARAM_FLASH,
CAM_PARAM_AE_METERING,
CAM_PARAM_AF_KEY,
CAM_PARAM_AF_METERING,
CAM_PARAM_AF_MODE,
CAM_PARAM_MANUAL_FOCUS_DIR,
CAM_PARAM_SHUTTER_PRIORITY,
CAM_PARAM_APERTURE_PRIORITY,
CAM_PARAM_ISO,
CAM_PARAM_DSC_MODE,
CAM_PARAM_YUV_AF_STATUS,
CAM_PARAM_AF_OPERATION,
CAM_PARAM_AF_RANGE,
CAM_PARAM_FD,
CAM_PARAM_SD,
CAM_PARAM_3A_ENABLE,
CAM_NO_OF_PARAM
};
/* camera mwb operation */
enum
{
CAM_MWB_ADJUST = 0,
CAM_MWB_BACKUP,
CAM_MWB_RESTORE,
CAM_NO_OF_MWB
};
/* zoom factor enum */
enum
{
CAM_ZOOM_1X = 0,
CAM_ZOOM_2X,
CAM_ZOOM_4X,
CAM_ZOOM_6X,
CAM_ZOOM_8X,
CAM_NO_OF_ZOOM
};
/* Image effect enum */
enum
{
CAM_EFFECT_NOMRAL = 0,
CAM_EFFECT_SEPIA,
CAM_EFFECT_WHITELINE,
CAM_EFFECT_BLACKLINE,
CAM_EFFECT_BW,
CAM_EFFECT_GRAYEDGE,
CAM_EFFECT_FILM,
CAM_NO_OF_EFFECT
};
/* Camera- Jpeg encode quality enum */
enum
{
CAM_JPG_QTY_LOW = 0,
CAM_JPG_QTY_NORMAL,
CAM_JPG_QTY_HIGH,
CAM_JPG_QTY_FINE,
CAM_NO_OF_JPG_QTY
};
/* camera image rotate/mirror enum */
enum
{
CAM_IMAGE_NORMAL = 0,
CAM_IMAGE_ROTATE_90,
CAM_IMAGE_ROTATE_180,
CAM_IMAGE_ROTATE_270,
CAM_IMAGE_MIRROR,
CAM_IMAGE_MIRROR_ROTATE_90,
CAM_IMAGE_MIRROR_ROTATE_180,
CAM_IMAGE_MIRROR_ROTATE_270,
CAM_NO_OF_IMAGE_ROTATE
};
/* Special Effect for Playback and Post-processing */
enum
{
CAM_EFFECT_DEC_NORMAL = 0,
CAM_EFFECT_DEC_GRAYSCALE,
CAM_EFFECT_DEC_SEPIA,
CAM_EFFECT_DEC_SEPIAGREEN,
CAM_EFFECT_DEC_SEPIABLUE,
CAM_EFFECT_DEC_COLORINV,
CAM_EFFECT_DEC_GRAYINV,
CAM_EFFECT_DEC_WATERCOLOR,
CAM_EFFECT_DEC_LIGHTBLUR,
CAM_EFFECT_DEC_BLUR,
CAM_EFFECT_DEC_STRONGBLUR,
CAM_EFFECT_DEC_UNSHARP,
CAM_EFFECT_DEC_SHARPEN,
CAM_EFFECT_DEC_MORESHARPEN,
CAM_EFFECT_DEC_MEDIAN,
CAM_EFFECT_DEC_DILATION,
CAM_EFFECT_DEC_EROSION,
CAM_NO_OF_EFFECT_DEC
};
/* Adjustment Effect for Preview, Capture and MPEG4 Encode */
enum
{
CAM_ADJ_ENC_NONE = 0,
CAM_ADJ_ENC_HUE,
CAM_ADJ_ENC_SATURATION,
CAM_ADJ_ENC_GAMMA,
CAM_ADJ_ENC_ADJR,
CAM_ADJ_ENC_ADJG,
CAM_ADJ_ENC_ADJB,
CAM_ADJ_ENC_CONTRAST,
CAM_ADJ_ENC_BRIGHTNESS,
CAM_NO_OF_ADJ_ENC
};
/* Adjustment Effect for Playback and Post-processing */
enum
{
CAM_ADJ_DEC_NONE = 0,
CAM_ADJ_DEC_HUE,
CAM_ADJ_DEC_SATURATION,
CAM_ADJ_DEC_GAMMA,
CAM_ADJ_DEC_ADJR,
CAM_ADJ_DEC_ADJG,
CAM_ADJ_DEC_ADJB,
CAM_ADJ_DEC_CONTRAST,
CAM_ADJ_DEC_BRIGHTNESS,
CAM_NO_OF_ADJ_DEC
};
/* Image - Jpeg encode quality enum */
enum
{
IMG_JPG_QTY_LOW = 0,
IMG_JPG_QTY_NORMAL,
IMG_JPG_QTY_HIGH,
IMG_JPG_QTY_FINE,
IMG_NO_OF_JPG_QTY
};
/* preview frame rate enum */
enum
{
CAMERA_PERVIEW_FRAME_RATE = 0,
VIDEO_PERVIEW_FRAME_RATE = 1
};
/* camera operation enum */
enum
{
CAM_DSC_MODE = 0,
CAM_AE_METERING,
CAM_AF_KEY,
CAM_AF_METERING,/* !MT6238 */
CAM_AF_MODE,/* !MT6238 */
CAM_MANUAL_FOCUS_DIR,
CAM_SHUTTER_PRIORITY,/* !MT6238 */
CAM_APERTURE_PRIORITY,/* !MT6238 */
CAM_ISO,/* !MT6238 */
CAM_FLASH_MODE,
CAM_AF_OPERATION_MODE,/* MT6238 */
CAM_AF_RANGE,/* MT6238 */
CAM_3A_ENABLE,
CAM_NO_OF_CAMERA_OPERATION
};
/*Dual camera modification start*/
enum
{
CAM_MAIN_CAMERA,
CAM_SUB_CAMERA
};
/*Dual camera modification end*/
/* af preview rotate enum */
enum
{
CAM_AF_PREVIEW_ROTATE_0 = 0,
CAM_AF_PREVIEW_ROTATE_90,
CAM_AF_PREVIEW_ROTATE_180,
CAM_AF_PREVIEW_ROTATE_270,
CAM_NO_OF_AF_PREVIEW_ROTATE
};
/* menual focus direction enum */
enum
{
CAM_FOCUS_STOP = 0,
CAM_FOCUS_FORWARD,
CAM_FOCUS_BACKWARD,
CAM_FOCUS_FORWARD_CONTINUE,
CAM_FOCUS_BACKWARD_CONTINUE,
CAM_NO_OF_FOCUS_DIR
};
/* HDR buffer type */
enum
{
CAM_HDR_CAPTURE_QUICKVIEW_RAWDATA = 0, /* The quick view of capture image */
CAM_HDR_CAPTURE_MAINIMAGE_JPEG, /* The main image of capture image */
CAM_HDR_PROCESSED_QUICKVIEW_RAWDATA, /* The quick view of HDR image */
CAM_HDR_PROCESSED_MAINIMAGE_JPEG, /* The main image of HDR image */
CAM_NO_HDR_BUFFER_TYPE
};
/********************************************************
* Add for Query API
********************************************************/
#define CAM_PANO_MAX_SHOT_NUM (PANO_MAX_INPUT_IMAGE_NUM)
enum
{
CAM_VIDEO_CODEDEC_MPEG=0,
CAM_VIDEO_CODEDEV_H263,
CAM_NO_OF_VEDIO_CODEDEC
};
/* video quality */
typedef enum
{
VID_REC_QTY_LOW = 0,
VID_REC_QTY_NORMAL,
VID_REC_QTY_HIGH,
VID_REC_QTY_FINE,
VID_NO_OF_REC_QTY
} media_vid_rec_qty_enum;
/********************************************************/
/*==== DATATYPE ====*/
typedef struct
{
kal_uint16 camera_append_zoom_step;
kal_uint16 camera_append_scene_mode;
kal_uint16 camera_append_shot_count;
}camera_log_append_struct;
#define MAX_JPEG_NUM (20)
typedef struct
{
kal_uint32 file_size[MAX_JPEG_NUM];
kal_uint32 file_address[MAX_JPEG_NUM];
}
jpegs_struct;
#if defined (JPG_DECODE) || defined (JPG_ENCODE) || defined (GIF_DECODE)
/* image */
typedef struct
{
kal_uint16 image_width;
kal_uint16 image_height;
kal_uint8 image_quality;
void *image_buffer_p;
kal_uint32 image_buffer_size;
kal_uint16 target_width;
kal_uint16 target_height;
kal_uint8 media_mode;
kal_uint8 media_type;
void *data;
kal_uint32 file_buffer_len;
kal_uint32 expected_encode_size;
kal_int32 *file_size_p;
kal_uint16 seq_num;
kal_uint8 blocking;
kal_uint8 gray_mode;
kal_uint8 input_type;
kal_bool background_encode;
kal_uint8 jpeg_yuv_mode; /* YUV420, YUV422 or Gray mode */
kal_bool thumbnail_mode; /* add thumbnail in JPEG file or not */
kal_uint16 thumbnail_width;
kal_uint16 thumbnail_height;
kal_bool overlay_frame_mode; /* KAL_TRUE or KAL_FALSE */
kal_uint8 overlay_color_depth; /* 1/2/4/8 bpp */
kal_uint8 overlay_frame_source_key; /* source key of the overlay frame buffer */
kal_uint16 overlay_frame_width; /* overlay frame width */
kal_uint16 overlay_frame_height; /* overlay frame height */
kal_uint32 overlay_frame_buffer_address; /* bsae address of the overlay frame buffer */
}
img_encode_struct;
typedef struct
{
kal_uint32 src_image_address; /* the source image buffer start address */
kal_uint32 dest_image_address; /* the destination image buffer start address */
kal_uint32 dest_buffer_size; /* the buffer size of destination image buffer size */
kal_uint16 src_width; /* the width of image source */
kal_uint16 src_height; /* the height of image source */
kal_uint16 src_pitch; /* the pitch width of image source */
kal_uint16 target_width; /* the width of target image */
kal_uint16 target_height; /* the height of target image */
kal_uint16 image_clip_x1; /* image clip window start x */
kal_uint16 image_clip_x2; /* image clip window end x */
kal_uint16 image_clip_y1; /* image clip window start y */
kal_uint16 image_clip_y2; /* image clip window end x */
kal_uint16 seq_num; /* use for non-blocking mode */
kal_uint8 blocking;
kal_uint8 type; /* IBR1_TYPE_RGB565 or IBR1_TYPE_RGB888 */
kal_uint8 data_order; /* IBR1_ORDER_BGR888 or IBR1_ORDER_RGB888 */
kal_bool image_pitch_mode; /* KAL_TRUE or KAL_FALSE for block mode of decoded image */
kal_uint8 image_data_format; /* IMGDMA_IBW_OUTPUT_RGB565 or IMGDMA_IBW_OUTPUT_RGB888 */
kal_uint16 image_pitch_bytes; /* pitch width */
}
img_resize_struct;
#endif /* defined (JPG_DECODE) || defined (JPG_ENCODE) || defined (GIF_DECODE) */
/* video */
/* Bit stream type, not the file format */
enum
{
VID_3GP_BIT_STREAM = 0,
VID_MP4_BIT_STREAM,
VID_NO_OF_BIT_STREAM
};
/* video em mode enum */
enum
{
VID_EM_MODE_DISABLED = 0,
VID_EM_MODE_ULTRA_HIGH_BITRATE,
VID_NO_OF_EM_MODE
};
/* video param enum */
enum
{
VID_PARAM_NONE = 0,
VID_PARAM_CONTRAST, /* Set */
VID_PARAM_BRIGHTNESS, /* Set */
VID_PARAM_TRACK_INDEX, /* Set */
VID_PARAM_KEY_FRAME_TIME, /* Get */
VID_PARAM_SUBTITLE_TRACK, /* Set */
VID_PARAM_SUBTITLE_FONT_SIZE, /* Set */
VID_PARAM_SLEEP_TIME, /* Set */
VID_PARAM_STOP_TIME, /* Set */
VID_PARAM_CONTENT_DESC, /* Get */
VID_PARAM_TIME_TO_FRAME, /* Get */
VID_PARAM_FRAME_TO_TIME, /* Get */
VID_PARAM_MOT_META, /* Get */
VID_PARAM_SCRAMBLE_BUFFER, /* Set */
VID_NO_OF_PARAM
};
#if defined (MP4_DECODE) || defined (MJPG_DECODE) || defined(__RM_DEC_SUPPORT__)
typedef struct
{
kal_wchar *file_name_p;
kal_uint16 image_x;
kal_uint16 image_y;
kal_uint32 total_frame_num;
}
vid_open_file_struct;
typedef struct
{
kal_uint8 media_mode;
kal_uint8 media_type;
void *data;
kal_uint32 data_size;
kal_uint16 seq_num;
kal_uint16 max_width;
kal_uint16 max_height;
kal_uint16 *image_width;
kal_uint16 *image_height;
kal_uint64 *total_time;
kal_uint8 blocking;
kal_uint8 play_audio;
}
vid_open_struct;
typedef struct
{
kal_uint8 get_frame;
kal_uint32 frame_num;
kal_uint64 time;
kal_uint16 display_width;
kal_uint16 display_height;
kal_uint16 display_offset_x;
kal_uint16 display_offset_y;
void *image_buffer_p;
kal_uint32 image_buffer_size;
kal_uint8 blocking;
kal_uint16 seq_num;
kal_bool image_pitch_mode; /* KAL_TRUE or KAL_FALSE for block mode of decoded image */
kal_uint8 image_data_format; /* IMGDMA_IBW_OUTPUT_RGB565 or IMGDMA_IBW_OUTPUT_RGB888 */
kal_uint16 image_pitch_bytes; /* pitch width */
/* TV Setting */
kal_bool tv_output;
kal_uint32 tv_output_buffer1_address; /* image buffer1 for TV source buffer */
kal_uint32 tv_output_buffer2_address; /* image buffer2 for TV source buffer */
kal_uint32 tv_output_buffer_size; /* image buffer size for TV source buffer */
}
vid_seek_struct;
typedef struct
{
void *image_buffer_p;
kal_uint32 image_buffer_size;
}
vid_snapshot_struct;
typedef struct
{
kal_uint8 media_mode;
kal_uint8 media_type;
void *data;
kal_uint16 display_width;
kal_uint16 display_height;
void *image_buffer_p;
kal_uint32 image_buffer_size;
kal_uint16 frame_num;
kal_uint16 seq_num;
kal_uint8 blocking;
}
vid_get_iframe_struct;
#endif /* defined (MP4_DECODE) || defined (MJPG_DECODE) */
/* TV output mode */
enum
{
MED_TV_OUT_DISABLE = 0,
MED_TV_OUT_MODE1,
MED_TV_OUT_MODE2,
MED_TV_OUT_MODE3,
MED_TV_OUT_MODE4
};
/* TV output format */
enum
{
MED_TV_FORMAT_NTSC = 0,
MED_TV_FORMAT_PALM,
MED_TV_FORMAT_PALC,
MED_TV_FORMAT_PAL
};
/* TV output parameter types */
enum
{
MED_TV_PARAM_Y_COMP = 0,
MED_TV_PARAM_U_COMP,
MED_TV_PARAM_V_COMP,
MED_TV_PARAM_AUD_PATH
};
/* TV output parameter values */
enum
{
MED_TV_PARAM_GAMMA1 = 0,
MED_TV_PARAM_GAMMA2,
MED_TV_PARAM_GAMMA3,
MED_TV_PARAM_GAMMA4,
MED_TV_PARAM_GAMMA5
};
enum
{
MED_TV_PARAM_AUD_PATH_BOTH=0,
MED_TV_PARAM_AUD_PATH_TV,
MED_TV_PARAM_AUD_PATH_PHONE
};
/* tv out */
typedef struct
{
kal_uint8 tv_output_mode;
kal_uint8 tv_output_format;
kal_uint16 tv_output_width; /* image width for TV output */
kal_uint16 tv_output_height; /* image height for TV output */
kal_bool tv_output_vertical_filter;
}
tvo_mode_struct;
enum
{
CAM_ADJUST_LOW_LEVEL=0,
CAM_ADJUST_MED_LEVEL,
CAM_ADJUST_HIGH_LEVEL,
CAM_NO_OF_ADJUST
};
/*==== PROTOTYPE ====*/
/* audio */
extern void media_aud_set_mute(kal_uint8 vol_type, kal_bool mute);
extern void media_aud_set_audio_mode(kal_uint8 audio_mode);
extern void media_aud_set_device(kal_uint8 audio_type, kal_uint8 device);
extern void media_aud_set_volume(kal_uint8 vol_type, kal_uint64 volume);
extern void media_aud_set_volume_ext(kal_uint8 vol_type, kal_uint64 volume, kal_bool apply, kal_bool blocking);
extern void media_aud_get_volume(kal_uint8 vol_type, kal_uint8* volume);
extern void media_aud_get_max_volume(kal_uint8* max_volume);
#ifdef __GAIN_TABLE_SUPPORT__
extern void media_aud_update_volume(kal_uint8 vol_type, kal_uint64 volume);
#endif /*__GAIN_TABLE_SUPPORT__*/
extern void media_aud_speech_set_fir_coeff(kal_int16 input_idx, kal_int16 output_idx);
extern void media_aud_speech_set_rat_mode(kal_bool speech_on, kal_uint8 rat_mode);
extern void media_aud_speech_set_enhance_mode(kal_uint8 mode);
#ifdef __SPEECH_MODE_TABLE_SUPPORT__
extern void media_aud_speech_set_enhance_mode_ext(kal_uint8 mode, kal_uint16* param_p, kal_uint16* wb_param_p);
#endif /* __SPEECH_MODE_TABLE_SUPPORT__ */
#ifdef __DUAL_MIC_SUPPORT__
extern void mdiea_aud_mic_set_dual_nr(kal_bool is_enable);
#endif /* __DUAL_MIC_SUPPORT__ */
extern kal_int32 media_aud_play_id(module_type src_mod_id, void *id_param);
extern kal_int32 media_aud_stop_id(module_type src_mod_id, kal_uint8 audio_id);
extern kal_int32 media_aud_play_string(module_type src_mod_id, void *string_param);
extern kal_int32 media_aud_stop_string(module_type src_mod_id, kal_uint8 src_id);
extern kal_int32 media_aud_play_file(module_type src_mod_id, void *file_param);
extern kal_int32 media_aud_stop_file(module_type src_mod_id, kal_uint8 src_id);
extern kal_int32 media_aud_start_record(
module_type src_mod_id,
kal_wchar *file_name,
kal_uint8 format,
kal_uint8 quality,
kal_bool default_input,
kal_uint8 input_source,
kal_uint32 size_limit,
kal_uint32 time_limit);
extern kal_int32 media_aud_stop_record(module_type src_mod_id, kal_uint8 src_id);
extern kal_int32 media_aud_pause(module_type src_mod_id, kal_uint8 src_id);
extern kal_int32 media_aud_resume(module_type src_mod_id, kal_uint8 src_id);
extern kal_int32 media_aud_set_headset_mode_output_path(module_type src_mod_id, kal_uint8 device);
#ifdef __VIBRATION_SPEAKER_SUPPORT__
extern void media_aud_vib_spk_calibration(module_type src_mod_id);
#endif
extern kal_int32 media_aud_set_vibrator_enabled(module_type src_mod_id, kal_uint8 enable);
extern kal_int32 media_aud_store(module_type src_mod_id, kal_uint8 src_id);
extern kal_int32 media_aud_restore(module_type src_mod_id, void *file_param);
extern kal_int32 media_aud_get_spectrum(module_type src_mod_id, kal_uint8 *top_p, kal_uint8 *val_p);
extern kal_int32 media_aud_get_duration(module_type src_mod_id,
void *file_name,
kal_uint8 *audio_data,
kal_uint32 len,
kal_uint8 format,
kal_uint32 *time_p);
extern kal_int32 media_aud_get_mp4_duration(module_type src_mod_id,
void *file_name,
kal_uint8 *audio_data,
kal_uint32 len,
kal_uint8 format,
kal_uint32 *time_p);
extern kal_int32 media_aud_get_progress_time(module_type src_mod_id, kal_uint32 *progress);
extern kal_int32 media_aud_set_progress_time(module_type src_mod_id, kal_uint32 progress);
extern kal_bool media_aud_check_is_pure_audio(module_type src_mod_id, void *file_name);
extern kal_bool media_aud_check_is_file_seekable(module_type src_mod_id, void *file_name);
extern kal_bool media_aud_check_is_file_pausable(module_type src_mod_id, void *file_name);
extern kal_bool media_aud_check_is_resource_available(aud_resource_enum resource);
#ifdef __AUDIO_TRIM_SUPPORT__
extern kal_int32 media_aud_trim_open(kal_wchar* file_name_in, kal_wchar* file_name_out, kal_uint32* handle_p);
extern kal_int32 media_aud_trim_close(kal_uint32 handle);
extern kal_int32 media_aud_trim_start(kal_uint32 handle);
extern kal_int32 media_aud_trim_stop(kal_uint32 handle);
extern kal_int32 media_aud_trim_set_param(kal_int32 handle, kal_uint8 set_type, void* data_p, kal_uint16 data_len);
extern kal_int32 media_aud_trim_get_param(kal_int32 handle, kal_uint8 get_type, void* data_p, kal_uint16* data_len_p);
#endif /* __AUDIO_TRIM_SUPPORT__ */
#ifndef MED_V_NOT_PRESENT
/*audio build cache*/
extern void media_aud_start_build_cache_in_async(module_type src_mod_id, kal_wchar* file_name, void* cache_p, kal_int32 cache_size, media_seek_cb_fct cb_fct, void* cb_param);
extern void media_aud_close_build_cache_in_async(module_type src_mod_id);
extern void media_aud_start_build_cache(module_type src_mod_id, void *cache_parm);
extern void media_aud_close_build_cache(module_type src_mod_id);
extern void media_aud_reset_build_cache_variables(module_type src_mod_id);
extern void media_aud_start_seek(module_type src_mod_id, void* file_name, void* cache_p, kal_int32 cache_size, kal_uint32 seek_pos, media_seek_cb_fct cb_fct, void* cb_param);
extern void media_aud_stop_seek(module_type src_mod_id);
#endif /*MED_V_NOT_PRESENT*/
/* fmr */
extern kal_int32 media_aud_fmr_power_on(module_type src_mod_id, kal_uint8 output_path);
extern kal_int32 media_aud_fmr_power_off(module_type src_mod_id);
extern kal_int32 media_aud_fmr_set_output_path(module_type src_mod_id, kal_uint8 output_path);
extern kal_int32 media_aud_fmr_set_freq(module_type src_mod_id, kal_uint16 freq);
extern kal_int32 media_aud_fmr_mute(module_type src_mod_id, kal_uint8 mute);
extern kal_int32 media_aud_fmr_evaluate_threshold(module_type src_mod_id);
extern kal_int32 media_aud_fmr_set_channel(module_type src_mod_id, kal_bool is_mono);
#ifdef __FM_RADIO_HW_SCAN__
extern kal_int32 media_aud_fmr_hw_scan(module_type src_mod_id, kal_uint8 *scan_table);
extern kal_int32 media_aud_fmr_hw_scan_abort(module_type src_mod_id);
#endif /* __FM_RADIO_HW_SCAN__ */
#ifdef __FM_RADIO_HW_SEARCH__
extern kal_int32 media_aud_fmr_seek_start(module_type src_mod_id, kal_uint16 start_freq, kal_bool is_step_up, kal_bool is_preset, kal_int16 space_value);
extern kal_int32 media_aud_fmr_seek_abort(module_type src_mod_id);
#else /* !__FM_RADIO_HW_SEARCH__ */
extern kal_int32 media_aud_fmr_check_is_valid_stop(module_type src_mod_id, kal_uint16 freq, kal_uint8 is_step_up);
extern kal_int32 media_aud_fmr_get_signal_level(module_type src_mod_id, kal_uint16 freq, kal_uint8 is_step_up);
#endif /* __FM_RADIO_HW_SEARCH__ */
#ifdef __FM_RADIO_RDS_SUPPORT__
extern kal_int32 media_aud_fmr_rds_enable(module_type src_mod_id, kal_bool af_enable, kal_bool tp_enable);
extern kal_int32 media_aud_fmr_rds_disable(module_type src_mod_id);
extern kal_int32 media_aud_fmr_rds_poll_rds_event_rds(module_type src_mod_id);
extern void media_aud_fmr_rds_set_buffer(kal_uint16 *RT_Data, kal_uint16 *PS_Data, kal_uint16 *AF_Data, kal_uint16 *TP_Data);
extern void media_aud_fmr_rds_reset_buffer(void);
#endif /* __FM_RADIO_RDS_SUPPORT__ */
#ifdef INTERNAL_ANTENNAL_SUPPORT
extern kal_int32 media_audio_fmr_set_antenna(module_type src_mod_id, kal_bool is_short_antenna);
#endif/* INTERNAL_ANTENNAL_SUPPORT */
/* MMA */
extern kal_int32 media_mma_aud_open(module_type src_mod_id, mma_player_struct *param, kal_int32 *result);
extern kal_int32 media_mma_set_cache_table(module_type src_mod_id, kal_int32 handle, kal_uint8 *cache_tbl);
extern kal_int32 media_mma_aud_close(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_play(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_stop(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_pause(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_resume(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_set_start_time(
module_type src_mod_id,
kal_int32 handle,
kal_uint8 media_type,
kal_int32 start_time);
extern kal_int32 media_mma_aud_set_stop_time(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, kal_int32 stop_time);
extern kal_int32 media_mma_aud_get_current_time(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_get_audio_info(module_type src_mod_id, kal_uint16 app_id, kal_wchar* file_path, kal_uint8 media_type, kal_uint8* data, kal_uint32 data_len, void *audio_info);
extern kal_int32 media_mma_aud_get_duration(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_get_updated_duration(module_type src_mod_id, kal_int32 handle);
extern kal_uint8 media_mma_aud_get_volume(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_set_volume(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, kal_uint8 volume);
extern kal_int32 media_mma_aud_pdl_write_data_ind(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, kal_bool is_finish);
extern kal_int32 media_mma_aud_pdl_get_buf_percent(module_type src_mod_id, kal_int32 handle, kal_uint32 cache_sec, kal_uint32 *percent);
extern kal_int16 media_mma_aud_get_med_data_type(kal_uint8 mma_type);
extern kal_int32 media_mma_aud_set_param(module_type src_mod_id, kal_int32 handle, kal_uint8 param_type, void* param_value);
#ifdef __MED_MMA_EXTRA_CTRL__
extern kal_int32 media_mma_aud_get_pitch(kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_set_pitch(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, kal_int32 pitch);
extern void media_mma_aud_get_rate_range(kal_uint8 media_type, kal_int32* max_rate_p, kal_int32* min_rate_p);
extern kal_int32 media_mma_aud_get_rate(kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_set_rate(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, kal_int32 rate);
extern kal_int32 media_mma_aud_get_tempo(kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_set_tempo(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, kal_int32 tempo);
extern kal_int32 media_mma_aud_open_device(module_type src_mod_id, kal_uint8 media_type);
extern kal_int32 media_mma_aud_open_device_ext(module_type src_mod_id, kal_uint8 media_type, kal_bool fast_pass);
extern kal_int32 media_mma_aud_close_device(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type);
extern kal_int32 media_mma_aud_send_long_msg(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, kal_uint8 *buf, kal_uint16 len);
extern kal_int32 media_mma_aud_send_short_msg(
module_type src_mod_id,
kal_int32 handle,
kal_uint8 media_type,
kal_uint8 type,
kal_uint8 data1,
kal_uint8 data2);
extern kal_uint8 media_mma_aud_get_channel_volume(kal_int32 handle, kal_uint8 media_type, kal_uint8 channel);
extern kal_int32 media_mma_aud_set_channel_volume(
module_type src_mod_id,
kal_int32 handle,
kal_uint8 media_type,
kal_uint8 channel,
kal_uint8 level);
extern void media_mma_aud_get_program(
kal_int32 handle,
kal_uint8 media_type,
kal_uint8 channel,
kal_int16 *bank,
kal_int8 *program);
extern kal_int32 media_mma_aud_set_program(
module_type src_mod_id,
kal_int32 handle,
kal_uint8 media_type,
kal_uint8 channel,
kal_uint8 bank,
kal_uint8 program);
extern kal_bool media_mma_aud_bank_support(kal_int32 handle, kal_uint8 media_type);
extern void media_mma_aud_get_bank_list(
kal_int32 handle,
kal_uint8 media_type,
kal_bool custom,
const kal_int16 **buf,
kal_int16 *len);
extern void media_mma_aud_get_program_list(
kal_int32 handle,
kal_uint8 media_type,
kal_int16 bank,
const kal_int8 **buf,
kal_int16 *len);
extern const kal_uint8 *media_mma_aud_get_program_name(
kal_int32 handle,
kal_uint8 media_type,
kal_int16 bank,
kal_int8 prog);
extern const kal_uint8 *media_mma_aud_get_key_name(
kal_int32 handle,
kal_uint8 media_type,
kal_int16 bank,
kal_int8 prog,
kal_int8 key);
extern kal_int32 media_mma_aud_set_data(module_type src_mod_id, kal_int32 handle, kal_uint8 media_type, mma_player_struct *param);
extern kal_int32 media_mma_aud_is_sp_midi(kal_int32 handle, kal_uint8 media_type);
#endif /* __MED_MMA_EXTRA_CTRL__ */
#if defined (ISP_SUPPORT) || defined(__DIRECT_SENSOR_SUPPORT__)
/* camera */
extern kal_int32 media_cam_set_cam_id(module_type src_mod_id, void *cam_id);
extern kal_int32 media_cam_sensor_query_capability(module_type src_mod_id, void *query_p);
extern kal_int32 media_cam_sensor_query_zoom_info(module_type src_mod_id, void *query_p);
extern kal_int32 media_cam_power_up(module_type src_mod_id, void *power_on);
extern kal_int32 media_cam_power_down(module_type src_mod_id, kal_int16 delay_time);
extern kal_int32 media_cam_preview(module_type src_mod_id, void *preview);
extern void media_cam_stop_preview(module_type src_mod_id);
extern void media_cam_stop(module_type src_mod_id);
extern kal_int32 media_cam_capture(module_type src_mod_id, void *capture);
extern void media_cam_set_param(module_type src_mod_id, kal_uint16 param_id, kal_int16 value);
extern void media_cam_set_flash(module_type src_mod_id, kal_int16 flash_mode);
extern void media_cam_set_cap_resolution(module_type src_mod_id, media_cam_cap_resolution_struct *img_resolution);
extern void media_cam_set_af(module_type src_mod_id, kal_uint16 param_id, kal_int16 value);
extern void media_cam_start_fast_zoom(
module_type src_mod_id,
kal_bool zoom_in,
kal_uint8 zoom_limit,
kal_uint8 zoom_step,
kal_uint8 zoom_speed);
extern void media_cam_stop_fast_zoom(module_type src_mod_id);
extern void media_cam_get_zoom_step_factor(module_type src_mod_id, kal_uint32 *factor, kal_uint32 *step);
extern kal_uint8 media_cam_get_max_zoom_factor(kal_uint16 image_width, kal_uint16 image_height);
extern kal_int32 media_cam_encode_capture_image(module_type src_mod_id, kal_uint8 **buf_pp, kal_uint32 *buf_size_p);
extern void media_cam_flash_setting(module_type src_mod_id, kal_bool flag);
extern kal_uint8 media_cam_save_image(module_type src_mod_id, kal_wchar* filepath);
extern kal_uint8 media_cam_get_buffer_content(module_type src_mod_id, void* data);
extern kal_uint8 media_cam_get_predicted_image_size(module_type src_mod_id, void* data);
extern void media_cam_get_focus_zone(module_type src_mod_id, media_cam_af_zone_para_struct *zone);
extern void media_cam_get_fd_result(module_type src_mod_id, media_cam_fd_result_struct *fd_result);
extern kal_uint8 media_cam_pause_preview_postproc(module_type src_mod_id);
extern kal_uint8 media_cam_resume_preview_postproc(module_type src_mod_id);
extern kal_uint8 media_cam_set_fd_id(module_type src_mod_id, kal_uint32 fd_id);
extern kal_uint8 media_cam_unset_fd_id(module_type src_mod_id);
extern kal_int32 media_cam_stitch_panorama(module_type src_mod_id, media_cam_start_stitch_req_struct *panorama_data);
extern kal_int32 media_cam_abort_panorama(module_type src_mod_id);
extern kal_int32 media_cam_reset_panorama_3a(module_type src_mod_id);
extern kal_int32 media_cam_pause_panorama(module_type src_mod_id);
extern kal_int32 media_cam_resume_panorama(module_type src_mod_id);
extern kal_int32 media_cam_set_panorama_stitch_memory(module_type src_mod_id, media_cam_set_stitch_mem_req_struct *stitch_data);
extern kal_int32 media_cam_encode_panorama(module_type src_mod_id, media_cam_panorama_encode_req_struct *encode_data);
extern void media_cam_get_autocap_result(module_type src_mod_id, media_cam_autocap_result_struct *autocap_result);
extern kal_int32 media_cam_stop_hdr(module_type src_mod_id, kal_wchar* filepath);
extern kal_int32 media_cam_save_hdr_images(module_type src_mod_id, kal_wchar* captured_filepath, kal_wchar* hdr_filepath);
extern void media_cam_profiling_set_active(module_type src_mod_id, kal_bool is_active);
extern void media_cam_profiling_set_buffer(module_type src_mod_id, kal_uint32 buf_address, kal_uint32 buf_size);
extern void media_cam_profiling_log(module_type src_mod_id, kal_uint32 log_id);
extern void media_cam_profiling_get_append(module_type src_mod_id, kal_uint32 buf_address, kal_uint32 buf_size);
extern kal_int32 media_cam_stitch_mav(module_type src_mod_id);
extern void media_cam_set_extra_qvi_buffer(module_type src_mod_id, kal_uint32 buf_address, kal_uint32 buf_size);
#endif /* defined (ISP_SUPPORT) */
#if defined (JPG_DECODE) || defined (JPG_ENCODE) || defined (GIF_DECODE)
/* image */
extern kal_int32 media_img_decode(module_type src_mod_id, void *decode);
extern kal_int32 media_img_encode(module_type src_mod_id, img_encode_struct *encode);
extern void media_img_stop(module_type src_mod_id);
extern kal_int32 media_img_resize(module_type src_mod_id, img_resize_struct *resize);
extern kal_int32 media_img_exif_decode(module_type src_mod_id, void *exif_decode);
#endif /* defined (JPG_DECODE) || defined (JPG_ENCODE) || defined (GIF_DECODE) */
#if defined(MP4_ENCODE) || defined(MJPG_ENCODE)
extern void media_vid_stop_fast_zoom(module_type src_mod_id);
extern void media_vid_get_fast_zoom_factor(module_type src_mod_id, kal_uint32 *factor, kal_uint32 *step);
extern void media_vid_start_fast_zoom(module_type src_mod_id,kal_bool zoom_in,kal_uint8 zoom_limit,kal_uint8 zoom_step,kal_uint8 zoom_speed);
#endif
#if defined (MP4_DECODE) || defined (MJPG_DECODE)
/* video */
extern kal_int32 media_vid_power_up(module_type src_mod_id, media_vid_power_up_req_struct *data);
extern kal_int32 media_vid_power_down(module_type src_mod_id);
extern kal_int32 media_vid_preview(module_type src_mod_id, media_vid_preview_req_struct *data);
extern kal_int32 media_vid_record(module_type src_mod_id, media_vid_record_req_struct *data);
extern kal_int32 media_vid_stop(module_type src_mod_id);
extern kal_int32 media_vid_rec_stop(module_type src_mod_id);
extern void media_vid_file_merge(module_type src_mod_id, media_vid_file_merge_req_struct *data);
extern kal_int32 media_vid_open(module_type src_mod_id, media_vid_open_req_struct *data);
extern void media_vid_close(module_type src_mod_id);
extern kal_int32 media_vid_play(module_type src_mod_id, media_vid_play_req_struct *data);
extern kal_int32 media_vid_seek(module_type src_mod_id, media_vid_seek_req_struct *data);
extern kal_int32 media_vid_get_frame(module_type src_mod_id, media_vid_get_frame_req_struct *data);
extern kal_int32 media_vid_pause(module_type src_mod_id, media_vid_pause_req_struct *data);
extern kal_int32 media_vid_resume(module_type src_mod_id);
extern kal_int32 media_vid_check_med_ready(module_type src_mod_id, media_vid_check_med_ready_req_struct *data);
extern kal_int32 media_vid_update_blt_pause(module_type src_mod_id, media_vid_update_blt_pause_req_struct *data);
extern kal_int32 media_vid_update_blt_resume(module_type src_mod_id, media_vid_update_blt_resume_req_struct *data);
extern kal_int32 media_vid_pause_visual_update(module_type src_mod_id, media_vid_pause_visual_update_req_struct *data);
extern kal_int32 media_vid_resume_visual_update(module_type src_mod_id, media_vid_resume_visual_update_req_struct *data);
extern kal_int32 media_vid_set_param(module_type src_mod_id, media_vid_set_param_req_struct *data);
extern kal_int32 media_vid_get_param(module_type src_mod_id, media_vid_get_param_req_struct *data);
extern kal_int32 media_vid_rec_set_param(module_type src_mod_id, kal_uint32 param_id, kal_int16 value);
extern void media_vid_get_focus_zone(module_type src_mod_id, media_vid_af_zone_para_struct *zone_p);
extern void media_vid_get_current_record_size(module_type src_mod_id, kal_uint64 *file_size);
extern void media_vid_get_current_play_time(module_type src_mod_id, kal_uint64 *time);
extern kal_uint32 media_vid_recorder_get_bitrate(void);
extern kal_int32 media_vid_get_decode_time(module_type src_mod_id, kal_uint32 frame_no, kal_uint64 *time);
extern void media_vid_get_current_record_time(module_type src_mod_id, kal_uint64 *time);
extern void media_vid_get_current_record_frame_num(module_type src_mod_id, kal_uint64 *frame_num);
extern void media_vid_get_current_frame_num(module_type src_mod_id, kal_uint32 *frame_num);
extern kal_bool media_vid_get_is_lcd_updated(void);
#if defined (SUPPORT_MMAPI)
extern kal_int32 media_vid_frame_to_time(kal_uint32 frame, kal_uint64 *time);
extern kal_int32 media_vid_time_to_frame(kal_uint64 time, kal_uint32 *frame);
#endif /* SUPPORT_MMAPI */
extern kal_bool media_vid_check_unfinished_file(module_type src_mod_id,kal_wchar* file_path);
extern void media_vid_clean_temp_files(module_type src_mod_id);
extern void media_vid_set_em_mode(kal_uint8 mode);
extern kal_uint8 media_vid_get_em_mode(void);
extern void media_vid_set_vt_mode(kal_uint8 mode);
extern kal_uint8 media_vid_get_vt_mode(void);
extern kal_int32 media_vid_set_volume_level(module_type src_mod_id, kal_uint8 volume_level);
extern kal_uint8 media_vid_get_max_digital_zoom_factor(module_type src_mod_id, kal_uint16 target_width, kal_uint16 target_height);
extern void media_vid_get_audio_profile(module_type src_mod_id, kal_uint8 *channel_no_p, kal_uint16 *sampling_rate_p);
extern kal_int32 media_vid_get_pdl_percent(module_type src_mod_id, media_vid_get_pdl_percent_req_struct *data);
extern kal_int32 media_vid_get_pdl_max_time(module_type src_mod_id, media_vid_get_pdl_max_time_req_struct *data);
extern kal_int32 media_vid_check_is_pdl_file(module_type src_mod_id, media_vid_check_is_pdl_req_struct *data);
extern void media_vid_stop_fast_zoom(module_type src_mod_id);
extern void media_vid_get_fast_zoom_factor(module_type src_mod_id, kal_uint32 *factor, kal_uint32 *step);
extern void media_vid_start_fast_zoom(module_type src_mod_id,kal_bool zoom_in,kal_uint8 zoom_limit,kal_uint8 zoom_step,kal_uint8 zoom_speed);
extern void media_vid_get_reserved_disc_size(module_type src_mod_id, kal_uint32 *size);
extern void media_vid_set_record_yuv(module_type src_mod_id, kal_bool is_yuv);
#endif /* defined (MP4_DECODE) || defined (MJPG_DECODE) */
#ifdef __DIRECT_SENSOR_SUPPORT__
extern void media_vid_alloc_limited_avi_res(module_type src_mod_id);
extern void media_vid_free_limited_avi_res(module_type src_mod_id);
#endif /* __DIRECT_SENSOR_SUPPORT__ */
#if defined(__MED_TVO_MOD__)
extern void tvo_set_result(kal_int32 result);
extern kal_int32 media_tvo_start(module_type src_mod_id, tvo_mode_struct *mode);
extern void media_tvo_stop(module_type src_mod_id);
extern kal_int32 media_tvo_set_mode(module_type src_mod_id, tvo_mode_struct *mode);
extern kal_int32 media_tvo_set_param(module_type src_mod_id, void *data);
extern kal_uint32 media_tvo_get_current_buffer(module_type src_mod_id);
/* this function is for engineer mode only, for those dont have hw detection */
extern void media_tvo_force_init(void);
#endif /* __MED_TVO_MOD__ */
#ifdef __MED_VR_MOD__
extern kal_uint32 media_aud_vr_new_session_id(void);
extern kal_int32 media_aud_vr_get_version(module_type src_mod_id, kal_uint8 mode, kal_uint8 lang);
extern kal_int32 media_aud_vr_get_param(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_int16 *sim,
kal_int16 *diff,
kal_int16 *rej);
extern kal_int32 media_aud_vr_set_param(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_int16 sim,
kal_int16 diff,
kal_int16 rej);
extern kal_int32 media_aud_vr_init_rcg(
module_type src_mod_id,
kal_uint32 session_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 app_id);
extern kal_int32 media_aud_vr_init_trn(
module_type src_mod_id,
kal_uint32 session_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 word_id,
kal_uint16 app_id);
extern kal_int32 media_aud_vr_voice_in(module_type src_mod_id, kal_uint32 session_id, kal_uint8 seq_no);
extern kal_int32 media_aud_vr_del_tag(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 word_id);
extern kal_int32 media_aud_vr_check_tag(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 word_id);
extern kal_int32 media_aud_vr_sync_db(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 *id_length_p,
kal_uint16 *id_array);
extern kal_int32 media_aud_vr_play_tag(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 word_id,
kal_uint16 identifier);
extern kal_int32 media_aud_vr_get_dir(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 *folder_name);
extern kal_int32 media_aud_vr_add_tag(
module_type src_mod_id,
kal_uint8 mode,
kal_uint8 lang,
kal_uint8 group_id,
kal_uint16 id_length,
kal_uint16 *id_array);
extern void media_aud_vr_abort(module_type src_mod_id);
#endif /* __MED_VR_MOD__ */
#ifdef __MED_VRSI_MOD__
extern kal_uint32 media_aud_vrsi_new_session_id(void);
extern void media_aud_vrsi_prompt_cnf(module_type src_mod_id, kal_uint32 session_id);
extern void media_aud_vrsi_read_dgt_adp_prompt(kal_uint8 *pmp_len, const kal_uint16 **pmp_text);
extern kal_uint16 media_aud_vrsi_read_cmd_trn_result(void);
extern void media_aud_vrsi_read_cmd_rcg_result(media_aud_vrsi_cmd_rcg_result_struct *vrsi_rcg_res);
extern void media_aud_vrsi_read_dgt_rcg_result(kal_uint16 *digit_length, kal_uint16 **digit_list);
extern kal_int32 media_aud_vrsi_init(module_type src_mod_id, kal_uint16 app_id);
extern kal_int32 media_aud_vrsi_add_tags(
module_type src_mod_id,
kal_uint32 session_id,
kal_uint8 *grammar,
kal_uint16 tag_num,
kal_uint16 **name_list,
kal_int32 *long_list,
kal_uint8 *is_name_list,
kal_uint16 *id_list);
extern kal_int32 media_aud_vrsi_start_cmd_trn(
module_type src_mod_id,
kal_uint32 session_id,
kal_uint8 *grammar,
kal_uint16 *tag_name,
kal_int32 tag_long);
extern kal_int32 media_aud_vrsi_start_cmd_rcg(module_type src_mod_id, kal_uint32 session_id, kal_uint8 *grammar);
extern kal_int32 media_aud_vrsi_start_digit_rcg(
module_type src_mod_id,
kal_uint32 session_id,
kal_uint8 lang,
kal_uint16 limit);
extern kal_int32 media_aud_vrsi_start_digit_adapt(module_type src_mod_id, kal_uint32 session_id, kal_uint8 lang);
extern kal_int32 media_aud_vrsi_play_tag(
module_type src_mod_id,
kal_uint32 session_id,
kal_uint8 *grammar,
kal_uint16 tag_id,
kal_uint8 volume,
kal_uint8 output_path);
extern kal_int32 media_aud_vrsi_play_TTS(
module_type src_mod_id,
kal_uint32 session_id,
kal_uint16 *text,
kal_uint8 volume,
kal_uint8 output_path,
kal_uint8 lang);
extern kal_int32 media_aud_vrsi_get_tag_num(module_type src_mod_id, kal_uint8 *grammar, kal_int32 *tag_num);
extern kal_int32 media_aud_vrsi_get_tag_info(
module_type src_mod_id,
kal_uint8 *grammar,
kal_int32 tag_num,
kal_uint16 *id_list,
kal_uint16 **name_list,
kal_int32 *long_list);
extern kal_int32 media_aud_vrsi_del_tags(
module_type src_mod_id,
kal_uint8 *grammar,
kal_int32 tag_num,
kal_uint16 *id_list);
extern kal_int32 media_aud_vrsi_reset_tags(module_type src_mod_id, kal_uint8 *grammar);
extern kal_int32 media_aud_vrsi_sync_db(
module_type src_mod_id,
kal_uint8 *grammar,
kal_int32 tag_num,
kal_uint16 *id_list,
kal_uint16 **name_list,
kal_uint8 *sync_flag);
extern void media_aud_vrsi_abort(module_type src_mod_id, kal_uint32 session_id);
extern void media_aud_vrsi_close(module_type src_mod_id);
extern kal_int32 media_aud_vrsi_get_error_msg(void);
extern kal_int32 media_aud_vrsi_query_tag_id(kal_uint8 *grammar, kal_int32 tag_long, kal_uint16 *tag_id);
extern kal_int32 media_aud_vrsi_query_next_tag_id(kal_uint8 *grammar, kal_uint16 *tag_id);
extern kal_int32 media_aud_vrsi_query_all_tag_ids(
kal_uint8 *grammar,
kal_int32 tag_long,
kal_uint16 buf_size,
kal_uint16 *id_buf,
kal_uint16 *tag_num,
kal_bool *getAll);
#endif /* __MED_VRSI_MOD__ */
#ifdef __MED_SND_MOD__
extern void aud_snd_set_result(kal_int32 result);
extern kal_int32 media_aud_snd_check_byte_stream_format(module_type src_mod_id, kal_uint8 *data, kal_uint32 size);
extern kal_int32 media_aud_snd_check_file_format(module_type src_mod_id, kal_wchar *file_name);
extern kal_int32 media_aud_snd_play_byte_stream(
module_type src_mod_id,
kal_uint8 *data,
kal_int32 size,
kal_int16 repeats,
kal_uint8 format,
kal_uint8 volume,
kal_uint8 output_path,
kal_uint16 identifier);
extern kal_int32 media_aud_snd_play_file(
module_type src_mod_id,
kal_wchar *file_name,
kal_int16 repeats,
kal_uint8 volu,
kal_uint8 output_path,
kal_uint16 identifier);
extern kal_int32 media_aud_snd_stop_play(module_type src_mod_id);
extern kal_int32 media_aud_snd_set_volume(module_type src_mod_id, kal_uint8 volume);
#endif /* __MED_SND_MOD__ */
#if defined(__MED_AUD_AUDIO_EFFECT__)
extern void aud_app_set_result(kal_int32 result);
#endif
#if defined(__MED___BES_TS_SUPPORT____)
extern kal_int32 media_stretch_check_stream_format(
module_type src_mod_id,
kal_uint8 *data,
kal_uint32 size,
kal_uint16 format);
extern kal_int32 media_stretch_check_file_format(module_type src_mod_id, kal_wchar *file_path);
extern kal_int32 media_stretch_set_speed(module_type src_mod_id, kal_uint16 speed);
extern kal_int32 media_stretch_close(module_type src_mod_id);
#endif /* #if defined(__MED___BES_TS_SUPPORT____) */
#if defined(__MED___BES_LIVE_SUPPORT____)
extern kal_int32 media_aud_reverb_set_mode(kal_uint16 mode);
extern kal_int32 media_aud_reverb_turn_on_effect(void);
extern kal_int32 media_aud_reverb_turn_off_effect(void);
#endif /* #if defined(__MED___BES_LIVE_SUPPORT____) */
#if defined(__MED_AUD_SURROUND__)
extern kal_int32 media_aud_surround_turn_on_effect(kal_uint8 mode);
extern kal_int32 media_aud_surround_turn_off_effect(void);
#endif /* #if defined(__MED_AUD_SURROUND__)*/
#if defined(__MED_AUD_EQUALIZER__)
extern kal_int32 media_aud_eq_set_magnitude(kal_int8 *magnitude);
extern kal_int32 media_aud_eq_turn_on_effect(void);
extern kal_int32 media_aud_eq_turn_off_effect(void);
#endif /* #if defined(__MED_AUD_EQUALIZER__) */
#if defined(__MED_AUD_BASS_ENHANCE__)
extern kal_int32 media_aud_bass_enhance_turn_on_effect(void);
extern kal_int32 media_aud_bass_enhance_turn_off_effect(void);
#endif /*#if defined(__MED_AUD_BASS_ENHANCE__) */
#if defined(__MED_AUD_LOUDNESS__)
extern kal_int32 media_aud_loudness_turn_on_effect(void);
extern kal_int32 media_aud_loudness_turn_off_effect(void);
#endif /*#if defined(__MED_AUD_LOUDNESS__) */
#ifdef __MED_GENERAL_TTS__
extern kal_int32 media_aud_tts_set_attr_req(module_type src_mod_id, kal_uint32 attr_id, kal_uint32 attr_value);
extern kal_int32 media_aud_tts_play_req(module_type src_mod_id, void *tts_param);
extern kal_int32 media_aud_tts_stop_req(module_type src_mod_id);
extern kal_int32 media_aud_tts_pause_req(module_type src_mod_id);
extern kal_int32 media_aud_tts_resume_req(module_type src_mod_id);
#endif /* #ifdef __MED_GENERAL_TTS__ */
#ifdef __KEY_TONE_DETECTION__
extern kal_int32 media_aud_start_keytone_detect_req(module_type src_mod_id);
extern void media_aud_stop_keytone_detect_req(module_type src_mod_id);
#endif /*__KEY_TONE_DETECTION__*/
#ifdef __MED_BT_MOD__
extern void media_aud_bt_audio_close(kal_uint8 profile);
extern void media_aud_bt_turn_off_audio(kal_uint8 profile);
#endif /*#ifdef __MED_BT_MOD__*/
#ifdef __MED_WEBCAM_MOD__
extern void media_webcam_set_default_jpeg_size(kal_uint8 index, kal_uint32 max_size);
extern kal_int32 media_webcam_set_cam_id(module_type src_mod_id, void *cam_id);
extern kal_int32 media_webcam_start(module_type src_mod_id, void *start);
extern void media_webcam_stop(module_type src_mod_id);
extern kal_int32 media_webcam_pause(module_type src_mod_id, void *pause);
extern kal_int32 media_webcam_resume(module_type src_mod_id, void *resume);
extern kal_int32 media_webcam_capture(module_type src_mod_id);
extern kal_int32 media_webcam_rotate(module_type src_mod_id, void *rotate);
extern kal_int32 media_webcam_pause_connect(module_type src_mod_id);
extern kal_int32 media_webcam_resume_connect(module_type src_mod_id);
extern kal_uint8 media_webcam_get_resolution_num(void);
extern void media_webcam_get_resolution_dimension(kal_uint8 index, kal_uint16 *pwidth, kal_uint16 *pheight);
#endif /* __MED_WEBCAM_MOD__ */
#ifdef __MED_VCALL_MOD__
extern kal_int32 media_vcall_open_video_codec(
module_type src_mod_id,
media_vcall_view_type_enum recorder_view_type,
media_vcall_record_struct *recorder,
media_vcall_view_type_enum player_view_type,
media_vcall_playback_struct *player);
extern kal_int32 media_vcall_resume_video_codec(
module_type src_mod_id,
media_vcall_view_type_enum recorder_view_type,
media_vcall_record_struct *recorder,
media_vcall_view_type_enum player_view_type,
media_vcall_playback_struct *player);
extern kal_int32 media_vcall_close_video_codec(module_type src_mod_id);
extern kal_int32 media_vcall_pause_video_codec(module_type src_mod_id);
extern kal_int32 media_vcall_set_memory_param(module_type src_mod_id, kal_bool is_set, kal_uint32 main_wnd_width, kal_uint32 main_wnd_height, kal_uint32 sub_wnd_width, kal_uint32 sub_wnd_height);
extern kal_int32 media_vcall_set_param(module_type src_mod_id, kal_uint32 param_id, kal_int16 value);
extern kal_uint32 media_vcall_get_buffer_content(module_type src_mod_id, void* data);
extern kal_bool media_vall_is_cam_able_to_update_para(void);
#endif /* __MED_VCALL_MOD__ */
/**
* @defgroup MTV_SAP
* @{
*/
#if defined(__MED_MTV_MOD__) || defined(__MED_ATV_MOD__)
/**
* To initialize the mobile TV engine. A mobile TV engine context will be returned that should be
* passed to other mobile TV APIs. The request may fail if someone else has already opened the engine
* exclusively.
*
* @param context [out] to receive mobile TV engine context
* @see MSG_ID_MEDIA_MTV_OPEN_REQ
*/
extern kal_int32 media_mtv_open(module_type src_mod_id, kal_uint32* context, media_mtv_mode_enum mode, kal_uint16 app_id, void *init_param);
/**
* To configure mobile TV engine about audio, video, and record settings. It should be called after the
* engine is opened. If there are some existing services started when it is called, these services may
* get aborted and they need to be restarted again.
*
* @param video [in] video settings
* @param audio [in] audio settings
* @param record [in] record settings
* @see MSG_ID_MEDIA_MTV_CONFIG_REQ
*/
extern kal_int32 media_mtv_config(module_type src_mod_id, kal_uint32 context, media_config_video_struct* video, media_config_audio_struct* audio, media_mtv_config_record_struct* record);
/**
* To find unsaved recording in the recording directory specified by media_mtv_config.
*
* @param found [out] KAL_TRUE if there is unsaved recording. KAL_FALSE otherwise.
* @see MSG_ID_MEDIA_MTV_FIND_UNSAVED_RECORDING_REQ
*/
extern kal_int32 media_mtv_find_unsaved_recording(module_type src_mod_id, kal_uint32 context, kal_bool* found);
/**
* To recover unsaved recording into video file. Note that this function is a non-blocking operation and
* MSG_ID_MEDIA_COMPLETE_RECOVERING_IND will be sent once the recovering is done.
*
* A started recovering can be aborted by calling media_mtv_abort_recovering.
*
* @param found [out] TRUE if there is unsaved recording. KAL_FALSE otherwise.
* @see MSG_ID_MEDIA_MTV_RECOVER_RECORDING_REQ
* @see media_mtv_abort_recovering
*/
extern kal_int32 media_mtv_recover_recording(module_type src_mod_id, kal_uint32 context, kal_uint32 seq_no);
/**
* To abort the recovering of recording. This function has no side effect if the recovering
* has not been started yet. Any intermidate file generated during recovering will
* be deleted. Note that you can retry recovering even though it is aborted previously.
*
* @see MSG_ID_MEDIA_MTV_ABORT_RECOVERING_REQ
*/
extern kal_int32 media_mtv_abort_recovering(module_type src_mod_id, kal_uint32 context);
/**
* To discard unsaved recording immediately.
*
* @see MSG_ID_MEDIA_MTV_DISCARD_UNSAVED_RECORDING_REQ
*/
extern kal_int32 media_mtv_discard_unsaved_recording(module_type src_mod_id, kal_uint32 context);
/**
* To start service searching. Note that this function is a non-blocking operation because it will take a while for the
* DTV tuner to scanning available services from live signal. The caller should handle MSG_ID_MEDIA_MTV_SERVICE_FOUND_IND and
* MSG_ID_MEDIA_MTV_SEARCH_PROGRESS_IND message to know about the result and progress (0 to 100) of service searching.
*
* Note that you cannot start a service when the searching operation is in progress.
*
* The caller can also specify where the service information comes from. Currently local service database or live signal
* are supported.
*
* The searching can be aborted by calling media_mtv_abort_searching.
*
* @param source [in] the source to find services
* @param band [in] the frequency band to scan if source is live signal
* @see media_mtv_abort_searching
* @see MSG_ID_MEDIA_MTV_SEARCH_SERVICES_REQ
*/
extern kal_int32 media_mtv_search_services(module_type src_mod_id, kal_uint32 context, kal_uint32 source, kal_uint32 band, void *param, kal_uint32 seq_no);
/**
* To abort service searching.
*
* @see MSG_ID_MEDIA_MTV_ABORT_SEARCHING_REQ
*/
extern kal_int32 media_mtv_abort_searching(module_type src_mod_id, kal_uint32 context);
/**
* To start a service with specified activities. If the service is started, MEDIA_MTV_SERVICE_STARTED will be
* sent to notify about the success and MEDIA_MTV_SERVICE_READY will be sent later to indicate that the service
* is ready for playback or recording.
*
* @param activities [in] the activities to perform when the service is started.
* @see MSG_ID_MEDIA_MTV_START_SERVICE_REQ
* @see MEDIA_MTV_PLAYER_STARTED
*/
extern kal_int32 media_mtv_start_service(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_uint32 activities, kal_uint32 seq_no);
/**
* Start time-shift of specified service. Typically time-shift will be started automatically when player is started.
* However, when it is not appropirate to start player, it must be started explicitly to preserve TV stream.
*
* @see MSG_ID_MEDIA_MTV_START_TIMESHIFT_REQ
*/
extern kal_int32 media_mtv_start_timeshift(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_uint32 seq_no);
/**
* To start playing a service if it is paused or stopped. If the player is started from stopped state,
* MEDIA_MTV_PLAYER_STARTED event will be sent to notify the success. By default, the playback will be
* started in live mode.
*
* @see MSG_ID_MEDIA_MTV_PLAYER_PLAY_REQ
* @see MEDIA_MTV_PLAYER_STARTED
*/
extern kal_int32 media_mtv_player_play(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_uint32 seq_no);
/**
* To pause playback of a service. MEDIA_MTV_PLAYER_TIMESHIFT_PAUSED event will be sent to notify the success
* of pause operation.
*
* @see MSG_ID_MEDIA_MTV_PLAYER_PAUSE_REQ
*/
extern kal_int32 media_mtv_player_pause(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To stop playing a service. If the player is stopped, MEDIA_MTV_PLAYER_STOPPED event will be
* sent to notify about the success.
*
* @see MSG_ID_MEDIA_MTV_PLAYER_STOP_REQ
*/
extern kal_int32 media_mtv_player_stop(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To pause visual update
*
* @see MSG_ID_MEDIA_MTV_PLAYER_PAUSE_VISUAL_UPDATE_REQ
*/
extern kal_int32 media_mtv_player_pause_visual_update(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To resume visual update
*
* @see MSG_ID_MEDIA_MTV_PLAYER_RESUME_VISUAL_UPDATE_REQ
*/
extern kal_int32 media_mtv_player_resume_visual_update(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To seek in time-shifted playback. If the delay is set to zero, the player will enter live mode that will
* show the live content from broadcasted program. Otherwise, the player will be in delayed mode that the program
* content comes from time-shift buffer. If the delay is too large, the player will seek to the beginning of
* buffered content. MEDIA_MTV_PLAYER_TIMESHIFT_DELAYED and MEDIA_MTV_PLAYER_TIMESHIFT_LIVE event are sent to
* notify the transition between these two modes.
*
* @param delay [in] from 0 to max delay allowed
* @see MSG_ID_MEDIA_MTV_PLAYER_SEEK_REQ
* @see MEDIA_MTV_PLAYER_TIMESHIFT_DELAYED
* @see MEDIA_MTV_PLAYER_TIMESHIFT_LIVE
*/
extern kal_int32 media_mtv_player_seek(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_uint32 delay);
/**
* To perform trick-mode playback such as 4x fast forward or 2x rewind. The rate is specified in unit of 1/1000.
* Setting the rate to 1000 means normal 1x playback and 2000 for 2x playback. If the rate is specified in
* negative value, the playback will be reversed and for example, -500 means reversed 0.5x playback. You can know
* about current playback rate by media_mtv_player_get_status.
*
* Note that the playback rate may get reset to 1x if the playback has reached the beginning or end of buffered
* content. There are events sent to notify the rate reset.
*
* @param rate [in] playback rate
* @see MSG_ID_MEDIA_MTV_PLAYER_SET_RATE_REQ
* @see MEDIA_MTV_PLAYER_BEGINNING_OF_CONTENT
* @see MEDIA_MTV_PLAYER_END_OF_CONTENT
* @see media_mtv_player_get_status
*/
extern kal_int32 media_mtv_player_set_rate(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_int32 rate);
/**
* To take a video snapshot. The snapshot file will be stored in the same folder as recorded video. A message
* will be sent to notify a video snapshot has been taken and its event parameter will be a full path of the
* snapshot file.
*
* @see MSG_ID_MEDIA_MTV_PLAYER_SNAPSHOT_REQ
* @see MEDIA_MTV_PLAYER_SNAPSHOT_TAKEN
*/
extern kal_int32 media_mtv_player_snapshot(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_wchar* file_path, media_mtv_buf_content_struct *buf_content);
/**
* To retrieve player status information. This function can be called even if the player is not started.
*
* @param status [out] the address to receive player status
* @see MSG_ID_MEDIA_MTV_PLAYER_GET_STATUS_REQ
*/
extern kal_int32 media_mtv_player_get_status(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, media_mtv_player_status_struct* status);
/**
* To get info about specified service.
*
* @param info [in] the info struct to fill in
* @see MSG_ID_MEDIA_MTV_GET_SERVICE_INFO_REQ
*/
extern kal_int32 media_mtv_service_get_info(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, media_mtv_service_info_struct* info);
/**
* To start recording specified service. The folder to store recorded file is specified by media_mtv_config.
* The file name of recorded file will be chosen automatically by service name and program title. The client
* can call media_mtv_recorder_get_status to know about the progress of service recording.
*
* MEDIA_MTV_RECORDER_STARTED event will be sent to notify about the success of starting recorder.
*
* @see media_mtv_config
* @see media_mtv_recorder_get_status
* @see MSG_ID_MEDIA_MTV_RECORDER_START_REQ
*/
extern kal_int32 media_mtv_recorder_start(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, const kal_wchar *service_name, kal_uint32 seq_no);
/**
* To stop recording immediately. Note that the client should call media_mtv_recorder_save or
* media_mtv_recorder_discard_recording to save or discard the recording. Otherwise, the unsaved
* content will not be erased until the service is stopped or the recorder is started again.
*
* @see MSG_ID_MEDIA_MTV_RECORDER_STOP_REQ
* @see MEDIA_MTV_RECORDER_STOPPED
*/
extern kal_int32 media_mtv_recorder_stop(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To pause recording immediately. Note that the client should call media_mtv_recorder_resume/stop after paused.
*
* @see MSG_ID_MEDIA_MTV_RECORDER_PAUSE_REQ
*/
extern kal_int32 media_mtv_recorder_pause(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To resume recording immediately.
*
* @see MSG_ID_MEDIA_MTV_RECORDER_RESUME_REQ
*/
extern kal_int32 media_mtv_recorder_resume(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To save recorded program into video file. Note that this function is a non-blocking operation because
* it will take a while for the recorder to perform file conversion from time-shift buffer to video file.
* Once the recorder finishes file saving, MTV_SERVICE_EVENT_RECORDER_SAVING_SUCCEEDED or
* MTV_SERVICE_EVENT_RECORDER_SAVING_FAILED will be sent to notify the completion.
*
* @see MTV_SERVICE_EVENT_RECORDER_SAVING_SUCCEEDED
* @see MTV_SERVICE_EVENT_RECORDER_SAVING_FAILED
* @see MEDIA_MTV_RECORDER_SAVING
*/
extern kal_int32 media_mtv_recorder_save(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_wchar *file_path, kal_uint32 seq_no);
/**
* To abort the saving of specified service. This function has no side effect if the saving has not
* been started yet. Note that you can retry saving even though it is aborted previously.
*
* @see MSG_ID_MEDIA_MTV_RECORDER_ABORT_SAVING_REQ
*/
extern kal_int32 media_mtv_recorder_abort_saving(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To discard unsaved recording immediately.
*
* @see MSG_ID_MEDIA_MTV_RECORDER_DISCARD_RECORDING_REQ
* @see MEDIA_MTV_RECORDER_SAVING
*/
extern kal_int32 media_mtv_recorder_discard_recording(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_uint32 seq_no) ;
/**
* To retrieve recorder status information. This function can be called even if the recorder is not started.
*
* @param status [out] the address to receive recorder status
* @see MSG_ID_MEDIA_MTV_RECORDER_GET_STATUS_REQ
*/
extern kal_int32 media_mtv_recorder_get_status(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, media_mtv_recorder_status_struct* status);
/**
* To retrieve service status information.
*
* @param status [out] the address to receive service status
* @see MSG_ID_MEDIA_MTV_SERVICE_GET_STATUS_REQ
*/
extern kal_int32 media_mtv_service_get_status(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, media_mtv_service_status_struct* status);
/**
* To stop a started service. If there is any player and recorder opened for this service, the caller need to
* wait for the completion of closing player and recorder which may be time-consuming. Therefore, the caller
* can choose to stop the player and recorder manually to prevent blocked waiting. MEDIA_MTV_SERVICE_STOPPED will
* sent to indicate the service has been stopped completely.
*
* @see MSG_ID_MEDIA_MTV_STOP_SERVICE_REQ
* @see MEDIA_MTV_SERVICE_STOPPED
*/
extern kal_int32 media_mtv_stop_service(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id);
/**
* To set service parameter. For some parameters, they can be set before the service is started.
*
* @param param [in] parameter ID
* @param value [in] parameter value
* @see MSG_ID_MEDIA_MTV_SET_PARAM_REQ
*/
extern kal_int32 media_mtv_set_param(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_uint32 param, kal_uint32 value);
/**
* To get service parameter. For some parameters, they can only be queried after the service is started.
*
* @param param [in] parameter ID
* @param value [out] parameter value
* @see MSG_ID_MEDIA_MTV_GET_PARAM_REQ
*/
extern kal_int32 media_mtv_get_param(module_type src_mod_id, kal_uint32 context, kal_uint32 service_id, kal_uint32 param, kal_uint32* value);
/**
* To close the mobile TV engine. All started services (and their corresponding player and recorder) will be aborted.
*
* Note that closing MTV is an asynchronous operation and the completion will be notify by MEDIA_MTV_SYSTEM_CLOSED event.
*
* @see MSG_ID_MEDIA_MTV_CLOSE_REQ
*/
extern kal_int32 media_mtv_close(module_type src_mod_id, kal_uint32 context);
/**
* To start ESG download.
*
* @see MSG_ID_MEDIA_MTV_MEDIA_MTV_ESG_DOWNLOAD_REQ
*/
extern kal_int32 media_mtv_media_mtv_esg_download(module_type src_mod_id, kal_uint32 context);
/**
* To abort ESG download.
*
* @see MSG_ID_MEDIA_MTV_MEDIA_MTV_ESG_ABORT_DOWNLOADING_REQ
*/
extern kal_int32 media_mtv_media_mtv_esg_abort_downloading(module_type src_mod_id, kal_uint32 context);
/**
* To send open to ESG query engine.
*
* @see MSG_ID_MEDIA_MTV_ESG_OPEN_REQ
*/
extern kal_int32 media_mtv_esg_open(module_type src_mod_id, kal_uint32* context, media_mtv_esg_source_enum source, kal_uint16 app_id);
/**
* To send close to ESG query engine.
*
* @see MSG_ID_MEDIA_MTV_ESG_CLOSE_REQ
*/
extern kal_int32 media_mtv_esg_close(module_type src_mod_id, kal_uint32 context, media_mtv_esg_source_enum source);
/**
* To send query to ESG query engine.
*
* @see MSG_ID_MEDIA_MTV_ESG_QUERY_REQ
*/
extern kal_int32 media_mtv_esg_query(module_type src_mod_id, kal_uint32 context, media_mtv_esg_source_enum source, kal_int32 type, media_mtv_esg_query_struct *query);
/**
* To get query results from ESG query engine.
*
* @see MSG_ID_MEDIA_MTV_ESG_QUERY_REQ
*/
extern kal_int32 media_mtv_esg_get_results(module_type src_mod_id, kal_uint32 context, media_mtv_esg_source_enum source, kal_int32 type, void **buf_p);
/**
* To finish query of ESG query engine.
*
* @see MSG_ID_MEDIA_MTV_ESG_QUERY_REQ
*/
extern kal_int32 media_mtv_esg_query_finish(module_type src_mod_id, kal_uint32 context, media_mtv_esg_source_enum source);
/**
* To add current service into favorite list.
*
* @see MSG_ID_MEDIA_MTV_ESG_QUERY_REQ
*/
extern kal_int32 media_mtv_esg_add_favorite(module_type src_mod_id, kal_uint32 context, media_mtv_favorite_type_enum type, kal_uint32 id, kal_char *rid);
/**
* To remove current service from favorite list.
*
* @see MSG_ID_MEDIA_MTV_ESG_QUERY_REQ
*/
extern kal_int32 media_mtv_esg_del_favorite(module_type src_mod_id, kal_uint32 context, media_mtv_favorite_type_enum type, kal_uint32 id, kal_char *rid);
/**
* To get card info
*
* @see MSG_ID_MEDIA_MTV_CAS_GET_CARD_INFO_REQ
*/
kal_int32 media_mtv_get_cas_card_info(module_type src_mod_id, kal_uint32 context, media_mtv_cas_card_info_struct* card_info);
#endif /* __MED_MTV_MOD__ || __MED_ATV_MOD__ */
/** @} */
extern kal_int32 media_get_ext_buffer_ext(module_type src_mod_id, void **buffer_p, kal_uint32 buffer_size, char* file_p,long line_p);
extern kal_int32 media_free_ext_buffer_ext(module_type src_mod_id, void **buffer_p, char* file_p,long line_p);
extern kal_int32 media_get_int_buffer_ext(module_type src_mod_id, void **buffer_p, kal_uint32 buffer_size, char* file_p,long line_p);
extern kal_int32 media_free_int_buffer_ext(module_type src_mod_id, void **buffer_p, char* file_p,long line_p);
extern kal_int32 media_get_ext_buffer_with_property(module_type src_mod_id, kal_uint8 property, void **buffer_p, kal_uint32 buffer_size, char* file_p,long line_p);
/* Interface of media memory */
#define media_get_int_buffer(src_mod_id, buffer_p, buffer_size) media_get_int_buffer_ext(src_mod_id,buffer_p,buffer_size,__FILE__,__LINE__)
#define media_free_int_buffer(src_mod_id, buffer_p) media_free_int_buffer_ext(src_mod_id, buffer_p, __FILE__, __LINE__)
#define media_get_ext_buffer(src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_ext(src_mod_id,buffer_p, buffer_size,__FILE__,__LINE__)
#define media_free_ext_buffer(src_mod_id, buffer_p) media_free_ext_buffer_ext(src_mod_id, buffer_p, __FILE__, __LINE__)
#define media_get_ext_buffer_cacheable(src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_with_property(src_mod_id,MED_EXT_MEMORY_TYPE_CACHEABLE,buffer_p, buffer_size,__FILE__,__LINE__)
#define media_get_ext_buffer_framebuffer(src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_with_property(src_mod_id,MED_EXT_MEMORY_TYPE_FRAMEBUFFER,buffer_p, buffer_size,__FILE__,__LINE__)
#define media_get_ext_buffer_topmost_noncacheable(src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_with_property(src_mod_id,MED_EXT_MEMORY_TYPE_TOPPEST_NONCACHEABLE,buffer_p, buffer_size,__FILE__,__LINE__)
#define media_get_ext_buffer_topmost_cacheable(src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_with_property(src_mod_id,MED_EXT_MEMORY_TYPE_TOPPEST_CACHEABLE,buffer_p, buffer_size,__FILE__,__LINE__)
#ifdef __MED_IN_ASM__
#define media_get_asm_buffer(id, src_mod_id, buffer_p, buffer_size) applib_asm_alloc_nc_r(id, buffer_size)
#define media_get_asm_buffer_cacheable(id, src_mod_id, buffer_p, buffer_size) applib_asm_alloc_r(id, buffer_size)
#define media_get_asm_buffer_framebuffer(id, src_mod_id, buffer_p, buffer_size) applib_asm_alloc_nc_r(id, buffer_size)
#define media_get_asm_buffer_topmost_noncacheable(id, src_mod_id, buffer_p, buffer_size) applib_asm_alloc_nc_r(id, buffer_size)
#define media_get_asm_buffer_topmost_cacheable(id, src_mod_id, buffer_p, buffer_size) applib_asm_alloc_r(id, buffer_size)
#define media_free_asm_buffer(id, src_mod_id, buffer_p) do{applib_asm_free_r(id, *(buffer_p)); *(buffer_p)=NULL;}while(0);
#else
#define media_get_asm_buffer(id, src_mod_id, buffer_p, buffer_size) media_get_ext_buffer(src_mod_id, buffer_p, buffer_size)
#define media_get_asm_buffer_cacheable(id, src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_cacheable(src_mod_id, buffer_p, buffer_size)
#define media_get_asm_buffer_framebuffer(id, src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_framebuffer(src_mod_id, buffer_p, buffer_size)
#define media_get_asm_buffer_topmost_noncacheable(id, src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_topmost_noncacheable(src_mod_id, buffer_p, buffer_size)
#define media_get_asm_buffer_topmost_cacheable(id, src_mod_id, buffer_p, buffer_size) media_get_ext_buffer_topmost_cacheable(src_mod_id, buffer_p, buffer_size)
#define media_free_asm_buffer(id, src_mod_id, buffer_p) media_free_ext_buffer(src_mod_id, buffer_p)
#endif
#if defined(__AUD_REC_INTENSITY__)
extern void media_get_record_intensity(kal_uint32 channel,kal_uint32* strength);
extern void media_get_record_intensity_limit(kal_uint32* max_value,kal_uint32* min_value);
#endif /*__AUD_REC_INTENSITY__*/
#endif /* _MED_API_H */
#endif /* MED_NOT_PRESENT */