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zTC1/mico-os/libraries/bluetooth/BTE_platform/include/ucodec.h

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/**
* UNPUBLISHED PROPRIETARY SOURCE CODE
* Copyright (c) 2016 MXCHIP Inc.
*
* The contents of this file may not be disclosed to third parties, copied or
* duplicated in any form, in whole or in part, without the prior written
* permission of MXCHIP Corporation.
*
*/
/*******************************************************************************
** Name: ucodec.h
**
** Description:
**
** This file contains codec definitions from Widcomm's Universal Embedded
** Drivers API.
**
*******************************************************************************/
#ifndef UCODEC_H
#define UCODEC_H
#include "bt_target.h"
#ifdef __cplusplus
extern "C" {
#endif
/*******************************************************************************
** Codec APIs
*******************************************************************************/
/**** Codec IDs ****/
#define UCODEC_ID_1 0
#define UCODEC_ID_2 1
#define UCODEC_ID_3 2
#define UCODEC_ID_4 3
#define UCODEC_NUMBER 4
typedef UINT8 tUCODEC_ID;
/**** Status ****/
#define UCODEC_SUCCESS 0x00
#define UCODEC_TX_DONE 0x01
#define UCODEC_RX_READY 0x02
#define UCODEC_FLOW_CTRL_ON 0x03
#define UCODEC_FLOW_CTRL_OFF 0x04
#define UCODEC_OVERFLOW 0x05
#define UCODEC_UNSUPORTED_CNF 0x06
#define UCODEC_WRONG_PARAM 0x07
#define UCODEC_NOT_CONFIGURED 0x08
#define UCODEC_OUT_OF_MEMORY 0x09
#define UCODEC_GENERIC_ERROR 0x0a
#define UCODEC_RECOVERABLE_ERROR 0x0b
#define UCODEC_UNRECOVERABLE_ERROR 0x0c
#define UCODEC_LOW_LEVEL_DRIVER_ERROR (0x0d)
typedef UINT8 tUCODEC_STATUS;
/**** Media type ****/
#define UCODEC_MEDIA_TYPE_AUDIO 0
#define UCODEC_MEDIA_TYPE_VIDEO 1
#define UCODEC_MEDIA_TYPE_MULTI 2
typedef UINT8 tUCODEC_MEDIA_TYPE;
/**** Audio Codec type ****/
#define UCODEC_AUDIO_SBC 0
#define UCODEC_AUDIO_M12_LAYER1 1 /* layer1 (mp1) */
#define UCODEC_AUDIO_M12_LAYER2 2 /* layer2 (mp2) */
#define UCODEC_AUDIO_M12_LAYER3 3 /* layer3 (mp3) */
#define UCODEC_AUDIO_M24_2LC 4 /* MPEG-2 AAC LC */
#define UCODEC_AUDIO_M24_4LC 5 /* MPEG-4 AAC LC */
#define UCODEC_AUDIO_M24_4LTP 6 /* MPEG-4 AAC LTP */
#define UCODEC_AUDIO_M24_4S 7 /* MPEG-4 AAC scalable */
#define UCODEC_AUDIO_VOLUME 8 /* Volume settings */
#define UCODEC_AUDIO_BALANCE 9 /* Balance settings */
typedef UINT8 tUCODEC_AUDIO_FEAT_TYPE;
/**** Video Codec type -> TODO ****/
/*TBD*/
typedef UINT8 tUCODEC_VIDEO_FEAT_TYPE;
/**** SBC sample frequency ****/
#define UCODEC_SBC_SMP_FREQ_16 0 /* 16 */
#define UCODEC_SBC_SMP_FREQ_32 1 /* 23 */
#define UCODEC_SBC_SMP_FREQ_44 2 /* 44.1 */
#define UCODEC_SBC_SMP_FREQ_48 3 /* 48 */
typedef UINT8 tUCODEC_SBC_SMP_FREQ;
/**** SBC sample frequency ****/
#define UCODEC_SBC_SUBBAND_4 4
#define UCODEC_SBC_SUBBAND_8 8
typedef UINT8 tUCODEC_SBC_SUBBAND;
/**** Allocation method ****/
#define UCODEC_SBC_ALLOC_MD_S 0 /* SNR */
#define UCODEC_SBC_ALLOC_MD_L 1 /* loundess */
typedef UINT8 tUCODEC_SBC_ALLOC_MD;
/**** MPEG sample frequency ****/
#define UCODEC_M12_SMP_FREQ_16 0 /* 16 */
#define UCODEC_M12_SMP_FREQ_22 1 /* 22 */
#define UCODEC_M12_SMP_FREQ_24 2 /* 24 */
#define UCODEC_M12_SMP_FREQ_32 3 /* 32 */
#define UCODEC_M12_SMP_FREQ_44 4 /* 44 */
#define UCODEC_M12_SMP_FREQ_48 5 /* 48 */
typedef UINT8 tUCODEC_M12_SMP_FREQ;
/**** Channel mode ****/
#define UCODEC_CHN_MONO 0
#define UCODEC_CHN_DUAL 1
#define UCODEC_CHN_STEREO 2
#define UCODEC_CHN_JOINT_STEREO 3
typedef UINT8 tUCODEC_CH_MODE;
/**** Audio Codec type ****/
#define UCODEC_M24_SMP_FREQ_8 0 /* 8 */
#define UCODEC_M24_SMP_FREQ_11 1 /* 11 */
#define UCODEC_M24_SMP_FREQ_12 2 /* 12 */
#define UCODEC_M24_SMP_FREQ_16 3 /* 16 */
#define UCODEC_M24_SMP_FREQ_22 4 /* 22.05 */
#define UCODEC_M24_SMP_FREQ_24 5 /* 24 */
#define UCODEC_M24_SMP_FREQ_32 6 /* 32 */
#define UCODEC_M24_SMP_FREQ_44 7 /* 44.1 */
#define UCODEC_M24_SMP_FREQ_48 8 /* 48 */
#define UCODEC_M24_SMP_FREQ_64 9 /* 64 */
#define UCODEC_M24_SMP_FREQ_88 10 /* 88 */
#define UCODEC_M24_SMP_FREQ_96 11 /* 96 */
typedef UINT8 tUCODEC_M24_SMP_FREQ;
/**** Codec configuration structure ****/
typedef struct tUCODEC_CNF_SBC_TAG
{
tUCODEC_SBC_SMP_FREQ SampleFreq;
tUCODEC_CH_MODE ChannelMode;
UINT16 Offset; /* GKI buffer based offset for UCODEC_ReadBuf */
UINT16 MtuSize; /* Max buffer len for UCODEC_ReadBuf*/
UINT8 PoolId; /* GKI pool ID for UCODEC_ReadBuf */
UINT8 NumBlock; /* Number of block in block unit : 4 blocks 8 blocks 12 blocks 16 blocks are the possible value */
UINT8 Subband;
tUCODEC_SBC_ALLOC_MD AllocMthd;
UINT8 MinBitPool;
UINT8 MaxBitPool;
} tUCODEC_CNF_SBC;
typedef struct tUCODEC_CNF_M12_TAG
{
tUCODEC_CH_MODE ChannelMode; /* Mono, Dual, stereo, joint stereo */
tUCODEC_M12_SMP_FREQ SampleFreq; /* Sample freq: 16, 22, 24, 32, 44, 48 */
UINT16 BitRate; /* Bit rate in bit per sec */
UINT16 Offset; /* GKI buffer based offset for UCODEC_ReadBuf */
UINT16 MtuSize; /* Max buffer len for UCODEC_ReadBuf*/
UINT8 PoolId; /* GKI pool ID for UCODEC_ReadBuf */
BOOLEAN VBR; /* Variable Bit Rate */
BOOLEAN CRC_On; /* CRC error detection */
BOOLEAN MPF; /* Media payload format */
} tUCODEC_CNF_M12;
typedef struct tUCODEC_CNF_M24_TAG
{
tUCODEC_M24_SMP_FREQ SampleFreq; /* Sample freq: 8, 11, 12, 16, 22.05, 24, 32, 44.1, 48, 64, 88, 96 */
UINT32 BitRate; /* Bit rate */
UINT16 Offset; /* GKI buffer based offset for UCODEC_ReadBuf */
UINT16 MtuSize; /* Max buffer len for UCODEC_ReadBuf*/
UINT8 PoolId; /* GKI pool ID for UCODEC_ReadBuf */
UINT8 Chanels; /* 1 or 2 chanels */
} tUCODEC_CNF_M24;
typedef union tUCODEC_CODEC_TYPE_TAG
{
tUCODEC_AUDIO_FEAT_TYPE AudioType;
tUCODEC_VIDEO_FEAT_TYPE VideoType;
} tUCODEC_CODEC_TYPE;
typedef union tUCODEC_FEATURE_TAG
{
/* Add here the audio feature structure */
tUCODEC_CNF_SBC SBCConfig;
tUCODEC_CNF_M12 M12Config;
tUCODEC_CNF_M24 M24Config;
UINT8 Volume; /* 0 to mute. 0xFF for the max volume */
UINT8 Balance; /* 0->100% right, 255->100% left */
/* Add here the video feature structure */
/* TBD */
} tUCODEC_FEATURE;
typedef struct tUCODEC_CNF_TAG
{
tUCODEC_MEDIA_TYPE MediaType;
tUCODEC_CODEC_TYPE Type;
tUCODEC_FEATURE Feature;
} tUCODEC_CNF;
typedef struct tUCODEC_BUF_INFO_TAG
{
UINT8 NumOfFrames;
UINT32 TimesStamp;
} tUCODEC_BUF_INFO;
/******************************************************************************
**
** Function tUCODEC_CBACK_PTR
**
** Description This call back report CODEC indication.
** It report codec error as well as flow onfrol indication.
**
** Input : CodecId: Id of the codec that calls this call back.
** Status: ->UCODEC_FLOW_CTRL_OFF if the Tx Q just
** went below the low watermark
** ->UCODEC_RX_READY if data are ready to be
** read. This olny hapens when the Rx Q was
** empty before receiving data.
** ->UCODEC_INTERNAL_ERROR if something went
** wrong with the driver
**
** Output Parameters : None
**
** Returns None.
**
******************************************************************************/
typedef void (* tUCODEC_CBACK_PTR)(tUCODEC_ID, tUCODEC_STATUS);
/*******************************************************************************
** Function Prototypes
*******************************************************************************/
/******************************************************************************
**
** Function UCODEC_Init
**
** Description Startup initialisation function. This function is called
** before any orther function of UCODEC it initialize UCODEC
** internal structure an the external codec.
**
** Input : CodecId: Id of the codec to perform the operation on.
**
** Output Parameters : None
**
** Returns UCODEC_SUCCESS if The action was performed with sucess.
** Error code else.
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_Init (void *);
/******************************************************************************
**
** Function UCODEC_Configure
**
** Description Initialise the CODEC for a particular stream.
**
**
** Input : CodecId: Id of the codec to perform the operation on.
** CbackPrt: Call back pointer for codec feedback.
** pConfig: Pointer on a codec configuration structure.
**
** Output Parameters : None
**
** Returns UCODEC_SUCCESS if The action was performed with sucess.
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_Configure (tUCODEC_ID, tUCODEC_CBACK_PTR, tUCODEC_CNF *);
/******************************************************************************
**
** Function UCODEC_FlushTx
**
** Description Fluch Tx buffer Q.
**
** Input : CodecId: Id of the codec to perform the operation on.
**
** Output Parameters : None
**
** Returns UCODEC_SUCCESS if The action was performed with sucess.
** Error code else.
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_FlushTx (tUCODEC_ID);
/******************************************************************************
**
** Function UCODEC_FlushRx
**
** Description Fluch Rx buffer Q.
**
** Input : CodecId: Id of the codec to perform the operation on.
**
** Output Parameters : None
**
** Returns UCODEC_SUCCESS if The action was performed with sucess.
** Error code else.
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_FlushRx (tUCODEC_ID);
/******************************************************************************
**
** Function UCODEC_WriteBuf
**
** Description Send a buffer to the codec.
**
** Input : CodecId: Id of the codec to perform the operation on.
** pBuf: Pointer onto the GKI buffer to be send to the CODEC.
**
** Output Parameters : None
**
** Returns UCODEC_SUCCESS if The action was performed with sucess.
** UCODEC_FLOW_CTRL_ON if The codec buffer Q had reach a UCODEC_HIGH_WM
** watermark. The buffer is queued
** UCODEC_OVERFLOW if The codec buffer Q had reach a critical
** watermark. The buffer is dropped.
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_WriteBuf (tUCODEC_ID, BT_HDR *);
/******************************************************************************
**
** Function UCODEC_ReadBuf
**
** Description Get a buffer from the codec.
**
** Input : CodecId: Id of the codec to perform the operation on.
**
** Output Parameters : None
**
** Returns Pointer on the GKI buffer. NULL if the Rx Q is empty
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_ReadBuf (tUCODEC_ID, BT_HDR **, tUCODEC_BUF_INFO *);
/******************************************************************************
**
** Function UCODEC_Close
**
** Description This function is called to put the codec in low power mode
**
**
** Input : CodecId: Id of the codec to perform the operation on.
**
** Output Parameters : None
**
** Returns UCODEC_SUCCESS : The action was performed with sucess.
** Error code else.
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_Close (tUCODEC_ID);
/******************************************************************************
**
** Function UCODEC_Open
**
** Description This function is called to resume the codec from low power
** mode after UCODEC_Close had been called. It will put the
** codec in the state it was before UCODEC_Close being called.
**
** Input : CodecId: Id of the codec to perform the operation on.
**
** Output Parameters : None
**
** Returns UCODEC_SUCCESS : The action was performed with sucess.
** Error code else.
**
******************************************************************************/
BT_API extern tUCODEC_STATUS UCODEC_Open (tUCODEC_ID);
#ifdef __cplusplus
};
#endif
#endif /* UCODEC_H */
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