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uboot-1.1.4-kirkwood/board/mv_feroceon/mv_hal/voiceband/tdm/mvTdm.h

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8.2 KiB
C

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#ifndef __INCmvTdmh
#define __INCmvTdmh
#include "ctrlEnv/mvCtrlEnvLib.h"
#include "ctrlEnv/mvCtrlEnvAddrDec.h"
#include "voiceband/tdm/mvTdmRegs.h"
#include "ctrlEnv/sys/mvSysTdm.h"
#include "voiceband/voiceband.h"
/* Defines */
#define SAMPLES_BUFF_SIZE(bandMode, factor) \
((bandMode == MV_NARROW_BAND) ? (factor * 80) : (factor * 160))
#define MV_TDM_CH_BUFF_SIZE(pcmFormat, bandMode, factor) \
(pcmFormat == MV_PCM_FORMAT_LINEAR ? (2 * SAMPLES_BUFF_SIZE(bandMode, factor)) : \
SAMPLES_BUFF_SIZE(bandMode, factor))
#define MV_TDM_AGGR_BUFF_SIZE(pcmFormat, bandMode, factor) (2 * MV_TDM_CH_BUFF_SIZE(pcmFormat, bandMode, factor))
#define MV_TDM_TOTAL_CHANNELS 2
#define MV_TDM_2CHANNELS_SUPPORT 2
#define MV_TDM_INT_COUNTER 2
#define MV_TDM_MAX_SAMPLE_PERIOD 30 /* ms */
#define MV_TDM_BASE_SAMPLE_PERIOD 10 /* ms */
/* TDM IRQ types */
#define MV_EMPTY_INT 0
#define MV_RX_INT BIT0
#define MV_TX_INT BIT1
#define MV_PHONE_INT BIT2
#define MV_ERROR_INT BIT3
/* PCM SLOT configuration */
/* Assume Rx & Tx have the same slots always */
#define PCM_SLOT_PCLK 8
#define CH0_RX_SLOT 2
#define CH0_TX_SLOT 2
#define CH1_RX_SLOT 10
#define CH1_TX_SLOT 10
/* WB Mode */
#define CH0_RX_DELAY (2 * PCM_SLOT_PCLK)
#define CH0_TX_DELAY (0 * PCM_SLOT_PCLK)
#define CH1_RX_DELAY (14 * PCM_SLOT_PCLK)
#define CH1_TX_DELAY (14 * PCM_SLOT_PCLK)
#define CH0_WB_RX_DELAY (10 * PCM_SLOT_PCLK)
#define CH0_WB_TX_DELAY (10 * PCM_SLOT_PCLK)
#define CH1_WB_RX_DELAY (18 * PCM_SLOT_PCLK)
#define CH1_WB_TX_DELAY (18 * PCM_SLOT_PCLK)
#define TDM_INT_SLIC (DMA_ABORT_BIT|SLIC_INT_BIT)
#define TDM_INT_TX(ch) (TX_UNDERFLOW_BIT(ch)|TX_BIT(ch)|TX_IDLE_BIT(ch))
#define TDM_INT_RX(ch) (RX_OVERFLOW_BIT(ch)|RX_BIT(ch)|RX_IDLE_BIT(ch))
/* TDM Registers Configuration */
#if defined(MV_TDM_USE_EXTERNAL_PCLK_SOURCE)
#define CONFIG_PCM_CRTL (MASTER_PCLK_EXTERNAL | MASTER_FS_TDM |DATA_POLAR_NEG | \
FS_POLAR_NEG | INVERT_FS_HI | FS_TYPE_SHORT | \
CH_DELAY_DISABLE | \
CH_QUALITY_DISABLE | QUALITY_POLARITY_NEG | \
QUALITY_TYPE_TIME_SLOT | CS_CTRL_DONT_CARE | \
WIDEBAND_OFF | PERF_GBUS_TWO_ACCESS)
#else
#define CONFIG_PCM_CRTL (MASTER_PCLK_TDM | MASTER_FS_TDM |DATA_POLAR_NEG | \
FS_POLAR_NEG | INVERT_FS_HI | FS_TYPE_SHORT | \
CH_DELAY_DISABLE | \
CH_QUALITY_DISABLE | QUALITY_POLARITY_NEG | \
QUALITY_TYPE_TIME_SLOT | CS_CTRL_DONT_CARE | \
WIDEBAND_OFF | PERF_GBUS_TWO_ACCESS)
#endif
#if defined(MV_TDM_USE_EXTERNAL_PCLK_SOURCE)
#define CONFIG_WB_PCM_CRTL (MASTER_PCLK_EXTERNAL | MASTER_FS_TDM |DATA_POLAR_NEG | \
FS_POLAR_NEG | INVERT_FS_HI | FS_TYPE_SHORT | \
CH_DELAY_ENABLE | \
CH_QUALITY_DISABLE | QUALITY_POLARITY_NEG | \
QUALITY_TYPE_TIME_SLOT | CS_CTRL_DONT_CARE | \
WIDEBAND_ON | PERF_GBUS_TWO_ACCESS)
#else
#define CONFIG_WB_PCM_CRTL (MASTER_PCLK_TDM | MASTER_FS_TDM |DATA_POLAR_NEG | \
FS_POLAR_NEG | INVERT_FS_HI | FS_TYPE_SHORT | \
CH_DELAY_ENABLE | \
CH_QUALITY_DISABLE | QUALITY_POLARITY_NEG | \
QUALITY_TYPE_TIME_SLOT | CS_CTRL_DONT_CARE | \
WIDEBAND_ON | PERF_GBUS_TWO_ACCESS)
#endif
#define CONFIG_TIMESLOT_CTRL ((CH0_RX_SLOT<<CH0_RX_SLOT_OFFS) | \
(CH0_TX_SLOT<<CH0_TX_SLOT_OFFS) | \
(CH1_RX_SLOT<<CH1_RX_SLOT_OFFS) | \
(CH1_TX_SLOT<<CH1_TX_SLOT_OFFS))
#define CONFIG_CH_SAMPLE(bandMode,factor) ((SAMPLES_BUFF_SIZE(bandMode, factor)<<TOTAL_CNT_OFFS) |\
(INT_SAMPLE<<INT_CNT_OFFS))
#define CONFIG_CH0_DELAY_CTRL_CONFIG ((CH0_RX_DELAY << CH_RX_DELAY_OFFS) | \
(CH0_TX_DELAY << CH_TX_DELAY_OFFS))
#define CONFIG_CH1_DELAY_CTRL_CONFIG ((CH1_RX_DELAY << CH_RX_DELAY_OFFS) | \
(CH1_TX_DELAY << CH_TX_DELAY_OFFS))
#define CONFIG_CH0_WB_DELAY_CTRL_CONFIG ((CH0_WB_RX_DELAY << CH_RX_DELAY_OFFS) | \
(CH0_WB_TX_DELAY << CH_TX_DELAY_OFFS))
#define CONFIG_CH1_WB_DELAY_CTRL_CONFIG ((CH1_WB_RX_DELAY << CH_RX_DELAY_OFFS) | \
(CH1_WB_TX_DELAY << CH_TX_DELAY_OFFS))
/* Enumerators */
/* Structures */
typedef struct
{
MV_U8* tdmRxBuff;
MV_U8* tdmTxBuff;
MV_U32 intType;
} mv_tdm_int_info_t;
typedef struct
{
mv_band_mode_t bandMode;
mv_pcm_format_t pcmFormat;
unsigned char samplePeriod;
} mv_tdm_params_t;
/* APIs */
MV_STATUS mvTdmInit(mv_tdm_params_t* tdmParams);
MV_VOID mvTdmRelease(MV_VOID);
MV_VOID mvTdmIntLow(mv_tdm_int_info_t* tdmIntInfo);
MV_VOID mvTdmPcmStart(MV_VOID);
MV_VOID mvTdmPcmStop(MV_VOID);
MV_STATUS mvTdmTx(MV_U8* tdmTxBuff);
MV_STATUS mvTdmRx(MV_U8* tdmRxBuff);
MV_VOID mvTdmRegsDump(MV_VOID);
MV_STATUS mvTdmSpiRead(MV_U32 val1, MV_U32 val2, MV_U32 cmd, MV_U8 cs, MV_U8 *data);
MV_STATUS mvTdmSpiWrite(MV_U32 val1, MV_U32 val2, MV_U32 cmd, MV_U8 cs);
MV_U8 currRxSampleGet(MV_U8 ch);
MV_U8 currTxSampleGet(MV_U8 ch);
#endif /* __INCmvTdmh */