mcu/interface/driver/audio/sal_exp.h

#ifndef SAL_H
#define SAL_H
#include "l1aud_common_def.h"
#include "l1audio.h"


void SAL_Set_Device(uint32 dev,uint16 band);
void SAL_2G_Call_Open(uint32 enc_mod, uint32 dec_mod, uint32 sub_channel, uint32 tch_state, Sal_SRst_Type_t type);
void SAL_2G_Handover(uint32 enc_mod, uint32 dec_mod, uint32 sub_channel, uint32 tch_state, Sal_SRst_Type_t type);
void SAL_3G_Call_Open(uint32 enc_mod, uint32 dec_mod, uint32 dtx, uint32 delR, uint32 delW, uint32 delM, uint16 LinkMode, Sal_SRst_Type_t type);
void SAL_4G_Call_Open_temp(uint32 enc_mod, uint32 dec_mod, uint32 dtx, uint32 delR, uint32 delW, uint32 delM, Sal_SRst_Type_t type);
void SAL_3G_Upd_Enc_Cod(uint32 enc_mod);
void SAL_3G_Upd_Dec_Cod(uint32 dec_mod);
void SAL_2G_Call_Close(uint32 dsp_end);
void SAL_3G_Call_Close(uint32 dsp_end);
void SAL_4G_Call_Close_temp(uint32 dsp_end);
void SAL_4G_G_Codec_Call_Close(uint32 dsp_end);
void SAL_3G_Set_TxType(uint32 tx_type);
void SAL_3G_Set_RxType(uint32 rx_type);
volatile uint16* SAL_3G_GetAddr(uint16 type);
uint16 SAL_3G_GetValue(uint16 type);
bool SAL_3G_IsDLEmpty();
bool SAL_3G_IsULReady();
void SAL_3G_SetDLReady();
void SAL_3G_SetULEmpty();
void SAL_3G_SetULUnsync();
void SAL_3G_SetDtx(bool on);
void SAL_App_Open(uint32 delR, uint32 delW, uint32 delM);
void SAL_App_Close(uint32 dsp_end);
void SAL_Bgsnd_SetInit();
bool SAL_Bgsnd_IsRunning();
bool SAL_Bgsnd_IsIdle();
void SAL_Bgsnd_SetFinal();
void SAL_Bgsnd_Config(uint32 ulgain, uint32 dlgain, uint32 ulmix, uint32 dlmix);
volatile uint16* SAL_Bgsnd_GetBuf_DL();
uint32 SAL_Bgsnd_GetDataLen_DL();
volatile uint16* SAL_Bgsnd_GetBuf_UL();
uint32 SAL_Bgsnd_GetDataLen_UL();
void SAL_Dsp_Sph_Init();
volatile uint16* SAL_Sidetone_GetFltCoefAddr();
volatile uint16* SAL_Notch_GetFltCoefAddr();
volatile uint16* SAL_BKF_GetFltCoefAddr_NB_UL();
volatile uint16* SAL_BKF_GetFltCoefAddr_NB_DL();
volatile uint16* SAL_BKF_GetFltCoefAddr_WB_UL();
volatile uint16* SAL_BKF_GetFltCoefAddr_WB_DL();
volatile uint16* SAL_BKF_GetFltCoefAddr_SWB_UL();
volatile uint16* SAL_BKF_GetFltCoefAddr_SWB_DL();
void SAL_BKF_Switch(uint32 ul, uint32 dl);
volatile uint16* SAL_SRC_GetFltCoefAddr();
volatile uint16* SAL_SRCPlus_GetFltCoefAddr();
volatile uint16* SAL_SRCPlusSWB_GetFltCoefAddr();
volatile uint16* SAL_SRC_IIR_GetFltCoefAddr();
volatile uint16* SAL_AGC_GetFltCoefAddr();
void SAL_ENH_SetULPath(bool on);
void SAL_ENH_SetDLPath(bool on);
bool SAL_ENH_ParUpdPState_IsIdle();
void SAL_ENH_ParUpdState_SetUpd();
void SAL_ENH_ParUpdState_SetUpd_Offset(kal_uint32 Offset, kal_uint32 Len);
bool SAL_ENH_CtrlUpdPState_IsIdle();
void SAL_ENH_CtrlUpdState_SetUpd();
void SAL_ENH_SetInit(uint32 enh_mod);
void SAL_ENH_SetOff(uint32 enh_mod);
bool SAL_ENH_IsReady(uint32 enh_mod);
bool SAL_ENH_IsIdle(uint32 enh_mod);
void SAL_ENH_Dynamic_Ctrl(bool on, Sal_Enh_Dynamic_t fea);
void SAL_ENH_Gain_Set_DL(uint16 val);
void SAL_ENH_Dynamic_State_Par_Init(void);
void SAL_ENH_Dynamic_State_Set(Sal_Enh_Dyn_Sta_t sta);
bool SAL_ENH_Dynamic_State_Check(Sal_Enh_Dyn_Sta_t sta);
void SAL_ENH_Flag_Par_Set(Sal_Enh_Flag_Par_t par);
void SAL_ENH_SetDMNR(bool on);
void SAL_ENH_SetTDNC(bool on);
void SAL_ENH_SetMagicConference(bool on);
void SAL_ENH_SetMainSwitch(bool on);
void SAL_ENH_Set3GNetworkType(uint16 type);
volatile uint16* SAL_CommonPar_GetBuf();
volatile uint16* SAL_ModePar_GetBuf_NB();
volatile uint16* SAL_ModePar_GetBuf2_NB();
volatile uint16* SAL_ModePar_GetBuf3_NB();
volatile uint16* SAL_ModePar_GetBuf_WB();
volatile uint16* SAL_ModePar_GetBuf2_WB();
volatile uint16* SAL_ModePar_GetBuf3_WB();
volatile uint16* SAL_ModePar_GetBuf_SWB();
volatile uint16* SAL_EMP_DebugInfo_GetBuf();
volatile uint16* SAL_DMNR_GetFltCoefAddr_NB();
volatile uint16* SAL_DMNR_GetFltCoefAddr_WB();
volatile uint16* SAL_DMNR_GetFltCoefAddr_SWB();
volatile uint16* SAL_DMNR_GetFltCoefAddr_LSPK_NB();
volatile uint16* SAL_DMNR_GetFltCoefAddr_LSPK_WB();
volatile uint16* SAL_DMNR_GetFltCoefAddr_LSPK_SWB();
void SAL_TST_Handler(int16 cmd);
bool SAL_DSPINT_Resolve(uint16 iid, uint32 * sph_int);
void SAL_PcmEx_Config(Sal_PCMEx_Config_t* cfg);
void SAL_PcmEx_SetStateUL(Sal_PcmEx_Type_t type, Sal_PcmEx_State_t sta);
void SAL_PcmEx_SetStateDL(Sal_PcmEx_Type_t type, Sal_PcmEx_State_t sta);
bool SAL_PcmEx_CheckStateUL(Sal_PcmEx_Type_t type, Sal_PcmEx_State_t sta);
bool SAL_PcmEx_CheckStateDL(Sal_PcmEx_Type_t type, Sal_PcmEx_State_t sta);
bool SAL_PcmEx_IsCtrlClean(Sal_PcmEx_Type_t type);
void SAL_PcmEx_SetCtrlClean(Sal_PcmEx_Type_t type);//dangerous operation
volatile uint16* SAL_PcmEx_GetBuf(Sal_PcmEx_BufId_t id);
volatile uint16* SAL_IIR_Coef_GetBuf(Sal_IIR_Coef_t id);
uint16 SAL_PcmEx_GetBufLen(Sal_PcmEx_BufId_t id);
uint16 SAL_AGC_GetSWGain(uint8 mic); // 0 -> mic1, 1 -> mic2
bool SAL_3G_Mode();
void SAL_VM_Config(Sal_VM_Config_t * cfg);
void SAL_VM_GetFrame2G(Sal_VM_Frame * vmfrm);
void SAL_VM_GetFrame3G(Sal_VM_Frame * vmfrm);
void SAL_EPL_GetFrame(Sal_EPL_Frame * eplfrm);
void SAL_LBK_Codec(bool on);
uint16 SAL_Sidetone_GetAdaptiveGain();
void SAL_Sidetone_SetGain(uint16 val);
void SAL_Sidetone_Enable(bool ena);
uint16 SAL_DGain_Get_DL();
void SAL_DGain_Set_DL(uint16 val);
uint16 SAL_DGain_Get_UL();
void SAL_DGain_Set_UL(uint16 val);
void SAL_AGC_SetGain(uint16 val);
void SAL_BT_Config(Sal_BT_Config *cfg);
bool SAL_BT_IsEnable();
void SAL_Mute_Ctrl(Sal_Mute_Point_t ctrl, bool mute);
bool SAL_Mute_Check(Sal_Mute_Point_t ctrl);
void SAL_CTM_Switch(bool on);
void SAL_CTM_SetGain(uint16 limit, uint16 update);
uint16 SAL_CTM_GetValue(uint16 type);
bool SAL_CTM_IsIdle();
bool SAL_CTM_IsOff();
void SAL_AGC1_Config(Sal_AGC_Config_t *cfg);
void SAL_AGC2_Config(Sal_AGC_Config_t *cfg);
void SAL_AGC3_Config(Sal_AGC_Config_t *cfg);
void SAL_AGC4_Config(Sal_AGC_Config_t *cfg);
void SAL_NotchFilter_Enable(bool ena, bool thirdStageIIR);
void SAL_8K_Resync(bool ul, int16 ul_offset, bool dl, int16 dl_offset);
void SAL_GetWarnMsg(uint16 *ulcode, uint16 *dlcode);
void SAL_2G_SMR_Switch(bool on);
void SAL_VOLTE_SetInfo(Sal_VOLTE_info_t info, uint16 val);
volatile uint16* SAL_ENH_GetInternalParAddr();
void SAL_PCM_Router_Open(Sal_PCM_Router_t *pcmrt, Sal_SRst_Type_t type);
void SAL_PCM_Router_Close(uint32 dsp_end);
uint16 SAL_GetDLVADFlag();
volatile uint16* SAL_FS_GetFltCoefAddr();
void SAL_4G_ExtCod_Call_Open(uint32 band, Sal_ExtCod_t Cod,uint32 delR, uint32 delW, uint32 delM, Sal_SRst_Type_t type);
void SAL_4G_ExtCod_Call_Close(uint32 dsp_end);
void SAL_C2K_Call_Open(uint16 u2SO, bool bDtx, uint16 u2DelR, uint16 u2DelW, uint16 u2DelM, Sal_SRst_Type_t type);
void SAL_C2K_Call_Close(bool bDsp_end);
bool SAL_C2K_IsULReady(void);
void SAL_C2K_SetULEmpty(void);
bool SAL_C2K_IsDLEmpty(void);
void SAL_C2K_SetDLReady(void);
void SAL_C2K_SetULUnsync(void);
void SAL_C2K_SetValue(uint16 u2ValId, uint16 u2Val);
void SAL_C2K_TTY_Switch(bool bOn);
void SAL_C2K_SetTTYStatus(bool bUL, bool bDL);
void SAL_C2K_COD_Feature_Switch(uint16 u2CodFea, bool bOn);
volatile uint16* SAL_C2K_GetAddr(uint16 type);
uint16 SAL_C2K_GetValue(uint16 type);
void SAL_VM_GetFrameC2K(Sal_VM_Frame *vmfrm);
void SAL_SCH_Feature_Switch(uint16 u2SchFea, bool bOn);
void SAL_TestMode_Config(uint16 TestMode_Ctrl, uint16 TestMode_Scenario);
void SAL_DebugMode_Config(uint16 DebugMode);
void SAL_TestMode_AFEDVT_Config(uint16 UL_Ch, uint16 DL_Ch);
void SAL_4G_EVS_Call_Open(uint32 enc_mod, uint32 dec_mod, uint32 dtx, uint32 delR, uint32 delW, uint32 delM, Sal_SRst_Type_t type);
void SAL_4G_EVS_Call_Close(uint32 dsp_end);
void SAL_EVS_Set_Enc_Par(EVS_ENCODER_PARAMETER *EncPar);
void SAL_EVS_Set_Dec_Par(EVS_DECODER_PARAMETER *DecPar, uint16 Nth_Frm);
bool SAL_EVS_Get_Enc_SIDFirst_Status();
void SAL_EVS_Set_Dec_SIDFirst_Status(bool sta, uint16 Nth_Frm);
kal_uint16 SAL_EVS_Get_Dec_BFI(uint16 Nth_Frm);
kal_uint16 SAL_EVS_Get_Dec_HBLen(uint16 Nth_Frm);
kal_uint16 SAL_EVS_Get_Enc_BFI();
kal_uint16 SAL_EVS_Get_Enc_HBLen();
bool SAL_EVS_IsDTXOn();
kal_uint16 SAL_EVS_Get_PCMBW();
kal_uint16 SAL_EVS_Get_Enc_MaxRate();
kal_uint16 SAL_EVS_Get_Enc_CA_Enable();
kal_uint16 SAL_EVS_Get_Enc_CA_RF_FEC_Indicator();
kal_uint16 SAL_EVS_Get_Enc_CA_RF_FEC_Offset();
kal_uint16 SAL_EVS_Get_Dec_CA_FrmMode(uint16 Nth_Frm);
kal_uint16 SAL_EVS_Get_Codec_Mode(kal_uint16 type);
void SAL_Sph_KeyTone_DL_On(kal_uint16 Freq1, kal_uint16 Freq_2, kal_uint16 DLGain);
void SAL_Sph_KeyTone_DL_Off();
void SAL_Sph_KeyTone_UL_On(kal_uint16 Freq1, kal_uint16 Freq_2, kal_uint16 ULGain);
void SAL_Sph_KeyTone_UL_Off();
void SAL_ENH_ExtEchoRef_Switch(bool on);
void SAL_ENH_ExtEchoRef_DelayConfig(kal_uint16 Id, kal_uint16 RefDelay, kal_uint16 ULDelay);
void SAL_Set_LinkStatus(kal_uint16 LinkMode, bool on);

void SAL_4G_Call_Handover(uint32 enc_mod, uint32 dec_mod, uint32 dtx, uint32 delR, uint32 delW, uint32 delM, Sal_SRst_Type_t type);
void SAL_4G_EVS_Call_Handover(uint32 enc_mod, uint32 dec_mod, uint32 dtx, uint32 delR, uint32 delW, uint32 delM, Sal_SRst_Type_t type);

void SAL_Set_DevInfo(Sal_DevInfo_Int_t IntDevInfo, Sal_DevInfo_Ext_t ExtDevInfo);
void SAL_Set_SmartPA_Config(Sal_SmartPA_Config_t SmartPACfg);
void SAL_Standby_Call_Open(uint32 enc_mod, uint32 dec_mod, uint32 dtx, uint32 delR, uint32 delW, uint32 delM, Sal_SRst_Type_t type);
void SAL_Standby_Call_Close(uint32 dsp_end);
void SAL_SetCallCloseWithFSM();
bool SAL_IsCallCloseDone();

void SAL_AAMPlus_Switch(bool on);
Sal_AAMPlus_State_t SAL_AAMPlus_Get_Enc_State();
kal_uint16 SAL_AAMPlus_Get_Period();

void SAL_ENH_OccupyParMem();
void SAL_ENH_ReleaseParMem();
bool SAL_ENH_IsParMemAvailable();
void SAL_Set_AWBPlusFlag(bool on);

void SAL_RampDown_SetInit(Sal_Ramp_Point_t ctrl);
void SAL_RampUp_SetInit(Sal_Ramp_Point_t ctrl);
bool SAL_RampDown_IsDone(Sal_Ramp_Point_t ctrl);
bool SAL_RampUp_IsDone(Sal_Ramp_Point_t ctrl);
void SAL_Ramp_SetFinal(Sal_Ramp_Point_t ctrl);
Sal_Ramp_State_t SAL_Ramp_GetState(Sal_Ramp_Point_t ctrl);
void SAL_Ramp_SetMute(Sal_Ramp_Point_t ctrl);
void SAL_Ramp_SetUnMute(Sal_Ramp_Point_t ctrl);
void SAL_Set_MOSTestMode(bool update, kal_uint16 MOSTestMode);
void SAL_Set_Repeat_Flag(kal_uint16 flag);
kal_uint16 SAL_Get_Repeat_Flag();
void SAL_ExtAUIF_SetMemAddr(Sal_ExtAUIF_Mem_Type_t MemType, kal_uint32 StarAddr, kal_uint32 Len);
void SAL_Set_OpenDsp(bool on);
void SAL_Get_Delay(Sal_Delay_Type_t type, kal_uint16 offset_ul, kal_uint16 offset_dl, kal_uint16 *DelR, kal_uint16 *DelW, kal_uint16 *DelM);
void SAL_Get_AAM_Offset(Sal_Delay_Type_t type, kal_uint16 offset_ul, kal_uint16 period_ul, kal_uint16 offset_dl, kal_uint16 period_dl, kal_uint16 *offset_AAM);
void SAL_Get_AAM_Margin(Sal_Delay_Type_t type, kal_uint16 offset_ul, kal_uint16 period_ul, kal_uint16 offset_dl, kal_uint16 period_dl, kal_uint16 *margin_AAM_ul, kal_uint16 *margin_AAM_dl);
void SAL_AAM_SetPar(Sal_Delay_Type_t type, kal_uint16 margin_ul_cur, kal_uint16 period_ul, kal_uint16 margin_dl_cur, kal_uint16 period_dl);
bool SAL_AAM_CheckReset();

kal_uint16 SAL_Get_DuDuPtnFlag();

void SAL_4G_Set_RxType(uint32 rx_type, uint32 Nth_Frm);
uint16 SAL_4G_GetRXValue(uint16 type, uint16 Nth_Frm);
volatile uint16* SAL_4G_GetRXAddr(uint16 type, uint16 Nth_Frm);
void SAL_4G_SetDLHBValid(bool bValid, uint16 Nth_Frm);
kal_uint16 SAL_4G_GetTSSwitch();
void SAL_4G_SetTSScale(int16 Scale, int16 MaxScale, uint16 Nth_Frm);
kal_uint16 SAL_Get_RingBuf_RemainLen();
kal_uint16 SAL_Get_RingBuf_TotalLen();
kal_uint16 SAL_Get_DL_CodecMode();

void SAL_Mixer2_SetInit();
bool SAL_Mixer2_IsRunning();
bool SAL_Mixer2_IsIdle();
void SAL_Mixer2_SetFinal();
void SAL_Mixer2_Config(uint32 ulgain, uint32 dlgain, uint32 ulmix, uint32 dlmix);
volatile uint16* SAL_Mixer2_GetBuf_DL();
uint32 SAL_Mixer2_GetDataLen_DL();
volatile uint16* SAL_Mixer2_GetBuf_UL();
uint32 SAL_Mixer2_GetDataLen_UL();

kal_uint16 SAL_Get_VCPMode();
void SAL_LBK_PCM_D2U(bool on);

kal_uint16 SAL_Get_DMFSource();
kal_uint16 SAL_Get_DMFRate();
void SAL_Get_DMF_SPH_UL_Info(Sal_DMF_SPH_UL_Info_t *DMF_SPH_UL_Info);
void SAL_Get_DMF_SPH_DL_Info(Sal_DMF_SPH_DL_Info_t *DMF_SPH_DL_Info);
void SAL_Get_DMF_ENH_UL_Info(Sal_DMF_ENH_UL_Info_t *DMF_ENH_UL_Info);
kal_int16 SAL_Get_DMFPwr_UL();
kal_int16 SAL_Get_DMFPwr_DL();
void SAL_Set_SRstType(Sal_SRst_Type_t type);

void SAL_Mixer3_SetInit();
bool SAL_Mixer3_IsRunning();
bool SAL_Mixer3_IsIdle();
void SAL_Mixer3_SetFinal();
void SAL_Mixer3_Config(uint16 gain, uint16 mix);
volatile uint16* SAL_Mixer3_GetBuf();
void SAL_Mixer3_SetDataLen(uint16 len);
void SAL_Set_PSRANType(uint16 type);

kal_uint16 SAL_VM_Get_TS_Info(Sal_VM_TS_Info_t TS_Info_Type);
kal_uint16 SAL_VM_Get_CodBand();
void SAL_SVC_Set_JBMVersion(uint8 version);

void SAL_DTMF_Removal_Ctrl(Sal_DTMF_Removal_Point_t ctrl, bool on);
void SAL_UltraSound_Removal_Switch(bool on);

kal_uint16 SAL_Get_Codec_Mode(kal_uint16 type);
#endif