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192.168.1.100 / T800_MD / b0f5b85a5b9d69cbfa1dd990d559a4a9c7d8f2a6 / . / mcu / driver / audio / src / v1 / sp_drv.c
blob: abf3a36e6892a0cf82b5de2ac2a73ccb3aa025f5 [file] [log] [blame]
/*****************************************************************************
* 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:
* ---------
* l1sp.c
*
* Project:
* --------
* MAUI
*
* Description:
* ------------
* L1SP Interface
*
* Author:
* -------
* -------
*
*==============================================================================
* HISTORY
* Below this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
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>>>> ORIGINAL //VMOLY/TRUNK/VMOLY/mcu/driver/audio/src/v1/sp_drv.c#15
==== THEIRS //VMOLY/TRUNK/VMOLY/mcu/driver/audio/src/v1/sp_drv.c#16
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==== YOURS //ws_thomas.chen_work1/VMOLY/TRUNK/VMOLY/mcu/driver/audio/src/v1/sp_drv.c
>>>> ORIGINAL //VMOLY/TRUNK/VMOLY/mcu/driver/audio/src/v1/sp_drv.c#14
==== THEIRS //VMOLY/TRUNK/VMOLY/mcu/driver/audio/src/v1/sp_drv.c#15
<<<<
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*------------------------------------------------------------------------------
* Upper this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*==============================================================================
*******************************************************************************/
#include "kal_public_api.h"
#include "kal_general_types.h"
#include "kal_trace.h"
#include "string.h"
#include "reg_base.h"
// #include "custom_equipment.h" /* custom_cfg_audio_ec_range() */
#include "device.h" /* MAX_VOL_LEVEL, in ps\l4\include */
#include "audcoeff_default.h"
#include "gmss_public.h"
//#include "l4_ps_api.h" //for query_ps_conf_test_mode()
// #include "audio_def.h"
#include "l1audio.h"
#include "l1audio_trace_utmd.h"
#include "l1audio_voc_utmd.h"
#include "l1sp_trc.h"
#include "l1audio_sph_trc.h"
#include "media.h"
#include "sp_enhance.h"
#include "afe.h"
#include "am.h"
#include "vm.h"
#include "sal_def.h"
#include "sal_exp.h"
#include "bgSnd.h"
#include "spc_drv.h"
#include "extcodec.h"
#include "mml1_rf_global.h"
#include "sp_drv.h"
#include "ps_em_exported_enum.h"
#include "ps_public_utility.h"
#if defined(__DATA_CARD_SPEECH__) || defined(__BT_SCO_CODEC_SUPPORT__)
#include "sp_daca.h"
#endif
#ifdef __TWOMICNR_SUPPORT__
#include "two_mic_NR_custom_if.h"
#endif
#if !defined(__SMART_PHONE_MODEM__)
#include "apAudSysConfig.h"
#else
#endif
#if defined(__CVSD_CODEC_SUPPORT__)
#include "bt_sco_drv.h"
#endif
#if defined(__VOLTE_SUPPORT__)
#include "l1audio.h"
#include "sp_ps.h"
#endif
#include "speech_service.h"
#include "sp_cc.h"
// for modem project, DONGLE product use
#include "audio_msgid.h"
#include "drv_sap.h"
// #include "aud_common_config.h" // for DEFAULT_SPEECH_COMMON_PARA. in customer folder
#if defined(__C2K_SPEECH_SUPPORT__)
#include "lmd_audio.h"
#endif
#if defined( __UMTS_RAT__ )
//#include "uas_export_api.h"
#include "csr_export_api.h"
#endif
#include "sp_dsptone_drv.h"
#include "ctm_drv.h"
#if defined(__HIF_CCCI_SUPPORT__)
#include "ccci_if.h"
#endif
#include "cache_sw.h"
/* ------------------------------------------------------------------------------ */
/* Speech Interface */
/* ------------------------------------------------------------------------------ */
static struct {
uint8 devSr;
sp_device_info_t devInfo;
sp_ext_dev_info_t extDevInfo;
uint16 aud_id;
uint16 aud_id_network_status;
uint16 aud_id_em_codec_update;
uint16 aud_id_voice_quality_event;
uint16 sph_c_para[NUM_COMMON_PARAS];
#if defined(_SPE_ENH_MD_PARSE_)
uint16 sph_m_para[NUM_MODE_PARAS];
// uint16 sph_v_para[NUM_VOL_PARAS]; // useless, should fine time to remove it
uint16 sph_m_paraWb[NUM_MODE_PARAS];
uint16 sph_m_paraSWb[NUM_MODE_PARAS];
#endif
uint8 mic_volume; // [analog+digital gain]value corrently set to DSP&HW; when ANALOG_AFE_PATH_EXIST is NOT defined, this is 0
uint16 isULMute; // flag to keep the DSP UL MUTE states
bool isDLMute; // flag to keep the DSP DL MUTE states
bool isUlSourceMute;
bool codec_mute;
bool dl_codec_mute_by_ap;
bool dl_pre_PcmMixer_mute;
L1SP_L4C_Event_Mode codec_mute_mode;
bool tch_state; // true: TCH on; false: TCH off
uint8 state; // recording the network is 2G or 3G
bool isStandByMode; // recording any RAB exist
L1SP_L4C_Codec pre_l4c_codec; // remind to clean the codec in MED task
#if defined( __UMTS_RAT__ )
bool interRAT;
#endif
#if defined(__DATA_CARD_SPEECH__)
void (*strmOnHandler)(void *);
void (*strmOffHandler)(void *);
void (*strmHdl)(kal_uint32 event, void *param);
#endif
#if defined(__ECALL_SUPPORT__)
void (*pcm4wayOnHandler)(void *);
void (*pcm4wayOffHandler)(void *);
#endif
bool isEmCodecNotifyOff;
#if defined(__C2K_SPEECH_SUPPORT__)
int c2k_so_codec;
bool isSO_Connected;
bool isConSSO_Done;
#endif
void (*rampDoneHandler)(void *);
kal_uint32 AUIF_EMI_addr;
kal_uint32 AUIF_EMI_size;
kal_uint32 *SphParamBuffer;
kal_uint32 SphParamBufferSize;
kal_uint32 *SphOpenDSPBuffer;
kal_uint32 SphOpenDSPBufferSize;
kal_uint8 opendsp_flag;/* 0: internal SPE, 1: OpenDSP */
} l1sp = {0};
extern kal_enhmutexid sp_handover_mutex;
static kal_timerid sp_vmFilterChk_timer;
static kal_timerid sp_emCodec_timer;
static SP_EM_VOICE_QUALITY_INFO sp_emVoiceQuality;
extern void vt_SP3G_Callback( kal_uint8 event, void *data );
extern void CSR_Codec_Ready(int rab_id);
extern void CSR_Codec_Close(int rab_id);
extern kal_uint32 SP3G_GetCodecMode(void);
extern kal_uint32 SP4G_GetCodecMode(void);
extern void l1audio_sph_srv_SMMT_Start(void);
extern void l1audio_sph_srv_SMMT_End(void);
#if defined( __UMTS_RAT__ )
SP_3G_SIM L1SP_GetSIMStatus()
{
#ifdef __FAKE_3G_LOOPBACK__
return SP_3G_SIM_FDD_ACTIVE;
#else
if( gmss_is_wcdma_mode_activated( FDD_CSR_ACTIVE_SIM()) ) {
return SP_3G_SIM_FDD_ACTIVE;
}else if( gmss_is_tdscdma_mode_activated( TDD_CSR_ACTIVE_SIM())){
return SP_3G_SIM_TDD_ACTIVE;
}else{
return SP_3G_SIM_IDLE;
}
#endif
}
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
void L1SP_C2K_IntraRAT( int codec )
{
int16 aud_id;
ASSERT(l1sp.isSO_Connected);
MD_TRC_C2K_SPH_INTRARAT(0);
kal_take_enh_mutex( sp_handover_mutex );
aud_id = L1SP_GetAudID();
AM_C2K_IntraRAT(codec);
L1SP_FreeAudID(aud_id);
kal_give_enh_mutex( sp_handover_mutex );
MD_TRC_C2K_SPH_INTRARAT(1);
}
void sub_SPC2K_DisconSSO_Done(void)
{
uint16 aud_id;
MD_TRC_C2K_SPH_SO_DISCON_DONE(0);
aud_id = L1SP_GetAudID();
l1sp.isConSSO_Done = false;//clear
SPC2K_DisconSSO_Done();
L1SP_FreeAudID(aud_id);
MD_TRC_C2K_SPH_SO_DISCON_DONE(1);
}
void L1SP_C2K_DeEst( void )
{
uint16 aud_id;
MD_TRC_C2K_SPH_SO_DISCON(0);
kal_take_enh_mutex( sp_handover_mutex );
aud_id = L1SP_GetAudID();
ASSERT(l1sp.isSO_Connected);
#ifndef __FAKE_C2K_LOOPBACK__
SP_L4C_SetEvent(L1SP_L4C_ESPEECH_0, L1SP_L4C_EVENT_CS);
#endif
//SAL_C2K_SetValue(SAL_C2K_DL_RATE, IPC_SPCH_ERASURE);
//l1sp.c2k_so_codec = SAL_C2K_COD_MODE_UNDEF;
l1sp.isSO_Connected = false;
//#if !defined(__WAIT_SP1__)
sub_SPC2K_DisconSSO_Done();
//#endif
#if defined(__VOLTE_SUPPORT__)
if( SP4G_Rab_State() && L1SP_GetState() != L1SP_STATE_4G_SPEECH_ON && L1SP_GetState() != L1SP_STATE_IDLE ){//3G->4G
PSR_SP4G_Callback(SP4G_CODEC_READY, (void*)0 );
SP4G_Reset();
AM_InterRAT_C2K_to_4G(SP4G_GetCodecMode());
L1SP_SetState( L1SP_STATE_4G_SPEECH_ON );
}else
#endif
if( SP3G_Rab_State() && L1SP_GetState() != L1SP_STATE_3G_SPEECH_ON && L1SP_GetState() != L1SP_STATE_IDLE ){//4G->3G
CSR_Codec_Ready(SP3G_Rab_Id());
AM_InterRAT_C2K_to_3G(SP3G_GetCodecMode());
L1SP_SetState( L1SP_STATE_3G_SPEECH_ON );
}else
if( L1SP_TCH_State() && L1SP_GetState() != L1SP_STATE_2G_SPEECH_ON && L1SP_GetState() != L1SP_STATE_IDLE ){//2G->3G fail case
AM_InterRAT_C2K_to_2G();
L1SP_SetState( L1SP_STATE_2G_SPEECH_ON );
}
L1SP_FreeAudID(aud_id);
kal_give_enh_mutex( sp_handover_mutex );
MD_TRC_C2K_SPH_SO_DISCON(1);
}
int L1SP_GetC2KSO_Codec( void )
{
return l1sp.c2k_so_codec;
}
void sub_SPC2K_ConSSO_Done(void)
{
if(!l1sp.isConSSO_Done){
MD_TRC_C2K_SPH_SKIP_SO_CON_DONE(0);
l1sp.isConSSO_Done = true;
SPC2K_ConSSO_Done();
}else{//skip
MD_TRC_C2K_SPH_SKIP_SO_CON_DONE(1);
//log
}
}
void L1SP_C2K_Est(int codec)//ESpeech:1 is presumed before this is invoked.
{
MD_TRC_C2K_SPH_SO_CONNECT(codec);
ASSERT(!l1sp.isSO_Connected);
kal_take_enh_mutex( sp_handover_mutex );
l1sp.c2k_so_codec = codec;
if(AM_IsSpeechOn()){ //speech On(2G) -> SO connect or during a call, SO change
MD_TRC_C2K_SPH_SO_CONNECT2(1);
if( L1SP_GetState() == L1SP_STATE_2G_SPEECH_ON ){
MD_TRC_C2K_SPH_SO_CONNECT2(2);
AM_InterRAT_2G_to_C2K(codec);
L1SP_SetState( L1SP_STATE_C2K_SPEECH_ON );
}else if( L1SP_GetState() == L1SP_STATE_3G_SPEECH_ON ){
MD_TRC_C2K_SPH_SO_CONNECT2(3);
CSR_Codec_Close(SP3G_Rab_Id());
AM_InterRAT_3G_to_C2K(codec);
L1SP_SetState( L1SP_STATE_C2K_SPEECH_ON );
}
#if defined(__VOLTE_SUPPORT__)
else if( L1SP_GetState() == L1SP_STATE_4G_SPEECH_ON ){
MD_TRC_C2K_SPH_SO_CONNECT2(4);
PSR_SP4G_Callback(SP4G_CODEC_CLOSED, (void*)0 );
AM_InterRAT_4G_to_C2K(codec);
L1SP_SetState( L1SP_STATE_C2K_SPEECH_ON );
}
#endif
else if( L1SP_GetState() == L1SP_STATE_C2K_SPEECH_ON ){
MD_TRC_C2K_SPH_SO_CONNECT2(5);
AM_C2K_IntraRAT(codec);
L1SP_SetState( L1SP_STATE_C2K_SPEECH_ON );
}else{//others
MD_TRC_C2K_SPH_SO_CONNECT2(6);
ASSERT(0);
}
sub_SPC2K_ConSSO_Done();
MD_TRC_C2K_SPH_SO_CONNECT2(7);
}else{
MD_TRC_C2K_SPH_SO_CONNECT2(8);
//don't send ack until SpeechOn
}
l1sp.isSO_Connected = true;
#ifndef __FAKE_C2K_LOOPBACK__
SP_L4C_SetEvent(L1SP_L4C_ESPEECH_1, L1SP_L4C_EVENT_CS);
#endif
kal_give_enh_mutex( sp_handover_mutex );
MD_TRC_C2K_SPH_SO_CONNECT2(9);
}
bool L1SP_isC2KSO_Connected()
{
return l1sp.isSO_Connected;
}
#endif
bool L1SP_IsBluetoothOn( void )
{
return ((l1sp.devInfo == SPH_DEVINFO_BT_CVSD_MSBC)
|| (l1sp.devInfo == SPH_DEVINFO_BT_CVSD)
|| (l1sp.devInfo == SPH_DEVINFO_BT_MSBC)
|| (l1sp.devInfo == SPH_DEVINFO_BT_PCM));
}
#if defined(_SPE_ENH_MD_PARSE_)
void SP_SetSpeechPara( uint16 sph_m_para[NUM_MODE_PARAS] )
{
memcpy(l1sp.sph_m_para, sph_m_para, NUM_MODE_PARAS*sizeof(uint16));
}
#endif
kal_uint16 L1SP_GetAudID(void)/*Be careful.Before Locking SleepMode, to access DSP sherrif tasks much time. So access DSP must be after SetFlag*/
{
kal_uint16 aud_id;
aud_id = L1Audio_GetAudioID();
L1Audio_SetFlag( aud_id );
return aud_id;
}
void L1SP_FreeAudID(kal_uint16 aud_id)
{
L1Audio_ClearFlag( aud_id );
L1Audio_FreeAudioID( aud_id );
}
/*******************************************************************/
/* The new interface for DSP speech enhancement function / Bluetooth */
/*******************************************************************/
/*
void sp_setBtOn(bool on)
{
l1sp.bt_on = on;
}
bool sp_getIsBtOn(void)
{
return l1sp.bt_on;
}
*/
void L1SP_Reload_SPE_Para( void )
{
#if defined(_SPE_ENH_MD_PARSE_)
SPE_LoadSpeechPara(l1sp.sph_c_para, l1sp.sph_m_para, l1sp.sph_m_paraWb,l1sp.sph_m_paraSWb);
#else // for 95,97
SPE_LoadCommonPara(l1sp.sph_c_para);
#endif
}
void L1SP_LoadCommonSpeechPara( uint16 c_para[NUM_COMMON_PARAS] )
{
#if defined( MTK_SLEEP_ENABLE )
kal_uint16 aud_id = L1SP_GetAudID();
#endif
memcpy(l1sp.sph_c_para, c_para, NUM_COMMON_PARAS*sizeof(uint16));
// Some common parameters are used in non-speech function
// Force to load common parameter
#if defined(_SPE_ENH_MD_PARSE_)
SPE_LoadSpeechPara(l1sp.sph_c_para, NULL, NULL, NULL);
#else // for 97,95
SPE_LoadCommonPara(l1sp.sph_c_para);
#endif
#if defined( MTK_SLEEP_ENABLE )
L1SP_FreeAudID(aud_id);
#endif
}
uint16 *Sp_GetCommonSpeechPara(void)
{
return l1sp.sph_c_para;
}
#if defined(_SPE_ENH_MD_PARSE_)
uint16 *Sp_GetSpeechPara(void)
{
return l1sp.sph_m_para;
}
void SP_SetWbSpeechPara( kal_uint16 m_para[NUM_MODE_PARAS] )
{
memcpy( l1sp.sph_m_paraWb, m_para, NUM_MODE_PARAS*sizeof(uint16));
}
void SP_SetSWbSpeechPara( kal_uint16 m_para[NUM_MODE_PARAS] )
{
memcpy( l1sp.sph_m_paraSWb, m_para, NUM_MODE_PARAS*sizeof(uint16));
}
uint16 *Sp_GetWbSpeechPara(void)
{
return l1sp.sph_m_paraWb;
}
#endif
void SP_SetUSIP_MPU_Info()
{
l1sp.AUIF_EMI_addr = 0;
l1sp.AUIF_EMI_size = 0;
l1sp.SphParamBuffer = NULL;
l1sp.SphParamBufferSize = 0;
l1sp.SphOpenDSPBuffer = NULL;
l1sp.SphOpenDSPBufferSize = 0;
#if defined(__HIF_CCCI_SUPPORT__)
CCCI_RUNTIME_FEATURE_SUPPORT_T feature_support;
CCCI_RUNTIME_SHARE_MEMORY_FORMAT_T shm;
feature_support = ccci_runtime_data_query(AP_CCCI_RUNTIME_MD_USIP_SHARE_MEMORY, &shm, sizeof(CCCI_RUNTIME_SHARE_MEMORY_FORMAT_T ));
if (feature_support.support_mask == CCCI_RUNTIME_FEATURE_MUST_SUPPORT){
if(0 == shm.size){
ASSERT(0);
}
l1sp.AUIF_EMI_addr = shm.addr;
l1sp.AUIF_EMI_size = shm.size;
}
#endif
SAL_ExtAUIF_SetMemAddr(SAL_EXTAUIF_MEM_TYPE_SPHALL, l1sp.AUIF_EMI_addr, l1sp.AUIF_EMI_size);
//invalidate_dcache(l1sp.AUIF_EMI_addr, l1sp.AUIF_EMI_size);
}
#define NUM_MPU_REGION 3
typedef unsigned int SP_EMI_LAYOUT_VERSION;
typedef enum {
SP_EMI_AP_USIP_PARAMETER,
SP_EMI_ADSP_USIP_PHONECALL,
SP_EMI_ADSP_USIP_SMARTPA
}SP_EMI_TYPE;
typedef enum {
SP_MPU_READ_BIT = 0,
SP_MPU_WRITE_BIT = 1,
SP_MPU_CACHEABLE_BIT = 2,
}SP_MPU_BIT;
typedef unsigned short SP_MPU_ATTRIBUTE;
typedef struct SP_EMI_Entry{
SP_EMI_TYPE TYPE;
int OFFSET;
int SIZE;
SP_MPU_ATTRIBUTE AP_MPU;
SP_MPU_ATTRIBUTE ADSP_MPU; //HIFI3
}SP_EMI_Entry_t;
typedef struct SP_EMI_Info{
SP_EMI_LAYOUT_VERSION version;
SP_EMI_Entry_t EMI_Entry[NUM_MPU_REGION];
int EMI_Entry_Num;
}SP_EMI_Info_t;
SP_EMI_Info_t sp_emi_info;
SP_EMI_Entry_t sp_emi_entry;
int EMI_TABLE[3][3]={{0, 0, 0x30000},{1, 0x30000, 0x8000},{2, 0x38000, 0x28000}};
void SP_Parse_EMI_Info()
{
#if defined(__HIF_CCCI_SUPPORT__)
if(0 != l1sp.AUIF_EMI_size){
int i = 0;
//volatile kal_uint32* p = (volatile kal_uint32* )l1sp.AUIF_EMI_addr;
int number = 3;
//int start_id = 4;
for(i = 0; i < number; i++){
sp_emi_info.EMI_Entry[i].TYPE = EMI_TABLE[i][0];
sp_emi_info.EMI_Entry[i].OFFSET = EMI_TABLE[i][1];
sp_emi_info.EMI_Entry[i].SIZE = EMI_TABLE[i][2];
}
for(i = 0; i < number; i++)
kal_prompt_trace(MOD_L1SP, "SP_Parse_EMI_Info %d %d %d %d", i, sp_emi_info.EMI_Entry[i].TYPE, sp_emi_info.EMI_Entry[i].OFFSET, sp_emi_info.EMI_Entry[i].SIZE);
//temp solution. allocate the whole memory to enh
l1sp.SphParamBuffer = (kal_uint32 *)(l1sp.AUIF_EMI_addr + sp_emi_info.EMI_Entry[(int)SP_EMI_AP_USIP_PARAMETER].OFFSET); //send address to DSP, not offset
l1sp.SphParamBufferSize = sp_emi_info.EMI_Entry[(int)SP_EMI_AP_USIP_PARAMETER].SIZE;
l1sp.SphOpenDSPBuffer = (kal_uint32 *)(l1sp.AUIF_EMI_addr + sp_emi_info.EMI_Entry[(int)SP_EMI_ADSP_USIP_PHONECALL].OFFSET); //send address to DSP, not offset
l1sp.SphOpenDSPBufferSize = sp_emi_info.EMI_Entry[(int)SP_EMI_ADSP_USIP_PHONECALL].SIZE;
kal_prompt_trace(MOD_L1SP, "SP_Parse_EMI_Info_2 %d %d %d %d", l1sp.SphParamBuffer, l1sp.SphParamBufferSize, l1sp.SphOpenDSPBuffer, l1sp.SphOpenDSPBufferSize);
kal_prompt_trace(MOD_L1SP, "SP_Parse_EMI_Info_3 %d %d", l1sp.AUIF_EMI_addr, l1sp.AUIF_EMI_size);
}/*else{
ASSERT(0);
}*/
#endif
SAL_ExtAUIF_SetMemAddr(SAL_EXTAUIF_MEM_TYPE_OD, (kal_uint32)l1sp.SphOpenDSPBuffer, l1sp.SphOpenDSPBufferSize);
SAL_ExtAUIF_SetMemAddr(SAL_EXTAUIF_MEM_TYPE_ENH, (kal_uint32)l1sp.SphParamBuffer, l1sp.SphParamBufferSize);
}
kal_uint32* SP_GetSphParamBufAddr()
{//possible , NULL
kal_prompt_trace(MOD_L1SP, "[DBG] %d", (kal_uint32)l1sp.SphParamBuffer);
return l1sp.SphParamBuffer;
}
kal_uint32 SP_GetSphParamBufSize()
{ //possible , 0
return l1sp.SphParamBufferSize;
}
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
// TODO: this function should phase out
/**
@index: [Input] Identify which LID is going to provide
@buffer: [Output] Buffer with the contain the result
@len: [Input] Length of the output buffer
*/
void L1SP_GetNvramInfoByIndex(L1SP_NVRAM_INFO_INDEX index, void *buffer, uint16 len)
{
switch(index)
{
case L1SP_NVRAM_INFO_INDEX_WB_SPEECH_INPUT_FIR:
{
ASSERT(len == (NUM_SPH_INPUT_FIR * NUM_WB_FIR_COEFFS));
}
break;
case L1SP_NVRAM_INFO_INDEX_WB_SPEECH_OUTPUT_FIR:
{
ASSERT(len == (NUM_SPH_OUTPUT_FIR * NUM_WB_FIR_COEFFS));
}
break;
case L1SP_NVRAM_INFO_INDEX_WB_SPEECH_MODE_PARAM:
{
ASSERT(len == (NUM_SPH_MODE * NUM_MODE_PARAS));
}
break;
default:
ASSERT(0);
}
}
/**
MED can put all nvram structure to AUD via this function. Audio/Speech driver will parsing the LID by itself.
@index: [Input] Identify which LID is used to parsing the buffer
@buffer: [Input] Buffer with the contain from nvram
@len: [Input] Length of the input buffer
*/
void L1SP_SetNvramInfoByIndex(L1SP_NVRAM_INFO_INDEX index, uint8* buffer, uint16 len)
{
{
bool L1Audio_IsInitialized();
while( !L1Audio_IsInitialized()){
kal_sleep_task(AUD_1TICK(1));
}
}
return;
}
/**
@device: device using in speech. pleae refer to
#define L1SP_BUFFER_0 0x01 // NOTE: Don't use buffer definition directly
#define L1SP_BUFFER_1 0x02 // Use speaker definition below
#define L1SP_BUFFER_ST 0x04
#define L1SP_BUFFER_EXT 0x08
#define L1SP_BUFFER_EXT_G 0x10
#define L1SP_STEREO2MONO 0x20 // Do not use this term for speaker definition
#define L1SP_BUFFER_ST_M (L1SP_BUFFER_ST|L1SP_STEREO2MONO)
#define L1SP_EXT_DAC_BUF0 0x40
#define L1SP_EXT_DAC_BUF1 0x80
Phase-out function without using
*/
void L1SP_SetOutputDevice( uint8 device )
{
}
/**
Function is used when MODEM side has PGA gain & DSP digital gain control
i.e. ANALOG_AFE_PATH_EXIST is defined
@volume1: MMI(EM) value from 0 to 256
@digital_gain_index:unit is 0.5 db. Value from 0 to -64db (seems option)
*/
void L1SP_SetOutputVolume( uint8 volume1, int8 digital_gain_index )
{
}
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
/**
this function is to replace L1SP_SetSpeechVolumeLevel()
@level: [input] speech volume level for speech
@v_paraIndex: [input] volume paramter (saving in nvram) index
*/
void L1SP_SetSpeechVolumeLevelByIndex(kal_uint8 level, kal_uint8 v_paraIndex)
{
// phase out.
// L1SP_SetSpeechVolumeLevel(level, l1sp.sph_allVolumePara[v_paraIndex][level]);
}
/**
Phase out function without using
@src: microhpone source for speech, plese refer to
#define L1SP_LNA_0 0
#define L1SP_LNA_1 1
#define L1SP_LNA_DIGITAL 2
#define L1SP_LNA_FMRR 3
*/
void L1SP_SetInputSource( uint8 src )
{
}
/**
Phase out function without using
@return: microphone source for speech
*/
uint8 L1SP_GetInputSource( void )
{
return 0; // AFE_GetInputSource();
}
/**
@mic_volume: MMI(EM) value. Including Analog & digital gain
*/
void L1SP_SetMicrophoneVolume( uint8 mic_volume )
{
}
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
uint8 L1SP_GetMicrophoneVolume( void )
{
return 0;
}
void L1SP_SetOpenDSPFlag(kal_uint8 flag)
{/* 0: internal SPE, 1: OpenDSP */
l1sp.opendsp_flag = flag;
MD_TRC_L1SP_SETOPENDSP_FLAG(flag);
}
kal_uint8 L1SP_GetOpenDSPFlag(void)
{/* 0: internal SPE, 1: OpenDSP */
return l1sp.opendsp_flag;
}
/**
Phase out function without using
@sidetone: value from EM, which is 0~255.
*/
void L1SP_SetSidetoneVolume( uint8 sidetone )
{
// keep API header to avoid link error
}
/**
Phase out function without using
@return: value from EM, which is 0~255.
*/
uint8 L1SP_GetSidetoneVolume( void )
{
// keep API header to avoid link error,
return 0;
}
void SP_MuteUlSource(bool mute)
{
#if defined( MTK_SLEEP_ENABLE )
kal_uint16 aud_id = L1SP_GetAudID();
#endif
l1sp.isUlSourceMute = mute;
AM_Mute_UL_Source_Speech(mute);
#if defined( MTK_SLEEP_ENABLE )
L1SP_FreeAudID(aud_id);
#endif
}
/**
running inside speech is active
@mute: true for mute, false for unmute
*/
void SP_MuteDl_beforePcmMixer(bool mute)
{
l1sp.dl_pre_PcmMixer_mute = mute;
AM_Mute_DL_PRE_PcmMixer(mute);
}
void L1SP_SetCodecMuteByAp( bool mute )
{
l1sp.dl_codec_mute_by_ap = mute;
AM_Mute_DL_Speech_Traffic(l1sp.codec_mute || l1sp.dl_codec_mute_by_ap);
}
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
void SP_MuteUlFromDiffPos(bool mute, SP_MIC_MUTE_POS pos)
{
#if defined( MTK_SLEEP_ENABLE )
kal_uint16 aud_id = L1SP_GetAudID();
#endif
if(mute)
l1sp.isULMute |= pos;
else
l1sp.isULMute &= (~pos);
AM_Mute_UL_POS_EN_Speech(0 != l1sp.isULMute); // use raming if possible
#if defined( MTK_SLEEP_ENABLE )
L1SP_FreeAudID(aud_id);
#endif
}
/**
For MED use ONLY!!!
other function please use void SP_MuteUlFromDiffPos(bool mute, SP_MIC_MUTE_POS pos)
*/
void L1SP_MuteMicrophone( bool mute )
{
//AFE_MuteMicrophone( mute ); // do not use AFE_MuteMicrophone for speech enhancement
// AM_MuteULSpeech( mute );
// l1sp.isULMute = mute;
SP_MuteUlFromDiffPos(mute, SP_MIC_MUTE_POS_FROM_MED);
}
void L1SP_MuteSpeaker( bool mute )
{
#if 0 //def ANALOG_AFE_PATH_EXIST
/* under construction !*/
#else
#if defined( MTK_SLEEP_ENABLE )
kal_uint16 aud_id = L1SP_GetAudID();
#endif
l1sp.isDLMute = mute;
AM_Mute_DL_8K_Speech(l1sp.isDLMute);
#if defined( MTK_SLEEP_ENABLE )
L1SP_FreeAudID(aud_id);
#endif
#endif
}
bool SP_IsSpeakerMute(void)
{
return (l1sp.isDLMute!=0);
}
bool SP_IsMicMute(void)
{
return (l1sp.isULMute!=0);
}
/**
For MED use ONLY!!!
other function please use SP_IsMicMute() instead
*/
bool L1SP_IsMicrophoneMuted( void )
{
return (l1sp.isULMute&SP_MIC_MUTE_POS_FROM_MED)!=0;
// return AM_IsULSpeechMuted();
}
#if defined( __UMTS_RAT__ )
void L1SP_3G_Request(void)
{
if(l1sp.state == L1SP_STATE_3G_SPEECH_ON)
{
CSR_Codec_Ready(SP3G_Rab_Id());
return;
}
}
#endif
void L1SP_SetState(uint8 state)
{
#if defined( __UMTS_RAT__ )
if(( l1sp.state == L1SP_STATE_2G_SPEECH_ON && state == L1SP_STATE_3G_SPEECH_ON ) ||
( l1sp.state == L1SP_STATE_2G_SPEECH_ON && state == L1SP_STATE_4G_SPEECH_ON ) ||
( l1sp.state == L1SP_STATE_3G_SPEECH_ON && state == L1SP_STATE_2G_SPEECH_ON ) ||
( l1sp.state == L1SP_STATE_3G_SPEECH_ON && state == L1SP_STATE_4G_SPEECH_ON ) ||
( l1sp.state == L1SP_STATE_4G_SPEECH_ON && state == L1SP_STATE_2G_SPEECH_ON ) ||
( l1sp.state == L1SP_STATE_4G_SPEECH_ON && state == L1SP_STATE_3G_SPEECH_ON ) )
l1sp.interRAT = true;
#endif
l1sp.state = state;
MD_TRC_L1Audio_Msg_Speech_State(L1Audio_Speech_State(state));
}
uint8 L1SP_GetState( void )
{
return l1sp.state;
}
void L1SP_Set_isStandByMode(bool RAB_status)
{
l1sp.isStandByMode = RAB_status;
//TRC_MSG(L1SP_SET_ISSTANDBYMODE ,"L1SP_Set_isStandByMode: %d")
MD_TRC_L1SP_SET_ISSTANDBYMODE((int)RAB_status);
}
bool L1SP_Get_isStandByMode( void )
{
return l1sp.isStandByMode;
}
kal_bool L1SP_IsSpeechOn( void )
{
return (AM_IsSpeechOn());
}
bool voc_flag = false;
void vmFilteChkTimerCallback(void)
{
kal_prompt_trace(MOD_L1SP, "enter call back,%d, %d", voc_flag, ChkL1ClsFltr_L1Audio_VoC_TRACE_VM());
#ifdef __SENSITIVE_DATA_MOSAIC__
if (dhl_mask_sensitive_trace_on())
{
kal_set_timer(sp_vmFilterChk_timer, (kal_timer_func_ptr)(vmFilteChkTimerCallback), NULL, KAL_TICKS_50_MSEC*20, AUD_1TICK(0));
} else
#endif
{
if (false == voc_flag && ChkL1ClsFltr_L1Audio_VoC_TRACE_VM()) {
// trigger VM start
msg_send4(MOD_L1SP, MOD_MED, AUDIO_SAP, MSG_ID_AUDIO_M2M_VM_START);
} else if(true == voc_flag && !ChkL1ClsFltr_L1Audio_VoC_TRACE_VM()) {
msg_send4(MOD_L1SP, MOD_MED, AUDIO_SAP, MSG_ID_AUDIO_M2M_VM_STOP);
} else {
kal_set_timer(sp_vmFilterChk_timer, (kal_timer_func_ptr)(vmFilteChkTimerCallback), NULL, KAL_TICKS_50_MSEC*20, AUD_1TICK(0));
}
}
}
void vocEnable(void)
{
kal_uint32 voc_ptn = TVCI_CREATE_FILE;
kal_uint32 *voc_ptn_ptr = &voc_ptn;
if(ChkL1ClsFltr_L1Audio_VoC_TRACE_VM())
{
MD_TRC_L1SP_PHONE_CALL(5, 1, 1);
if(ChkL1ClsFltr_L1Audio_VoC_TRACE_EPL()) {
MD_TRC_L1SP_PHONE_CALL(5, 1, 2);
}
#ifdef __SENSITIVE_DATA_MOSAIC__
if (dhl_mask_sensitive_trace_on())
{
voc_flag = false;
MD_TRC_L1SP_PHONE_CALL(5, 1, 4);
} else
#endif
{
tst_vc_response(TVCI_VM_LOGGING, (const kal_uint8*)voc_ptn_ptr, 4);
VMREC_Start(NULL, true);
voc_flag = true;
MD_TRC_L1SP_PHONE_CALL(5, 1, 3);
}
}
else {
MD_TRC_L1SP_PHONE_CALL(5, 1, 0);
}
}
void vocDisable(void)
{
kal_uint32 voc_ptn = TVCI_CLOSE_FILE;
kal_uint32 *voc_ptn_ptr = &voc_ptn;
if(voc_flag)
{
tst_vc_response(TVCI_VM_LOGGING, (const kal_uint8*)voc_ptn_ptr, 4);
VMREC_Stop(true);
voc_flag = false;
}
}
void L1SP_extcodec_hisr_ul(void *data)
{
#if defined(__SMART_PHONE_MODEM__)
if(spc_isAcLoopback()) {
Extcodec_hisr_ul_loopback(0);
}
#endif
#if defined(__G_CODEC_SUPPORT__)
else if( SP4G_Rab_State()){
sp4g_hisr_ul_g(0);
}
#endif
}
void L1SP_extcodec_hisr_dl(void *data)
{
#if defined(__SMART_PHONE_MODEM__)
if(spc_isAcLoopback()) {
Extcodec_hisr_dl_loopback(0);
}
#endif
#if defined(__G_CODEC_SUPPORT__)
else if( SP4G_Rab_State()) {
sp4g_hisr_dl_g(0);
}
#endif
}
/**
MED task
*/
#include "med_spcio.h"
void L1SP_RampDone(void)
{
AM_RAMP_DONE();
}
void RAMP_DONE_Hisr(void * param)
{
// Send notification to MED to begin data transfer
msg_send4(MOD_L1SP, MOD_MED, AUDIO_SAP, MSG_ID_AUDIO_M2M_RAMP_DONE);
}
void sp_enableBT_SCO(sp_device_info_t newDev, kal_uint8 voice8kMode)
{
#if defined(__CVSD_CODEC_SUPPORT__)
if(!BT_SCO_IS_SPEECH_ON())
{
if (SPH_DEVINFO_BT_CVSD_MSBC == newDev) {
ASSERT( (voice8kMode==0) || (voice8kMode==1) );
BT_SCO_SPEECH_ON((voice8kMode == 1));
} else if (SPH_DEVINFO_BT_CVSD == newDev) {
BT_SCO_SPEECH_ON(false);
} else if (SPH_DEVINFO_BT_MSBC == newDev){
BT_SCO_SPEECH_ON(true);
}
}
#endif
}
void L1SP_Speech_On( uint8 RAT_Mode )
{
MD_TRC_L1SP_PHONE_CALL(0, RAT_Mode, -1);
SPLog_GetFlagSetting(); //get logging flag setting from engineer mode
if( AM_IsSpeechOn() )
{
sp_enableBT_SCO(l1sp.devInfo, l1sp.devSr);
return;
}
#if defined(__G_CODEC_SUPPORT__)
L1Audio_HookHisrHandler(DP_D2C_4G_PCM_DONE_UL,(L1Audio_EventHandler)L1SP_extcodec_hisr_ul, 0);
L1Audio_HookHisrHandler(DP_D2C_4G_PCM_DONE_DL,(L1Audio_EventHandler)L1SP_extcodec_hisr_dl, 0);
#endif //#if defined(__G_CODEC_SUPPORT__)
l1sp.pre_l4c_codec = L1SP_L4C_NONE;
// for phone call used.
l1sp.aud_id = L1Audio_GetAudioID();
L1Audio_SetFlag( l1sp.aud_id ); /* To lock sleep mode */
sp_emVoiceQuality.isNotify = KAL_FALSE;
L1Audio_HookHisrHandler(DP_D2C_VOICE_QUALITY_ID,(L1Audio_EventHandler)sp_voiceQualityHisrHdl, 0);
//Check the mute status, this should always unmute.
ASSERT(SAL_Mute_Check(SAL_MUTE_DL_8K)==0);
SP_DSPTone_ForceEnd();
spGain_Refresh2DSP();
#if defined(__VOLTE_SUPPORT__)
sp4g_speech_init( RAT_4G_MODE );
#endif
#if defined( __UMTS_RAT__ )
#ifdef __VIDEO_CALL_SUPPORT__
if( RAT_Mode == RAT_3G324M_MODE )
sp3g_speech_init( RAT_3G324M_MODE );
else
#endif
//In Dual mode, allow 2G/3G capability at initialization stage for InterRAT HO
//if 3G324M, there is no InterRAT
sp3g_speech_init( RAT_3G_MODE );
#endif
MD_TRC_L1Audio_Msg_SP(0);
kal_take_enh_mutex( sp_handover_mutex );
// choose the mode is 2g /3g
#if defined(__VOLTE_SUPPORT__)
if( SP4G_Rab_State()){
RAT_Mode = RAT_4G_MODE;
}else
#endif
#if defined( __UMTS_RAT__ )
if( SP3G_Rab_State() && RAT_Mode != RAT_3G324M_MODE ){
RAT_Mode = RAT_3G_MODE;
}else
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
if (l1sp.isSO_Connected){
RAT_Mode = RAT_C2K_MODE;
}else
#endif
if ( l1sp.tch_state ){
RAT_Mode = RAT_2G_MODE;
}
#if defined( __UMTS_RAT__ )
else if(RAT_Mode != RAT_3G324M_MODE ){
RAT_Mode = RAT_2G_MODE;
}
l1sp.interRAT = false;
#endif
#if defined(__VOLTE_SUPPORT__)
MD_TRC_L1SP_PHONE_CALL(1, SP4G_Rab_State(), SP3G_Rab_State());
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
MD_TRC_L1SP_PHONE_CALL(2, l1sp.isSO_Connected, l1sp.tch_state);
#else
MD_TRC_L1SP_PHONE_CALL(2, -1, l1sp.tch_state);
#endif
MD_TRC_L1SP_PHONE_CALL(3, RAT_Mode, -1);
MD_TRC_L1SP_PHONE_CALL(3, -1, -1);
MD_TRC_L1Audio_Msg_SP(1);
AM_SpeechOn(RAT_Mode, 0);
MD_TRC_L1Audio_Msg_SP(2);
switch(RAT_Mode)
{
case RAT_2G_MODE:
L1SP_SetState(L1SP_STATE_2G_SPEECH_ON);
break;
#if defined( __UMTS_RAT__ )
case RAT_3G_MODE:
L1SP_SetState(L1SP_STATE_3G_SPEECH_ON);
CSR_Codec_Ready(SP3G_Rab_Id());
break;
#ifdef __VIDEO_CALL_SUPPORT__
case RAT_3G324M_MODE:
L1SP_SetState(L1SP_STATE_3G324M_SPEECH_ON);
vt_SP3G_Callback( (kal_uint8)SP3G_CODEC_READY, (void*)0 );
break;
#endif
#endif
#if defined(__VOLTE_SUPPORT__)
case RAT_4G_MODE:
L1SP_SetState(L1SP_STATE_4G_SPEECH_ON);
PSR_SP4G_Callback(SP4G_CODEC_READY, (void*)SP4G_Rab_Id());
break;
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
case RAT_C2K_MODE:
L1SP_SetState(L1SP_STATE_C2K_SPEECH_ON);
sub_SPC2K_ConSSO_Done();
break;
#endif
default:
ASSERT(false);
}
MD_TRC_L1SP_PHONE_CALL(4, -1, -1);
kal_give_enh_mutex( sp_handover_mutex );
MD_TRC_L1SP_PHONE_CALL(5, -1, -1);
#ifndef __L1_STANDALONE__ // avoid link error
vocEnable();
kal_set_timer(sp_vmFilterChk_timer, (kal_timer_func_ptr)(vmFilteChkTimerCallback), NULL, KAL_TICKS_50_MSEC*20, AUD_1TICK(0));
#endif
emCodecTimerOn();
//always unmute DSP uplink when speech on (This is to keep the mute definition)
SetSpeechEnhancement( true );
// for phone call usage
#if !DATA_CARD_DISABLE_INTERNAL
#if defined(__DATA_CARD_SPEECH__)
if (l1sp.strmOnHandler != NULL)
l1sp.strmOnHandler( NULL );
#endif
#endif
#if defined(__ECALL_SUPPORT__)
if (l1sp.pcm4wayOnHandler != NULL)
l1sp.pcm4wayOnHandler( (void *)0);
#endif
sp_enableBT_SCO(l1sp.devInfo, l1sp.devSr);
MD_TRC_L1Audio_Msg_SP(4);
if(L1SP_L4C_EVENT_NONE != l1sp.codec_mute_mode) {
l1audio_sph_srv_SMMT_Start();
}
}
#if defined(__DATA_CARD_SPEECH__)
void L1SP_Register_Strm_Handler(
void (*onHandler)(void *hdl),
void (*offHandler)(void *hdl),
void (*hdl)(kal_uint32 event, void *param))
{
l1sp.strmOnHandler = onHandler;
l1sp.strmOffHandler = offHandler;
l1sp.strmHdl = hdl;
//For MOLY00004781, sometimes auto script hit that register handler later than speech on. In this case, we let daca run.
if( AM_IsSpeechOn() ){
l1sp.strmOnHandler(NULL);
}
}
void L1SP_UnRegister_Strm_Handler( void )
{
if(AM_IsDataCardOn() && (l1sp.strmOffHandler != NULL)){
/* Normal Case: PLUGIN(RegisterHandler)-->SpeechOn(OnHandler)-->SpeechOff(OffHandler) -->PLUGOUT(UnRegisterHandler)
Unexpected Case: PLUGIN(RegisterHandler)-->SpeechOn(OnHandler)-->PLUGOUT(UnRegisterHandler), registerHandler again -->SpeechOff(OffHandler) */
DACA_Stop(DACA_APP_TYPE_ACTIVE_UL_DL_WB);
}
l1sp.strmOnHandler = NULL;
l1sp.strmOffHandler = NULL;
}
#endif
#if defined(__ECALL_SUPPORT__)
void L1SP_Register_Pcm4WayService(void (*onHandler)(void *), void (*offHandler)(void *))
{
l1sp.pcm4wayOnHandler = onHandler;
l1sp.pcm4wayOffHandler = offHandler;
}
void L1SP_UnRegister_Pcm4Way_Service( void )
{
l1sp.pcm4wayOnHandler = NULL;
l1sp.pcm4wayOffHandler = NULL;
}
#endif
void L1SP_Speech_Off( void )
{
#if defined(__CVSD_CODEC_SUPPORT__)
if(BT_SCO_IS_SPEECH_ON())
{
BT_SCO_SPEECH_OFF();
}
#endif
if( !AM_IsSpeechOn() )
return;
// due to AP will close DL directly before speech off, so md can mute dl directly without ramping
// This will prevent sound pushes to hardware buffer then cause noise
SAL_Mute_Ctrl(SAL_MUTE_DL_8K, KAL_TRUE);
l1audio_sph_srv_SMMT_End();
#if !DATA_CARD_DISABLE_INTERNAL
//FIXME: for phone call usage
#if defined(__DATA_CARD_SPEECH__)
if (l1sp.strmOffHandler != NULL)
l1sp.strmOffHandler( NULL );
#endif
#endif
#if defined(__ECALL_SUPPORT__)
if (l1sp.pcm4wayOffHandler != NULL)
l1sp.pcm4wayOffHandler( (void *)0 );
#endif
SetSpeechEnhancement( false );
emCodecTimerOff();
kal_cancel_timer(sp_vmFilterChk_timer);
#ifndef __L1_STANDALONE__ // avoid link error
vocDisable();
#endif
MD_TRC_L1SP_PHONE_CALL(20, -1, -1);
kal_take_enh_mutex( sp_handover_mutex );
MD_TRC_L1SP_PHONE_CALL(21, -1, -1);
AM_SpeechOff(0);
#if defined(__VOLTE_SUPPORT__)
{
uint8 state;
state = l1sp.state;
if(l1sp.state == L1SP_STATE_4G_SPEECH_ON || l1sp.interRAT ){
L1SP_SetState(L1SP_STATE_4G_SPEECH_CLOSING);
}
sp4g_speech_close();
/* only these cases should wait state, if only 2G happen, then return to idle */
if( state == L1SP_STATE_4G_SPEECH_ON || l1sp.interRAT
){
PSR_SP4G_Callback(SP4G_CODEC_CLOSED, (void*)SP4G_Rab_Id());
}
}
#endif
#if defined( __UMTS_RAT__ )
{
if(l1sp.state == L1SP_STATE_3G_SPEECH_ON || l1sp.interRAT
#ifdef __VIDEO_CALL_SUPPORT__
|| l1sp.state == L1SP_STATE_3G324M_SPEECH_ON
#endif
){
L1SP_SetState(L1SP_STATE_3G_SPEECH_CLOSING);
}
sp3g_speech_close(l1sp.interRAT);
}
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
{
uint8 state;
state = l1sp.state;
if(l1sp.state == L1SP_STATE_C2K_SPEECH_ON || l1sp.isSO_Connected){
L1SP_SetState(L1SP_STATE_C2K_SPEECH_CLOSING);
}
if( state == L1SP_STATE_C2K_SPEECH_ON || l1sp.isSO_Connected){
//uint32 waitTime;
;//TODO : Daniel : CSR_Codec_Close(SP3G_Rab_Id());
}
}
#endif
L1SP_SetState( L1SP_STATE_IDLE );
L1SP_Set_isStandByMode( false );
MD_TRC_L1SP_PHONE_CALL(22, -1, -1);
kal_give_enh_mutex( sp_handover_mutex );
MD_TRC_L1SP_PHONE_CALL(23, -1, -1);
#if defined(__VIBRATION_SPEAKER_SUPPORT__)
VIBR_Vibration_Activate();
#endif
SAL_Mute_Ctrl(SAL_MUTE_DL_8K, KAL_FALSE);
//always unmute DSP uplink after speech off to keep the mute definition
SP_MuteUlFromDiffPos(false, SP_MIC_MUTE_POS_FROM_ALL);
L1SP_MuteSpeaker(false);
L1SP_SetCodecMuteByAp(false);
SP_MuteUlSource(false);
SP_MuteDl_beforePcmMixer(false);
L1SP_RampDone();
#if defined(__G_CODEC_SUPPORT__)
L1Audio_UnhookHisrHandler(DP_D2C_4G_PCM_DONE_UL);
L1Audio_UnhookHisrHandler(DP_D2C_4G_PCM_DONE_DL);
#endif //#if defined(__G_CODEC_SUPPORT__)
L1Audio_UnhookHisrHandler(DP_D2C_VOICE_QUALITY_ID);
L1Audio_ClearFlag( l1sp.aud_id );
L1Audio_FreeAudioID( l1sp.aud_id );
// clean emCodec
SP_updateEmCodecEvent();
MD_TRC_L1SP_PHONE_CALL(24, -1, -1);
}
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
void L1SP_SetAfeLoopback( bool enable )
{
#if defined( MTK_SLEEP_ENABLE )
kal_uint16 aud_id = L1SP_GetAudID();
#endif
if( enable )
AFE_TurnOnLoopback();
else
AFE_TurnOffLoopback();
#if defined( MTK_SLEEP_ENABLE )
L1SP_FreeAudID(aud_id);
#endif
}
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
#if defined(_SPE_ENH_MD_PARSE_)
void L1SP_LoadSpeechPara( void )
{
#if defined( MTK_SLEEP_ENABLE )
kal_uint16 aud_id = L1SP_GetAudID();
#endif
SPE_LoadSpeechPara(l1sp.sph_c_para, l1sp.sph_m_para, l1sp.sph_m_paraWb,l1sp.sph_m_paraSWb);
#if defined( MTK_SLEEP_ENABLE )
L1SP_FreeAudID(aud_id);
#endif
}
#endif
// ----------------------------------------------------------------------------
// codec information update
// ----------------------------------------------------------------------------
#include "em_audio_public_struct.h"
#include "em_msgid.h"
#include "md_sap.h"
void emCodecTimerCallback(void)
{
SP_updateEmCodecEvent();
if (false == voc_flag && (true == AM_IsSpeechOn()) && (false==l1sp.isEmCodecNotifyOff)) {
kal_set_timer(sp_emCodec_timer, (kal_timer_func_ptr)(emCodecTimerCallback), NULL, AUD_1TICK(4), AUD_1TICK(0));
}
}
void emCodecTimerOn(void)
{
if (false == voc_flag && (true == AM_IsSpeechOn()) && (false==l1sp.isEmCodecNotifyOff)) {
kal_set_timer(sp_emCodec_timer, (kal_timer_func_ptr)(emCodecTimerCallback), NULL, AUD_1TICK(4), AUD_1TICK(0));
}
}
void emCodecTimerOff(void)
{
kal_cancel_timer(sp_emCodec_timer);
}
/**
call from MED, to turn/off EM codec filter
@isOff:
*/
void SP_setEmCodecNotifyOff(bool isOff){
bool orgValue = l1sp.isEmCodecNotifyOff;
l1sp.isEmCodecNotifyOff = isOff;
if(true==isOff && false==orgValue){ // turn off
emCodecTimerOff();
} else if(false==isOff && true==orgValue){ // turn on
emCodecTimerOn();
}
}
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
void SP_updateEmCodecEvent(void)
{
if(true == l1sp.isEmCodecNotifyOff) {
MD_TRC_SP_EM_UPDATE_CODEC(l1sp.isEmCodecNotifyOff,
SAL_Get_Codec_Mode(0), SAL_Get_Codec_Mode(1),
voc_flag, L1SP_GetState());
return;
} else { // set event
if(kal_if_lisr())
L1Audio_LSetEvent(l1sp.aud_id_em_codec_update, NULL);
else
L1Audio_SetEvent(l1sp.aud_id_em_codec_update, NULL);
}
}
void sp_updateEmCodecEventHandler(void)
{
ilm_struct ilm;
em_speech_info_sph_codec_ind_struct *em_para_ptr;
if((true == AM_IsSpeechOn()) && (true==l1sp.codec_mute)){ //During ESPEECH OFF, skip
return;
}
ilm.src_mod_id = MOD_L1SP;
ilm.dest_mod_id = MOD_DHL;
ilm.sap_id = EM_PS_SAP;
ilm.msg_id = MSG_ID_EM_SPEECH_INFO_SPH_CODEC_IND;
em_para_ptr = (em_speech_info_sph_codec_ind_struct *)(construct_local_para(sizeof(em_speech_info_sph_codec_ind_struct ), TD_RESET));
em_para_ptr->em_info = EM_SPEECH_INFO_SPH_CODEC;
if(true == AM_IsSpeechOn()) {
em_para_ptr->ulSphCodec = SAL_Get_Codec_Mode(0);
em_para_ptr->dlSphCodec = SAL_Get_Codec_Mode(1);
} else {
em_para_ptr->ulSphCodec = SPH_CODEC_CODEC_NONE;
em_para_ptr->dlSphCodec = SPH_CODEC_CODEC_NONE;
}
em_para_ptr->sphNetwork = L1SP_GetState();
ilm.local_para_ptr = (local_para_struct*)em_para_ptr;
ilm.peer_buff_ptr = NULL;
dhl_EM_logger(&ilm);
destroy_ilm(&ilm); //or free_local_para((local_para_struct*)em_para_ptr );
}
void l1sp_NetworkStatusNotification(void)
{
if(kal_if_lisr())
L1Audio_LSetEvent(l1sp.aud_id_network_status, NULL );
else
L1Audio_SetEvent(l1sp.aud_id_network_status, NULL);
}
//AUDIO task
void l1sp_send_codec_status_notify(uint32 codec)//to L4C
{
#if !defined(__L1_STANDALONE__)
// uint32 codec = (uint32) data;
L1SP_L4C_Codec l4c_codec = L1SP_L4C_NONE;
switch(codec){
case 0:
l4c_codec = L1SP_L4C_GSM_FR;
break;
case 1:
l4c_codec = L1SP_L4C_GSM_HR;
break;
case 2:
l4c_codec = L1SP_L4C_GSM_EFR;
break;
// c2k
case SPH_CODEC_C2K_SO3:
l4c_codec = L1SP_L4C_EVRC;
break;
case SPH_CODEC_C2K_SO17:
l4c_codec = L1SP_L4C_QCELP13K;
break;
case SPH_CODEC_C2K_SO68:
l4c_codec = L1SP_L4C_EVRC_B;
break;
case SPH_CODEC_C2K_SO73:
l4c_codec = L1SP_L4C_EVRC_NW;
break;
case SPH_CODEC_C2K_SO73WB:
l4c_codec = L1SP_L4C_EVRC_WB;
break;
default:
if(codec >= 0x3 && codec <= 0xA ){
l4c_codec = L1SP_L4C_AMR_NB;
}else if(codec >= 0x20 && codec <= 0x28 ){
l4c_codec = L1SP_L4C_AMR_WB;
}else if(codec >= SPH_CODEC_EVS_08K_005_9 && codec <= SPH_CODEC_EVS_08K_000_0_NODATA ){
l4c_codec = L1SP_L4C_EVS_NB;
}else if(codec >= SPH_CODEC_EVS_16K_005_9 && codec <= SPH_CODEC_EVS_16K_000_0_NODATA ){
l4c_codec = L1SP_L4C_EVS_WB;
}else if(codec >= SPH_CODEC_EVS_32K_005_9 && codec <= SPH_CODEC_EVS_32K_000_0_NODATA ){
l4c_codec = L1SP_L4C_EVS_SW;
}else if(codec >= SPH_CODEC_EVS_48K_005_9 && codec <= SPH_CODEC_EVS_48K_000_0_NODATA ){
l4c_codec = L1SP_L4C_EVS_FB;
}else if(codec >= SPH_CODEC_EVS_AWB_06_60 && codec <= SPH_CODEC_EVS_AWB_00_00_NODATA ){
l4c_codec = L1SP_L4C_EVS_AWB;
}
break;
}
if(l1sp.pre_l4c_codec != l4c_codec){
MD_TRC_L1SP_L4C_SEND_CODEC(codec, l4c_codec, l1sp.pre_l4c_codec);
l4c_report_voice_codec(l4c_codec);
l1sp.pre_l4c_codec = l4c_codec;
}else{
MD_TRC_L1SP_L4C_SEND_CODEC_SKIP3(l4c_codec);
}
#endif
}
void l1sp_notify_network_status( void )
{
uint32 amCodec = AM_GetSpeechMode();
MD_TRC_L1SP_NOTIFY_NETWORK_STATUS(amCodec);
msg_send6(MOD_L1SP, MOD_MED, AUDIO_SAP, MSG_ID_AUDIO_M2M_SP_UPDATE_SPEECH_ENHANCEMENT_PARAMETER, NULL, NULL);
if(l1sp.codec_mute){//During ESPEECH OFF, skip all codec notification
MD_TRC_L1SP_L4C_SEND_CODEC_SKIP(amCodec);
return;
}
if(!L1SP_IsSpeechOn()){//During ESPEECH OFF, skip all codec notification
MD_TRC_L1SP_L4C_SEND_CODEC_SKIP2();
return;
}
// send via L4C. too keep original process
l1sp_send_codec_status_notify(amCodec);
#if defined(__SMART_PHONE_MODEM__)
extern void spc_send_network_status_notify(em_speech_info_SpeechCodecType codec);
spc_send_network_status_notify((em_speech_info_SpeechCodecType)amCodec);
#endif
//msg_send6(MOD_L1SP, MOD_MED, AUDIO_SAP, MSG_ID_AUDIO_M2M_SP_UPDATE_SPEECH_ENHANCEMENT_PARAMETER, NULL, NULL);
MD_TRC_L1SP_NOTIFY_NETWORK_STATUS(-1);
}
#if defined(_SPE_ENH_MD_PARSE_)
extern const unsigned short Speech_Normal_Mode_Para[16];
extern const unsigned short WB_Speech_Normal_Mode_Para[16];
#endif
void L1SP_Init( void )
{
l1sp.tch_state = KAL_FALSE;
uint16 commonP[] = DEFAULT_SPEECH_COMMON_PARA;
memset(&l1sp.sph_c_para, 0, NUM_COMMON_PARAS*sizeof(uint16));
#if defined(_SPE_ENH_MD_PARSE_)
memset(&l1sp.sph_m_para, 0, NUM_MODE_PARAS*sizeof(uint16));
// memset(&l1sp.sph_v_para, 0, NUM_VOL_PARAS*sizeof(uint16));
memset(&l1sp.sph_m_paraWb, 0, NUM_MODE_PARAS*sizeof(uint16));
memset(&l1sp.sph_m_paraSWb, 0, NUM_MODE_PARAS*sizeof(uint16));
memcpy(l1sp.sph_m_para, Speech_Normal_Mode_Para, 16*sizeof(uint16));
memcpy( l1sp.sph_m_paraWb, WB_Speech_Normal_Mode_Para, 16*sizeof(uint16));
memcpy( l1sp.sph_m_paraSWb, WB_Speech_Normal_Mode_Para, 16*sizeof(uint16));
L1SP_LoadCommonSpeechPara(commonP);
#endif
memcpy(l1sp.sph_c_para, commonP, NUM_COMMON_PARAS*sizeof(uint16));
l1sp.devInfo = 0;
l1sp.devSr = 2; // similar to afe.voice8kMode = 2 but keeping in driver. for
SP_SetDevicePath(l1sp.devInfo, l1sp.devSr);
#if 0 // def ANALOG_AFE_PATH_EXIST
/* under construction !*/
#else
l1sp.mic_volume = 0;
#endif
#if defined( __UMTS_RAT__ )
sp3g_init();
l1sp.interRAT = false;
#endif
#if defined(__VOLTE_SUPPORT__)
sp4g_init();
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
SPC2K_init();
#endif
SPE_Init();
// l1sp.spe_flag = true;
l1sp.isDLMute = l1sp.isULMute = false;
l1sp.codec_mute = true;
l1sp.codec_mute_mode = L1SP_L4C_EVENT_NONE;
l1sp.dl_codec_mute_by_ap = false;
#if defined(__DATA_CARD_SPEECH__)
l1sp.strmOnHandler = NULL;
l1sp.strmOffHandler = NULL;
l1sp.strmHdl = NULL;
#endif
#if defined(__ECALL_SUPPORT__)
l1sp.pcm4wayOnHandler = NULL;
l1sp.pcm4wayOffHandler = NULL;
#endif
L1SP_Set_isStandByMode( false );
l1sp.pre_l4c_codec = L1SP_L4C_NONE;
L1SP_SetState(L1SP_STATE_IDLE);
l1sp.aud_id_network_status = L1Audio_GetAudioID();
sp_vmFilterChk_timer = kal_create_timer("vmFltChk");
L1Audio_SetEventHandler(l1sp.aud_id_network_status, (L1Audio_EventHandler)l1sp_notify_network_status);
l1sp.aud_id_em_codec_update = L1Audio_GetAudioID();
L1Audio_SetEventHandler(l1sp.aud_id_em_codec_update, (L1Audio_EventHandler)sp_updateEmCodecEventHandler);
sp_emCodec_timer = kal_create_timer("emCodec");
l1sp.aud_id_voice_quality_event = L1Audio_GetAudioID();
l1sp.isEmCodecNotifyOff = true;
L1Audio_SetEventHandler(l1sp.aud_id_voice_quality_event, (L1Audio_EventHandler)sp_voiceQualityEventHdl);
#if defined(__C2K_SPEECH_SUPPORT__)
l1sp.c2k_so_codec = SAL_C2K_COD_MODE_UNDEF;
l1sp.isConSSO_Done = l1sp.isSO_Connected = false;
#endif
l1sp.opendsp_flag = 0;
l1sp.rampDoneHandler = RAMP_DONE_Hisr;
L1Audio_HookHisrHandler(DP_D2C_RAMP_DONE_INT_ID, (L1Audio_EventHandler)l1sp.rampDoneHandler , 0);
}
kal_bool L1SP_TCH_State( void )
{
return l1sp.tch_state;
}
void ChangeRAT_Mode(SP_CHANGERAT_EVENT event, kal_uint32 param1, kal_uint32 param2)
{
MD_TRC_SP_CHANGERAT_MODE(event, param1, param2);
switch(event){
case SP_2G_HANDOVER:
//param1 : codec
//param2 : sub_channel
{
void cc_2G_Call_Handover(kal_uint32 speech_mode, kal_uint32 sub_channel);
cc_2G_Call_Handover(param1, param2);
AM_SetSpeechMode(param1, param2);
}
l1sp_NetworkStatusNotification();
// l1sp_CodecStatusNotification((uint16)param1);
break;
case SP_2G_AUDIOMANAGER_INFO:
AM_Set2GCodecInfo((uint16)param1, (int8)param2);
break;
case SP_2G_TCH:
//param1 : on / off
{
void L1SP_TCH_Notify( bool bOn );
L1SP_TCH_Notify( param1);
}
break;
case SP_3G_RAB:
//param1 : on / off
//param2 : codec
break;
case SP_4G_RAB:
//param1 : on / off
//param2 : codec
break;
}
if( AM_IsSpeechOn() ){
//original
//switch( L1SP_GetState() == L1SP_STATE_4G_SPEECH_ON )
//new
}else{
}
}
// This is invoked by 2G L1D(LISR)
void L1SP_TCH_Notify( bool bOn )
{
kal_take_enh_mutex( sp_handover_mutex );
if( !bOn ){ // for 2G->3G handover, mute speech in case Speech_Off command too late to avoid noise
MD_TRC_L1Audio_Msg_TCH_NOTIFY(L1AUDIO_Str_onoff(0), L1Audio_Speech_State(l1sp.state));
l1sp.tch_state = KAL_FALSE;
SAL_Set_LinkStatus(SAL_LINKSTATUS_2G , false);
//mute speech
#if defined(__VOLTE_SUPPORT__)
if( SP4G_Rab_State() && l1sp.state != L1SP_STATE_4G_SPEECH_ON && l1sp.state != L1SP_STATE_IDLE){//2G->4G fail case, TCH will be off
SP4G_Reset();
AM_InterRAT_2G_to_4G(SP4G_GetCodecMode());
L1SP_SetState( L1SP_STATE_4G_SPEECH_ON );
}else
#endif
#if defined( __UMTS_RAT__ )
if( SP3G_Rab_State() && l1sp.state != L1SP_STATE_3G_SPEECH_ON && l1sp.state != L1SP_STATE_IDLE){//3G->2G fail case, TCH will be off
SP3G_Reset();
AM_InterRAT_2G_to_3G(SP3G_GetCodecMode());
L1SP_SetState( L1SP_STATE_3G_SPEECH_ON );
}
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
if( L1SP_isC2KSO_Connected() && (l1sp.state != L1SP_STATE_C2K_SPEECH_ON) && (l1sp.state != L1SP_STATE_IDLE) ){
//reset
AM_InterRAT_2G_to_C2K(L1SP_GetC2KSO_Codec());
L1SP_SetState( L1SP_STATE_C2K_SPEECH_ON );
}
#endif
}
else{
MD_TRC_L1Audio_Msg_TCH_NOTIFY(L1AUDIO_Str_onoff(1), L1Audio_Speech_State(l1sp.state));
l1sp.tch_state = KAL_TRUE;
SAL_Set_LinkStatus(SAL_LINKSTATUS_2G , true);
//*DP_SC_MUTE &= ~0x0002;
#if defined(__VOLTE_SUPPORT__)
if( l1sp.state == L1SP_STATE_4G_SPEECH_ON ){//4G->2G HO
AM_InterRAT_4G_to_2G();
L1SP_SetState( L1SP_STATE_2G_SPEECH_ON );
}else
#endif
#if defined( __UMTS_RAT__ )
if( l1sp.state == L1SP_STATE_3G_SPEECH_ON ){//3G->2G HO
AM_InterRAT_3G_to_2G();
L1SP_SetState( L1SP_STATE_2G_SPEECH_ON );
}
#endif
#if defined(__C2K_SPEECH_SUPPORT__)
if( l1sp.state == L1SP_STATE_C2K_SPEECH_ON ){//3G->2G HO
AM_InterRAT_C2K_to_2G();
L1SP_SetState( L1SP_STATE_2G_SPEECH_ON );
}
#endif
if( L1SP_Get_isStandByMode() ){//Standby->2G HO
AM_InterRAT_Standby_to_2G();
L1SP_SetState( L1SP_STATE_2G_SPEECH_ON );
}
}
kal_give_enh_mutex( sp_handover_mutex );
}
em_speech_info_SpeechCodecType L1SP_QuerySpeechDlCodec(void)
{
em_speech_info_SpeechCodecType dlCodec = SPH_CODEC_CODEC_NONE;
if(L1SP_STATE_IDLE != L1SP_GetState()) {
// need to ensure the DSP is alive to query the value
dlCodec = SAL_3G_GetValue(SAL_3G_VALUE_RX_CODEC_MODE);
} else {
}
return dlCodec;
}
void L1SP_SpeechLoopBackEnable(kal_bool fgEnable)
{
SAL_LBK_Codec(fgEnable);
}
//-----------------------------------------------------------------------------
// Line in related. Phase out
/*
void LINEIN_SetOutputDevice( uint8 device )
{
AFE_SetOutputDevice( L1SP_LINEIN, device );
}
void LINEIN_SetOutputVolume( uint8 volume1, int8 digital_gain_index )
{
AFE_SetOutputVolume( L1SP_LINEIN, volume1, digital_gain_index );
}
void LINEIN_Open()
{
if (!lineon_flag){
ktLock();
#if 0 // def ANALOG_AFE_PATH_EXIST
AFE_TurnOnSpeaker(L1SP_LINEIN);
#endif
lineon_flag = KAL_TRUE;
}
}
void LINEIN_Close()
{
if(lineon_flag){
#if defined(MT6252H) || defined(MT6252)
AFE_SetGainFastRamp(KAL_TRUE);
#endif
#if 0 // def ANALOG_AFE_PATH_EXIST
AFE_TurnOffSpeaker(L1SP_LINEIN);
#endif
#if defined(MT6252H) || defined(MT6252)
kal_sleep_task( AUD_1TICK(3) );
AFE_SetGainFastRamp(KAL_FALSE);
#endif
ktUnlock();
lineon_flag = KAL_FALSE;
}
#if defined(__VIBRATION_SPEAKER_SUPPORT__)
VIBR_Vibration_Activate();
#endif
}
void LINEIN_MuteSpeaker( bool mute )
{
AFE_MuteSpeaker( L1SP_LINEIN, mute );
}
#if 0 // defined(__GAIN_TABLE_SUPPORT__)
void LINEIN_SetOutputGainControl( kal_uint32 gain ){
}
void LINEIN_SetOutputGainControlDualPath( kal_uint32 ext_amp_gain ){
}
#endif
*/
//-----------------------------------------------------------------------------
void L1SP_MutePCMOuputPort ( kal_bool fMute )
{
}
//-----------------------------------------------------------------------------
bool SP_is_codec_mute()
{
return l1sp.codec_mute;
}
#if defined(__ECALL_SUPPORT__)
#if defined(__L5_SUPPORT__)
void SP_L5ECALL_SetEvent(L1SP_L5ECALL_Event event, kal_uint8 *data)
{
ilm_SP_L5ECALL_SET_EVENT_t *local_para;
local_para = (ilm_SP_L5ECALL_SET_EVENT_t *) construct_local_para( sizeof(ilm_SP_L5ECALL_SET_EVENT_t), TD_CTRL );
local_para->event = event;
local_para->data = data;
msg_send6(MOD_L1SP, MOD_MED, AUDIO_SAP, MSG_ID_AUDIO_M2M_SP_L5ECALL_SET_EVENT, (local_para_struct *)local_para, NULL);
}
void SP_L5ECALL_SetEvent_Execute(L1SP_L5ECALL_Event event, kal_uint8 *data)
{
switch(event){
case L1SP_L5ECALL_INITIAL:
Set_eCall_Par_Crtl_Switch(0);
spc_gain_DlMuteSet(KAL_TRUE, KAL_FALSE);
spc_gain_UlMuteSet(KAL_TRUE, KAL_FALSE);
spc_eCall_IVS_Open();
eCall_IVS_PutMSD(data,140,1);
eCall_IVS_SendStart();
break;
case L1SP_L5ECALL_UPDATE_MSD:
eCall_IVS_PutMSD(data,140,1);
spc_gain_DlMuteSet(KAL_TRUE, KAL_FALSE);
spc_gain_UlMuteSet(KAL_TRUE, KAL_FALSE);
spc_eCall_IVS_Open();
eCall_IVS_PutMSD(data,140,1);
break;
case L1SP_L5ECALL_RESET:
spc_eCall_IVS_Close();
spc_gain_DlMuteSet(KAL_FALSE, KAL_FALSE);
spc_gain_UlMuteSet(KAL_FALSE, KAL_FALSE);
break;
default:
ASSERT(0);
}
}
#endif
#endif
void SP_L4C_SetEvent(L1SP_L4C_Event event, L1SP_L4C_Event_Mode mode)
{
#if defined(__SMART_PHONE_MODEM__)
kal_prompt_trace(MOD_L1SP, "SP_L4C_SetEvent = %d %d %d", event, L1SP_GetState(), spc_isPCM());
if(L1SP_STATE_C2K_SPEECH_ON == L1SP_GetState() && event){
if(spc_isPCM()){
L1Ctm_Close();
}
spc_C2KCtmStart(spc_getCtmMode());
}
#endif
ilm_SP_L4C_SET_EVENT_t *local_para;
MD_TRC_SP_L4C_SETEVENT_ENTER();
local_para = (ilm_SP_L4C_SET_EVENT_t *) construct_local_para( sizeof(ilm_SP_L4C_SET_EVENT_t), TD_CTRL );
local_para->event = event;
local_para->mode = mode;
msg_send6(MOD_L1SP, MOD_MED, AUDIO_SAP, MSG_ID_AUDIO_M2M_SP_L4C_SET_EVENT, (local_para_struct *)local_para, NULL);
MD_TRC_SP_L4C_SETEVENT_LEAVE();
}
void SP_L4C_SetEvent_Execute(L1SP_L4C_Event event, L1SP_L4C_Event_Mode mode)
{
MD_TRC_L1SP_L4C_EVENT(event, mode, l1sp.codec_mute_mode);
MD_TRC_L1SP_MUTE_CONTROL_STATUS(0, l1sp.isULMute, l1sp.isDLMute, l1sp.codec_mute);
ASSERT( L1SP_L4C_EVENT_NONE == l1sp.codec_mute_mode || mode == l1sp.codec_mute_mode );
switch(event){
case L1SP_L4C_ESPEECH_0:
ASSERT(!l1sp.codec_mute);
l1sp.codec_mute = true;
l1sp.codec_mute_mode = L1SP_L4C_EVENT_NONE;
l1sp.pre_l4c_codec = L1SP_L4C_NONE; // reset codec when speech on / espeech off. (MED task)
break;
case L1SP_L4C_ESPEECH_1:
ASSERT(l1sp.codec_mute);
l1sp.codec_mute = false;
l1sp.codec_mute_mode = mode;
if(AM_IsSpeechOn()){
l1audio_sph_srv_SMMT_Start();
}
break;
default:
ASSERT(0);
}
if(AM_IsSpeechOn()){
l1sp_NetworkStatusNotification();
}else{
MD_TRC_SP_L4C_SKIP_NETWORKNOTIFICATION();
}
{
#if defined( MTK_SLEEP_ENABLE )
kal_uint16 aud_id = L1SP_GetAudID();
#endif
AM_Mute_DL_Speech_Traffic(l1sp.codec_mute || l1sp.dl_codec_mute_by_ap);
AM_Mute_UL_Codec_Speech(l1sp.codec_mute);
#if defined( MTK_SLEEP_ENABLE )
L1SP_FreeAudID(aud_id);
#endif
MD_TRC_L1SP_MUTE_CONTROL_STATUS(1, l1sp.isULMute, l1sp.isDLMute, l1sp.codec_mute);
}
}
#if defined(__VOLTE_SUPPORT__)
static const L1SP_Tones tone_call_waiting[] = { { 440, 0, 200, 100, 1 },
{ 440, 0, 200,3500, 0 } };
extern void spc_BgSndConfig(kal_uint8 ulGainLevel, kal_uint8 dlGainLevel);
int spc_ul_gain = 7;
int spc_dl_gain = 7;
#endif
void SpeechDVT(int item){
#if defined(__VOLTE_SUPPORT__)
switch(item){
case 0:
spc_ul_gain --;
if(spc_ul_gain<0)spc_ul_gain = 0;
spc_BgSndConfig(spc_ul_gain, spc_dl_gain);
break;
case 1:
spc_ul_gain ++;
if(spc_ul_gain>7)spc_ul_gain = 7;
spc_BgSndConfig(spc_ul_gain, spc_dl_gain);
break;
case 2:
spc_dl_gain --;
if(spc_dl_gain<0)spc_dl_gain = 0;
spc_BgSndConfig(spc_ul_gain, spc_dl_gain);
break;
case 3:
spc_dl_gain ++;
if(spc_dl_gain>7)spc_dl_gain = 7;
spc_BgSndConfig(spc_ul_gain, spc_dl_gain);
break;
case 6:
L1SP_Speech_On(RAT_2G_MODE);
break;
case 7:
L1SP_Speech_Off();
break;
case 57:
SP4G_PSR_DL_KT_Play(300, 1300, 20000);
break;
case 58:
SP4G_PSR_DL_KT_Stop();
break;
case 67:
SP4G_PSR_UL_KT_Play(1000, 0, 20000);
break;
case 68:
SP4G_PSR_UL_KT_Stop();
break;
case 69:
//KT_SetOutputVolume(100,4096*2); //avoid build warning
break;
case 71:
{
SP4G_PSR_UL_Tone_Play( tone_call_waiting );
}
break;
case 72:
{
SP4G_PSR_UL_Tone_Stop( );
}
break;
case 73:
{
SP4G_PSR_DL_Tone_Play( tone_call_waiting );
}
break;
case 74:
{
SP4G_PSR_DL_Tone_Stop( );
}
break;
}
#endif
}
#if defined(__VOLTE_SUPPORT__)
#include "l1sp_el2_struct.h"
#if defined(__MCU_DTMF_SUPPORT__)
uint32 VolteToneGetID();
void VolteToneSetID(uint32 u32val);
bool VolteToneGetUsed();
void VolteToneSetUsed(bool bval);
#endif //#if defined(__MCU_DTMF_SUPPORT__)
#endif //#if defined(__VOLTE_SUPPORT__)
#ifdef __FAKE_3G_LOOPBACK__
kal_uint8 tmp_buf[1000];
void SP3GHSPA_UL_GetSpeechFrame(kal_uint8 *frame_type, kal_uint8 *rab_byte_array, kal_uint8 *len);
void SP3GHSPA_DL_PutSpeechFrame(kal_uint32 CFN, kal_uint8 frame_type, kal_bool crc_status, kal_uint8 *subflow);
#endif
void SP_M2M_Handler(ilm_struct *ilm_ptr)
{
switch (ilm_ptr->msg_id) {
#if defined(__C2K_SPEECH_SUPPORT__)
case MSG_ID_AUDIO_M2M_SP_C2K_EVENT:
{
ASSERT(0);
}
break;
case MSG_ID_AUDIO_M2M_SP_C2K_RATE_REDUCTION:
{
#if defined(__SMART_PHONE_MODEM__)
extern void spc_codecInfoNotify_soRateUpdate(uint16 newRate);
ilm_SP_C2K_RATE_NOTI_t *local_para;
local_para = (ilm_SP_C2K_RATE_NOTI_t *)(ilm_ptr->local_para_ptr);
spc_codecInfoNotify_soRateUpdate(local_para->rate);
#endif
}
break;
#endif
case MSG_ID_AUDIO_M2M_CHANGERATE_EVENT:
{
ilm_SP_CHANGERATE_EVENT_t *local_para;
local_para = (ilm_SP_CHANGERATE_EVENT_t *)(ilm_ptr->local_para_ptr);
ChangeRAT_Mode(local_para->event, local_para->param[0], local_para->param[1]);
}
break;
case MSG_ID_AUDIO_M2M_SP_L4C_SET_EVENT:
{
ilm_SP_L4C_SET_EVENT_t *local_para;
MD_TRC_SP_M2M_HANDLER(1);
local_para = (ilm_SP_L4C_SET_EVENT_t *)(ilm_ptr->local_para_ptr);
SP_L4C_SetEvent_Execute(local_para->event, local_para->mode);
}
break;
#if defined(__ECALL_SUPPORT__)
#if defined(__L5_SUPPORT__)
case MSG_ID_AUDIO_M2M_SP_L5ECALL_SET_EVENT:
{
ilm_SP_L5ECALL_SET_EVENT_t *local_para;
local_para = (ilm_SP_L5ECALL_SET_EVENT_t *)(ilm_ptr->local_para_ptr);
SP_L5ECALL_SetEvent_Execute(local_para->event, local_para->data);
}
break;
#endif
#endif
case MSG_ID_AUDIO_M2M_SP_UPDATE_SPEECH_ENHANCEMENT_PARAMETER:
{
MD_TRC_SP_M2M_HANDLER(2);
kal_prompt_trace(MOD_L1SP, "Get_Reset_Enh_Status()=%x",Get_Reset_Enh_Status() );
if(Get_Reset_Enh_Status()==true)
{
SetSpeechEnhancement( false );
SetSpeechEnhancement( true );
Set_Reset_Enh_Status(false);
}
else
{
SetSpeechEnhancement( true );
}
}
break;
#if defined(__VOLTE_SUPPORT__)
case MSG_ID_AUDIO_M2M_VOLTE_MAC_TIMING_INFO:
case MSG_ID_AUDIO_M2M_VONR_MAC_TIMING_INFO:
{
sub_SP4G_emac_timing_update((l1sp_emac_resync_info_struct*)ilm_ptr->local_para_ptr, ilm_ptr->src_mod_id);
}
break;
#if defined(__MCU_DTMF_SUPPORT__)
case MSG_ID_AUDIO_M2M_VOLTE_TONE_BGSND_CLOSE:
{
void volte_Tone_BgSndClose(void);
volte_Tone_BgSndClose();
}
break;
case MSG_ID_AUDIO_M2M_VOLTE_DL_KT_PLAY:
{
//SP4G_PSR_DL_KT_Play(5000, 8000, 100000);
ilm_PSR_DL_KT_t *local_para;
local_para = (ilm_PSR_DL_KT_t *)(ilm_ptr->local_para_ptr);
//KT_Play(local_para->freq1, local_para->freq2, local_para->duration, DSP_TONE);
SP_DSPTone_DL_KT_Play(local_para->freq1, local_para->freq2, local_para->duration);
}
break;
case MSG_ID_AUDIO_M2M_VOLTE_DL_KT_STOP:
{
//SP4G_PSR_DL_KT_Stop();
//KT_Stop(DSP_TONE);
SP_DSPTone_DL_KT_Stop();
}
break;
case MSG_ID_AUDIO_M2M_VOLTE_UL_KT_PLAY:
{
//SP4G_PSR_UL_KT_Play(5000, 8000, 100000);
ilm_PSR_DL_KT_t *local_para;
local_para = (ilm_PSR_DL_KT_t *)(ilm_ptr->local_para_ptr);
/*if( KAL_FALSE == VolteToneGetUsed() ){
KT_Play(local_para->freq1, local_para->freq2, local_para->duration, MCU_TONE);
VolteToneSetID( EXT_BGSND_Start(volte_KT_bgSnd_closeHandler, NULL, volte_BGSND_ULHdr, 7, 7) );
VolteToneSetUsed(KAL_TRUE);
}else{
MD_TRC_SP4G_PSR_UL_KT_PLAY_SKIP();
}*/
SP_DSPTone_UL_KT_Play(local_para->freq1, local_para->freq2, local_para->duration);
}
break;
case MSG_ID_AUDIO_M2M_VOLTE_UL_KT_STOP:
{
//SP4G_PSR_UL_KT_Stop();
/*if( KAL_TRUE == VolteToneGetUsed() ){
EXT_BGSND_Flush( VolteToneGetID() );
KT_Stop(MCU_TONE);
}else{
MD_TRC_SP4G_PSR_UL_KT_STOP_SKIP();
}*/
SP_DSPTone_UL_KT_Stop();
}
break;
case MSG_ID_AUDIO_M2M_VOLTE_DL_TONE_PLAY:
{
//SP4G_PSR_DL_Tone_Play( tone_call_waiting );
//ilm_PSR_DL_TONE_t *local_para;
//local_para = (ilm_PSR_DL_TONE_t *)(ilm_ptr->local_para_ptr);
//TONE_Play(local_para->pToneList, DSP_TONE);
kal_prompt_trace(MOD_L1SP, "DSP tone not ready skip MSG_ID_AUDIO_M2M_VOLTE_DL_TONE_PLAY");
}
break;
case MSG_ID_AUDIO_M2M_VOLTE_DL_TONE_STOP:
{
//SP4G_PSR_DL_Tone_Stop();
//TONE_Stop(DSP_TONE);
kal_prompt_trace(MOD_L1SP, "DSP tone not ready skip MSG_ID_AUDIO_M2M_VOLTE_DL_TONE_STOP");
}
break;
#endif //#if defined(__MCU_DTMF_SUPPORT__)
#endif //#if defined(__VOLTE_SUPPORT__)
#ifdef __FAKE_3G_LOOPBACK__
case MSG_ID_AUDIO_M2M_SP3G_UL_EVENT:
{
kal_uint8 frame_type, len;
kal_prompt_trace(MOD_L1SP, "MSG_ID_AUDIO_M2M_SP3G_UL_EVENT 1");
//if(use_sleep == 1){
// kal_sleep_task( AUD_1TICK(1) );
//}
kal_prompt_trace(MOD_L1SP, "MSG_ID_AUDIO_M2M_SP3G_UL_EVENT 2");
SP3GHSPA_UL_GetSpeechFrame(&frame_type, tmp_buf, &len);
SP3GHSPA_DL_PutSpeechFrame(1, frame_type, 1, tmp_buf);
break;
}
#endif
case MSG_ID_AUDIO_M2M_RAMP_DONE:
{
L1SP_RampDone();
}
break;
case MSG_ID_AUDIO_M2M_SPC_SETLOOPBACK_DL_UL:
{
ilm_SPC_SETLOOPBACK_DL_UL_t *local_para;
local_para = (ilm_SPC_SETLOOPBACK_DL_UL_t *)(ilm_ptr->local_para_ptr);
SAL_LBK_PCM_D2U(local_para->enable);
}
break;
case MSG_ID_AUDIO_M2M_VM_START:
vocEnable();
break;
case MSG_ID_AUDIO_M2M_VM_STOP:
vocDisable();
break;
default:
{
MD_TRC_SP_M2M_HANDLER_SKIP_COMMAND(ilm_ptr->msg_id);
break;
}
}
}
void SP_SetDevSamplingRate(kal_uint8 voice8kMode)
{
l1sp.devSr = voice8kMode;
}
uint8 SP_GetDevSamplingRate(void)
{
return l1sp.devSr;
}
sp_device_info_t SP_GetDevInfo(void)
{
return l1sp.devInfo;
}
void sp_turnOffPath(kal_bool isSpeechOn, kal_bool isPcmRoutOn)
{
if(true == isSpeechOn) {
AM_SpeechOff(1); // turn off 8k and speech off
} else if (true == isPcmRoutOn){
AM_PcmRouter_Off();
} else { // cordless mode AM_BTCordlessOff ()/ speech
}
}
void sp_turnOnPath(kal_bool isSpeechOn, kal_bool isPcmRoutOn)
{
if(true == isSpeechOn) {
uint32 rat = AM_GetNetworkRate();
// [REMIND]L1SP_STATE_xx can mapping to RAT_2G_MODE using "index -1"
ASSERT(L1SP_STATE_IDLE != L1SP_GetState());
ASSERT(RAT_NONE_MODE != rat );
AM_SpeechOn(rat, 1);
} else if (true == isPcmRoutOn){
AM_PcmRouter_On(1);
} else { // cordless mode / speech
}
}
void SP_SetDevicePath(sp_device_info_t newDev, kal_uint8 voice8kMode)
{
kal_bool isSpeechOn;
kal_bool isPcmRoutOn;
kal_bool isAmInSpeechState;
kal_bool needOffOn;
kal_uint16 audId;
audId = L1SP_GetAudID();
sp_device_info_t beforeDev = l1sp.devInfo;
isSpeechOn = AM_IsSpeechOn();
isPcmRoutOn = AM_IsVoIPOn();
isAmInSpeechState = AM_IsAmInSpeechState();
MD_TRC_SP_DEV_MODE_SETTING(beforeDev, newDev, SP_GetDevSamplingRate(), voice8kMode);
if((SPH_DEVINFO_NORMAL == beforeDev && SPH_DEVINFO_NORMAL== newDev)
|| (SPH_DEVINFO_NORMAL == beforeDev && SPH_DEVINFO_BT_PCM== newDev)
|| (SPH_DEVINFO_BT_PCM == beforeDev && SPH_DEVINFO_NORMAL == newDev)
|| (SPH_DEVINFO_BT_PCM == beforeDev && SPH_DEVINFO_BT_PCM == newDev) ){
needOffOn = ((true == isAmInSpeechState) && (SP_GetDevSamplingRate()!=voice8kMode));
// off
if(true == needOffOn) {
sp_turnOffPath(isSpeechOn, isPcmRoutOn);
}
if(SPH_DEVINFO_BT_PCM == beforeDev) {
AM_BluetoothOff();
}
// change setting
if(SPH_DEVINFO_BT_PCM== newDev) {
ASSERT( (voice8kMode==0) || (voice8kMode==1) );
if(0== voice8kMode) { // NB
SAL_Set_Device(SAL_DEV_BT_EARPHONE_NB, SAL_NB);
} else { //WB
SAL_Set_Device(SAL_DEV_BT_EARPHONE_WB, SAL_WB);
}
} else {
SAL_Set_Device(SAL_DEV_NORMAL, voice8kMode);
}
SP_SetDevSamplingRate(voice8kMode);
AFE_SetVoice8KMode(voice8kMode);
// on
if(SPH_DEVINFO_BT_PCM == newDev) {
AM_BluetoothOn(2);
}
if(true == needOffOn){
sp_turnOnPath(isSpeechOn, isPcmRoutOn);
}
}
#if defined(__CVSD_CODEC_SUPPORT__)
else if((SPH_DEVINFO_NORMAL == beforeDev
|| SPH_DEVINFO_BT_CVSD_MSBC == beforeDev
|| SPH_DEVINFO_BT_CVSD == beforeDev
|| SPH_DEVINFO_BT_MSBC == beforeDev)
&& (SPH_DEVINFO_BT_CVSD_MSBC == newDev
|| SPH_DEVINFO_BT_CVSD == newDev
|| SPH_DEVINFO_BT_MSBC == newDev)) {
// no off
if (isSpeechOn && BT_SCO_IS_SPEECH_ON())
{
BT_SCO_SPEECH_OFF();
}
// change
if (SPH_DEVINFO_BT_CVSD_MSBC == newDev) {
SP_SetDevSamplingRate(voice8kMode);
} else if (SPH_DEVINFO_BT_CVSD == newDev) {
SP_SetDevSamplingRate(0);
} else { // MSBC
SP_SetDevSamplingRate(1);
}
// on
if(isSpeechOn)
{
sp_enableBT_SCO(newDev, voice8kMode);
}
}
else if((SPH_DEVINFO_BT_CVSD_MSBC == beforeDev && SPH_DEVINFO_NORMAL == newDev)
|| (SPH_DEVINFO_BT_CVSD == beforeDev && SPH_DEVINFO_NORMAL == newDev)
|| (SPH_DEVINFO_BT_MSBC == beforeDev && SPH_DEVINFO_NORMAL == newDev)) {
needOffOn = ((true == isAmInSpeechState) && (AFE_GetVoice8KMode() != voice8kMode));
// off
if (isSpeechOn && BT_SCO_IS_SPEECH_ON())
{
BT_SCO_SPEECH_OFF();
}
if (needOffOn) {
sp_turnOffPath(isSpeechOn, isPcmRoutOn);
}
// change
SAL_Set_Device(SAL_DEV_NORMAL, voice8kMode);
SP_SetDevSamplingRate(voice8kMode);
AFE_SetVoice8KMode(voice8kMode);
// on
if(needOffOn){
sp_turnOnPath(isSpeechOn, isPcmRoutOn);
}
}
#endif
l1sp.devInfo = newDev;
if(l1sp.devInfo== SPH_DEVINFO_NORMAL || l1sp.devInfo == SPH_DEVINFO_BT_PCM) {
SAL_Set_DevInfo((Sal_DevInfo_Int_t)(l1sp.devInfo + 1 ), (Sal_DevInfo_Ext_t)(l1sp.extDevInfo));
} else {
SAL_Set_DevInfo(SAL_DEVINFO_INT_CVSD_MSBC, (Sal_DevInfo_Ext_t)(l1sp.extDevInfo));
}
L1SP_FreeAudID(audId);
}
void SP_SetExtraDevInfo(sp_device_info_t dev, sp_ext_dev_info_t extDevInfo, uint8 smartpa_config, uint16 echoRefDelay, uint8 micDelay)
{
kal_uint16 audId;
MD_TRC_SP_EXT_DEV_SETTING(dev, extDevInfo, echoRefDelay, micDelay);
audId = L1SP_GetAudID();
if( 0 == smartpa_config || 1 == smartpa_config){
SAL_Set_SmartPA_Config(SAL_SMARTPA_SINGLE);
}else if( 2 == smartpa_config ){
SAL_Set_SmartPA_Config(SAL_SMARTPA_DUAL);
}
// notch filter setting
switch(extDevInfo) {
case SPH_EXTDEVINFO_VIBRATION_RECEIVER:
case SPH_EXTDEVINFO_VIBRATION_SPEAKER:
case SPH_EXTDEVINFO_SMARTPA_VIBRATION_SPEAKER:
AM_DSP_WriteNotchFilterParam();
SAL_NotchFilter_Enable(true , false);
break;
default:
SAL_NotchFilter_Enable(false , false);
break;
}
// echo ref setting
switch(extDevInfo) {
case SPH_EXTDEVINFO_DUALSMARTPA_SPEAKER:
case SPH_EXTDEVINFO_DUALSMARTPA_VIBRATION_SPEAKER:
SAL_ENH_ExtEchoRef_Switch(true);
SAL_ENH_ExtEchoRef_DelayConfig(0, echoRefDelay, micDelay);
SAL_ENH_ExtEchoRef_DelayConfig(1, echoRefDelay, micDelay);
break;
case SPH_EXTDEVINFO_SMARTPA_SPEAKER:
case SPH_EXTDEVINFO_SMARTPA_VIBRATION_SPEAKER:
case SPH_EXTDEVINFO_USB_AUDIO:
SAL_ENH_ExtEchoRef_Switch(true);
SAL_ENH_ExtEchoRef_DelayConfig(0, echoRefDelay, micDelay);
break;
default:
{
SAL_ENH_ExtEchoRef_Switch(false);
if(SPH_DEVINFO_BT_CVSD_MSBC == dev ) {
SAL_ENH_ExtEchoRef_DelayConfig(0, echoRefDelay, micDelay);
} else { // not delay setting
SAL_ENH_ExtEchoRef_DelayConfig(0, 0, 0);
}
}
break;
}
l1sp.extDevInfo = extDevInfo;
if(l1sp.devInfo== SPH_DEVINFO_NORMAL || l1sp.devInfo == SPH_DEVINFO_BT_PCM) {
SAL_Set_DevInfo((Sal_DevInfo_Int_t)(l1sp.devInfo + 1 ), (Sal_DevInfo_Ext_t)(l1sp.extDevInfo));
} else {
SAL_Set_DevInfo(SAL_DEVINFO_INT_CVSD_MSBC, (Sal_DevInfo_Ext_t)(l1sp.extDevInfo));
}
L1SP_FreeAudID(audId);
}
sp_ext_dev_info_t SP_GetExtDevInfo (void)
{
return l1sp.extDevInfo;
}
// ============================================================================
void SP_setEmVoiceQualityEvent(kal_bool isOn)
{
sp_emVoiceQuality.isOn = isOn;
}
void sp_voiceQualityHisrHdl(void)
{
kal_uint16 rate = SAL_Get_DMFRate();
kal_uint16 source = SAL_Get_DMFSource();
if(sp_emVoiceQuality.isNotify) {
// leave log
MD_TRC_DROP_SPEECH_QUALITY_EM(1, rate, source);
return;
}
memset(&(sp_emVoiceQuality.ulInfo), 0, sizeof(Sal_DMF_SPH_UL_Info_t));
if(0!=(source&SAL_DMF_SOURCE_SPH_UL)) {
SAL_Get_DMF_SPH_UL_Info(&(sp_emVoiceQuality.ulInfo));
sp_emVoiceQuality.isNotify = KAL_TRUE;
}
sp_emVoiceQuality.is4gWifi = KAL_FALSE;
memset(&(sp_emVoiceQuality.dlInfo), 0, sizeof(Sal_DMF_SPH_DL_Info_t));
if(0!=(source&SAL_DMF_SOURCE_SPH_DL)) {
SAL_Get_DMF_SPH_DL_Info(&(sp_emVoiceQuality.dlInfo));
sp_emVoiceQuality.isNotify = KAL_TRUE;
sp_emVoiceQuality.is4gWifi = KAL_FALSE;
#if defined(__VOLTE_SUPPORT__)
if(SAL_DMF_RATE_4G == sp_emVoiceQuality.dlInfo.DMFRate) {
if(SP4G_PSR_CallType_VoWiFi == SP4G_PSR_GetCallType()
|| SP4G_PSR_CallType_ViWiFi == SP4G_PSR_GetCallType()) {
sp_emVoiceQuality.is4gWifi = KAL_TRUE;
}
}
#endif
}
memset(&(sp_emVoiceQuality.enhUl), 0, sizeof(Sal_DMF_ENH_UL_Info_t));
if(0!=(source&SAL_DMF_SOURCE_ENH_UL)) {
SAL_Get_DMF_ENH_UL_Info(&(sp_emVoiceQuality.enhUl));
sp_emVoiceQuality.isNotify = KAL_TRUE;
}
if(sp_emVoiceQuality.isOn && sp_emVoiceQuality.isNotify ) {
if(kal_if_lisr())
L1Audio_LSetEvent(l1sp.aud_id_voice_quality_event, &sp_emVoiceQuality);
else
L1Audio_SetEvent(l1sp.aud_id_voice_quality_event, &sp_emVoiceQuality);
} else {
MD_TRC_DROP_SPEECH_QUALITY_EM(2, rate, source);
sp_emVoiceQuality.isNotify = KAL_FALSE;
}
}
void sp_voiceQualityEventHdl(SP_EM_VOICE_QUALITY_INFO *pEmVQ)
{
if(pEmVQ->isNotify) {
ilm_struct ilm;
em_speech_info_voice_quality_event_ind_struct *em_para_ptr;
ilm.src_mod_id = MOD_L1SP;
ilm.dest_mod_id = MOD_DHL;
ilm.sap_id = EM_PS_SAP;
ilm.msg_id = MSG_ID_EM_SPEECH_INFO_VOICE_QUALITY_EVENT_IND;
em_para_ptr = (em_speech_info_voice_quality_event_ind_struct *)(construct_local_para(sizeof(em_speech_info_voice_quality_event_ind_struct ), TD_RESET));
em_para_ptr->em_info = EM_SPEECH_INFO_VOICE_QUALITY_EVENT;
em_para_ptr->event = pEmVQ->dlInfo.DMFDLStatus;
em_para_ptr->dspRate= pEmVQ->dlInfo.DMFRate;
em_para_ptr->is4GWifi = pEmVQ->is4gWifi;
em_para_ptr->isDlHaveSound = pEmVQ->dlInfo.DMFDLVoice;
em_para_ptr->dlCRCFailCnt = pEmVQ->dlInfo.DMFCRCFailCnt;
em_para_ptr->dlSphRstCnt = pEmVQ->dlInfo.DMFSphRstCnt;
em_para_ptr->dlPktLossCnt = pEmVQ->dlInfo.DMFPktLossCnt;
em_para_ptr->dlJitterLossCnt = pEmVQ->dlInfo.DMFJitterLossCnt;
memcpy(em_para_ptr->dlBadFrmCnt, pEmVQ->dlInfo.DMFBadFrmCnt, SAL_DMF_BADFRM_ID_NUM*sizeof(uint16));
memcpy(em_para_ptr->dlHomFrmCnt, pEmVQ->dlInfo.DMFHomFrmCnt, SAL_DMF_HOMFRM_ID_NUM*sizeof(uint16));
memcpy(em_para_ptr->dlNoDataCnt, pEmVQ->dlInfo.DMFNoDataCnt, SAL_DMF_NODATA_ID_NUM*sizeof(uint16));
em_para_ptr->uLMutePosENHCnt = pEmVQ->ulInfo.DMFULMutePosENHCnt;
em_para_ptr->enhUlRobustStatusPre = pEmVQ->enhUl.DMFENHRobustStatusPre;
em_para_ptr->enhUlRobustStatusPos = pEmVQ->enhUl.DMFENHRobustStatusPos;
ilm.local_para_ptr = (local_para_struct*)em_para_ptr;
ilm.peer_buff_ptr = NULL;
dhl_EM_logger(&ilm);
destroy_ilm(&ilm); //or free_local_para((local_para_struct*)em_para_ptr );
pEmVQ->isNotify = KAL_FALSE;
}
}