📄 main.c.svn-base
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static S32 fd, ClientFd;
U08 buf[16];
cmd = *(U32*)(((U08*)&type)+4);
buffer = *(U32*)(((U08*)&type)+4);
if(type == BTCMD)
{
switch(cmd)
{
case SPP_CLIENT_CONNECT:
if(mpx_BtSppCliConnect())
DPrintf("connect fail");
break;
case SPP_CLIENT_DISCONNECT:
if(mpx_BtSppCliDisconnect())
DPrintf("disconnect fail");
break;
case SPP_EXIT:
pagemenu = &MainMenu;
pagemenu->refresh = TRUE;
break;
}
}
else
{
U08 inttype;
U08 intaction;
inttype = BTINT_TYPE(buffer);
intaction = BTINT_ACTION(buffer);
switch(intaction)
{
case REMOTE_DEVS:
if(mpx_BtRemoteDevListNumGet(0))
{
mpx_BtSelectDevsFromDevList(BRD_LIST_TRUSTED, SelectTrustedDevice());
}
else //no device in list
mpx_BtSelectDevsFromDevList(BRD_LIST_TRUSTED, 0xff);
break;
case SPP_LINK_CONNECT_CNF:
if(inttype == INFORM_COMPLETE)
{
DPrintf("client acl established");
}
break;
case SPP_LINK_DISCONNECT_IND:
if(inttype == INFORM_COMPLETE)
{
DPrintf("client acl disconnect");
}
break;
default:
BtDefaultIntHandler(buffer);
break;
}
}
}
void StartBluetoothTest()
{
static BOOL IsBtIntReg = FALSE;
if(IsBtIntReg == FALSE)
mpx_BtIntHandleRegister(mainTaskMsgId);
pagemenu = &MainMenu;
while(1)
{
MenuShow(pagemenu);
if(btexit)
{
pagemenu->refresh = TRUE;
break;
}
mpx_MessageReceive(mainTaskMsgId, (U08*)u32Argument);
switch((u32Argument[0]>>24) & 0xE0)
{
case SYSTEM_MESSAGE_KEY:
BtProcessKey(u32Argument[0] & 0xffff);
break;
case SYSTEM_MESSAGE_INT:
BtProcessInt((U08*)u32Argument);
break;
default:
DPrintf("unknow MsgId = %x", u32Argument[0]);
break;
}
}
btexit = FALSE;
}
U08 hrxeid;
void Huart_rx_info()
{
mpx_EventSet(hrxeid, 1);
}
void Huart_rx_task()
{
U32 release;
DPrintf("open HUART tx rx com.......");
//create message
hrxeid = mpx_EventCreate(OS_ATTR_WAIT_MULTIPLE|OS_ATTR_EVENT_CLEAR, 0);
//create com port
if(mpx_ComOpen(&hicom, COM_OPEN_TAG_BT, COM_OPEN_TYPE_RXTX, hrxbuf, 30000, 1, Huart_rx_info, 921600))
DPrintf("COM open fail");
else
DPrintf("COM open success");
while(1)
{
mpx_EventWait(hrxeid, 1, OS_EVENT_OR, &release);
while(hicom->ComRxCount(hicom))
{
U32 len;
//read data from hrxbuf
len = hicom->ComRxCount(hicom);
hicom->ComRead(hicom, len, rxbuf);
//print the read data
U08 *data;
data = rxbuf;
//prevent the print influent the execution
//if(len > 10)
// len = 10;
while(len--)
{
DPrintf("%c\\-", *data);
data++;
}
}
}
}
void StartComTest()
{
BOOL quit = FALSE;
mpx_TaskStartup(mpx_TaskCreate(Huart_rx_task, 25, 1000));
}
////////////////////////////////////////////////////////////////////////////
//
// Test Audio Region
//
////////////////////////////////////////////////////////////////////////////
BOOL MoveToWorkingFolder(U08* folderName)
{
U16 *tempString = (U16 *) mpx_Malloc(512);
//ST_DRIVE *drv = DriveGet(DriveCurIdGet());
UtilStringCopy0816(tempString, folderName);
mpx_DirRootChange();
if(0 != mpx_DirNodeLocate(tempString))
{
DPrintf("no - %s - folder found", folderName);
mpx_Free(tempString);
return FALSE;
}
mpx_DirSubChange();
if(!mpx_DirNodeCountGet())
{
DPrintf("In folder %s - no file found", folderName);
mpx_Free(tempString);
return FALSE;
}
mpx_Free(tempString);
return TRUE;
}
void DisplayCurrentNodeName()
{
U16 *wName = (U16*)mpx_Malloc(512);
U16 actualLen = 0;
U08 *tempStr;
//ST_DRIVE *drv = DriveGet(DriveCurIdGet());
//U16 i = 0;
//wName = (U16 *) DirNodeWNameGet((ST_STREAM *) drv);
mpx_DirNodeNameGet(wName, 512, &actualLen);
tempStr = (U08 *) malloc(256);
DPrintf("\n\nCurrent node name: %s", mpx_UtilUni2Asc(tempStr, wName));
free(tempStr);
mpx_Free(wName);
}
BOOL AudioCodec_InitWOLFSON8750()
{
ST_AUDIO_FREQ_CONFIG pllConfig;
ST_I2S_CONFIG i2sConfig;
U16 word[20];
pllConfig.bEmbededCodec = 0; //using WOLFSON8750 ADC for Mic input
pllConfig.bAdcDataType = 0;
pllConfig.bOutClkConstant = 1;
pllConfig.bNoMclkOutput = 0; // GPIO0 => 0: Output, 1: Input
pllConfig.u32MultiSampleRate = 12000; // KHz (12MHz)
pllConfig.bAutoGanClk = 1;
pllConfig.bSwAgcEnable = 1;
pllConfig.u16SwAgcGainLevel = 31;
if(mpx_AudioFrequencySet(&pllConfig,word))
{
DPrintf("Audio PLL Config setting error!!");
return FALSE;
}
i2sConfig.u08ModuleNumber = I2S_MODULE_0;
i2sConfig.u08AnalogPath = MEM_TO_EXT_MODE;
i2sConfig.u16ConfigFlags = 0x0327;
i2sConfig.u16FrameLength = 32;
if(mpx_AudioI2SConfig(&i2sConfig))
{
DPrintf("Audio PLL Config setting error!!");
return FALSE;
}
return TRUE;
}
BOOL AudioTestInit()
{
if(!MoveToWorkingFolder(AUDIO_TEST_WORKING_FOLDER))
return FALSE;
// mpx_DirChangeToSub();
DisplayCurrentNodeName();
return TRUE;
}
S08 TestMoveToStart(void)
{
S08 retCode;
retCode = mpx_DirNodeMove(0);
DisplayCurrentNodeName();
return retCode;
}
S08 TestMoveToNext(void)
{
S08 retCode;
retCode = mpx_DirNodeForward();
DisplayCurrentNodeName();
return retCode;
}
S08 TestMoveToPrevious(void)
{
S08 retCode;
retCode = mpx_DirNodeBackward();
DisplayCurrentNodeName();
return retCode;
}
void SetProgressForwardTest()
{
U32 progressTime;
BOOL enableSpectrum;
U16 nothing[8];
mpx_AudioProgressGet(&progressTime,(U16*)nothing,&enableSpectrum);
DPrintf("in");
mpx_AudioProgressCtrl(progressTime+1000,0x01);
DPrintf("ou");
DPrintf("progress time =%d ms",progressTime);
}
void SetProgressBackwardTest()
{
U32 progressTime;
BOOL enableSpectrum;
U16 nothing[8];
mpx_AudioProgressGet(&progressTime,(U16*)nothing,&enableSpectrum);
progressTime = (progressTime>1000)? (progressTime-1000):0;
DPrintf("progress time =%d ms",progressTime);
DPrintf("in");
mpx_AudioProgressCtrl(progressTime,0x01);
DPrintf("ou");
}
void StartAudioTest()
{
BOOL quit = FALSE;
U08* pNodeName;
U32 u32Duration;
U32 u32SampleRate;
U32 audioLength;
U32 bitRate;
U32 sampleRate;
U08 channelNumber;
static U08 isFileOpen = FALSE;
static U08 isRecord = FALSE;
U32 status;
static U08 playing_flag = FALSE ;
static U08 initPcm = FALSE;
U08 szFileName[13];
S32 sts;
U08 handle;
U08 audioType = FILE_FORMAT_MP3;
static U08 audioTypeCnt=0;
static U32 progressTime;
U08 recordSelect = FILE_FORMAT_AMR;
// U08 recordSelect = FILE_FORMAT_WAV;
U08 testff = FALSE ;
U16 serialNum;
typedef void (*funcptr)();
funcptr SetProgressTest = SetProgressForwardTest;
static U08 testProgressTimer = FALSE;
U08 u08AudioTestTimerID;
U16 spectrumData[16];
BOOL spectrumEnable;
U08 amGain=0;
DPrintf("start audio test");
//pd initail
if(!AudioTestInit()||mpx_AudioFunctionsStartup())
{
DPrintf("Audio initail fail");
return ;
}
mpx_AudioIntHandleRegister(mainTaskMsgId);
while(!quit)
{
DPrintf(" ");
DPrintf("========== Audio Test =============");
DPrintf("| |");
DPrintf("| Key definition: |");
DPrintf("| 1 3 |");
DPrintf("| 2 |");
DPrintf("| 4 5 6 |");
DPrintf("| 7 8 9 |");
DPrintf("| 10 11 12 |");
DPrintf("| |");
DPrintf("| Press 1 to |");
DPrintf("| Press 2 to select recording format |");
DPrintf("| Press 3 to quit |");
DPrintf("| Press 4 to get audio progress |");
DPrintf("| Press 5 to start/stop audio record |");
DPrintf("| Press 6 to recode pause/resume |");
DPrintf("| Press 7 to previous file |");
DPrintf("| Press 8 to open/Play/stop audio play|");
DPrintf("| Press 9 to next file |");
DPrintf("| Press 10 to close file |");
DPrintf("| Press 11 to progress forward test |");
DPrintf("| Press 12 to progress backward test |");
DPrintf("==========================================");
DPrintf(" ");
mpx_MessageReceive(mainTaskMsgId, (U08*)u32Argument);
switch(u32Argument[0]>>24)
{
case SYSTEM_MESSAGE_KEY:
{
switch(u32Argument[0] & 0xffff)
{
case 1:
mpx_AudioProgressGet(&progressTime,(U16*)spectrumData,&spectrumEnable);
progressTime = (progressTime>1000)? (progressTime-1000):0;
DPrintf("progress time =%d ms",progressTime);
mpx_AudioProgressCtrl(progressTime,0x1);
// mpx_AmplifierChannelGainSet(LEFT_CHANNEL_PATH|RIGHT_CHANNEL_PATH, amGain-=20);
break;
case 2:
#ifdef AUDIO_MIXER_TEST
StartAudioMixerTest();
#else
/*
mpx_FmTunerInit();
//AudioCodec_EnableAnalogPath();
mpx_AudioCodecAnalogPathSet(AUX_INPUT, ADC_OUTPUT|SPEAKER_OUTPUT|HEADPHONE_OUTPUT, TRUE);
mpx_AudioCodecMuteSet(AUX_INPUT|ADC_OUTPUT|SPEAKER_OUTPUT|HEADPHONE_OUTPUT, FALSE);
mpx_AudioCodecVolumnSet(SPEAKER_OUTPUT, 0x15);
mpx_AudioCodecVolumnSet(HEADPHONE_OUTPUT, 0x15);
mpx_AudioCodecVolumnSet(ADC_OUTPUT, 0xc);
mpx_AudioCodecVolumnSet(AUX_INPUT, 0x1);
if ( mpx_FmTunerPowerUp(0) )
DPrintf("Fm Tuner Power Up Failure");
*/
/*
if ( mpx_AmplifierInit() )
DPrintf("Amplifier Initial Fail !!");
else if ( mpx_AmplifierPowerUp(LEFT_CHANNEL_PATH|RIGHT_CHANNEL_PATH) )
DPrintf("Amplifier Power Up Fail !!");
*/
if(recordSelect == FILE_FORMAT_WAV)
{
recordSelect = FILE_FORMAT_AAC;
DPrintf("AAC Encoder");
}
else if (recordSelect == FILE_FORMAT_AAC)
{
recordSelect = FILE_FORMAT_G729;
DPrintf("G729 Encoder");
}
else if (recordSelect == FILE_FORMAT_G729)
{
recordSelect = FILE_FORMAT_AMR;
DPrintf("AMR Encoder");
}
else if (recordSelect == FILE_FORMAT_AMR)
{
recordSelect = FILE_FORMAT_WAV;
DPrintf("WAV Encoder");
}
#endif
break;
case 3:
// mpx_AmplifierChannelGainSet(LEFT_CHANNEL_PATH|RIGHT_CHANNEL_PATH, amGain+=20);
quit = TRUE;
//mpx_SysApIntHandl⌨️ 快捷键说明
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