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new code style

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This commit is contained in:
Volker Fischer 2007-09-08 10:45:14 +00:00
parent 56f6fee1e0
commit d49a2b2731
30 changed files with 1109 additions and 912 deletions
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96
src/audiocompr.cpp
View file

@ -52,16 +52,16 @@ int CAudioCompression::Init ( const int iNewAudioLen,
CVector<unsigned char> CAudioCompression::Encode ( const CVector<short>& vecsAudio )
{
if (eAudComprType == CT_NONE)
if ( eAudComprType == CT_NONE )
{
/* no compression, simply ship pure samples */
CVector<unsigned char> vecbyOut(iCodeSize);
CVector<unsigned char> vecbyOut ( iCodeSize );
const int iAudSize = iCodeSize / 2;
for (int i = 0; i < iAudSize; i++)
for ( int i = 0; i < iAudSize; i++ )
{
vecbyOut[2 * i] = vecsAudio[i] & 0xFF;
vecbyOut[2 * i + 1] = (vecsAudio[i] >> 8) & 0xFF;
vecbyOut[2 * i + 1] = ( vecsAudio[i] >> 8 ) & 0xFF;
}
return vecbyOut;
}
@ -78,19 +78,21 @@ CVector<unsigned char> CAudioCompression::Encode ( const CVector<short>& vecsAud
}
}
CVector<short> CAudioCompression::Decode(const CVector<unsigned char>& vecbyAdpcm)
CVector<short> CAudioCompression::Decode ( const CVector<unsigned char>& vecbyAdpcm )
{
if (eAudComprType == CT_NONE)
if ( eAudComprType == CT_NONE )
{
/* no compression, reassemble pure samples */
const int iAudSize = iCodeSize / 2;
CVector<short> vecsOut(iAudSize);
CVector<short> vecsOut ( iAudSize );
for (int i = 0; i < iAudSize; i++)
for ( int i = 0; i < iAudSize; i++ )
{
int current = vecbyAdpcm[2 * i] | (vecbyAdpcm[2 * i + 1] << 8);
if (current & 0x8000)
int current = vecbyAdpcm[2 * i] | ( vecbyAdpcm[2 * i + 1] << 8 );
if ( current & 0x8000 )
{
current -= 0x10000;
}
vecsOut[i] = (short) current;
}
@ -111,38 +113,38 @@ CVector<short> CAudioCompression::Decode(const CVector<unsigned char>& vecbyAdpc
/* IMA-ADPCM implementation ------------------------------------------------- */
int CImaAdpcm::Init(const int iNewAudioLen)
int CImaAdpcm::Init ( const int iNewAudioLen )
{
/* set lengths for audio and compressed data */
iAudSize = iNewAudioLen;
iAdpcmSize = 4 /* bytes header */ + (int) ceil(
(double) (iAudSize - 2 /* first two samples are in header */) / 2);
iAdpcmSize = 4 /* bytes header */ + (int) ceil (
(double) ( iAudSize - 2 /* first two samples are in header */ ) / 2 );
iStepindEnc = 0;
return iAdpcmSize;
}
CVector<unsigned char> CImaAdpcm::Encode(const CVector<short>& vecsAudio)
CVector<unsigned char> CImaAdpcm::Encode ( const CVector<short>& vecsAudio )
{
int i;
CVector<unsigned char> vecbyAdpcm;
CVector<unsigned char> vecbyAdpcmTemp;
/* init size */
vecbyAdpcm.Init(iAdpcmSize);
vecbyAdpcmTemp.Init(iAudSize);
vecbyAdpcm.Init ( iAdpcmSize );
vecbyAdpcmTemp.Init ( iAudSize );
/* encode the block header ----------------------------------------------- */
vecbyAdpcm[0] = vecsAudio[0] & 0xFF;
vecbyAdpcm[1] = (vecsAudio[0] >> 8) & 0xFF;
vecbyAdpcm[1] = ( vecsAudio[0] >> 8 ) & 0xFF;
vecbyAdpcm[2] = iStepindEnc;
int iPrevAudio = vecsAudio[0];
/* encode the samples as 4 bit ------------------------------------------- */
for (i = 1; i < iAudSize; i++)
for ( i = 1; i < iAudSize; i++ )
{
/* init diff and step */
int diff = vecsAudio[i] - iPrevAudio;
@ -151,15 +153,15 @@ CVector<unsigned char> CImaAdpcm::Encode(const CVector<short>& vecsAudio)
short bytecode = 0;
int vpdiff = step >> 3;
if (diff < 0)
if ( diff < 0 )
{
bytecode = 8;
diff = -diff;
}
short mask = 4;
while (mask)
while ( mask )
{
if (diff >= step)
if ( diff >= step )
{
bytecode |= mask;
diff -= step;
@ -169,17 +171,21 @@ CVector<unsigned char> CImaAdpcm::Encode(const CVector<short>& vecsAudio)
mask >>= 1;
}
if (bytecode & 8)
if ( bytecode & 8 )
{
iPrevAudio -= vpdiff;
}
else
{
iPrevAudio += vpdiff;
}
/* adjust step size */
iStepindEnc += ima_indx_adjust[bytecode];
/* check that values do not exceed the bounds */
iPrevAudio = CheckBounds(iPrevAudio, _MINSHORT, _MAXSHORT);
iStepindEnc = CheckBounds(iStepindEnc, 0, IMA_STEP_SIZE_TAB_LEN - 1);
iPrevAudio = CheckBounds ( iPrevAudio, _MINSHORT, _MAXSHORT );
iStepindEnc = CheckBounds ( iStepindEnc, 0, IMA_STEP_SIZE_TAB_LEN - 1 );
/* use the input buffer as an intermediate result buffer */
vecbyAdpcmTemp[i] = bytecode;
@ -190,30 +196,32 @@ CVector<unsigned char> CImaAdpcm::Encode(const CVector<short>& vecsAudio)
/* The first encoded audio sample is in header */
vecbyAdpcm[3] = vecbyAdpcmTemp[1] & 0x0F;
for (i = 4; i < iAdpcmSize; i++)
for ( i = 4; i < iAdpcmSize; i++ )
{
vecbyAdpcm[i] = vecbyAdpcmTemp[2 * i - 6] & 0x0F;
vecbyAdpcm[i] |= (vecbyAdpcmTemp[2 * i - 5] << 4) & 0xF0;
vecbyAdpcm[i] |= ( vecbyAdpcmTemp[2 * i - 5] << 4 ) & 0xF0;
}
return vecbyAdpcm;
}
CVector<short> CImaAdpcm::Decode(const CVector<unsigned char>& vecbyAdpcm)
CVector<short> CImaAdpcm::Decode ( const CVector<unsigned char>& vecbyAdpcm )
{
int i;
CVector<short> vecsAudio;
vecsAudio.Init(iAudSize);
vecsAudio.Init ( iAudSize );
/* read and check the block header --------------------------------------- */
int current = vecbyAdpcm[0] | (vecbyAdpcm[1] << 8);
if (current & 0x8000)
int current = vecbyAdpcm[0] | ( vecbyAdpcm[1] << 8 );
if ( current & 0x8000 )
{
current -= 0x10000;
}
/* get and bound step index */
int iStepindDec = CheckBounds(vecbyAdpcm[2], 0, IMA_STEP_SIZE_TAB_LEN - 1);
int iStepindDec = CheckBounds ( vecbyAdpcm[2], 0, IMA_STEP_SIZE_TAB_LEN - 1 );
/* set first sample which was delivered in the header */
vecsAudio[0] = current;
@ -225,16 +233,16 @@ CVector<short> CImaAdpcm::Decode(const CVector<unsigned char>& vecbyAdpcm)
/* The first encoded audio sample is in header */
vecsAudio[1] = vecbyAdpcm[3] & 0x0F;
for (i = 4; i < iAdpcmSize; i++)
for ( i = 4; i < iAdpcmSize; i++ )
{
const short bytecode = vecbyAdpcm[i];
vecsAudio[2 * i - 6] = bytecode & 0x0F;
vecsAudio[2 * i - 5] = (bytecode >> 4) & 0x0F;
vecsAudio[2 * i - 5] = ( bytecode >> 4 ) & 0x0F;
}
/* decode the encoded 4 bit samples -------------------------------------- */
for (i = 1; i < iAudSize; i++)
for ( i = 1; i < iAudSize; i++ )
{
const short bytecode = vecsAudio[i] & 0xF ;
@ -242,21 +250,29 @@ CVector<short> CImaAdpcm::Decode(const CVector<unsigned char>& vecbyAdpcm)
int current = vecsAudio[i - 1];
int diff = step >> 3;
if (bytecode & 1)
if ( bytecode & 1 )
{
diff += step >> 2;
if (bytecode & 2)
}
if ( bytecode & 2 )
{
diff += step >> 1;
if (bytecode & 4)
}
if ( bytecode & 4 )
{
diff += step;
if (bytecode & 8)
}
if ( bytecode & 8 )
{
diff = -diff;
}
current += diff;
iStepindDec += ima_indx_adjust[bytecode];
/* check that values do not exceed the bounds */
current = CheckBounds(current, _MINSHORT, _MAXSHORT);
iStepindDec = CheckBounds(iStepindDec, 0, IMA_STEP_SIZE_TAB_LEN - 1);
current = CheckBounds ( current, _MINSHORT, _MAXSHORT );
iStepindDec = CheckBounds ( iStepindDec, 0, IMA_STEP_SIZE_TAB_LEN - 1 );
vecsAudio[i] = current;
}

6
src/audiocompr.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(AUDIOCOMPR_H_OIHGE76GEKJH3249_GEG98EG3_43441912__INCLUDED_)
#if !defined ( AUDIOCOMPR_H_OIHGE76GEKJH3249_GEG98EG3_43441912__INCLUDED_ )
#define AUDIOCOMPR_H_OIHGE76GEKJH3249_GEG98EG3_43441912__INCLUDED_
#include "util.h"
@ -68,7 +68,7 @@ protected:
int iAdpcmSize;
int iStepindEnc;
/* inline functions must be declared in the header */
// inline functions must be declared in the header
inline int CheckBounds ( const int iData, const int iMin, const int iMax )
{
if ( iData > iMax )
@ -107,4 +107,4 @@ protected:
};
#endif /* !defined(AUDIOCOMPR_H_OIHGE76GEKJH3249_GEG98EG3_43441912__INCLUDED_) */
#endif /* !defined ( AUDIOCOMPR_H_OIHGE76GEKJH3249_GEG98EG3_43441912__INCLUDED_ ) */

8
src/audiomixerboard.cpp
View file

@ -57,12 +57,12 @@ CChannelFader::CChannelFader ( QWidget* pNW,
pParentLayout->insertLayout ( 0, pMainGrid );
// add help text to controls
QWhatsThis::add(pFader, "<b>Mixer Fader:</b> Adjusts the audio level of this "
QWhatsThis::add ( pFader, "<b>Mixer Fader:</b> Adjusts the audio level of this "
"channel. All connected clients at the server will be assigned an audio "
"fader at each client");
"fader at each client" );
QWhatsThis::add(pLabel, "<b>Mixer Fader Label:</b> Label (fader tag) identifying "
"the connected client. The tag name can be set in the clients main window.");
QWhatsThis::add ( pLabel, "<b>Mixer Fader Label:</b> Label (fader tag) identifying "
"the connected client. The tag name can be set in the clients main window." );
// connections -------------------------------------------------------------

2
src/audiomixerboard.h
View file

@ -25,7 +25,7 @@
*
\******************************************************************************/
#if !defined(MIXERBOARD_H__FD6B49E1606C2AC__INCLUDED_)
#if !defined ( MIXERBOARD_H__FD6B49E1606C2AC__INCLUDED_ )
#define MIXERBOARD_H__FD6B49E1606C2AC__INCLUDED_
#include <qframe.h>

168
src/buffer.cpp
View file

@ -39,28 +39,36 @@ void CNetBuf::Init ( const int iNewBlockSize, const int iNewNumBlocks )
bFadeInNewPutData = true;
/* allocate and clear memory for actual data buffer */
vecdMemory.Init(iMemSize);
vecdMemory.Init ( iMemSize );
/* use the "get" flag to make sure the buffer is cleared */
Clear(CT_GET);
Clear ( CT_GET );
/* initialize number of samples for fading effect */
if (FADE_IN_OUT_NUM_SAM < iBlockSize)
if ( FADE_IN_OUT_NUM_SAM < iBlockSize )
{
iNumSamFading = iBlockSize;
}
else
{
iNumSamFading = FADE_IN_OUT_NUM_SAM;
}
if (FADE_IN_OUT_NUM_SAM_EXTRA > iBlockSize)
if ( FADE_IN_OUT_NUM_SAM_EXTRA > iBlockSize )
{
iNumSamFadingExtra = iBlockSize;
}
else
{
iNumSamFadingExtra = FADE_IN_OUT_NUM_SAM;
}
/* init variables for extrapolation (in case a fade out is needed) */
dExPDiff = 0.0;
dExPLastV = 0.0;
}
bool CNetBuf::Put(CVector<double>& vecdData)
bool CNetBuf::Put ( CVector<double>& vecdData )
{
#ifdef _DEBUG_
static FILE* pFileBI = fopen("bufferin.dat", "w");
@ -74,11 +82,11 @@ fflush(pFileBI);
const int iInSize = vecdData.Size();
/* Check if there is not enough space available -> correct */
if (GetAvailSpace() < iInSize)
if ( GetAvailSpace() < iInSize )
{
/* not enough space in buffer for put operation, correct buffer to
prepare for new data */
Clear(CT_PUT);
Clear ( CT_PUT );
/* set flag to fade in new block to avoid clicks */
bFadeInNewPutData = true;
@ -87,41 +95,53 @@ fflush(pFileBI);
}
/* fade in new block if required */
if (bFadeInNewPutData)
FadeInAudioDataBlock(vecdData);
if ( bFadeInNewPutData )
{
FadeInAudioDataBlock ( vecdData );
}
/* copy new data in internal buffer */
int iCurPos = 0;
if (iPutPos + iInSize > iMemSize)
if ( iPutPos + iInSize > iMemSize )
{
/* remaining space size for second block */
const int iRemSpace = iPutPos + iInSize - iMemSize;
/* data must be written in two steps because of wrap around */
while (iPutPos < iMemSize)
{
vecdMemory[iPutPos++] = vecdData[iCurPos++];
}
for (iPutPos = 0; iPutPos < iRemSpace; iPutPos++)
for ( iPutPos = 0; iPutPos < iRemSpace; iPutPos++ )
{
vecdMemory[iPutPos] = vecdData[iCurPos++];
}
}
else
{
/* data can be written in one step */
const int iEnd = iPutPos + iInSize;
while (iPutPos < iEnd)
while ( iPutPos < iEnd )
{
vecdMemory[iPutPos++] = vecdData[iCurPos++];
}
}
/* set buffer state flag */
if (iPutPos == iGetPos)
if ( iPutPos == iGetPos )
{
eBufState = CNetBuf::BS_FULL;
}
else
{
eBufState = CNetBuf::BS_OK;
}
return bPutOK;
}
bool CNetBuf::Get(CVector<double>& vecdData)
bool CNetBuf::Get ( CVector<double>& vecdData )
{
bool bGetOK = true; /* init return value */
bool bFadeOutExtrap = false;
@ -130,11 +150,11 @@ bool CNetBuf::Get(CVector<double>& vecdData)
const int iInSize = vecdData.Size();
/* Check if there is not enough data available -> correct */
if (GetAvailData() < iInSize)
if ( GetAvailData() < iInSize )
{
/* not enough data in buffer for get operation, correct buffer to
prepare for getting data */
Clear(CT_GET);
Clear ( CT_GET );
/* set flag to fade in next new block in buffer and fade out last
block by extrapolation to avoid clicks */
@ -146,45 +166,57 @@ bool CNetBuf::Get(CVector<double>& vecdData)
/* copy data from internal buffer in output buffer */
int iCurPos = 0;
if (iGetPos + iInSize > iMemSize)
if ( iGetPos + iInSize > iMemSize )
{
/* remaining data size for second block */
const int iRemData = iGetPos + iInSize - iMemSize;
/* data must be read in two steps because of wrap around */
while (iGetPos < iMemSize)
while ( iGetPos < iMemSize )
{
vecdData[iCurPos++] = vecdMemory[iGetPos++];
}
for (iGetPos = 0; iGetPos < iRemData; iGetPos++)
for ( iGetPos = 0; iGetPos < iRemData; iGetPos++ )
{
vecdData[iCurPos++] = vecdMemory[iGetPos];
}
}
else
{
/* data can be read in one step */
const int iEnd = iGetPos + iInSize;
while (iGetPos < iEnd)
while ( iGetPos < iEnd )
{
vecdData[iCurPos++] = vecdMemory[iGetPos++];
}
}
/* set buffer state flag */
if (iPutPos == iGetPos)
if ( iPutPos == iGetPos )
{
eBufState = CNetBuf::BS_EMPTY;
}
else
{
eBufState = CNetBuf::BS_OK;
}
/* extrapolate data from old block to avoid "clicks"
we have to do this method since we cannot fade out the old block
anymore since it is already gone (processed or send through the
network) */
if (bFadeOutExtrap)
FadeOutExtrapolateAudioDataBlock(vecdData, dExPDiff, dExPLastV);
if ( bFadeOutExtrap )
{
FadeOutExtrapolateAudioDataBlock ( vecdData, dExPDiff, dExPLastV );
}
/* save some paramters from last block which is needed in case we do not
have enough data for next "get" operation and need to extrapolate the
signal to avoid "clicks"
we assume here that "iBlockSize" is larger than 1! */
dExPDiff = vecdData[iInSize - 1] - vecdData[iInSize - 2];
dExPDiff = vecdData[iInSize - 1] - vecdData[iInSize - 2];
dExPLastV = vecdData[iInSize - 1];
return bGetOK;
@ -196,10 +228,17 @@ int CNetBuf::GetAvailSpace() const
int iAvSpace = iGetPos - iPutPos;
/* check for special case and wrap around */
if (iAvSpace < 0)
if ( iAvSpace < 0 )
{
iAvSpace += iMemSize; /* wrap around */
else if ((iAvSpace == 0) && (eBufState == BS_EMPTY))
iAvSpace = iMemSize;
}
else
{
if ( ( iAvSpace == 0 ) && ( eBufState == BS_EMPTY ) )
{
iAvSpace = iMemSize;
}
}
return iAvSpace;
}
@ -210,15 +249,22 @@ int CNetBuf::GetAvailData() const
int iAvData = iPutPos - iGetPos;
/* check for special case and wrap around */
if (iAvData < 0)
if ( iAvData < 0 )
{
iAvData += iMemSize; /* wrap around */
else if ((iAvData == 0) && (eBufState == BS_FULL))
iAvData = iMemSize;
}
else
{
if ( ( iAvData == 0 ) && ( eBufState == BS_FULL ) )
{
iAvData = iMemSize;
}
}
return iAvData;
}
void CNetBuf::Clear(const EClearType eClearType)
void CNetBuf::Clear ( const EClearType eClearType )
{
int iMiddleOfBuffer;
@ -229,21 +275,21 @@ void CNetBuf::Clear(const EClearType eClearType)
number of blocks, e.g.:
[buffer size]: [get pos]
1: 0 / 2: 0 / 3: 1 / 4: 1 / ... */
iMiddleOfBuffer = (((iMemSize - iBlockSize) / 2) / iBlockSize) * iBlockSize;
iMiddleOfBuffer = ( ( ( iMemSize - iBlockSize) / 2 ) / iBlockSize ) * iBlockSize;
#else
// old code
// somehow the old code seems to work better than the sophisticated new one....?
/* 1: 0 / 2: 1 / 3: 1 / 4: 2 / ... */
iMiddleOfBuffer = ((iMemSize / 2) / iBlockSize) * iBlockSize;
iMiddleOfBuffer = ( ( iMemSize / 2 ) / iBlockSize ) * iBlockSize;
#endif
/* different behaviour for get and put corrections */
if (eClearType == CT_GET)
if ( eClearType == CT_GET )
{
/* clear buffer */
vecdMemory.Reset(0.0);
vecdMemory.Reset ( 0.0 );
/* correct buffer so that after the current get operation the pointer
are at maximum distance */
@ -251,10 +297,14 @@ void CNetBuf::Clear(const EClearType eClearType)
iGetPos = iMiddleOfBuffer;
/* check for special case */
if (iPutPos == iGetPos)
if ( iPutPos == iGetPos )
{
eBufState = CNetBuf::BS_FULL;
}
else
{
eBufState = CNetBuf::BS_OK;
}
}
else
{
@ -265,43 +315,45 @@ void CNetBuf::Clear(const EClearType eClearType)
/* adjust put pointer relative to current get pointer, take care of
wrap around */
iPutPos += iGetPos;
if (iPutPos > iMemSize)
if ( iPutPos > iMemSize )
{
iPutPos -= iMemSize;
}
/* fade out old data right before new put pointer */
int iCurPos = iPutPos - iNumSamFading;
int i = iNumSamFading;
if (iCurPos < 0)
if ( iCurPos < 0 )
{
/* wrap around */
iCurPos += iMemSize;
/* data must be processed in two steps because of wrap around */
while (iCurPos < iMemSize)
while ( iCurPos < iMemSize )
{
vecdMemory[iCurPos++] *= ((double) i / iNumSamFading);
vecdMemory[iCurPos++] *= ( (double) i / iNumSamFading );
i--;
}
for (iCurPos = 0; iCurPos < iPutPos; iCurPos++)
for ( iCurPos = 0; iCurPos < iPutPos; iCurPos++ )
{
vecdMemory[iCurPos] *= ((double) i / iNumSamFading);
vecdMemory[iCurPos] *= ( (double) i / iNumSamFading );
i--;
}
}
else
{
/* data can be processed in one step */
while (iCurPos < iPutPos)
while ( iCurPos < iPutPos )
{
vecdMemory[iCurPos++] *= ((double) i / iNumSamFading);
vecdMemory[iCurPos++] *= ( (double) i / iNumSamFading );
i--;
}
}
/* check for special case */
if (iPutPos == iGetPos)
if ( iPutPos == iGetPos )
{
eBufState = CNetBuf::BS_EMPTY;
}
@ -312,30 +364,30 @@ void CNetBuf::Clear(const EClearType eClearType)
}
}
void CNetBuf::FadeInAudioDataBlock(CVector<double>& vecdData)
void CNetBuf::FadeInAudioDataBlock ( CVector<double>& vecdData )
{
/* apply linear fading */
for (int i = 0; i < iNumSamFading; i++)
for ( int i = 0; i < iNumSamFading; i++ )
{
vecdData[i] *= ((double) i / iNumSamFading);
vecdData[i] *= ( (double) i / iNumSamFading );
}
/* reset flag */
bFadeInNewPutData = false;
}
void CNetBuf::FadeOutExtrapolateAudioDataBlock(CVector<double>& vecdData,
const double dExPDiff,
const double dExPLastV)
void CNetBuf::FadeOutExtrapolateAudioDataBlock ( CVector<double>& vecdData,
const double dExPDiff,
const double dExPLastV )
{
/* apply linear extrapolation and linear fading */
for (int i = 0; i < iNumSamFadingExtra; i++)
for ( int i = 0; i < iNumSamFadingExtra; i++ )
{
/* calculate extrapolated value */
vecdData[i] = ((i + 1) * dExPDiff + dExPLastV);
vecdData[i] = ( ( i + 1 ) * dExPDiff + dExPLastV );
/* linear fading */
vecdData[i] *= ((double) (iNumSamFadingExtra - i) / iNumSamFadingExtra);
vecdData[i] *= ( (double) ( iNumSamFadingExtra - i ) / iNumSamFadingExtra );
}
}
@ -348,12 +400,12 @@ void CConvBuf::Init ( const int iNewMemSize )
iMemSize = iNewMemSize;
/* allocate and clear memory for actual data buffer */
vecsMemory.Init(iMemSize);
vecsMemory.Init ( iMemSize );
iPutPos = 0;
}
bool CConvBuf::Put ( const CVector<short>& vecsData)
bool CConvBuf::Put ( const CVector<short>& vecsData )
{
const int iVecSize = vecsData.Size();

44
src/buffer.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(BUFFER_H__3B123453_4344_BB23945IUHF1912__INCLUDED_)
#if !defined ( BUFFER_H__3B123453_4344_BB23945IUHF1912__INCLUDED_ )
#define BUFFER_H__3B123453_4344_BB23945IUHF1912__INCLUDED_
#include "util.h"
@ -30,12 +30,12 @@
/* Definitions ****************************************************************/
/* time for fading effect for masking drop outs */
#define FADE_IN_OUT_TIME ((double) 0.3) /* ms */
#define FADE_IN_OUT_NUM_SAM ((int) (SAMPLE_RATE * FADE_IN_OUT_TIME) / 1000)
// time for fading effect for masking drop outs
#define FADE_IN_OUT_TIME ( (double) 0.3 ) // ms
#define FADE_IN_OUT_NUM_SAM ( (int) ( SAMPLE_RATE * FADE_IN_OUT_TIME ) / 1000 )
/* for extrapolation a shorter time for fading */
#define FADE_IN_OUT_NUM_SAM_EXTRA 5 /* samples */
// for extrapolation a shorter time for fading
#define FADE_IN_OUT_NUM_SAM_EXTRA 5 // samples
/* Classes ********************************************************************/
@ -45,21 +45,21 @@ public:
CNetBuf() {}
virtual ~CNetBuf() {}
void Init(const int iNewBlockSize, const int iNewNumBlocks);
int GetSize() {return iMemSize / iBlockSize;}
void Init ( const int iNewBlockSize, const int iNewNumBlocks );
int GetSize() { return iMemSize / iBlockSize; }
bool Put(CVector<double>& vecdData);
bool Get(CVector<double>& vecdData);
bool Put ( CVector<double>& vecdData );
bool Get ( CVector<double>& vecdData );
protected:
enum EBufState {BS_OK, BS_FULL, BS_EMPTY};
enum EClearType {CT_PUT, CT_GET};
void Clear(const EClearType eClearType);
enum EBufState { BS_OK, BS_FULL, BS_EMPTY };
enum EClearType { CT_PUT, CT_GET };
void Clear ( const EClearType eClearType );
int GetAvailSpace() const;
int GetAvailData() const;
void FadeInAudioDataBlock(CVector<double>& vecdData);
void FadeOutExtrapolateAudioDataBlock(CVector<double>& vecdData,
const double dExPDiff, const double dExPLastV);
void FadeInAudioDataBlock ( CVector<double>& vecdData );
void FadeOutExtrapolateAudioDataBlock ( CVector<double>& vecdData,
const double dExPDiff, const double dExPLastV );
CVector<double> vecdMemory;
int iMemSize;
@ -70,24 +70,24 @@ protected:
int iNumSamFading;
int iNumSamFadingExtra;
/* extrapolation parameters */
// extrapolation parameters
double dExPDiff;
double dExPLastV;
};
/* conversion buffer (very simple buffer) */
// conversion buffer (very simple buffer)
class CConvBuf
{
public:
CConvBuf () {}
virtual ~CConvBuf () {}
CConvBuf() {}
virtual ~CConvBuf() {}
void Init ( const int iNewMemSize );
int GetSize() { return iMemSize; }
bool Put ( const CVector<short>& vecsData );
CVector<short> Get ();
CVector<short> Get();
protected:
CVector<short> vecsMemory;
@ -97,4 +97,4 @@ protected:
};
#endif /* !defined(BUFFER_H__3B123453_4344_BB23945IUHF1912__INCLUDED_) */
#endif /* !defined ( BUFFER_H__3B123453_4344_BB23945IUHF1912__INCLUDED_ ) */

8
src/channel.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(CHANNEL_HOIH9345KJH98_3_4344_BB23945IUHF1912__INCLUDED_)
#if !defined ( CHANNEL_HOIH9345KJH98_3_4344_BB23945IUHF1912__INCLUDED_ )
#define CHANNEL_HOIH9345KJH98_3_4344_BB23945IUHF1912__INCLUDED_
#include <qthread.h>
@ -42,7 +42,7 @@
#define CON_TIME_OUT_SEC_MAX 5 // seconds
// no valid channel number
#define INVALID_CHANNEL_ID (MAX_NUM_CHANNELS + 1)
#define INVALID_CHANNEL_ID ( MAX_NUM_CHANNELS + 1 )
enum EPutDataStat
{
@ -85,7 +85,7 @@ public:
void SetAddress ( const CHostAddress NAddr ) { InetAddr = NAddr; }
bool GetAddress ( CHostAddress& RetAddr );
CHostAddress GetAddress () { return InetAddr; }
CHostAddress GetAddress() { return InetAddr; }
void SetName ( const std::string sNNa ) { sName = sNNa; }
std::string GetName() { return sName; }
@ -317,4 +317,4 @@ protected:
};
#endif /* !defined(CHANNEL_HOIH9345KJH98_3_4344_BB23945IUHF1912__INCLUDED_) */
#endif /* !defined ( CHANNEL_HOIH9345KJH98_3_4344_BB23945IUHF1912__INCLUDED_ ) */

22
src/client.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(CLIENT_HOIHGE76GEKJH98_3_43445KJIUHF1912__INCLUDED_)
#if !defined ( CLIENT_HOIHGE76GEKJH98_3_43445KJIUHF1912__INCLUDED_ )
#define CLIENT_HOIHGE76GEKJH98_3_43445KJIUHF1912__INCLUDED_
#include <qthread.h>
@ -94,7 +94,7 @@ public:
// tell the server that size has changed
Channel.CreateJitBufMes ( iNumBlocks );
}
int GetSockBufSize() { return Channel.GetSockBufSize (); }
int GetSockBufSize() { return Channel.GetSockBufSize(); }
void SetNetwBufSizeFactIn ( const int iNewNetNetwBlSiFactIn )
@ -126,9 +126,9 @@ public:
std::string strName;
protected:
virtual void run ();
virtual void run();
/* only one channel is needed for client application */
// only one channel is needed for client application
CChannel Channel;
CSocket Socket;
@ -158,13 +158,13 @@ protected:
CVector<short> vecsNetwork;
/* resample objects */
CAudioResample ResampleObjDownL; /* left channel */
CAudioResample ResampleObjDownR; /* right channel */
CAudioResample ResampleObjUpL; /* left channel */
CAudioResample ResampleObjUpR; /* right channel */
// resample objects
CAudioResample ResampleObjDownL; // left channel
CAudioResample ResampleObjDownR; // right channel
CAudioResample ResampleObjUpL; // left channel
CAudioResample ResampleObjUpR; // right channel
/* debugging, evaluating */
// debugging, evaluating
CMovingAv<double> RespTimeMoAvBuf;
QTime TimeLastBlock;
@ -179,4 +179,4 @@ signals:
};
#endif /* !defined(CLIENT_HOIHGE76GEKJH98_3_43445KJIUHF1912__INCLUDED_) */
#endif /* !defined ( CLIENT_HOIHGE76GEKJH98_3_43445KJIUHF1912__INCLUDED_ ) */

112
src/clientsettingsdlg.cpp
View file

@ -35,133 +35,133 @@ CClientSettingsDlg::CClientSettingsDlg ( CClient* pNCliP, QWidget* parent,
/* init slider controls --- */
/* sound buffer in */
SliderSndBufIn->setRange(2, AUD_SLIDER_LENGTH);
SliderSndBufIn->setRange ( 2, AUD_SLIDER_LENGTH );
const int iCurNumInBuf = pClient->GetSndInterface()->GetInNumBuf();
SliderSndBufIn->setValue(iCurNumInBuf);
TextSndBufIn->setText("In: " + QString().setNum(iCurNumInBuf));
SliderSndBufIn->setValue ( iCurNumInBuf );
TextSndBufIn->setText ( "In: " + QString().setNum ( iCurNumInBuf ) );
/* sound buffer out */
SliderSndBufOut->setRange(2, AUD_SLIDER_LENGTH);
SliderSndBufOut->setRange ( 2, AUD_SLIDER_LENGTH );
const int iCurNumOutBuf = pClient->GetSndInterface()->GetOutNumBuf();
SliderSndBufOut->setValue(iCurNumOutBuf);
TextSndBufOut->setText("Out: " + QString().setNum(iCurNumOutBuf));
SliderSndBufOut->setValue ( iCurNumOutBuf );
TextSndBufOut->setText ( "Out: " + QString().setNum ( iCurNumOutBuf ) );
/* network buffer */
SliderNetBuf->setRange(0, MAX_NET_BUF_SIZE_NUM_BL);
SliderNetBuf->setRange ( 0, MAX_NET_BUF_SIZE_NUM_BL );
const int iCurNumNetBuf = pClient->GetSockBufSize();
SliderNetBuf->setValue(iCurNumNetBuf);
TextNetBuf->setText("Size: " + QString().setNum(iCurNumNetBuf));
SliderNetBuf->setValue ( iCurNumNetBuf );
TextNetBuf->setText ( "Size: " + QString().setNum ( iCurNumNetBuf ) );
/* network buffer size factor in */
SliderNetBufSiFactIn->setRange(1, MAX_NET_BLOCK_SIZE_FACTOR);
SliderNetBufSiFactIn->setRange ( 1, MAX_NET_BLOCK_SIZE_FACTOR );
const int iCurNetBufSiFactIn = pClient->GetNetwBufSizeFactIn();
SliderNetBufSiFactIn->setValue(iCurNetBufSiFactIn);
TextNetBufSiFactIn->setText("In:\n" + QString().setNum(
double(iCurNetBufSiFactIn * MIN_BLOCK_DURATION_MS), 'f', 2) +
" ms");
SliderNetBufSiFactIn->setValue ( iCurNetBufSiFactIn );
TextNetBufSiFactIn->setText ( "In:\n" + QString().setNum (
double ( iCurNetBufSiFactIn * MIN_BLOCK_DURATION_MS ), 'f', 2 ) +
" ms" );
/* network buffer size factor out */
SliderNetBufSiFactOut->setRange(1, MAX_NET_BLOCK_SIZE_FACTOR);
SliderNetBufSiFactOut->setRange ( 1, MAX_NET_BLOCK_SIZE_FACTOR );
const int iCurNetBufSiFactOut = pClient->GetNetwBufSizeFactOut();
SliderNetBufSiFactOut->setValue(iCurNetBufSiFactOut);
TextNetBufSiFactOut->setText("Out:\n" + QString().setNum(
double(iCurNetBufSiFactOut * MIN_BLOCK_DURATION_MS), 'f', 2) +
" ms");
SliderNetBufSiFactOut->setValue ( iCurNetBufSiFactOut );
TextNetBufSiFactOut->setText ( "Out:\n" + QString().setNum (
double ( iCurNetBufSiFactOut * MIN_BLOCK_DURATION_MS), 'f', 2 ) +
" ms" );
/* connections ---------------------------------------------------------- */
/* timers */
QObject::connect(&TimerStatus, SIGNAL(timeout()),
this, SLOT(OnTimerStatus()));
QObject::connect ( &TimerStatus, SIGNAL ( timeout() ),
this, SLOT ( OnTimerStatus() ) );
/* sliders */
QObject::connect(SliderSndBufIn, SIGNAL(valueChanged(int)),
this, SLOT(OnSliderSndBufInChange(int)));
QObject::connect(SliderSndBufOut, SIGNAL(valueChanged(int)),
this, SLOT(OnSliderSndBufOutChange(int)));
QObject::connect ( SliderSndBufIn, SIGNAL ( valueChanged ( int ) ),
this, SLOT ( OnSliderSndBufInChange ( int ) ) );
QObject::connect ( SliderSndBufOut, SIGNAL ( valueChanged ( int ) ),
this, SLOT ( OnSliderSndBufOutChange ( int ) ) );
QObject::connect(SliderNetBuf, SIGNAL(valueChanged(int)),
this, SLOT(OnSliderNetBuf(int)));
QObject::connect ( SliderNetBuf, SIGNAL ( valueChanged ( int ) ),
this, SLOT ( OnSliderNetBuf ( int ) ) );
QObject::connect(SliderNetBufSiFactIn, SIGNAL(valueChanged(int)),
this, SLOT(OnSliderNetBufSiFactIn(int)));
QObject::connect(SliderNetBufSiFactOut, SIGNAL(valueChanged(int)),
this, SLOT(OnSliderNetBufSiFactOut(int)));
QObject::connect ( SliderNetBufSiFactIn, SIGNAL ( valueChanged ( int ) ),
this, SLOT ( OnSliderNetBufSiFactIn ( int ) ) );
QObject::connect ( SliderNetBufSiFactOut, SIGNAL ( valueChanged ( int ) ),
this, SLOT ( OnSliderNetBufSiFactOut ( int ) ) );
/* timers --------------------------------------------------------------- */
/* start timer for status bar */
TimerStatus.start(DISPLAY_UPDATE_TIME);
TimerStatus.start ( DISPLAY_UPDATE_TIME );
}
void CClientSettingsDlg::OnSliderSndBufInChange(int value)
void CClientSettingsDlg::OnSliderSndBufInChange ( int value )
{
pClient->GetSndInterface()->SetInNumBuf(value);
TextSndBufIn->setText("In: " + QString().setNum(value));
pClient->GetSndInterface()->SetInNumBuf ( value );
TextSndBufIn->setText ( "In: " + QString().setNum ( value ) );
UpdateDisplay();
}
void CClientSettingsDlg::OnSliderSndBufOutChange(int value)
void CClientSettingsDlg::OnSliderSndBufOutChange ( int value )
{
pClient->GetSndInterface()->SetOutNumBuf(value);
TextSndBufOut->setText("Out: " + QString().setNum(value));
pClient->GetSndInterface()->SetOutNumBuf ( value );
TextSndBufOut->setText ( "Out: " + QString().setNum ( value ) );
UpdateDisplay();
}
void CClientSettingsDlg::OnSliderNetBuf(int value)
void CClientSettingsDlg::OnSliderNetBuf ( int value )
{
pClient->SetSockBufSize ( value );
TextNetBuf->setText("Size: " + QString().setNum(value));
TextNetBuf->setText ( "Size: " + QString().setNum ( value ) );
UpdateDisplay();
}
void CClientSettingsDlg::OnSliderNetBufSiFactIn(int value)
void CClientSettingsDlg::OnSliderNetBufSiFactIn ( int value )
{
pClient->SetNetwBufSizeFactIn ( value );
TextNetBufSiFactIn->setText("In:\n" + QString().setNum(
double(value * MIN_BLOCK_DURATION_MS), 'f', 2) +
" ms");
TextNetBufSiFactIn->setText ( "In:\n" + QString().setNum (
double ( value * MIN_BLOCK_DURATION_MS ), 'f', 2 ) +
" ms" );
UpdateDisplay();
}
void CClientSettingsDlg::OnSliderNetBufSiFactOut(int value)
void CClientSettingsDlg::OnSliderNetBufSiFactOut ( int value )
{
pClient->SetNetwBufSizeFactOut ( value );
TextNetBufSiFactOut->setText("Out:\n" + QString().setNum(
double(value * MIN_BLOCK_DURATION_MS), 'f', 2) +
" ms");
TextNetBufSiFactOut->setText ( "Out:\n" + QString().setNum (
double ( value * MIN_BLOCK_DURATION_MS ), 'f', 2 ) +
" ms" );
UpdateDisplay();
}
void CClientSettingsDlg::UpdateDisplay()
{
/* response time */
TextLabelStdDevTimer->setText(QString().
setNum(pClient->GetTimingStdDev(), 'f', 2) + " ms");
TextLabelStdDevTimer->setText ( QString().
setNum ( pClient->GetTimingStdDev(), 'f', 2 ) + " ms" );
}
void CClientSettingsDlg::SetStatus ( const int iMessType, const int iStatus )
{
switch(iMessType)
switch ( iMessType )
{
case MS_SOUND_IN:
CLEDSoundIn->SetLight(iStatus);
CLEDSoundIn->SetLight ( iStatus );
break;
case MS_SOUND_OUT:
CLEDSoundOut->SetLight(iStatus);
CLEDSoundOut->SetLight ( iStatus );
break;
case MS_JIT_BUF_PUT:
CLEDNetwPut->SetLight(iStatus);
CLEDNetwPut->SetLight ( iStatus );
break;
case MS_JIT_BUF_GET:
CLEDNetwGet->SetLight(iStatus);
CLEDNetwGet->SetLight ( iStatus );
break;
case MS_PROTOCOL:
CLEDProtocolStatus->SetLight(iStatus);
CLEDProtocolStatus->SetLight ( iStatus );
case MS_RESET_ALL:
CLEDSoundIn->Reset();

4
src/clientsettingsdlg.h
View file

@ -44,8 +44,8 @@
/* Definitions ****************************************************************/
/* update time for GUI controls */
#define DISPLAY_UPDATE_TIME 1000 /* ms */
// update time for GUI controls
#define DISPLAY_UPDATE_TIME 1000 // ms
/* Classes ********************************************************************/

56
src/global.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(GLOBAL_H__3B123453_4344_BB2B_23E7A0D31912__INCLUDED_)
#if !defined ( GLOBAL_H__3B123453_4344_BB2B_23E7A0D31912__INCLUDED_ )
#define GLOBAL_H__3B123453_4344_BB2B_23E7A0D31912__INCLUDED_
#include <stdio.h>
@ -36,11 +36,11 @@
/* Definitions ****************************************************************/
/* define this macro to get debug output */
// define this macro to get debug output
#define _DEBUG_
#undef _DEBUG_
/* version and application name (always use this version) */
// version and application name (always use this version)
#undef VERSION
#define VERSION "1.0cvs"
#define APP_NAME "llcon"
@ -68,14 +68,14 @@
// maximum value of factor for network block size
#define MAX_NET_BLOCK_SIZE_FACTOR 8
/* default network block size factor */
// default network block size factor
#define DEF_NET_BLOCK_SIZE_FACTOR 3
/* maximum network buffer size (which can be chosen by slider) */
#define MAX_NET_BUF_SIZE_NUM_BL 10 /* number of blocks */
// maximum network buffer size (which can be chosen by slider)
#define MAX_NET_BUF_SIZE_NUM_BL 10 // number of blocks
/* default network buffer size */
#define DEF_NET_BUF_SIZE_NUM_BL 5 /* number of blocks */
// default network buffer size
#define DEF_NET_BUF_SIZE_NUM_BL 5 // number of blocks
// number of ticks of audio in/out buffer sliders
#ifdef _WIN32
@ -88,26 +88,26 @@
// if you want to change this paramter, there has to be done code modifications
// on other places, too! The code tag "MAX_NUM_CHANNELS_TAG" shows these places
// (just search for the tag in the entire code)
#define MAX_NUM_CHANNELS 10 /* max number channels for server */
#define MAX_NUM_CHANNELS 10 // max number channels for server
/* sample rate offset estimation algorithm */
/* time interval for sample rate offset estimation */
#define TIME_INT_SAM_OFFS_EST 60 /* s */
// sample rate offset estimation algorithm
// time interval for sample rate offset estimation
#define TIME_INT_SAM_OFFS_EST 60 // s
/* time interval of taps for sample rate offset estimation (time stamps) */
#define INTVL_TAPS_SAM_OFF_SET 1 /* s */
// time interval of taps for sample rate offset estimation (time stamps)
#define INTVL_TAPS_SAM_OFF_SET 1 // s
#define NUM_BL_TIME_STAMPS ( ( INTVL_TAPS_SAM_OFF_SET * 1000 ) / MIN_BLOCK_DURATION_MS )
#define VEC_LEN_SAM_OFFS_EST ( TIME_INT_SAM_OFFS_EST / INTVL_TAPS_SAM_OFF_SET )
/* length of the moving average buffer for response time measurement */
#define TIME_MOV_AV_RESPONSE 30 /* seconds */
#define LEN_MOV_AV_RESPONSE (TIME_MOV_AV_RESPONSE * 1000 / MIN_BLOCK_DURATION_MS)
// length of the moving average buffer for response time measurement
#define TIME_MOV_AV_RESPONSE 30 // seconds
#define LEN_MOV_AV_RESPONSE ( TIME_MOV_AV_RESPONSE * 1000 / MIN_BLOCK_DURATION_MS )
#define _MAXSHORT 32767
#define _MAXBYTE 255 /* binary: 11111111 */
#define _MINSHORT (-32768)
#define _MAXBYTE 255 // binary: 11111111
#define _MINSHORT ( -32768 )
#if HAVE_STDINT_H
# include <stdint.h>
@ -126,7 +126,7 @@ typedef unsigned char uint8_t;
/* Definitions for window message system ------------------------------------ */
typedef unsigned int _MESSAGE_IDENT;
#define MS_RESET_ALL 0 /* MS: Message */
#define MS_RESET_ALL 0 // MS: Message
#define MS_SOUND_IN 1
#define MS_SOUND_OUT 2
#define MS_JIT_BUF_PUT 3
@ -143,16 +143,16 @@ typedef unsigned int _MESSAGE_IDENT;
class CGenErr
{
public:
CGenErr(QString strNE) : strError(strNE) {}
CGenErr ( QString strNE ) : strError ( strNE ) {}
QString strError;
};
class CLlconEvent : public QCustomEvent
{
public:
CLlconEvent(int iNewMeTy, int iNewSt, int iNewChN = 0) :
QCustomEvent(QEvent::User + 11), iMessType(iNewMeTy), iStatus(iNewSt),
iChanNum(iNewChN) {}
CLlconEvent ( int iNewMeTy, int iNewSt, int iNewChN = 0 ) :
QCustomEvent ( QEvent::User + 11 ), iMessType ( iNewMeTy ), iStatus ( iNewSt ),
iChanNum ( iNewChN ) {}
int iMessType;
int iStatus;
@ -161,9 +161,9 @@ public:
/* Prototypes for global functions ********************************************/
/* Posting a window message */
void PostWinMessage(const _MESSAGE_IDENT MessID, const int iMessageParam = 0,
const int iChanNum = 0);
// posting a window message
void PostWinMessage ( const _MESSAGE_IDENT MessID, const int iMessageParam = 0,
const int iChanNum = 0 );
#endif /* !defined(GLOBAL_H__3B123453_4344_BB2B_23E7A0D31912__INCLUDED_) */
#endif /* !defined ( GLOBAL_H__3B123453_4344_BB2B_23E7A0D31912__INCLUDED_ ) */

72
src/llconclientdlg.cpp
View file

@ -27,38 +27,38 @@
/* Implementation *************************************************************/
CLlconClientDlg::CLlconClientDlg ( CClient* pNCliP, QWidget* parent,
const char* name, bool modal, WFlags f) : pClient ( pNCliP ),
const char* name, bool modal, WFlags f ) : pClient ( pNCliP ),
CLlconClientDlgBase ( parent, name, modal, f ),
ClientSettingsDlg ( pNCliP, 0, 0, FALSE, Qt::WStyle_MinMax )
{
/* add help text to controls */
QString strInpLevH = tr("<b>Input level meter:</b> Shows the level of the "
QString strInpLevH = tr ( "<b>Input level meter:</b> Shows the level of the "
"input audio signal of the sound card. The level is in dB. Overload "
"should be avoided.");
QWhatsThis::add(TextLabelInputLevel, strInpLevH);
QWhatsThis::add(ProgressBarInputLevelL, strInpLevH);
QWhatsThis::add(ProgressBarInputLevelR, strInpLevH);
"should be avoided." );
QWhatsThis::add ( TextLabelInputLevel, strInpLevH );
QWhatsThis::add ( ProgressBarInputLevelL, strInpLevH );
QWhatsThis::add ( ProgressBarInputLevelR, strInpLevH );
QWhatsThis::add(PushButtonConnect, tr("<b>Connect / Disconnect Button:"
QWhatsThis::add(PushButtonConnect, tr ( "<b>Connect / Disconnect Button:"
"</b> Push this button to connect the server. A valid IP address has "
"to be specified before. If the client is connected, pressing this "
"button will disconnect the connection."));
"button will disconnect the connection." ) );
QWhatsThis::add(TextLabelStatus, tr("<b>Status Bar:</b> In the status bar "
QWhatsThis::add(TextLabelStatus, tr ( "<b>Status Bar:</b> In the status bar "
"different messages are displayed. E.g., if an error occurred or the "
"status of the connection is shown."));
"status of the connection is shown." ) );
QString strServAddrH = tr("<b>Server Address:</b> In this edit control, "
QString strServAddrH = tr ( "<b>Server Address:</b> In this edit control, "
"the IP address of the server can be set. If an invalid address was "
"chosen, an error message is shown in the status bar.");
QWhatsThis::add(TextLabelServerAddr, strServAddrH);
QWhatsThis::add(LineEditServerAddr, strServAddrH);
"chosen, an error message is shown in the status bar." );
QWhatsThis::add ( TextLabelServerAddr, strServAddrH );
QWhatsThis::add ( LineEditServerAddr, strServAddrH );
QString strFaderTag = tr("<b>Fader Tag:</b> In this edit control, "
QString strFaderTag = tr ( "<b>Fader Tag:</b> In this edit control, "
"the tag string of your fader can be set. This tag will appear "
"at your fader on the mixer board when connected to the server.");
QWhatsThis::add(TextLabelServerTag, strFaderTag);
QWhatsThis::add(LineEditFaderTag, strFaderTag);
QWhatsThis::add ( TextLabelServerTag, strFaderTag );
QWhatsThis::add ( LineEditFaderTag, strFaderTag );
QString strAudFader = tr ( "<b>Audio Fader:</b> With the audio fader "
"control the level of left and right audio input channels can "
@ -160,26 +160,26 @@ CLlconClientDlg::CLlconClientDlg ( CClient* pNCliP, QWidget* parent,
// connections -------------------------------------------------------------
// push-buttons
QObject::connect(PushButtonConnect, SIGNAL(clicked()),
this, SLOT(OnConnectDisconBut()));
QObject::connect ( PushButtonConnect, SIGNAL ( clicked() ),
this, SLOT ( OnConnectDisconBut() ) );
// timers
QObject::connect(&TimerSigMet, SIGNAL(timeout()),
this, SLOT(OnTimerSigMet()));
QObject::connect(&TimerStatus, SIGNAL(timeout()),
this, SLOT(OnTimerStatus()));
QObject::connect ( &TimerSigMet, SIGNAL ( timeout() ),
this, SLOT ( OnTimerSigMet() ) );
QObject::connect ( &TimerStatus, SIGNAL ( timeout() ),
this, SLOT ( OnTimerStatus() ) );
// sliders
QObject::connect(SliderAudInFader, SIGNAL(valueChanged(int)),
this, SLOT(OnSliderAudInFader(int)));
QObject::connect(SliderAudReverb, SIGNAL(valueChanged(int)),
this, SLOT(OnSliderAudReverb(int)));
QObject::connect ( SliderAudInFader, SIGNAL ( valueChanged ( int ) ),
this, SLOT ( OnSliderAudInFader ( int ) ) );
QObject::connect ( SliderAudReverb, SIGNAL ( valueChanged ( int ) ),
this, SLOT ( OnSliderAudReverb ( int ) ) );
// radio buttons
QObject::connect(RadioButtonRevSelL, SIGNAL(clicked()),
this, SLOT(OnRevSelL()));
QObject::connect(RadioButtonRevSelR, SIGNAL(clicked()),
this, SLOT(OnRevSelR()));
QObject::connect ( RadioButtonRevSelL, SIGNAL ( clicked() ),
this, SLOT ( OnRevSelL() ) );
QObject::connect ( RadioButtonRevSelR, SIGNAL ( clicked() ),
this, SLOT ( OnRevSelR() ) );
// line edits
QObject::connect ( LineEditFaderTag, SIGNAL ( textChanged ( const QString& ) ),
@ -195,13 +195,13 @@ CLlconClientDlg::CLlconClientDlg ( CClient* pNCliP, QWidget* parent,
// timers ------------------------------------------------------------------
// start timer for status bar
TimerStatus.start(STATUSBAR_UPDATE_TIME);
TimerStatus.start ( STATUSBAR_UPDATE_TIME );
}
CLlconClientDlg::~CLlconClientDlg()
{
/* if connected, terminate connection */
if (pClient->IsRunning())
if ( pClient->IsRunning() )
{
pClient->Stop();
}
@ -272,7 +272,7 @@ void CLlconClientDlg::OnOpenGeneralSettings()
// make sure dialog is upfront and has focus
ClientSettingsDlg.raise();
ClientSettingsDlg.setActiveWindow();
ClientSettingsDlg.setActiveWindow();
}
@ -335,8 +335,8 @@ void CLlconClientDlg::customEvent ( QCustomEvent* Event )
{
if ( Event->type() == QEvent::User + 11 )
{
const int iMessType = ( (CLlconEvent*) Event ) ->iMessType;
const int iStatus = ( (CLlconEvent*) Event ) ->iStatus;
const int iMessType = ( (CLlconEvent*) Event )->iMessType;
const int iStatus = ( (CLlconEvent*) Event )->iStatus;
switch ( iMessType )
{

18
src/llconclientdlg.h
View file

@ -46,20 +46,20 @@
/* Definitions ****************************************************************/
/* text strings for connection button for connect and disconnect */
// text strings for connection button for connect and disconnect
#define CON_BUT_CONNECTTEXT "C&onnect"
#define CON_BUT_DISCONNECTTEXT "D&isconnect"
/* steps for input level meter */
// steps for input level meter
#define NUM_STEPS_INP_LEV_METER 100
/* update time for GUI controls */
#define LEVELMETER_UPDATE_TIME 100 /* ms */
#define STATUSBAR_UPDATE_TIME 1000 /* ms */
// update time for GUI controls
#define LEVELMETER_UPDATE_TIME 100 // ms
#define STATUSBAR_UPDATE_TIME 1000 // ms
/* range for signal level meter */
#define LOW_BOUND_SIG_METER ( -50.0 ) /* dB */
#define UPPER_BOUND_SIG_METER ( 0.0 ) /* dB */
// range for signal level meter
#define LOW_BOUND_SIG_METER ( -50.0 ) // dB
#define UPPER_BOUND_SIG_METER ( 0.0 ) // dB
/* Classes ********************************************************************/
@ -71,7 +71,7 @@ public:
CLlconClientDlg ( CClient* pNCliP, QWidget* parent = 0,
const char* name = 0, bool modal = FALSE, WFlags f = 0 );
virtual ~CLlconClientDlg ();
virtual ~CLlconClientDlg();
protected:
CClient* pClient;

22
src/llconserverdlg.cpp
View file

@ -67,36 +67,36 @@ CLlconServerDlg::CLlconServerDlg ( CServer* pNServP, QWidget* parent,
/* insert items in reverse order because in Windows all of them are
always visible -> put first item on the top */
vecpListViewItems.Init(MAX_NUM_CHANNELS);
for (int i = MAX_NUM_CHANNELS - 1; i >= 0; i--)
for ( int i = MAX_NUM_CHANNELS - 1; i >= 0; i-- )
{
vecpListViewItems[i] = new CServerListViewItem(ListViewClients);
vecpListViewItems[i] = new CServerListViewItem ( ListViewClients );
#ifndef _WIN32
vecpListViewItems[i]->setVisible(false);
vecpListViewItems[i]->setVisible ( false );
#endif
}
/* Init timing jitter text label */
TextLabelResponseTime->setText("");
TextLabelResponseTime->setText ( "" );
/* Main menu bar -------------------------------------------------------- */
pMenu = new QMenuBar(this);
CHECK_PTR(pMenu);
pMenu->insertItem(tr("&?"), new CLlconHelpMenu(this));
pMenu->setSeparator(QMenuBar::InWindowsStyle);
pMenu = new QMenuBar ( this );
CHECK_PTR ( pMenu );
pMenu->insertItem ( tr ( "&?" ), new CLlconHelpMenu ( this ) );
pMenu->setSeparator ( QMenuBar::InWindowsStyle );
/* Now tell the layout about the menu */
CLlconServerDlgBaseLayout->setMenuBar(pMenu);
CLlconServerDlgBaseLayout->setMenuBar ( pMenu );
/* connections ---------------------------------------------------------- */
/* timers */
QObject::connect(&Timer, SIGNAL(timeout()), this, SLOT(OnTimer()));
QObject::connect ( &Timer, SIGNAL ( timeout() ), this, SLOT ( OnTimer() ) );
/* timers --------------------------------------------------------------- */
/* start timer for GUI controls */
Timer.start(GUI_CONTRL_UPDATE_TIME);
Timer.start ( GUI_CONTRL_UPDATE_TIME );
}
void CLlconServerDlg::OnTimer()

8
src/llconserverdlg.h
View file

@ -41,8 +41,8 @@
/* Definitions ****************************************************************/
/* update time for GUI controls */
#define GUI_CONTRL_UPDATE_TIME 1000 /* ms */
// update time for GUI controls
#define GUI_CONTRL_UPDATE_TIME 1000 // ms
/* Classes ********************************************************************/
@ -54,7 +54,7 @@ public:
CLlconServerDlg ( CServer* pNServP, QWidget* parent = 0,
const char* name = 0, bool modal = FALSE, WFlags f = 0 );
virtual ~CLlconServerDlg () {}
virtual ~CLlconServerDlg() {}
protected:
QTimer Timer;
@ -69,7 +69,7 @@ protected:
QMenuBar* pMenu;
virtual void customEvent(QCustomEvent* Event);
virtual void customEvent ( QCustomEvent* Event );
void UpdateSliderNetBuf();
public slots:

80
src/multicolorled.cpp
View file

@ -37,32 +37,32 @@ CMultiColorLEDbase::CMultiColorLEDbase()
const int iYSize = 13;
/* Create bitmaps */
BitmCubeGreen.resize(iXSize, iYSize);
BitmCubeGreen.fill(QColor(0, 255, 0));
BitmCubeRed.resize(iXSize, iYSize);
BitmCubeRed.fill(QColor(255, 0, 0));
BitmCubeGrey.resize(iXSize, iYSize);
BitmCubeGrey.fill(QColor(192, 192, 192));
BitmCubeYellow.resize(iXSize, iYSize);
BitmCubeYellow.fill(QColor(255, 255, 0));
BitmCubeGreen.resize ( iXSize, iYSize );
BitmCubeGreen.fill ( QColor ( 0, 255, 0 ) );
BitmCubeRed.resize ( iXSize, iYSize );
BitmCubeRed.fill ( QColor ( 255, 0, 0 ) );
BitmCubeGrey.resize ( iXSize, iYSize );
BitmCubeGrey.fill ( QColor ( 192, 192, 192 ) );
BitmCubeYellow.resize ( iXSize, iYSize );
BitmCubeYellow.fill ( QColor ( 255, 255, 0 ) );
/* Init color flags */
Reset();
/* Set init-bitmap */
SetPixmap(BitmCubeGrey);
SetPixmap ( BitmCubeGrey );
eColorFlag = RL_GREY;
/* Init update time */
iUpdateTime = DEFAULT_UPDATE_TIME;
/* Connect timer events to the desired slots */
connect(&TimerRedLight, SIGNAL(timeout()),
this, SLOT(OnTimerRedLight()));
connect(&TimerGreenLight, SIGNAL(timeout()),
this, SLOT(OnTimerGreenLight()));
connect(&TimerYellowLight, SIGNAL(timeout()),
this, SLOT(OnTimerYellowLight()));
connect ( &TimerRedLight, SIGNAL ( timeout() ),
this, SLOT ( OnTimerRedLight() ) );
connect ( &TimerGreenLight, SIGNAL ( timeout() ),
this, SLOT ( OnTimerGreenLight() ) );
connect ( &TimerYellowLight, SIGNAL ( timeout() ),
this, SLOT ( OnTimerYellowLight() ) );
}
void CMultiColorLEDbase::Reset()
@ -98,85 +98,89 @@ void CMultiColorLEDbase::UpdateColor()
/* Red light has highest priority, then comes yellow and at the end, we
decide to set green light. Allways check the current color of the
control before setting the color to prevent flicking */
if (bFlagRedLi)
if ( bFlagRedLi )
{
if (eColorFlag != RL_RED)
if ( eColorFlag != RL_RED )
{
SetPixmap(BitmCubeRed);
SetPixmap ( BitmCubeRed );
eColorFlag = RL_RED;
}
return;
}
if (bFlagYellowLi)
if ( bFlagYellowLi )
{
if (eColorFlag != RL_YELLOW)
if ( eColorFlag != RL_YELLOW )
{
SetPixmap(BitmCubeYellow);
SetPixmap ( BitmCubeYellow );
eColorFlag = RL_YELLOW;
}
return;
}
if (bFlagGreenLi)
if ( bFlagGreenLi )
{
if (eColorFlag != RL_GREEN)
if ( eColorFlag != RL_GREEN )
{
SetPixmap(BitmCubeGreen);
SetPixmap ( BitmCubeGreen );
eColorFlag = RL_GREEN;
}
return;
}
/* If no color is active, set control to grey light */
if (eColorFlag != RL_GREY)
if ( eColorFlag != RL_GREY )
{
SetPixmap(BitmCubeGrey);
SetPixmap ( BitmCubeGrey );
eColorFlag = RL_GREY;
}
}
void CMultiColorLEDbase::SetLight(int iNewStatus)
void CMultiColorLEDbase::SetLight ( int iNewStatus )
{
switch (iNewStatus)
switch ( iNewStatus )
{
case MUL_COL_LED_GREEN:
/* Green light */
bFlagGreenLi = true;
TimerGreenLight.changeInterval(iUpdateTime);
TimerGreenLight.changeInterval ( iUpdateTime );
break;
case MUL_COL_LED_YELLOW:
/* Yellow light */
bFlagYellowLi = true;
TimerYellowLight.changeInterval(iUpdateTime);
TimerYellowLight.changeInterval ( iUpdateTime );
break;
case MUL_COL_LED_RED:
/* Red light */
bFlagRedLi = true;
TimerRedLight.changeInterval(iUpdateTime);
TimerRedLight.changeInterval ( iUpdateTime );
break;
}
UpdateColor();
}
void CMultiColorLEDbase::SetUpdateTime(int iNUTi)
void CMultiColorLEDbase::SetUpdateTime ( int iNUTi )
{
/* Avoid too short intervals */
if (iNUTi < MIN_TIME_FOR_RED_LIGHT)
if ( iNUTi < MIN_TIME_FOR_RED_LIGHT )
{
iUpdateTime = MIN_TIME_FOR_RED_LIGHT;
}
else
{
iUpdateTime = iNUTi;
}
}
CMultiColorLED::CMultiColorLED(QWidget* parent, const char* name, WFlags f) :
QLabel(parent, name, f)
CMultiColorLED::CMultiColorLED ( QWidget* parent, const char* name, WFlags f ) :
QLabel ( parent, name, f )
{
// set modified style
setFrameShape(QFrame::Panel);
setFrameShadow(QFrame::Sunken);
setIndent(0);
setFrameShape ( QFrame::Panel );
setFrameShadow ( QFrame::Sunken );
setIndent ( 0 );
}

18
src/multicolorled.h
View file

@ -30,7 +30,7 @@
*
\******************************************************************************/
#if !defined(AFX_MULTCOLORLED_H__FD6B49B5_87DF_48DD_A873_804E1606C2AC__INCLUDED_)
#if !defined ( AFX_MULTCOLORLED_H__FD6B49B5_87DF_48DD_A873_804E1606C2AC__INCLUDED_ )
#define AFX_MULTCOLORLED_H__FD6B49B5_87DF_48DD_A873_804E1606C2AC__INCLUDED_
#include <qlabel.h>
@ -43,7 +43,7 @@
/* Definitions ****************************************************************/
#define DEFAULT_UPDATE_TIME 300
/* The red and yellow light should be on at least this interval */
// the red and yellow light should be on at least this interval
#define MIN_TIME_FOR_RED_LIGHT 100
@ -56,14 +56,14 @@ public:
CMultiColorLEDbase();
void Reset();
void SetUpdateTime(int iNUTi);
void SetLight(int iNewStatus);
void SetUpdateTime ( int iNUTi );
void SetLight ( int iNewStatus );
protected:
enum ELightColor {RL_GREY, RL_RED, RL_GREEN, RL_YELLOW};
ELightColor eColorFlag;
enum ELightColor { RL_GREY, RL_RED, RL_GREEN, RL_YELLOW };
ELightColor eColorFlag;
virtual void SetPixmap(QPixmap& NewBitmap) {} /* must be implemented in derived class! */
virtual void SetPixmap ( QPixmap& NewBitmap ) {} // must be implemented in derived class!
void UpdateColor();
QPixmap BitmCubeGreen;
@ -91,10 +91,10 @@ protected slots:
class CMultiColorLED : public QLabel, public CMultiColorLEDbase
{
public:
CMultiColorLED(QWidget* parent, const char* name = 0, WFlags f = 0);
CMultiColorLED ( QWidget* parent, const char* name = 0, WFlags f = 0 );
protected:
virtual void SetPixmap(QPixmap& NewBitmap) {setPixmap(NewBitmap);}
virtual void SetPixmap ( QPixmap& NewBitmap ) { setPixmap ( NewBitmap ); }
};

4
src/protocol.cpp
View file

@ -729,7 +729,7 @@ void CProtocol::GenMessageFrame ( CVector<uint8_t>& vecOut,
const int iTotLenByte = MESS_LEN_WITHOUT_DATA_BYTE + iDataLenByte;
// init message vector
vecOut.Init( iTotLenByte );
vecOut.Init ( iTotLenByte );
// encode header -----
unsigned int iCurPos = 0; // init position pointer
@ -769,7 +769,7 @@ void CProtocol::GenMessageFrame ( CVector<uint8_t>& vecOut,
}
PutValOnStream ( vecOut, iCurPos,
static_cast<uint32_t> ( CRCObj.GetCRC () ), 2 );
static_cast<uint32_t> ( CRCObj.GetCRC() ), 2 );
}
void CProtocol::PutValOnStream ( CVector<uint8_t>& vecIn,

10
src/protocol.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(PROTOCOL_H__3B123453_4344_BB2392354455IUHF1912__INCLUDED_)
#if !defined ( PROTOCOL_H__3B123453_4344_BB2392354455IUHF1912__INCLUDED_ )
#define PROTOCOL_H__3B123453_4344_BB2392354455IUHF1912__INCLUDED_
#include <qglobal.h>
@ -48,7 +48,7 @@
#define PROTMESSID_CHANNEL_NAME 18 // set channel name for fader tag
// lengths of message as defined in protocol.cpp file
#define MESS_HEADER_LENGTH_BYTE 7 /* TAG (2), ID (2), cnt (1), length (2) */
#define MESS_HEADER_LENGTH_BYTE 7 // TAG (2), ID (2), cnt (1), length (2)
#define MESS_LEN_WITHOUT_DATA_BYTE ( MESS_HEADER_LENGTH_BYTE + 2 /* CRC (2) */ )
// time out for message re-send if no acknowledgement was received
@ -78,7 +78,7 @@ public:
bool ParseMessage ( const CVector<unsigned char>& vecbyData,
const int iNumBytes );
void DeleteSendMessQueue ();
void DeleteSendMessQueue();
protected:
class CSendMessage
@ -95,7 +95,7 @@ protected:
vecMessage.Init ( NewSendMess.vecMessage.Size() );
vecMessage = NewSendMess.vecMessage;
iID = NewSendMess.iID;
iID = NewSendMess.iID;
iCnt = NewSendMess.iCnt;
return *this;
}
@ -168,4 +168,4 @@ signals:
};
#endif /* !defined(PROTOCOL_H__3B123453_4344_BB2392354455IUHF1912__INCLUDED_) */
#endif /* !defined ( PROTOCOL_H__3B123453_4344_BB2392354455IUHF1912__INCLUDED_ ) */

24
src/resample.cpp
View file

@ -195,16 +195,16 @@ void CAudioResample::Init ( const int iNewInputBlockSize,
switch ( iFrom / iTo )
{
case 2: // 48 kHz to 24 kHz
pFiltTaps = fResTaps2;
iNumTaps = INTERP_I_2 * NUM_TAPS_PER_PHASE2;
iI = DECIM_D_2;
pFiltTaps = fResTaps2;
iNumTaps = INTERP_I_2 * NUM_TAPS_PER_PHASE2;
iI = DECIM_D_2;
break;
/* not yet supported
case ( 2 / 3 ): // 48 kHz to 32 kHz
pFiltTaps = fResTaps3_2;
iNumTaps = INTERP_I_3_2 * NUM_TAPS_PER_PHASE3_2;
iI = DECIM_D_3_2;
pFiltTaps = fResTaps3_2;
iNumTaps = INTERP_I_3_2 * NUM_TAPS_PER_PHASE3_2;
iI = DECIM_D_3_2;
break;
*/
@ -223,16 +223,16 @@ case ( 2 / 3 ): // 48 kHz to 32 kHz
switch ( iTo / iFrom )
{
case 2: // 24 kHz to 48 kHz
pFiltTaps = fResTaps2;
iNumTaps = DECIM_D_2 * NUM_TAPS_PER_PHASE2;
iI = INTERP_I_2;
pFiltTaps = fResTaps2;
iNumTaps = DECIM_D_2 * NUM_TAPS_PER_PHASE2;
iI = INTERP_I_2;
break;
/* not yet supported
case 1.5: // 32 kHz to 48 kHz
pFiltTaps = fResTaps3_2;
iNumTaps = DECIM_D_3_2 * NUM_TAPS_PER_PHASE3_2;
iI = INTERP_I_3_2;
pFiltTaps = fResTaps3_2;
iNumTaps = DECIM_D_3_2 * NUM_TAPS_PER_PHASE3_2;
iI = INTERP_I_3_2;
break;
*/

14
src/resample.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(RESAMPLE_H__3B0FEUFE7876F_FE8FE_CA63_4344_1912__INCLUDED_)
#if !defined ( RESAMPLE_H__3B0FEUFE7876F_FE8FE_CA63_4344_1912__INCLUDED_ )
#define RESAMPLE_H__3B0FEUFE7876F_FE8FE_CA63_4344_1912__INCLUDED_
#include "util.h"
@ -37,9 +37,9 @@ public:
CResample() {}
virtual ~CResample() {}
void Init(const int iNewInputBlockSize);
int Resample(CVector<double>& vecdInput, CVector<double>& vecdOutput,
const double dRation);
void Init ( const int iNewInputBlockSize );
int Resample ( CVector<double>& vecdInput, CVector<double>& vecdOutput,
const double dRation );
protected:
double dTStep;
@ -58,8 +58,8 @@ public:
CAudioResample() {}
virtual ~CAudioResample() {}
void Init(const int iNewInputBlockSize, const int iFrom, const int iTo);
void Resample(CVector<double>& vecdInput, CVector<double>& vecdOutput);
void Init ( const int iNewInputBlockSize, const int iFrom, const int iTo );
void Resample ( CVector<double>& vecdInput, CVector<double>& vecdOutput );
protected:
double dRation;
@ -76,4 +76,4 @@ protected:
};
#endif // !defined(RESAMPLE_H__3B0FEUFE7876F_FE8FE_CA63_4344_1912__INCLUDED_)
#endif // !defined ( RESAMPLE_H__3B0FEUFE7876F_FE8FE_CA63_4344_1912__INCLUDED_ )

14
src/server.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(SERVER_HOIHGE7LOKIH83JH8_3_43445KJIUHF1912__INCLUDED_)
#if !defined ( SERVER_HOIHGE7LOKIH83JH8_3_43445KJIUHF1912__INCLUDED_ )
#define SERVER_HOIHGE7LOKIH83JH8_3_43445KJIUHF1912__INCLUDED_
#include <qobject.h>
@ -45,14 +45,14 @@ public:
CServer ( const bool bUseLogging );
virtual ~CServer() {}
void Start ();
void Stop ();
void Start();
void Stop();
bool IsRunning() { return Timer.isActive(); }
void GetConCliParam ( CVector<CHostAddress>& vecHostAddresses,
CVector<std::string>& vecsName,
CVector<int>& veciJitBufSize, CVector<int>& veciNetwOutBlSiFact,
CVector<int>& veciNetwInBlSiFact)
CVector<int>& veciNetwInBlSiFact )
{
ChannelSet.GetConCliParam ( vecHostAddresses, vecsName,
veciJitBufSize, veciNetwOutBlSiFact, veciNetwInBlSiFact );
@ -71,11 +71,11 @@ protected:
QTimer Timer;
CVector<short> vecsSendData;
/* actual working objects */
// actual working objects
CChannelSet ChannelSet;
CSocket Socket;
/* debugging, evaluating */
// debugging, evaluating
CMovingAv<double> RespTimeMoAvBuf;
QTime TimeLastBlock;
@ -88,4 +88,4 @@ public slots:
};
#endif /* !defined(SERVER_HOIHGE7LOKIH83JH8_3_43445KJIUHF1912__INCLUDED_) */
#endif /* !defined ( SERVER_HOIHGE7LOKIH83JH8_3_43445KJIUHF1912__INCLUDED_ ) */

196
src/settings.cpp
View file

@ -56,42 +56,50 @@ void CSettings::ReadIniFile()
pClient->strName = GetIniSetting ( ini, "Client", "name" );
// audio fader
if ( GetNumericIniSet(ini, "Client", "audfad", 0, AUD_FADER_IN_MAX, iValue ) == TRUE ) {
if ( GetNumericIniSet ( ini, "Client", "audfad", 0, AUD_FADER_IN_MAX, iValue ) == TRUE )
{
pClient->SetAudioInFader ( iValue );
}
// reverberation level
if ( GetNumericIniSet(ini, "Client", "revlev", 0, AUD_REVERB_MAX, iValue ) == TRUE ) {
if ( GetNumericIniSet(ini, "Client", "revlev", 0, AUD_REVERB_MAX, iValue ) == TRUE )
{
pClient->SetReverbLevel ( iValue );
}
// reverberation channel assignment
if ( GetFlagIniSet(ini, "Client", "reverblchan", bValue ) == TRUE ) {
if ( GetFlagIniSet ( ini, "Client", "reverblchan", bValue ) == TRUE )
{
pClient->SetReverbOnLeftChan ( bValue );
}
// sound card in number of buffers
if ( GetNumericIniSet(ini, "Client", "audinbuf", 0, AUD_SLIDER_LENGTH, iValue ) == TRUE ) {
if ( GetNumericIniSet ( ini, "Client", "audinbuf", 0, AUD_SLIDER_LENGTH, iValue ) == TRUE )
{
pClient->GetSndInterface()->SetInNumBuf( iValue );
}
// sound card out number of buffers
if ( GetNumericIniSet(ini, "Client", "audoutbuf", 0, AUD_SLIDER_LENGTH, iValue ) == TRUE ) {
if ( GetNumericIniSet ( ini, "Client", "audoutbuf", 0, AUD_SLIDER_LENGTH, iValue ) == TRUE )
{
pClient->GetSndInterface()->SetOutNumBuf ( iValue );
}
// network jitter buffer size
if ( GetNumericIniSet(ini, "Client", "jitbuf", 0, MAX_NET_BUF_SIZE_NUM_BL, iValue ) == TRUE ) {
if ( GetNumericIniSet ( ini, "Client", "jitbuf", 0, MAX_NET_BUF_SIZE_NUM_BL, iValue ) == TRUE )
{
pClient->SetSockBufSize ( iValue );
}
// network buffer size factor in
if ( GetNumericIniSet(ini, "Client", "netwbusifactin", 1, MAX_NET_BLOCK_SIZE_FACTOR, iValue ) == TRUE ) {
if ( GetNumericIniSet ( ini, "Client", "netwbusifactin", 1, MAX_NET_BLOCK_SIZE_FACTOR, iValue ) == TRUE )
{
pClient->SetNetwBufSizeFactIn ( iValue );
}
// network buffer size factor out
if ( GetNumericIniSet(ini, "Client", "netwbusifactout", 1, MAX_NET_BLOCK_SIZE_FACTOR, iValue ) == TRUE ) {
if ( GetNumericIniSet ( ini, "Client", "netwbusifactout", 1, MAX_NET_BLOCK_SIZE_FACTOR, iValue ) == TRUE )
{
pClient->SetNetwBufSizeFactOut ( iValue );
}
}
@ -136,8 +144,8 @@ void CSettings::WriteIniFile()
}
bool CSettings::GetNumericIniSet ( INIFile& theINI, string strSection,
string strKey, int iRangeStart,
int iRangeStop, int& iValue )
string strKey, int iRangeStart,
int iRangeStop, int& iValue )
{
/* Init return value */
bool bReturn = FALSE;
@ -220,116 +228,136 @@ void CSettings::SetFlagIniSet ( INIFile& theINI, string strSection, string strKe
/* These pragmas are to quiet VC++ about the expanded template identifiers
exceeding 255 chars. You won't be able to see those variables in a debug
session, but the code will run normally */
#pragma warning (push)
#pragma warning (disable : 4786 4503)
#pragma warning ( push )
#pragma warning ( disable : 4786 4503 )
#endif
string CSettings::GetIniSetting(CSettings::INIFile& theINI, const char* section,
const char* key, const char* defaultval)
string CSettings::GetIniSetting ( CSettings::INIFile& theINI, const char* section,
const char* key, const char* defaultval )
{
string result(defaultval);
INIFile::iterator iSection = theINI.find(string(section));
string result ( defaultval );
INIFile::iterator iSection = theINI.find ( string ( section ) );
if (iSection != theINI.end())
if ( iSection != theINI.end() )
{
INISection::iterator apair = iSection->second.find(string(key));
INISection::iterator apair = iSection->second.find ( string ( key ) );
if (apair != iSection->second.end())
if ( apair != iSection->second.end() )
{
result = apair->second;
}
}
return result;
}
void CSettings::PutIniSetting(CSettings::INIFile &theINI, const char *section,
const char *key, const char *value)
void CSettings::PutIniSetting ( CSettings::INIFile &theINI, const char *section,
const char *key, const char *value )
{
INIFile::iterator iniSection;
INISection::iterator apair;
if ((iniSection = theINI.find(string(section))) == theINI.end())
if ( ( iniSection = theINI.find ( string ( section ) ) ) == theINI.end() )
{
/* No such section? Then add one */
INISection newsection;
if (key)
{
newsection.insert(
std::pair<std::string, string>(string(key), string(value)));
newsection.insert (
std::pair<std::string, string> ( string ( key ), string ( value ) ) );
}
theINI.insert(
std::pair<string, INISection>(string(section), newsection));
theINI.insert (
std::pair<string, INISection> ( string ( section ), newsection ) );
}
else if (key)
{
/* Found section, make sure key isn't in there already,
if it is, just drop and re-add */
apair = iniSection->second.find(string(key));
if (apair != iniSection->second.end())
iniSection->second.erase(apair);
else
{
if ( key )
{
/* Found section, make sure key isn't in there already,
if it is, just drop and re-add */
apair = iniSection->second.find ( string ( key ) );
if ( apair != iniSection->second.end() )
{
iniSection->second.erase(apair);
}
iniSection->second.insert(
std::pair<string, string>(string(key), string(value)));
}
iniSection->second.insert (
std::pair<string, string> ( string ( key ), string ( value ) ) );
}
}
}
CSettings::INIFile CSettings::LoadIni(const char* filename)
CSettings::INIFile CSettings::LoadIni ( const char* filename )
{
INIFile theINI;
char *value, *temp;
string section;
char buffer[MAX_INI_LINE];
std::fstream file(filename, std::ios::in);
std::fstream file ( filename, std::ios::in );
while (file.good())
while ( file.good() )
{
memset(buffer, 0, sizeof(buffer));
file.getline(buffer, sizeof(buffer));
memset ( buffer, 0, sizeof ( buffer ) );
file.getline ( buffer, sizeof ( buffer ) );
if ((temp = strchr(buffer, '\n')))
if ( ( temp = strchr ( buffer, '\n' ) ) )
{
*temp = '\0'; /* Cut off at newline */
}
if ((temp = strchr(buffer, '\r')))
if ( ( temp = strchr ( buffer, '\r' ) ) )
{
*temp = '\0'; /* Cut off at linefeeds */
}
if ((buffer[0] == '[') && (temp = strrchr(buffer, ']')))
if ( ( buffer[0] == '[' ) && ( temp = strrchr ( buffer, ']' ) ) )
{ /* if line is like --> [section name] */
*temp = '\0'; /* Chop off the trailing ']' */
section = &buffer[1];
PutIniSetting(theINI, &buffer[1]); /* Start new section */
PutIniSetting ( theINI, &buffer[1] ); /* Start new section */
}
else if (buffer[0] && (value = strchr(buffer, '=')))
{
/* Assign whatever follows = sign to value, chop at "=" */
*value++ = '\0';
else
{
if ( buffer[0] && ( value = strchr ( buffer, '=' ) ) )
{
/* Assign whatever follows = sign to value, chop at "=" */
*value++ = '\0';
/* And add both sides to INISection */
PutIniSetting(theINI, section.c_str(), buffer, value);
}
else if (buffer[0])
{
/* Must be a comment or something */
PutIniSetting(theINI, section.c_str(), buffer, "");
}
/* And add both sides to INISection */
PutIniSetting ( theINI, section.c_str(), buffer, value );
}
else
{
if ( buffer[0] )
{
/* Must be a comment or something */
PutIniSetting ( theINI, section.c_str(), buffer, "" );
}
}
}
}
return theINI;
}
void CSettings::SaveIni(CSettings::INIFile &theINI, const char* filename)
void CSettings::SaveIni ( CSettings::INIFile &theINI, const char* filename )
{
bool bFirstSection = TRUE; /* Init flag */
std::fstream file(filename, std::ios::out);
if(!file.good())
std::fstream file ( filename, std::ios::out );
if ( !file.good() )
{
return;
}
/* Just iterate the hashes and values and dump them to a file */
INIFile::iterator section = theINI.begin();
while (section != theINI.end())
while ( section != theINI.end() )
{
if (section->first > "")
if ( section->first > "" )
{
if (bFirstSection == TRUE)
if ( bFirstSection == TRUE )
{
/* Don't put a newline at the beginning of the first section */
file << "[" << section->first << "]" << std::endl;
@ -338,17 +366,23 @@ void CSettings::SaveIni(CSettings::INIFile &theINI, const char* filename)
bFirstSection = FALSE;
}
else
{
file << std::endl << "[" << section->first << "]" << std::endl;
}
}
INISection::iterator pair = section->second.begin();
while (pair != section->second.end())
while ( pair != section->second.end() )
{
if (pair->second > "")
if ( pair->second > "" )
{
file << pair->first << "=" << pair->second << std::endl;
}
else
{
file << pair->first << "=" << std::endl;
}
pair++;
}
section++;
@ -358,43 +392,51 @@ void CSettings::SaveIni(CSettings::INIFile &theINI, const char* filename)
/* Return true or false depending on whether the first string is less than the
second */
bool CSettings::StlIniCompareStringNoCase::operator()(const string& x,
const string& y) const
bool CSettings::StlIniCompareStringNoCase::operator() ( const string& x,
const string& y ) const
{
#ifdef WIN32
return (stricmp(x.c_str(), y.c_str()) < 0) ? true : false;
return ( stricmp ( x.c_str(), y.c_str() ) < 0 ) ? true : false;
#else
#ifdef strcasecmp
return (strcasecmp(x.c_str(), y.c_str()) < 0) ? true : false;
return ( strcasecmp ( x.c_str(), y.c_str() ) < 0 ) ? true : false;
#else
unsigned nCount = 0;
int nResult = 0;
const char *p1 = x.c_str();
const char *p2 = y.c_str();
while (*p1 && *p2)
while ( *p1 && *p2 )
{
nResult = toupper(*p1) - toupper(*p2);
if (nResult != 0)
nResult = toupper ( *p1 ) - toupper ( *p2 );
if ( nResult != 0 )
{
break;
}
p1++;
p2++;
nCount++;
}
if (nResult == 0)
if ( nResult == 0 )
{
if (*p1 && !*p2)
if ( *p1 && !*p2 )
{
nResult = -1;
if (!*p1 && *p2)
}
if ( !*p1 && *p2 )
{
nResult = 1;
}
}
if (nResult < 0)
if ( nResult < 0 )
{
return true;
}
return false;
#endif /* strcasecmp */
#endif
}
#ifdef _MSC_VER
#pragma warning(pop)
#pragma warning ( pop )
#endif

20
src/settings.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(SETTINGS_H__3B0BA660_DGEG56G456G9876D31912__INCLUDED_)
#if !defined ( SETTINGS_H__3B0BA660_DGEG56G456G9876D31912__INCLUDED_ )
#define SETTINGS_H__3B0BA660_DGEG56G456G9876D31912__INCLUDED_
#include "global.h"
@ -47,20 +47,20 @@ class CSettings
public:
CSettings ( CClient* pNCliP ) : pClient ( pNCliP ) {}
void Load ();
void Save ();
void Load();
void Save();
protected:
void ReadIniFile ();
void WriteIniFile ();
void ReadIniFile();
void WriteIniFile();
/* Function declarations for stlini code written by Robert Kesterson */
// function declarations for stlini code written by Robert Kesterson
struct StlIniCompareStringNoCase
{
bool operator () ( const std::string& x, const std::string& y ) const;
bool operator() ( const std::string& x, const std::string& y ) const;
};
/* These typedefs just make the code a bit more readable */
// these typedefs just make the code a bit more readable
typedef std::map<string, string, StlIniCompareStringNoCase > INISection;
typedef std::map<string, INISection , StlIniCompareStringNoCase > INIFile;
@ -81,8 +81,8 @@ protected:
bool GetFlagIniSet ( INIFile& theINI, string strSection, string strKey,
bool& bValue );
/* Pointer to the client object needed for the various settings */
// pointer to the client object needed for the various settings
CClient* pClient;
};
#endif // !defined(SETTINGS_H__3B0BA660_DGEG56G456G9876D31912__INCLUDED_)
#endif // !defined ( SETTINGS_H__3B0BA660_DGEG56G456G9876D31912__INCLUDED_ )

14
src/socket.cpp
View file

@ -26,7 +26,7 @@
/* Implementation *************************************************************/
void CSocket::Init ()
void CSocket::Init()
{
/* allocate memory for network receive and send buffer in samples */
vecbyRecBuf.Init ( MAX_SIZE_BYTES_NETW_BUF );
@ -63,13 +63,13 @@ void CSocket::Init ()
/* connect the "activated" signal */
QObject::connect ( pSocketNotivRead, SIGNAL ( activated ( int ) ),
this, SLOT ( OnDataReceived () ) );
this, SLOT ( OnDataReceived() ) );
}
void CSocket::SendPacket ( const CVector<unsigned char>& vecbySendBuf,
const CHostAddress& HostAddr )
{
const int iVecSizeOut = vecbySendBuf.Size ();
const int iVecSizeOut = vecbySendBuf.Size();
if ( iVecSizeOut != 0 )
{
@ -80,7 +80,7 @@ void CSocket::SendPacket ( const CVector<unsigned char>& vecbySendBuf,
}
}
void CSocket::OnDataReceived ()
void CSocket::OnDataReceived()
{
/* read block from network interface */
const int iNumBytesRead = SocketDevice.readBlock( (char*) &vecbyRecBuf[0],
@ -93,14 +93,14 @@ void CSocket::OnDataReceived ()
}
/* get host address of client */
CHostAddress RecHostAddr ( SocketDevice.peerAddress (),
SocketDevice.peerPort () );
CHostAddress RecHostAddr ( SocketDevice.peerAddress(),
SocketDevice.peerPort() );
if ( bIsClient )
{
/* client */
/* check if packet comes from the server we want to connect */
if ( ! ( pChannel->GetAddress () == RecHostAddr ) )
if ( ! ( pChannel->GetAddress() == RecHostAddr ) )
{
return;
}

10
src/socket.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(SOCKET_HOIHGE76GEKJH98_3_4344_BB23945IUHF1912__INCLUDED_)
#if !defined ( SOCKET_HOIHGE76GEKJH98_3_4344_BB23945IUHF1912__INCLUDED_ )
#define SOCKET_HOIHGE76GEKJH98_3_4344_BB23945IUHF1912__INCLUDED_
#include <vector>
@ -37,7 +37,7 @@
/* Definitions ****************************************************************/
/* maximum block size for network input buffer. Consider two bytes per sample */
// maximum block size for network input buffer. Consider two bytes per sample
#define MAX_SIZE_BYTES_NETW_BUF ( MAX_NET_BLOCK_SIZE_FACTOR * MIN_BLOCK_SIZE_SAMPLES * 2 )
@ -67,8 +67,8 @@ protected:
CVector<unsigned char> vecbyRecBuf;
CHostAddress RecHostAddr;
CChannel* pChannel; /* for client */
CChannelSet* pChannelSet; /* for server */
CChannel* pChannel; // for client
CChannelSet* pChannelSet; // for server
QObject* pServer;
bool bIsClient;
@ -78,4 +78,4 @@ public slots:
};
#endif /* !defined(SOCKET_HOIHGE76GEKJH98_3_4344_BB23945IUHF1912__INCLUDED_) */
#endif /* !defined ( SOCKET_HOIHGE76GEKJH98_3_4344_BB23945IUHF1912__INCLUDED_ ) */

86
src/util.cpp
View file

@ -29,16 +29,16 @@
/* Input level meter implementation ------------------------------------------ */
void CSignalLevelMeter::Update ( CVector<double>& vecdAudio )
{
/* Do the update for entire vector */
const int iVecSize = vecdAudio.Size ();
// do the update for entire vector
const int iVecSize = vecdAudio.Size();
for ( int i = 0; i < iVecSize; i++ )
{
/* norm of current audio sample */
// norm of current audio sample
const double dCurSig = fabs ( vecdAudio[i] );
/* search for maximum. Decrease this max with time */
/* decrease max with time */
// search for maximum. Decrease this max with time
// decrease max with time
if ( dCurLevel >= METER_FLY_BACK )
{
dCurLevel *= 0.9999;
@ -48,7 +48,7 @@ void CSignalLevelMeter::Update ( CVector<double>& vecdAudio )
dCurLevel = 0;
}
/* search for max */
// search for max
if ( dCurSig > dCurLevel )
{
dCurLevel = dCurSig;
@ -56,24 +56,24 @@ void CSignalLevelMeter::Update ( CVector<double>& vecdAudio )
}
}
double CSignalLevelMeter::MicLevel ()
double CSignalLevelMeter::MicLevel()
{
const double dNormMicLevel = dCurLevel / _MAXSHORT;
/* logarithmic measure */
// logarithmic measure
if ( dNormMicLevel > 0 )
{
return 20.0 * log10 ( dNormMicLevel );
}
else
{
return -100000.0; /* large negative value */
return -100000.0; // large negative value
}
}
/* CRC ---------------------------------------------------------------------- */
void CCRC::Reset ()
void CCRC::Reset()
{
/* Init state shift-register with ones. Set all registers to "1" with
bit-wise not operation */
@ -84,7 +84,7 @@ void CCRC::AddByte ( const uint8_t byNewInput )
{
for ( int i = 0; i < 8; i++ )
{
/* Shift bits in shift-register for transistion */
// shift bits in shift-register for transistion
iStateShiftReg <<= 1;
/* Take bit, which was shifted out of the register-size and place it
@ -95,13 +95,13 @@ void CCRC::AddByte ( const uint8_t byNewInput )
iStateShiftReg |= 1;
}
/* Add new data bit to the LSB */
// add new data bit to the LSB
if ( ( byNewInput & ( 1 << ( 8 - i - 1 ) ) ) > 0 )
{
iStateShiftReg ^= 1;
}
/* Add mask to shift-register if first bit is true */
// add mask to shift-register if first bit is true
if ( iStateShiftReg & 1 )
{
iStateShiftReg ^= iPoly;
@ -111,10 +111,10 @@ void CCRC::AddByte ( const uint8_t byNewInput )
uint32_t CCRC::GetCRC()
{
/* Return inverted shift-register (1's complement) */
// return inverted shift-register (1's complement)
iStateShiftReg = ~iStateShiftReg;
/* Remove bit which where shifted out of the shift-register frame */
// remove bit which where shifted out of the shift-register frame
return iStateShiftReg & ( iBitOutMask - 1 );
}
@ -138,7 +138,7 @@ CAudioReverb::CAudioReverb ( const double rT60 )
{
int delay, i;
/* Delay lengths for 44100 Hz sample rate */
// delay lengths for 44100 Hz sample rate
int lengths[9] = { 1777, 1847, 1993, 2137, 389, 127, 43, 211, 179 };
const double scaler = (double) SAMPLE_RATE / 44100.0;
@ -269,17 +269,17 @@ double CAudioReverb::ProcessSample ( const double input )
* GUI utilities *
\******************************************************************************/
/* About dialog ------------------------------------------------------------- */
CAboutDlg::CAboutDlg(QWidget* parent, const char* name, bool modal, WFlags f)
: CAboutDlgBase(parent, name, modal, f)
CAboutDlg::CAboutDlg ( QWidget* parent, const char* name, bool modal, WFlags f )
: CAboutDlgBase ( parent, name, modal, f )
{
/* Set the text for the about dialog html text control */
TextViewCredits->setText(
"<p>" /* General description of llcon software */
// set the text for the about dialog html text control
TextViewCredits->setText (
"<p>" // general description of llcon software
"<big><b>llcon</b> " + tr("Client/Server communication tool to enable "
"musician to play together through a conventional broadband internet "
"connection (like DSL).") + "</big>"
"</p><br>"
"<p><font face=\"courier\">" /* GPL header text */
"<p><font face=\"courier\">" // GPL header text
"This program is free software; you can redistribute it and/or modify "
"it under the terms of the GNU General Public License as published by "
"the Free Software Foundation; either version 2 of the License, or "
@ -292,7 +292,7 @@ CAboutDlg::CAboutDlg(QWidget* parent, const char* name, bool modal, WFlags f)
"Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 "
"USA"
"</font></p><br>"
"<p>" /* Libraries used by this compilation of Dream */
"<p>" // libraries used by this compilation of Dream
"<b>" + tr("llcon uses the following libraries or code snippets:") +
"</b></p>"
"<ul>"
@ -305,8 +305,8 @@ CAboutDlg::CAboutDlg(QWidget* parent, const char* name, bool modal, WFlags f)
"</ul>"
"</center><br>");
/* Set version number in about dialog */
TextLabelVersion->setText(GetVersionAndNameStr());
// set version number in about dialog
TextLabelVersion->setText ( GetVersionAndNameStr() );
}
QString CAboutDlg::GetVersionAndNameStr ( const bool bWithHtml )
@ -319,7 +319,7 @@ QString CAboutDlg::GetVersionAndNameStr ( const bool bWithHtml )
strVersionText += "<center><b>";
}
strVersionText += tr("llcon, Version ") + VERSION;
strVersionText += tr ( "llcon, Version " ) + VERSION;
if ( bWithHtml )
{
@ -330,7 +330,7 @@ QString CAboutDlg::GetVersionAndNameStr ( const bool bWithHtml )
strVersionText += "\n";
}
strVersionText += tr("llcon, Low-Latency (internet) CONnection");
strVersionText += tr ( "llcon, Low-Latency (internet) CONnection" );
if ( bWithHtml )
{
@ -341,7 +341,7 @@ QString CAboutDlg::GetVersionAndNameStr ( const bool bWithHtml )
strVersionText += "\n";
}
strVersionText += tr("Under the GNU General Public License (GPL)");
strVersionText += tr ( "Under the GNU General Public License (GPL)" );
if ( bWithHtml )
{
@ -355,28 +355,28 @@ QString CAboutDlg::GetVersionAndNameStr ( const bool bWithHtml )
/* Help menu ---------------------------------------------------------------- */
CLlconHelpMenu::CLlconHelpMenu ( QWidget* parent ) : QPopupMenu ( parent )
{
/* Standard help menu consists of about and what's this help */
insertItem ( tr ( "What's &This" ), this ,
// standard help menu consists of about and what's this help
insertItem ( tr ( "What's &This" ), this,
SLOT ( OnHelpWhatsThis () ), SHIFT+Key_F1 );
insertSeparator();
insertItem ( tr ( "&About..." ), this, SLOT ( OnHelpAbout () ) );
insertItem ( tr ( "&About..." ), this, SLOT ( OnHelpAbout() ) );
}
/******************************************************************************\
* Global functions implementation *
\******************************************************************************/
void DebugError(const char* pchErDescr, const char* pchPar1Descr,
const double dPar1, const char* pchPar2Descr,
const double dPar2)
void DebugError ( const char* pchErDescr, const char* pchPar1Descr,
const double dPar1, const char* pchPar2Descr,
const double dPar2 )
{
FILE* pFile = fopen("DebugError.dat", "a");
fprintf(pFile, pchErDescr); fprintf(pFile, " ### ");
fprintf(pFile, pchPar1Descr); fprintf(pFile, ": ");
fprintf(pFile, "%e ### ", dPar1);
fprintf(pFile, pchPar2Descr); fprintf(pFile, ": ");
fprintf(pFile, "%e\n", dPar2);
fclose(pFile);
printf("\nDebug error! For more information see test/DebugError.dat\n");
exit(1);
FILE* pFile = fopen ( "DebugError.dat", "a" );
fprintf ( pFile, pchErDescr ); fprintf ( pFile, " ### " );
fprintf ( pFile, pchPar1Descr ); fprintf ( pFile, ": " );
fprintf ( pFile, "%e ### ", dPar1);
fprintf ( pFile, pchPar2Descr ); fprintf ( pFile, ": " );
fprintf ( pFile, "%e\n", dPar2 );
fclose ( pFile );
printf ( "\nDebug error! For more information see test/DebugError.dat\n" );
exit ( 1 );
}

272
src/util.h
View file

@ -22,7 +22,7 @@
*
\******************************************************************************/
#if !defined(UTIL_HOIH934256GEKJH98_3_43445KJIUHF1912__INCLUDED_)
#if !defined ( UTIL_HOIH934256GEKJH98_3_43445KJIUHF1912__INCLUDED_ )
#define UTIL_HOIH934256GEKJH98_3_43445KJIUHF1912__INCLUDED_
#include <qhostaddress.h>
@ -33,7 +33,7 @@
#include <qdatetime.h>
#include <vector>
#include "global.h"
using namespace std; /* Because of the library: "vector" */
using namespace std; // because of the library: "vector"
#ifdef _WIN32
# include "../windows/moc/aboutdlgbase.h"
#else
@ -46,24 +46,28 @@ using namespace std; /* Because of the library: "vector" */
/* Global functions ***********************************************************/
/* Converting double to short */
inline short Double2Short(const double dInput)
// converting double to short
inline short Double2Short ( const double dInput )
{
/* Lower bound */
if (dInput < _MINSHORT)
// lower bound
if ( dInput < _MINSHORT )
{
return _MINSHORT;
}
/* Upper bound */
if (dInput > _MAXSHORT)
// upper bound
if ( dInput > _MAXSHORT )
{
return _MAXSHORT;
}
return (short) dInput;
}
/* Debug error handling */
void DebugError(const char* pchErDescr, const char* pchPar1Descr,
const double dPar1, const char* pchPar2Descr,
const double dPar2);
// debug error handling
void DebugError ( const char* pchErDescr, const char* pchPar1Descr,
const double dPar1, const char* pchPar2Descr,
const double dPar2 );
/******************************************************************************\
@ -72,64 +76,64 @@ void DebugError(const char* pchErDescr, const char* pchPar1Descr,
template<class TData> class CVector : public std::vector<TData>
{
public:
CVector() : iVectorSize(0) {pData = this->begin();}
CVector(const int iNeSi) {Init(iNeSi);}
CVector(const int iNeSi, const TData tInVa) {Init(iNeSi, tInVa);}
CVector() : iVectorSize ( 0 ) { pData = this->begin(); }
CVector ( const int iNeSi ) { Init(iNeSi); }
CVector ( const int iNeSi, const TData tInVa ) { Init ( iNeSi, tInVa ); }
virtual ~CVector() {}
/* Copy constructor: The order of the initialization list must not be
changed. First, the base class must be initialized, then the pData
pointer must be set to the new data source. The bit access is, by
default, reset */
CVector(const CVector<TData>& vecI) :
std::vector<TData>(static_cast<const std::vector<TData>&>(vecI)),
iVectorSize(vecI.Size()) { pData = this->begin(); }
CVector ( const CVector<TData>& vecI ) :
std::vector<TData> ( static_cast<const std::vector<TData>&> ( vecI ) ),
iVectorSize ( vecI.Size() ) { pData = this->begin(); }
void Init(const int iNewSize);
void Init ( const int iNewSize );
/* Use this init to give all elements a defined value */
void Init(const int iNewSize, const TData tIniVal);
void Reset(const TData tResetVal);
// use this init to give all elements a defined value
void Init ( const int iNewSize, const TData tIniVal );
void Reset ( const TData tResetVal );
void Enlarge(const int iAddedSize);
void Add(const TData& tI) {Enlarge(1); pData[iVectorSize - 1] = tI;}
void Enlarge ( const int iAddedSize );
void Add ( const TData& tI ) { Enlarge ( 1 ); pData[iVectorSize - 1] = tI; }
inline int Size() const {return iVectorSize;}
inline int Size() const { return iVectorSize; }
/* This operator allows for a l-value assignment of this object:
CVector[x] = y is possible */
inline TData& operator[](const int iPos) {
inline TData& operator[] ( const int iPos ) {
#ifdef _DEBUG_
if ((iPos < 0) || (iPos > iVectorSize - 1))
if ( ( iPos < 0 ) || ( iPos > iVectorSize - 1 ) )
{
DebugError("Writing vector out of bounds", "Vector size",
iVectorSize, "New parameter", iPos);
DebugError ( "Writing vector out of bounds", "Vector size",
iVectorSize, "New parameter", iPos );
}
#endif
return pData[iPos];}
return pData[iPos]; }
inline TData operator[](const int iPos) const {
inline TData operator[] ( const int iPos ) const {
#ifdef _DEBUG_
if ((iPos < 0) || (iPos > iVectorSize - 1))
if ( ( iPos < 0 ) || ( iPos > iVectorSize - 1 ) )
{
DebugError("Reading vector out of bounds", "Vector size",
iVectorSize, "New parameter", iPos);
DebugError ( "Reading vector out of bounds", "Vector size",
iVectorSize, "New parameter", iPos );
}
#endif
return pData[iPos];}
return pData[iPos]; }
inline CVector<TData>& operator=(const CVector<TData>& vecI) {
inline CVector<TData>& operator= ( const CVector<TData>& vecI ) {
#ifdef _DEBUG_
/* Vectors which shall be copied MUST have same size! (If this is
satisfied, the parameter "iVectorSize" must not be adjusted as
a side effect) */
if (vecI.Size() != iVectorSize)
if ( vecI.Size() != iVectorSize )
{
DebugError("Vector operator=() different size", "Vector size",
iVectorSize, "New parameter", vecI.Size());
DebugError ( "Vector operator=() different size", "Vector size",
iVectorSize, "New parameter", vecI.Size() );
}
#endif
vector<TData>::operator=(vecI);
vector<TData>::operator= ( vecI );
/* Reset my data pointer in case, the operator=() of the base class
did change the actual memory */
@ -145,42 +149,44 @@ protected:
/* Implementation *************************************************************/
template<class TData> void CVector<TData>::Init(const int iNewSize)
template<class TData> void CVector<TData>::Init ( const int iNewSize )
{
iVectorSize = iNewSize;
/* Clear old buffer and reserve memory for new buffer, get iterator
for pointer operations */
this->clear();
this->resize(iNewSize);
this->resize ( iNewSize );
pData = this->begin();
}
template<class TData> void CVector<TData>::Init(const int iNewSize,
const TData tIniVal)
template<class TData> void CVector<TData>::Init ( const int iNewSize,
const TData tIniVal )
{
/* Call actual init routine */
Init(iNewSize);
// call actual init routine
Init ( iNewSize );
/* Set values */
Reset(tIniVal);
// set values
Reset ( tIniVal );
}
template<class TData> void CVector<TData>::Enlarge(const int iAddedSize)
template<class TData> void CVector<TData>::Enlarge ( const int iAddedSize )
{
iVectorSize += iAddedSize;
this->resize(iVectorSize);
this->resize ( iVectorSize );
/* We have to reset the pointer since it could be that the vector size was
zero before enlarging the vector */
pData = this->begin();
}
template<class TData> void CVector<TData>::Reset(const TData tResetVal)
template<class TData> void CVector<TData>::Reset ( const TData tResetVal )
{
/* Set all values to reset value */
for (int i = 0; i < iVectorSize; i++)
// set all values to reset value
for ( int i = 0; i < iVectorSize; i++ )
{
pData[i] = tResetVal;
}
}
@ -190,42 +196,44 @@ template<class TData> void CVector<TData>::Reset(const TData tResetVal)
template<class TData> class CFIFO : public CVector<TData>
{
public:
CFIFO() : CVector<TData>(), iCurIdx(0) {}
CFIFO(const int iNeSi) : CVector<TData>(iNeSi), iCurIdx(0) {}
CFIFO(const int iNeSi, const TData tInVa) :
CVector<TData>(iNeSi, tInVa), iCurIdx(0) {}
CFIFO() : CVector<TData>(), iCurIdx ( 0 ) {}
CFIFO ( const int iNeSi ) : CVector<TData>(iNeSi), iCurIdx ( 0 ) {}
CFIFO ( const int iNeSi, const TData tInVa ) :
CVector<TData> ( iNeSi, tInVa ), iCurIdx ( 0 ) {}
void Add(const TData tNewD);
inline TData Get() {return this->pData[iCurIdx];}
void Add ( const TData tNewD );
inline TData Get() { return this->pData[iCurIdx]; }
virtual void Init(const int iNewSize);
virtual void Init(const int iNewSize, const TData tIniVal);
virtual void Init ( const int iNewSize );
virtual void Init ( const int iNewSize, const TData tIniVal );
protected:
int iCurIdx;
};
template<class TData> void CFIFO<TData>::Init(const int iNewSize)
template<class TData> void CFIFO<TData>::Init ( const int iNewSize )
{
iCurIdx = 0;
CVector<TData>::Init(iNewSize);
CVector<TData>::Init ( iNewSize );
}
template<class TData> void CFIFO<TData>::Init(const int iNewSize,
const TData tIniVal)
template<class TData> void CFIFO<TData>::Init ( const int iNewSize,
const TData tIniVal )
{
iCurIdx = 0;
CVector<TData>::Init(iNewSize, tIniVal);
CVector<TData>::Init ( iNewSize, tIniVal );
}
template<class TData> void CFIFO<TData>::Add(const TData tNewD)
template<class TData> void CFIFO<TData>::Add ( const TData tNewD )
{
this->pData[iCurIdx] = tNewD;
/* Increment index */
// increment index
iCurIdx++;
if (iCurIdx >= this->iVectorSize)
if ( iCurIdx >= this->iVectorSize )
{
iCurIdx = 0;
}
}
@ -235,23 +243,29 @@ template<class TData> void CFIFO<TData>::Add(const TData tNewD)
template<class TData> class CMovingAv : public CVector<TData>
{
public:
CMovingAv() : CVector<TData>(), iCurIdx(0), iNorm(0),
tCurAvResult(TData(0)) {}
CMovingAv(const int iNeSi) : CVector<TData>(iNeSi), iCurIdx(0), iNorm(0),
tCurAvResult(TData(0)) {}
CMovingAv(const int iNeSi, const TData tInVa) :
CVector<TData>(iNeSi, tInVa), iCurIdx(0), iNorm(0),
tCurAvResult(TData(0)) {}
CMovingAv() : CVector<TData>(), iCurIdx ( 0 ), iNorm ( 0 ),
tCurAvResult ( TData ( 0 ) ) {}
CMovingAv ( const int iNeSi ) : CVector<TData> ( iNeSi ), iCurIdx ( 0 ), iNorm ( 0 ),
tCurAvResult ( TData ( 0 ) ) {}
CMovingAv ( const int iNeSi, const TData tInVa ) :
CVector<TData> ( iNeSi, tInVa ), iCurIdx ( 0 ), iNorm ( 0 ),
tCurAvResult ( TData ( 0 ) ) {}
void Add(const TData tNewD);
void Add ( const TData tNewD );
inline TData GetAverage()
{
if (this->iNorm == 0) return TData(0);
else return tCurAvResult / this->iNorm;
if ( this->iNorm == 0 )
{
return TData ( 0 );
}
else
{
return tCurAvResult / this->iNorm;
}
}
virtual void Init(const int iNewSize);
void InitVec(const int iNewSize, const int iNewVecSize);
virtual void Init ( const int iNewSize );
void InitVec ( const int iNewSize, const int iNewVecSize );
protected:
int iCurIdx;
@ -259,36 +273,40 @@ protected:
TData tCurAvResult;
};
template<class TData> void CMovingAv<TData>::Init(const int iNewSize)
template<class TData> void CMovingAv<TData>::Init ( const int iNewSize )
{
iNorm = 0;
iCurIdx = 0;
tCurAvResult = TData(0); /* Only for scalars! */
CVector<TData>::Init(iNewSize);
iNorm = 0;
iCurIdx = 0;
tCurAvResult = TData ( 0 ); // only for scalars!
CVector<TData>::Init ( iNewSize );
}
template<class TData> void CMovingAv<TData>::Add(const TData tNewD)
template<class TData> void CMovingAv<TData>::Add ( const TData tNewD )
{
/*
Optimized calculation of the moving average. We only add a new value and
subtract the old value from the result. We only need one addition and a
history buffer
*/
/* Subtract oldest value */
// subtract oldest value
tCurAvResult -= this->pData[iCurIdx];
/* Add new value and write in memory */
// add new value and write in memory
tCurAvResult += tNewD;
this->pData[iCurIdx] = tNewD;
/* Increase position pointer and test if wrap */
// increase position pointer and test if wrap
iCurIdx++;
if (iCurIdx >= this->iVectorSize)
if ( iCurIdx >= this->iVectorSize )
{
iCurIdx = 0;
}
/* take care of norm */
if (this->iNorm < this->iVectorSize)
// take care of norm
if ( this->iNorm < this->iVectorSize )
{
this->iNorm++;
}
}
@ -301,8 +319,8 @@ class CAboutDlg : public CAboutDlgBase
Q_OBJECT
public:
CAboutDlg(QWidget* parent = 0, const char* name = 0, bool modal = FALSE,
WFlags f = 0);
CAboutDlg ( QWidget* parent = 0, const char* name = 0, bool modal = FALSE,
WFlags f = 0 );
static QString GetVersionAndNameStr ( const bool bWithHtml = true );
};
@ -314,14 +332,14 @@ class CLlconHelpMenu : public QPopupMenu
Q_OBJECT
public:
CLlconHelpMenu(QWidget* parent = 0);
CLlconHelpMenu ( QWidget* parent = 0 );
protected:
CAboutDlg AboutDlg;
public slots:
void OnHelpWhatsThis () { QWhatsThis::enterWhatsThisMode (); }
void OnHelpAbout () { AboutDlg.exec(); }
void OnHelpWhatsThis() { QWhatsThis::enterWhatsThisMode(); }
void OnHelpAbout() { AboutDlg.exec(); }
};
@ -330,12 +348,12 @@ public slots:
class CSignalLevelMeter
{
public:
CSignalLevelMeter() : dCurLevel(0.0) {}
CSignalLevelMeter() : dCurLevel ( 0.0 ) {}
virtual ~CSignalLevelMeter() {}
void Update(CVector<double>& vecdAudio);
void Update ( CVector<double>& vecdAudio );
double MicLevel();
void Reset() {dCurLevel = 0.0;}
void Reset() { dCurLevel = 0.0; }
protected:
double dCurLevel;
@ -344,17 +362,17 @@ protected:
class CHostAddress
{
public:
CHostAddress() : InetAddr((Q_UINT32) 0), iPort(0) {}
CHostAddress(const QHostAddress NInetAddr, const Q_UINT16 iNPort) :
InetAddr(NInetAddr), iPort(iNPort) {}
CHostAddress(const CHostAddress& NHAddr) :
InetAddr(NHAddr.InetAddr), iPort(NHAddr.iPort) {}
CHostAddress() : InetAddr ( (Q_UINT32) 0 ), iPort ( 0 ) {}
CHostAddress ( const QHostAddress NInetAddr, const Q_UINT16 iNPort ) :
InetAddr ( NInetAddr ), iPort ( iNPort ) {}
CHostAddress ( const CHostAddress& NHAddr ) :
InetAddr ( NHAddr.InetAddr ), iPort ( NHAddr.iPort ) {}
/* copy and compare operators */
CHostAddress& operator=(const CHostAddress& NHAddr)
{InetAddr = NHAddr.InetAddr; iPort = NHAddr.iPort; return *this;}
bool operator==(const CHostAddress& CompAddr) /* oompare operator */
{return ((CompAddr.InetAddr == InetAddr) && (CompAddr.iPort == iPort));}
// copy and compare operators
CHostAddress& operator= ( const CHostAddress& NHAddr )
{ InetAddr = NHAddr.InetAddr; iPort = NHAddr.iPort; return *this; }
bool operator== ( const CHostAddress& CompAddr ) // compare operator
{ return ( ( CompAddr.InetAddr == InetAddr ) && ( CompAddr.iPort == iPort ) ); }
QHostAddress InetAddr;
Q_UINT16 iPort;
@ -377,14 +395,14 @@ public:
class CAudioReverb
{
public:
CAudioReverb(const double rT60 = (double) 5.0);
CAudioReverb ( const double rT60 = (double) 5.0 );
void Clear();
double ProcessSample(const double input);
double ProcessSample ( const double input );
protected:
void setT60(const double rT60);
bool isPrime(const int number);
void setT60 ( const double rT60 );
bool isPrime ( const int number );
CFIFO<int> allpassDelays_[3];
CFIFO<int> combDelays_[4];
@ -397,14 +415,14 @@ protected:
class CCRC
{
public:
CCRC () : iPoly ( ( 1 << 5 ) | ( 1 << 12 ) ), iBitOutMask ( 1 << 16 )
{ Reset (); }
virtual ~CCRC () {}
CCRC() : iPoly ( ( 1 << 5 ) | ( 1 << 12 ) ), iBitOutMask ( 1 << 16 )
{ Reset(); }
virtual ~CCRC() {}
void Reset ();
void Reset();
void AddByte ( const uint8_t byNewInput );
bool CheckCRC ( const uint32_t iCRC ) { return iCRC == GetCRC(); }
uint32_t GetCRC ();
uint32_t GetCRC();
protected:
uint32_t iBitOutMask;
@ -424,11 +442,11 @@ public:
// vector format: 1 byte hours, 1 byte min, 1 byte sec, 2 bytes ms
CVector<unsigned char> veccNetTi ( 5 );
veccNetTi[0] = static_cast<unsigned char> ( qTiIn.hour () );
veccNetTi[1] = static_cast<unsigned char> ( qTiIn.minute () );
veccNetTi[2] = static_cast<unsigned char> ( qTiIn.second () );
veccNetTi[0] = static_cast<unsigned char> ( qTiIn.hour() );
veccNetTi[1] = static_cast<unsigned char> ( qTiIn.minute() );
veccNetTi[2] = static_cast<unsigned char> ( qTiIn.second() );
const int iMs = qTiIn.msec ();
const int iMs = qTiIn.msec();
veccNetTi[3] = static_cast<unsigned char> ( ( iMs >> 8 ) & 255 );
veccNetTi[4] = static_cast<unsigned char> ( iMs & 255 );
@ -501,8 +519,8 @@ public:
}
protected:
bool bDoLogging;
FILE* pFile;
bool bDoLogging;
FILE* pFile;
};
#endif /* !defined(UTIL_HOIH934256GEKJH98_3_43445KJIUHF1912__INCLUDED_) */
#endif /* !defined ( UTIL_HOIH934256GEKJH98_3_43445KJIUHF1912__INCLUDED_ ) */

559
windows/sound.cpp
View file

@ -32,186 +32,206 @@
/******************************************************************************\
* Wave in *
\******************************************************************************/
bool CSound::Read(CVector<short>& psData)
bool CSound::Read ( CVector<short>& psData )
{
int i;
bool bError;
/* Check if device must be opened or reinitialized */
if (bChangParamIn == TRUE)
// check if device must be opened or reinitialized
if ( bChangParamIn == TRUE )
{
OpenInDevice();
/* Reinit sound interface */
InitRecording(iBufferSizeIn, bBlockingRec);
// Reinit sound interface
InitRecording ( iBufferSizeIn, bBlockingRec );
/* Reset flag */
// Reset flag
bChangParamIn = FALSE;
}
/* Wait until data is available */
if (!(m_WaveInHeader[iWhichBufferIn].dwFlags & WHDR_DONE))
// wait until data is available
if ( ! ( m_WaveInHeader[iWhichBufferIn].dwFlags & WHDR_DONE ) )
{
if (bBlockingRec == TRUE)
WaitForSingleObject(m_WaveInEvent, INFINITE);
if ( bBlockingRec == TRUE )
{
WaitForSingleObject ( m_WaveInEvent, INFINITE );
}
else
{
return FALSE;
}
}
/* Check if buffers got lost */
// check if buffers got lost
int iNumInBufDone = 0;
for (i = 0; i < iCurNumSndBufIn; i++)
for ( i = 0; i < iCurNumSndBufIn; i++ )
{
if (m_WaveInHeader[i].dwFlags & WHDR_DONE)
if ( m_WaveInHeader[i].dwFlags & WHDR_DONE )
{
iNumInBufDone++;
}
}
/* If the number of done buffers equals the total number of buffers, it is
very likely that a buffer got lost -> set error flag */
if (iNumInBufDone == iCurNumSndBufIn)
if ( iNumInBufDone == iCurNumSndBufIn )
{
bError = TRUE;
}
else
{
bError = FALSE;
}
/* Copy data from sound card in output buffer */
for (i = 0; i < iBufferSizeIn; i++)
// copy data from sound card in output buffer
for ( i = 0; i < iBufferSizeIn; i++ )
{
psData[i] = psSoundcardBuffer[iWhichBufferIn][i];
}
/* Add the buffer so that it can be filled with new samples */
// add the buffer so that it can be filled with new samples
AddInBuffer();
/* In case more than one buffer was ready, reset event */
ResetEvent(m_WaveInEvent);
// in case more than one buffer was ready, reset event
ResetEvent ( m_WaveInEvent );
return bError;
}
void CSound::AddInBuffer()
{
/* Unprepare old wave-header */
waveInUnprepareHeader(
m_WaveIn, &m_WaveInHeader[iWhichBufferIn], sizeof(WAVEHDR));
// unprepare old wave-header
waveInUnprepareHeader (
m_WaveIn, &m_WaveInHeader[iWhichBufferIn], sizeof ( WAVEHDR ) );
/* Prepare buffers for sending to sound interface */
PrepareInBuffer(iWhichBufferIn);
// prepare buffers for sending to sound interface
PrepareInBuffer ( iWhichBufferIn );
/* Send buffer to driver for filling with new data */
waveInAddBuffer(m_WaveIn, &m_WaveInHeader[iWhichBufferIn], sizeof(WAVEHDR));
// send buffer to driver for filling with new data
waveInAddBuffer ( m_WaveIn, &m_WaveInHeader[iWhichBufferIn], sizeof ( WAVEHDR ) );
/* Toggle buffers */
// toggle buffers
iWhichBufferIn++;
if (iWhichBufferIn == iCurNumSndBufIn)
if ( iWhichBufferIn == iCurNumSndBufIn )
{
iWhichBufferIn = 0;
}
}
void CSound::PrepareInBuffer(int iBufNum)
void CSound::PrepareInBuffer ( int iBufNum )
{
/* Set struct entries */
m_WaveInHeader[iBufNum].lpData = (LPSTR) &psSoundcardBuffer[iBufNum][0];
// set struct entries
m_WaveInHeader[iBufNum].lpData = (LPSTR) &psSoundcardBuffer[iBufNum][0];
m_WaveInHeader[iBufNum].dwBufferLength = iBufferSizeIn * BYTES_PER_SAMPLE;
m_WaveInHeader[iBufNum].dwFlags = 0;
m_WaveInHeader[iBufNum].dwFlags = 0;
/* Prepare wave-header */
waveInPrepareHeader(m_WaveIn, &m_WaveInHeader[iBufNum], sizeof(WAVEHDR));
// prepare wave-header
waveInPrepareHeader ( m_WaveIn, &m_WaveInHeader[iBufNum], sizeof ( WAVEHDR ) );
}
void CSound::InitRecording(int iNewBufferSize, bool bNewBlocking)
void CSound::InitRecording ( int iNewBufferSize, bool bNewBlocking )
{
/* Check if device must be opened or reinitialized */
if (bChangParamIn == TRUE)
// check if device must be opened or reinitialized
if ( bChangParamIn == TRUE )
{
OpenInDevice();
/* Reset flag */
// reset flag
bChangParamIn = FALSE;
}
/* Set internal parameter */
// set internal parameter
iBufferSizeIn = iNewBufferSize;
bBlockingRec = bNewBlocking;
/* Reset interface so that all buffers are returned from the interface */
waveInReset(m_WaveIn);
waveInStop(m_WaveIn);
// reset interface so that all buffers are returned from the interface
waveInReset ( m_WaveIn );
waveInStop ( m_WaveIn );
/* Reset current buffer ID (it is important to do this BEFORE calling
/* reset current buffer ID (it is important to do this BEFORE calling
"AddInBuffer()" */
iWhichBufferIn = 0;
/* Create memory for sound card buffer */
for (int i = 0; i < iCurNumSndBufIn; i++)
// create memory for sound card buffer
for ( int i = 0; i < iCurNumSndBufIn; i++ )
{
/* Unprepare old wave-header in case that we "re-initialized" this
module. Calling "waveInUnprepareHeader()" with an unprepared
buffer (when the module is initialized for the first time) has
simply no effect */
waveInUnprepareHeader(m_WaveIn, &m_WaveInHeader[i], sizeof(WAVEHDR));
waveInUnprepareHeader ( m_WaveIn, &m_WaveInHeader[i], sizeof ( WAVEHDR ) );
if (psSoundcardBuffer[i] != NULL)
if ( psSoundcardBuffer[i] != NULL )
{
delete[] psSoundcardBuffer[i];
}
psSoundcardBuffer[i] = new short[iBufferSizeIn];
/* Send all buffers to driver for filling the queue ----------------- */
/* Prepare buffers before sending them to the sound interface */
PrepareInBuffer(i);
// prepare buffers before sending them to the sound interface
PrepareInBuffer ( i );
AddInBuffer();
}
/* Notify that sound capturing can start now */
waveInStart(m_WaveIn);
// notify that sound capturing can start now
waveInStart ( m_WaveIn );
/* This reset event is very important for initialization, otherwise we will
get errors! */
ResetEvent(m_WaveInEvent);
ResetEvent ( m_WaveInEvent );
}
void CSound::OpenInDevice()
{
/* Open wave-input and set call-back mechanism to event handle */
if (m_WaveIn != NULL)
// open wave-input and set call-back mechanism to event handle
if ( m_WaveIn != NULL )
{
waveInReset(m_WaveIn);
waveInClose(m_WaveIn);
waveInReset ( m_WaveIn );
waveInClose ( m_WaveIn );
}
MMRESULT result = waveInOpen(&m_WaveIn, iCurInDev, &sWaveFormatEx,
(DWORD) m_WaveInEvent, NULL, CALLBACK_EVENT);
MMRESULT result = waveInOpen ( &m_WaveIn, iCurInDev, &sWaveFormatEx,
(DWORD) m_WaveInEvent, NULL, CALLBACK_EVENT );
if (result != MMSYSERR_NOERROR)
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr("Sound Interface Start, waveInOpen() failed. This error "
"usually occurs if another application blocks the sound in.");
throw CGenErr ( "Sound Interface Start, waveInOpen() failed. This error "
"usually occurs if another application blocks the sound in." );
}
}
void CSound::SetInDev(int iNewDev)
void CSound::SetInDev ( int iNewDev )
{
/* Set device to wave mapper if iNewDev is invalid */
if ((iNewDev >= iNumDevs) || (iNewDev < 0))
// set device to wave mapper if iNewDev is invalid
if ( ( iNewDev >= iNumDevs ) || ( iNewDev < 0 ) )
{
iNewDev = WAVE_MAPPER;
}
/* Change only in case new device id is not already active */
if (iNewDev != iCurInDev)
// change only in case new device id is not already active
if ( iNewDev != iCurInDev )
{
iCurInDev = iNewDev;
iCurInDev = iNewDev;
bChangParamIn = TRUE;
}
}
void CSound::SetInNumBuf(int iNewNum)
void CSound::SetInNumBuf ( int iNewNum )
{
/* check new parameter */
if ((iNewNum >= MAX_SND_BUF_IN) || (iNewNum < 1))
// check new parameter
if ( ( iNewNum >= MAX_SND_BUF_IN ) || ( iNewNum < 1 ) )
{
iNewNum = NUM_SOUND_BUFFERS_IN;
}
/* Change only if parameter is different */
if (iNewNum != iCurNumSndBufIn)
// change only if parameter is different
if ( iNewNum != iCurNumSndBufIn )
{
iCurNumSndBufIn = iNewNum;
bChangParamIn = TRUE;
bChangParamIn = TRUE;
}
}
@ -219,41 +239,41 @@ void CSound::SetInNumBuf(int iNewNum)
/******************************************************************************\
* Wave out *
\******************************************************************************/
bool CSound::Write(CVector<short>& psData)
bool CSound::Write ( CVector<short>& psData )
{
int i, j;
int iCntPrepBuf;
int iIndexDoneBuf;
bool bError;
/* Check if device must be opened or reinitialized */
if (bChangParamOut == TRUE)
// check if device must be opened or reinitialized
if ( bChangParamOut == TRUE )
{
OpenOutDevice();
/* Reinit sound interface */
InitPlayback(iBufferSizeOut, bBlockingPlay);
// reinit sound interface
InitPlayback ( iBufferSizeOut, bBlockingPlay );
/* Reset flag */
// reset flag
bChangParamOut = FALSE;
}
/* Get number of "done"-buffers and position of one of them */
GetDoneBuffer(iCntPrepBuf, iIndexDoneBuf);
// get number of "done"-buffers and position of one of them
GetDoneBuffer ( iCntPrepBuf, iIndexDoneBuf );
/* Now check special cases (Buffer is full or empty) */
if (iCntPrepBuf == 0)
// now check special cases (Buffer is full or empty)
if ( iCntPrepBuf == 0 )
{
if (bBlockingPlay == TRUE)
if ( bBlockingPlay == TRUE )
{
/* Blocking wave out routine. Needed for transmitter. Always
ensure that the buffer is completely filled to avoid buffer
underruns */
while (iCntPrepBuf == 0)
while ( iCntPrepBuf == 0 )
{
WaitForSingleObject(m_WaveOutEvent, INFINITE);
WaitForSingleObject ( m_WaveOutEvent, INFINITE );
GetDoneBuffer(iCntPrepBuf, iIndexDoneBuf);
GetDoneBuffer ( iCntPrepBuf, iIndexDoneBuf );
}
}
else
@ -261,50 +281,59 @@ bool CSound::Write(CVector<short>& psData)
/* All buffers are filled, dump new block ----------------------- */
// It would be better to kill half of the buffer blocks to set the start
// back to the middle: TODO
return TRUE; /* An error occurred */
return TRUE; // an error occurred
}
}
else if (iCntPrepBuf == iCurNumSndBufOut)
{
/* ---------------------------------------------------------------------
Buffer is empty -> send as many cleared blocks to the sound-
interface until half of the buffer size is reached */
/* Send half of the buffer size blocks to the sound-interface */
for (j = 0; j < iCurNumSndBufOut / 2; j++)
{
/* First, clear these buffers */
for (i = 0; i < iBufferSizeOut; i++)
psPlaybackBuffer[j][i] = 0;
/* Then send them to the interface */
AddOutBuffer(j);
}
/* Set index for done buffer */
iIndexDoneBuf = iCurNumSndBufOut / 2;
bError = TRUE;
}
else
bError = FALSE;
{
if ( iCntPrepBuf == iCurNumSndBufOut )
{
/* -----------------------------------------------------------------
Buffer is empty -> send as many cleared blocks to the sound-
interface until half of the buffer size is reached */
// send half of the buffer size blocks to the sound-interface
for ( j = 0; j < iCurNumSndBufOut / 2; j++ )
{
// first, clear these buffers
for ( i = 0; i < iBufferSizeOut; i++ )
{
psPlaybackBuffer[j][i] = 0;
}
/* Copy stereo data from input in soundcard buffer */
for (i = 0; i < iBufferSizeOut; i++)
// then send them to the interface
AddOutBuffer ( j );
}
// set index for done buffer
iIndexDoneBuf = iCurNumSndBufOut / 2;
bError = TRUE;
}
else
{
bError = FALSE;
}
}
// copy stereo data from input in soundcard buffer
for ( i = 0; i < iBufferSizeOut; i++ )
{
psPlaybackBuffer[iIndexDoneBuf][i] = psData[i];
}
/* Now, send the current block */
AddOutBuffer(iIndexDoneBuf);
// now, send the current block
AddOutBuffer ( iIndexDoneBuf );
return bError;
}
void CSound::GetDoneBuffer(int& iCntPrepBuf, int& iIndexDoneBuf)
void CSound::GetDoneBuffer ( int& iCntPrepBuf, int& iIndexDoneBuf )
{
/* Get number of "done"-buffers and position of one of them */
// get number of "done"-buffers and position of one of them
iCntPrepBuf = 0;
for (int i = 0; i < iCurNumSndBufOut; i++)
for ( int i = 0; i < iCurNumSndBufOut; i++ )
{
if (m_WaveOutHeader[i].dwFlags & WHDR_DONE)
if ( m_WaveOutHeader[i].dwFlags & WHDR_DONE )
{
iCntPrepBuf++;
iIndexDoneBuf = i;
@ -312,114 +341,124 @@ void CSound::GetDoneBuffer(int& iCntPrepBuf, int& iIndexDoneBuf)
}
}
void CSound::AddOutBuffer(int iBufNum)
void CSound::AddOutBuffer ( int iBufNum )
{
/* Unprepare old wave-header */
waveOutUnprepareHeader(
m_WaveOut, &m_WaveOutHeader[iBufNum], sizeof(WAVEHDR));
// Unprepare old wave-header
waveOutUnprepareHeader (
m_WaveOut, &m_WaveOutHeader[iBufNum], sizeof ( WAVEHDR ) );
/* Prepare buffers for sending to sound interface */
PrepareOutBuffer(iBufNum);
// Prepare buffers for sending to sound interface
PrepareOutBuffer ( iBufNum );
/* Send buffer to driver for filling with new data */
waveOutWrite(m_WaveOut, &m_WaveOutHeader[iBufNum], sizeof(WAVEHDR));
// Send buffer to driver for filling with new data
waveOutWrite ( m_WaveOut, &m_WaveOutHeader[iBufNum], sizeof ( WAVEHDR ) );
}
void CSound::PrepareOutBuffer(int iBufNum)
void CSound::PrepareOutBuffer ( int iBufNum )
{
/* Set Header data */
m_WaveOutHeader[iBufNum].lpData = (LPSTR) &psPlaybackBuffer[iBufNum][0];
// Set Header data
m_WaveOutHeader[iBufNum].lpData = (LPSTR) &psPlaybackBuffer[iBufNum][0];
m_WaveOutHeader[iBufNum].dwBufferLength = iBufferSizeOut * BYTES_PER_SAMPLE;
m_WaveOutHeader[iBufNum].dwFlags = 0;
m_WaveOutHeader[iBufNum].dwFlags = 0;
/* Prepare wave-header */
waveOutPrepareHeader(m_WaveOut, &m_WaveOutHeader[iBufNum], sizeof(WAVEHDR));
// Prepare wave-header
waveOutPrepareHeader ( m_WaveOut, &m_WaveOutHeader[iBufNum], sizeof ( WAVEHDR ) );
}
void CSound::InitPlayback(int iNewBufferSize, bool bNewBlocking)
void CSound::InitPlayback ( int iNewBufferSize, bool bNewBlocking )
{
int i, j;
/* Check if device must be opened or reinitialized */
if (bChangParamOut == TRUE)
// check if device must be opened or reinitialized
if ( bChangParamOut == TRUE )
{
OpenOutDevice();
/* Reset flag */
// reset flag
bChangParamOut = FALSE;
}
/* Set internal parameters */
// set internal parameters
iBufferSizeOut = iNewBufferSize;
bBlockingPlay = bNewBlocking;
bBlockingPlay = bNewBlocking;
/* Reset interface */
waveOutReset(m_WaveOut);
// reset interface
waveOutReset ( m_WaveOut );
for (j = 0; j < iCurNumSndBufOut; j++)
for ( j = 0; j < iCurNumSndBufOut; j++ )
{
/* Unprepare old wave-header (in case header was not prepared before,
simply nothing happens with this function call */
waveOutUnprepareHeader(m_WaveOut, &m_WaveOutHeader[j], sizeof(WAVEHDR));
waveOutUnprepareHeader ( m_WaveOut, &m_WaveOutHeader[j], sizeof ( WAVEHDR ) );
/* Create memory for playback buffer */
if (psPlaybackBuffer[j] != NULL)
// create memory for playback buffer
if ( psPlaybackBuffer[j] != NULL )
{
delete[] psPlaybackBuffer[j];
}
psPlaybackBuffer[j] = new short[iBufferSizeOut];
/* Clear new buffer */
for (i = 0; i < iBufferSizeOut; i++)
// clear new buffer
for ( i = 0; i < iBufferSizeOut; i++ )
{
psPlaybackBuffer[j][i] = 0;
}
/* Prepare buffer for sending to the sound interface */
PrepareOutBuffer(j);
// prepare buffer for sending to the sound interface
PrepareOutBuffer ( j );
/* Initially, send all buffers to the interface */
AddOutBuffer(j);
// initially, send all buffers to the interface
AddOutBuffer ( j );
}
}
void CSound::OpenOutDevice()
{
if (m_WaveOut != NULL)
if ( m_WaveOut != NULL )
{
waveOutReset(m_WaveOut);
waveOutClose(m_WaveOut);
waveOutReset ( m_WaveOut );
waveOutClose ( m_WaveOut );
}
MMRESULT result = waveOutOpen(&m_WaveOut, iCurOutDev, &sWaveFormatEx,
(DWORD) m_WaveOutEvent, NULL, CALLBACK_EVENT);
MMRESULT result = waveOutOpen ( &m_WaveOut, iCurOutDev, &sWaveFormatEx,
(DWORD) m_WaveOutEvent, NULL, CALLBACK_EVENT );
if (result != MMSYSERR_NOERROR)
throw CGenErr("Sound Interface Start, waveOutOpen() failed.");
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr ( "Sound Interface Start, waveOutOpen() failed." );
}
}
void CSound::SetOutDev(int iNewDev)
void CSound::SetOutDev ( int iNewDev )
{
/* Set device to wave mapper if iNewDev is invalid */
if ((iNewDev >= iNumDevs) || (iNewDev < 0))
// set device to wave mapper if iNewDev is invalid
if ( ( iNewDev >= iNumDevs ) || ( iNewDev < 0 ) )
{
iNewDev = WAVE_MAPPER;
}
/* Change only in case new device id is not already active */
if (iNewDev != iCurOutDev)
// change only in case new device id is not already active
if ( iNewDev != iCurOutDev )
{
iCurOutDev = iNewDev;
iCurOutDev = iNewDev;
bChangParamOut = TRUE;
}
}
void CSound::SetOutNumBuf(int iNewNum)
void CSound::SetOutNumBuf ( int iNewNum )
{
/* check new parameter */
if ((iNewNum >= MAX_SND_BUF_OUT) || (iNewNum < 1))
// check new parameter
if ( ( iNewNum >= MAX_SND_BUF_OUT ) || ( iNewNum < 1 ) )
{
iNewNum = NUM_SOUND_BUFFERS_OUT;
}
/* Change only if parameter is different */
if (iNewNum != iCurNumSndBufOut)
// change only if parameter is different
if ( iNewNum != iCurNumSndBufOut )
{
iCurNumSndBufOut = iNewNum;
bChangParamOut = TRUE;
bChangParamOut = TRUE;
}
}
@ -432,71 +471,83 @@ void CSound::Close()
int i;
MMRESULT result;
/* Reset audio driver */
if (m_WaveOut != NULL)
// reset audio driver
if ( m_WaveOut != NULL )
{
result = waveOutReset(m_WaveOut);
if (result != MMSYSERR_NOERROR)
throw CGenErr("Sound Interface, waveOutReset() failed.");
result = waveOutReset ( m_WaveOut );
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr ( "Sound Interface, waveOutReset() failed." );
}
}
if (m_WaveIn != NULL)
if ( m_WaveIn != NULL )
{
result = waveInReset(m_WaveIn);
if (result != MMSYSERR_NOERROR)
throw CGenErr("Sound Interface, waveInReset() failed.");
result = waveInReset ( m_WaveIn );
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr ( "Sound Interface, waveInReset() failed." );
}
}
/* Set event to ensure that thread leaves the waiting function */
if (m_WaveInEvent != NULL)
// set event to ensure that thread leaves the waiting function
if ( m_WaveInEvent != NULL )
{
SetEvent(m_WaveInEvent);
}
/* Wait for the thread to terminate */
Sleep(500);
// wait for the thread to terminate
Sleep ( 500 );
/* Unprepare wave-headers */
if (m_WaveIn != NULL)
// unprepare wave-headers
if ( m_WaveIn != NULL )
{
for (i = 0; i < iCurNumSndBufIn; i++)
for ( i = 0; i < iCurNumSndBufIn; i++ )
{
result = waveInUnprepareHeader(
m_WaveIn, &m_WaveInHeader[i], sizeof(WAVEHDR));
result = waveInUnprepareHeader (
m_WaveIn, &m_WaveInHeader[i], sizeof ( WAVEHDR ) );
if (result != MMSYSERR_NOERROR)
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr("Sound Interface, waveInUnprepareHeader()"
" failed.");
throw CGenErr ( "Sound Interface, waveInUnprepareHeader()"
" failed." );
}
}
/* Close the sound in device */
result = waveInClose(m_WaveIn);
if (result != MMSYSERR_NOERROR)
throw CGenErr("Sound Interface, waveInClose() failed.");
// close the sound in device
result = waveInClose ( m_WaveIn );
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr ( "Sound Interface, waveInClose() failed." );
}
}
if (m_WaveOut != NULL)
if ( m_WaveOut != NULL )
{
for (i = 0; i < iCurNumSndBufOut; i++)
for ( i = 0; i < iCurNumSndBufOut; i++ )
{
result = waveOutUnprepareHeader(
m_WaveOut, &m_WaveOutHeader[i], sizeof(WAVEHDR));
result = waveOutUnprepareHeader (
m_WaveOut, &m_WaveOutHeader[i], sizeof ( WAVEHDR ) );
if (result != MMSYSERR_NOERROR)
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr("Sound Interface, waveOutUnprepareHeader()"
" failed.");
throw CGenErr ( "Sound Interface, waveOutUnprepareHeader()"
" failed." );
}
}
/* Close the sound out device */
result = waveOutClose(m_WaveOut);
if (result != MMSYSERR_NOERROR)
throw CGenErr("Sound Interface, waveOutClose() failed.");
// close the sound out device
result = waveOutClose ( m_WaveOut );
if ( result != MMSYSERR_NOERROR )
{
throw CGenErr ( "Sound Interface, waveOutClose() failed." );
}
}
/* Set flag to open devices the next time it is initialized */
bChangParamIn = TRUE;
// set flag to open devices the next time it is initialized
bChangParamIn = TRUE;
bChangParamOut = TRUE;
}
@ -504,30 +555,30 @@ CSound::CSound()
{
int i;
/* init number of sound buffers */
iCurNumSndBufIn = NUM_SOUND_BUFFERS_IN;
// init number of sound buffers
iCurNumSndBufIn = NUM_SOUND_BUFFERS_IN;
iCurNumSndBufOut = NUM_SOUND_BUFFERS_OUT;
/* Should be initialized because an error can occur during init */
m_WaveInEvent = NULL;
// should be initialized because an error can occur during init
m_WaveInEvent = NULL;
m_WaveOutEvent = NULL;
m_WaveIn = NULL;
m_WaveOut = NULL;
m_WaveIn = NULL;
m_WaveOut = NULL;
/* Init buffer pointer to zero */
for (i = 0; i < MAX_SND_BUF_IN; i++)
// init buffer pointer to zero
for ( i = 0; i < MAX_SND_BUF_IN; i++ )
{
memset(&m_WaveInHeader[i], 0, sizeof(WAVEHDR));
memset ( &m_WaveInHeader[i], 0, sizeof ( WAVEHDR ) );
psSoundcardBuffer[i] = NULL;
}
for (i = 0; i < MAX_SND_BUF_OUT; i++)
for ( i = 0; i < MAX_SND_BUF_OUT; i++ )
{
memset(&m_WaveOutHeader[i], 0, sizeof(WAVEHDR));
memset ( &m_WaveOutHeader[i], 0, sizeof ( WAVEHDR ) );
psPlaybackBuffer[i] = NULL;
}
/* Init wave-format structure */
// init wave-format structure
sWaveFormatEx.wFormatTag = WAVE_FORMAT_PCM;
sWaveFormatEx.nChannels = NUM_IN_OUT_CHANNELS;
sWaveFormatEx.wBitsPerSample = BITS_PER_SAMPLE;
@ -538,40 +589,46 @@ CSound::CSound()
sWaveFormatEx.nSamplesPerSec;
sWaveFormatEx.cbSize = 0;
/* Get the number of digital audio devices in this computer, check range */
// get the number of digital audio devices in this computer, check range
iNumDevs = waveInGetNumDevs();
if (iNumDevs > MAX_NUMBER_SOUND_CARDS)
if ( iNumDevs > MAX_NUMBER_SOUND_CARDS )
{
iNumDevs = MAX_NUMBER_SOUND_CARDS;
}
/* At least one device must exist in the system */
if (iNumDevs == 0)
throw CGenErr("No audio device found.");
// at least one device must exist in the system
if ( iNumDevs == 0 )
{
throw CGenErr ( "No audio device found." );
}
/* Get info about the devices and store the names */
for (i = 0; i < iNumDevs; i++)
// get info about the devices and store the names
for ( i = 0; i < iNumDevs; i++ )
{
if (!waveInGetDevCaps(i, &m_WaveInDevCaps, sizeof(WAVEINCAPS)))
if ( !waveInGetDevCaps ( i, &m_WaveInDevCaps, sizeof ( WAVEINCAPS ) ) )
{
pstrDevices[i] = m_WaveInDevCaps.szPname;
}
}
/* We use an event controlled wave-in (wave-out) structure */
/* Create events */
m_WaveInEvent = CreateEvent(NULL, FALSE, FALSE, NULL);
m_WaveOutEvent = CreateEvent(NULL, FALSE, FALSE, NULL);
// we use an event controlled wave-in (wave-out) structure
// create events
m_WaveInEvent = CreateEvent ( NULL, FALSE, FALSE, NULL );
m_WaveOutEvent = CreateEvent ( NULL, FALSE, FALSE, NULL );
/* Set flag to open devices */
bChangParamIn = TRUE;
// set flag to open devices
bChangParamIn = TRUE;
bChangParamOut = TRUE;
/* Default device number, "wave mapper" */
iCurInDev = WAVE_MAPPER;
// default device number, "wave mapper"
iCurInDev = WAVE_MAPPER;
iCurOutDev = WAVE_MAPPER;
/* Non-blocking wave out is default */
// non-blocking wave out is default
bBlockingPlay = FALSE;
/* Blocking wave in is default */
// blocking wave in is default
bBlockingRec = TRUE;
}
@ -579,23 +636,31 @@ CSound::~CSound()
{
int i;
/* Delete allocated memory */
for (i = 0; i < iCurNumSndBufIn; i++)
// delete allocated memory
for ( i = 0; i < iCurNumSndBufIn; i++ )
{
if (psSoundcardBuffer[i] != NULL)
if ( psSoundcardBuffer[i] != NULL )
{
delete[] psSoundcardBuffer[i];
}
}
for (i = 0; i < iCurNumSndBufOut; i++)
for ( i = 0; i < iCurNumSndBufOut; i++ )
{
if (psPlaybackBuffer[i] != NULL)
if ( psPlaybackBuffer[i] != NULL )
{
delete[] psPlaybackBuffer[i];
}
}
/* Close the handle for the events */
if (m_WaveInEvent != NULL)
CloseHandle(m_WaveInEvent);
// close the handle for the events
if ( m_WaveInEvent != NULL )
{
CloseHandle ( m_WaveInEvent );
}
if (m_WaveOutEvent != NULL)
CloseHandle(m_WaveOutEvent);
if ( m_WaveOutEvent != NULL )
{
CloseHandle ( m_WaveOutEvent );
}
}

54
windows/sound.h
View file

@ -23,7 +23,7 @@
*
\******************************************************************************/
#if !defined(AFX_SOUNDIN_H__9518A621_7F78_11D3_8C0D_EEBF182CF549__INCLUDED_)
#if !defined ( AFX_SOUNDIN_H__9518A621_7F78_11D3_8C0D_EEBF182CF549__INCLUDED_ )
#define AFX_SOUNDIN_H__9518A621_7F78_11D3_8C0D_EEBF182CF549__INCLUDED_
#include <windows.h>
@ -36,16 +36,16 @@
/* Definitions ****************************************************************/
#define NUM_IN_OUT_CHANNELS 2 /* Stereo recording (but we only
use one channel for recording) */
#define BITS_PER_SAMPLE 16 /* Use all bits of the D/A-converter */
#define BYTES_PER_SAMPLE 2 /* Number of bytes per sample */
#define BITS_PER_SAMPLE 16 // use all bits of the D/A-converter
#define BYTES_PER_SAMPLE 2 // number of bytes per sample
#define MAX_SND_BUF_IN 200
#define MAX_SND_BUF_OUT 200
#define NUM_SOUND_BUFFERS_IN (70 / MIN_BLOCK_DURATION_MS)
#define NUM_SOUND_BUFFERS_OUT (80 / MIN_BLOCK_DURATION_MS)
#define NUM_SOUND_BUFFERS_IN ( 70 / MIN_BLOCK_DURATION_MS )
#define NUM_SOUND_BUFFERS_OUT ( 80 / MIN_BLOCK_DURATION_MS )
/* Maximum number of recognized sound cards installed in the system */
// maximum number of recognized sound cards installed in the system
#define MAX_NUMBER_SOUND_CARDS 10
@ -56,32 +56,32 @@ public:
CSound();
virtual ~CSound();
void InitRecording(int iNewBufferSize, bool bNewBlocking = TRUE);
void InitPlayback(int iNewBufferSize, bool bNewBlocking = FALSE);
bool Read(CVector<short>& psData);
bool Write(CVector<short>& psData);
void InitRecording ( int iNewBufferSize, bool bNewBlocking = TRUE );
void InitPlayback ( int iNewBufferSize, bool bNewBlocking = FALSE );
bool Read ( CVector<short>& psData );
bool Write ( CVector<short>& psData );
int GetNumDev() {return iNumDevs;}
std::string GetDeviceName(int iDiD) {return pstrDevices[iDiD];}
void SetOutDev(int iNewDev);
int GetOutDev() {return iCurOutDev;}
void SetInDev(int iNewDev);
int GetInDev() {return iCurInDev;}
void SetOutNumBuf(int iNewNum);
int GetOutNumBuf() {return iCurNumSndBufOut;}
void SetInNumBuf(int iNewNum);
int GetInNumBuf() {return iCurNumSndBufIn;}
int GetNumDev() { return iNumDevs; }
std::string GetDeviceName ( int iDiD ) { return pstrDevices[iDiD]; }
void SetOutDev ( int iNewDev );
int GetOutDev() { return iCurOutDev; }
void SetInDev ( int iNewDev );
int GetInDev() { return iCurInDev; }
void SetOutNumBuf ( int iNewNum );
int GetOutNumBuf() { return iCurNumSndBufOut; }
void SetInNumBuf ( int iNewNum );
int GetInNumBuf() { return iCurNumSndBufIn; }
void Close();
protected:
void OpenInDevice();
void OpenOutDevice();
void PrepareInBuffer(int iBufNum);
void PrepareOutBuffer(int iBufNum);
void PrepareInBuffer ( int iBufNum );
void PrepareOutBuffer ( int iBufNum );
void AddInBuffer();
void AddOutBuffer(int iBufNum);
void GetDoneBuffer(int& iCntPrepBuf, int& iIndexDoneBuf);
void AddOutBuffer ( int iBufNum );
void GetDoneBuffer ( int& iCntPrepBuf, int& iIndexDoneBuf );
WAVEFORMATEX sWaveFormatEx;
UINT iNumDevs;
@ -93,7 +93,7 @@ protected:
int iCurNumSndBufIn;
int iCurNumSndBufOut;
/* Wave in */
// wave in
WAVEINCAPS m_WaveInDevCaps;
HWAVEIN m_WaveIn;
HANDLE m_WaveInEvent;
@ -103,7 +103,7 @@ protected:
short* psSoundcardBuffer[MAX_SND_BUF_IN];
bool bBlockingRec;
/* Wave out */
// wave out
int iBufferSizeOut;
HWAVEOUT m_WaveOut;
short* psPlaybackBuffer[MAX_SND_BUF_OUT];
@ -113,4 +113,4 @@ protected:
};
#endif // !defined(AFX_SOUNDIN_H__9518A621_7F78_11D3_8C0D_EEBF182CF549__INCLUDED_)
#endif // !defined ( AFX_SOUNDIN_H__9518A621_7F78_11D3_8C0D_EEBF182CF549__INCLUDED_ )