#ifndef __LP64__

#include <iostream></iostream>

#include "texception.h"

#include "tsound.h"

#include "tconvert.h"

#include "tpropertytype.h"

#include "timageinfo.h"

#include "trasterimage.h"

#include "tmachine.h"

#include "tsystem.h"

#include "movsettings.h"

#include "tiio_movM.h"

/* QuickDraw は 10.7 以降なくなった */

//#define HAS_QUICKDRAW

namespace {

const string firstFrameKey  = "frst";

const int firstFrameKeySize = 4 * sizeof(char);

//------------------------------------------------------------------------------

class QuickTimeCleanUp;

class QuickTimeStuff {

public:

  static QuickTimeStuff *instance() {

    if (!m_singleton) m_singleton = new QuickTimeStuff();

    return m_singleton;

  }

  OSErr getStatus() { return m_status; }

  ~QuickTimeStuff() {}

private:

  QuickTimeStuff() : m_status(noErr) {

    m_status = noErr;

    EnterMovies();

  }

  static QuickTimeStuff *m_singleton;

  OSErr m_status;

  friend class QuickTimeCleanUp;  // questa DEVE essere friend, cosi' posso

                                  // controllare direttamente

  // lo stato del singleton.

};

class QuickTimeCleanUp {

public:

  QuickTimeCleanUp() {}

  ~QuickTimeCleanUp() { /*

                                      Nel caso si arrivasse qui senza il

                           singleton instanziato, e si facesse direttamente

                                      'delete QuickTimeStuff::instance();'

                           Quicktime non farebbe in tempo a terminare le

                                      sue routine di inizializzazione (che sono

                           ANCHE su altri thread) e la chiamata a

                                      TerminateQTML() causerebbe un crash

                                      */

    // std::cout << "destroing variable... Thread = " << GetCurrentThreadId() <<

    // std::endl;

    //              std::cout <<"~QTCleanup"<< std::endl;

    if (QuickTimeStuff::m_singleton) delete QuickTimeStuff::m_singleton;

  }

};

QuickTimeCleanUp cleanUp;

QuickTimeStuff *QuickTimeStuff::m_singleton = 0;

//------------------------------------------------------------------------------

enum QTLibError {

  QTNoError = 0x0000,

  QTNotInstalled,

  QTUnknownError,

  QTUnableToOpenFile,

  QTCantCreateFile,

  QTUnableToGetCompressorNames,

  QTUnableToCreateResource,

  QTUnableToUpdateMovie,

  QTBadTimeValue,

  QTUnableToDoMovieTask,

  QTUnableToSetTimeValue,

  QTUnableToSetMovieGWorld,

  QTUnableToSetMovieBox,

};

}  // namespace

////-----------------------------------------------------------

//

// CodecType Tiio::MovWriterProperties::getCurrentCodec()const

//{

// std::map<wstring, codectype="">::const_iterator it;</wstring,>

//

// it = m_codecMap.find(m_codec.getValue());

// assert(it!=m_codecMap.end());

// return it->second;

//}

//

////-----------------------------------------------------------

//

// wstring Tiio::MovWriterProperties::getCurrentNameFromCodec(CodecType

// &cCodec)const

//{

// std::map<wstring, codectype="">::const_iterator it;</wstring,>

//

// for(it=m_codecMap.begin();it!=m_codecMap.end();++it)

//{

////  CodecType tmp=it->second;

//  if(it->second==cCodec) break;

//}

// assert(it!=m_codecMap.end());

// return it->first;

//}

//

////-----------------------------------------------------------

//

// wstring Tiio::MovWriterProperties::getCurrentQualityFromCodeQ(CodecQ

// &cCodecQ)const

//{

// std::map<wstring, codecq="">::const_iterator it;</wstring,>

//

// for(it=m_qualityMap.begin();it!=m_qualityMap.end();++it)

//{

////  CodecQ tmp=it->second;

//  if(it->second==cCodecQ) break;

//}

// assert(it!=m_qualityMap.end());

// return it->first;

//}

//

////-----------------------------------------------------------

//

// CodecQ Tiio::MovWriterProperties::getCurrentQuality() const

//{

// std::map<wstring, codecq="">::const_iterator it;</wstring,>

//

// it = m_qualityMap.find(m_quality.getValue());

// assert(it!=m_qualityMap.end());

// return it->second;

//}

//

////-----------------------------------------------------------

//

//

// TPropertyGroup* Tiio::MovWriterProperties::clone() const

//{

//  MovWriterProperties*g = new MovWriterProperties();

//

//	g->m_codec.setValue(m_codec.getValue());

//	g->m_quality.setValue(m_quality.getValue());

//

// return (TPropertyGroup*)g;

//}

Tiio::MovWriterProperties::MovWriterProperties()

//: m_codec("Codec")

//, m_quality("Quality")

{

  if (QuickTimeStuff::instance()->getStatus() != noErr) {

    return;

  }

  // if (InitializeQTML(0)!=noErr)

  //    return;

  ComponentInstance ci =

      OpenDefaultComponent(StandardCompressionType, StandardCompressionSubType);

  QTAtomContainer settings;

  if (SCGetSettingsAsAtomContainer(ci, &settings) != noErr) assert(false);

  fromAtomsToProperties(settings, *this);

  /*

CodecNameSpecListPtr codecList;

if (GetCodecNameList(&codecList, 0) !=noErr) return;

TIntEnumeration codecNames;

for (short i = 0; i < codecList->count; ++i)

{

CodecNameSpec *codecNameSpec = &(codecList->list[i]);

// codecNameSpec->typeName contains the name of the codec in Pascal String

Format

// byte 0 = Len

// byte [1..Len] data

UCHAR len = codecNameSpec->typeName[0];

string name((char*)&codecNameSpec->typeName[1], len);

  m_codec.addValue(toWideString(name));

  if (i==0) m_codec.setValue(toWideString(name));

  m_codecMap[toWideString(name)] = codecNameSpec->cType;

}

DisposeCodecNameList(codecList);

TIntEnumeration  codecQuality;

m_quality.addValue(L"min quality");

m_qualityMap[L"min quality"] = codecMinQuality;

m_quality.addValue(L"low quality");

m_qualityMap[L"low quality"] = codecLowQuality;

m_quality.addValue(L"normal quality");

m_qualityMap[L"normal quality"] = codecNormalQuality;

m_quality.addValue(L"high quality");

m_qualityMap[L"high quality"] = codecHighQuality;

m_quality.addValue(L"max quality");

m_qualityMap[L"max quality"] = codecMaxQuality;

m_quality.addValue(L"lossless quality");

m_qualityMap[L"lossless quality"] = codecLosslessQuality;

m_quality.setValue(L"normal quality");

bind(m_codec);

bind(m_quality);

*/

  /*

m_qualityTable.insert(QualityTable::value_type(q++, codecMinQuality));

m_qualityTable.insert(QualityTable::value_type(q++, codecLowQuality));

m_qualityTable.insert(QualityTable::value_type(q++, codecMaxQuality));

m_qualityTable.insert(QualityTable::value_type(q++, codecNormalQuality));

m_qualityTable.insert(QualityTable::value_type(q++, codecHighQuality));

m_qualityTable.insert(QualityTable::value_type(q++, codecLosslessQuality));

addProperty(CodecQualityId, codecQuality,0);*/

}

namespace {

string buildQTErrorString(int ec) {

  switch (ec) {

  case QTNotInstalled:

    return "Can't create; ensure that quicktime is correctly installed on your "

           "machine";

  case QTUnknownError:

    return "Unknown error";

  case QTUnableToOpenFile:

    return "can't open file";

  case QTCantCreateFile:

    return "can't create movie";

  case QTUnableToGetCompressorNames:

    return "unable to get compressor name";

  case QTUnableToCreateResource:

    return "can't create resource";

  case QTUnableToUpdateMovie:

    return "unable to update movie";

  case QTBadTimeValue:

    return "bad frame number";

  case QTUnableToDoMovieTask:

    return "unable to do movie task";

  case QTUnableToSetTimeValue:

    return "unable to set time value";

  case QTUnableToSetMovieGWorld:

    return "unable to set movie graphic world";

  case QTUnableToSetMovieBox:

    return "unable to set movie box";

  default: { return "unknown error ('" + std::to_string(ec) + "')"; }

  }

}

//-----------------------------------------------------------

#ifdef WIN2

inline LPSTR AtlW2AHelper(LPSTR lpa, LPCWSTR lpw, int nChars, UINT acp) {

  assert(lpw != NULL);

  assert(lpa != NULL);

  // verify that no illegal character present

  // since lpa was allocated based on the size of lpw

  // don't worry about the number of chars

  lpa[0] = '\0';

  WideCharToMultiByte(acp, 0, lpw, -1, lpa, nChars, NULL, NULL);

  return lpa;

}

#endif

//-----------------------------------------------------------

string long2fourchar(TINT32 fcc) {

  string s;

  s += (char((fcc & 0xff000000) >> 24));

  s += (char((fcc & 0x00ff0000) >> 16));

  s += (char((fcc & 0x0000ff00) >> 8));

  s += (char((fcc & 0x000000ff) >> 0));

  return s;

}

//-------------------------------------------------------------------------------

TimeScale frameRateToTimeScale(double frameRate) {

  return tround(frameRate * 100.0);

}

//-------------------------------------------------------------------------------

const string CodecNamesId   = "PU_CodecName";

const string CodecQualityId = "PU_CodecQuality";

}  // namespace

//------------------------------------------------------------------------------

bool IsQuickTimeInstalled() {

  return QuickTimeStuff::instance()->getStatus() == noErr;

}

//------------------------------------------------------------------------------

//  TImageWriterMov

//------------------------------------------------------------------------------

class TImageWriterMov : public TImageWriter {

public:

  TImageWriterMov(const TFilePath &, int frameIndex, TLevelWriterMov *);

  ~TImageWriterMov() { m_lwm->release(); }

  bool is64bitOutputSupported() { return false; }

private:

  // not implemented

  TImageWriterMov(const TImageWriterMov &);

  TImageWriterMov &operator=(const TImageWriterMov &src);

public:

  void save(const TImageP &);

  int m_frameIndex;

private:

  TLevelWriterMov *m_lwm;

};

//-----------------------------------------------------------

//  TImageReaderMov

//-----------------------------------------------------------

class TImageReaderMov : public TImageReader {

public:

  TImageReaderMov(const TFilePath &, int frameIndex, TLevelReaderMov *);

  ~TImageReaderMov() { m_lrm->release(); }

private:

  // not implemented

  TImageReaderMov(const TImageReaderMov &);

  TImageReaderMov &operator=(const TImageReaderMov &src);

public:

  TImageP load();

  void load(const TRasterP &rasP, const TPoint &pos = TPoint(0, 0),

            int shrinkX = 1, int shrinkY = 1);

  int m_frameIndex;

  TDimension getSize() const { return m_lrm->getSize(); }

  TRect getBBox() const { return m_lrm->getBBox(); }

private:

  TLevelReaderMov *m_lrm;

};

//-----------------------------------------------------------

//-----------------------------------------------------------

//        TImageWriterMov

//-----------------------------------------------------------

TImageWriterMov::TImageWriterMov(const TFilePath &path, int frameIndex,

                                 TLevelWriterMov *lwm)

    : TImageWriter(path), m_lwm(lwm), m_frameIndex(frameIndex) {

  m_lwm->addRef();

}

//----------

namespace {

void copy(TRasterP rin, PixelXRGB *bufout, int lx, int ly,

          unsigned short rowbytes = 0) {

  rin->lock();

  TRaster32P rin32 = rin;

  assert(rin32);

  int lineOffset =

      (rowbytes == 0)

          ? lx

          : rowbytes / sizeof(PixelXRGB);  // in pixelsize, cioe 4 bytes

  PixelXRGB *rowout = &(bufout[(ly - 1) * lineOffset]) /*-startOffset*/;

  for (int y = 0; y < rin32->getLy(); y++) {

    PixelXRGB *pixout      = rowout;

    TPixelRGBM32 *pixin    = rin32->pixels(y);

    TPixelRGBM32 *pixinEnd = pixin + rin32->getLx();

    while (pixin < pixinEnd) {

      pixout->x = pixin->m;

      pixout->r = pixin->r;

      pixout->g = pixin->g;

      pixout->b = pixin->b;

      pixout++;

      pixin++;

    }

    rowout -= lineOffset;

  }

  rin->unlock();

}  // end function

};

//-----------------------------------------------------------

/*

TWriterInfo *TWriterInfoMov::create(const string &)

{

return new TWriterInfoMov();

}

//-----------------------------------------------------------

TWriterInfoMov::TWriterInfoMov(const TWriterInfoMov&src)

               :TWriterInfo(src)

               ,m_codecTable(src.m_codecTable)

               ,m_qualityTable(src.m_qualityTable)

{

}

//-----------------------------------------------------------

TWriterInfo *TWriterInfoMov::clone() const

{

return new TWriterInfoMov(*this);

}

//-----------------------------------------------------------

TWriterInfoMov::TWriterInfoMov()

               :TWriterInfo()

{

if (QuickTimeStuff::instance()->getStatus()!=noErr)

  {

  return;

  }

CodecNameSpecListPtr codecList;

if (GetCodecNameList(&codecList, 0) !=noErr)

  {

  return;

  }

TIntEnumeration codecNames;

for (short i = 0; i < codecList->count; ++i)

  {

  CodecNameSpec *codecNameSpec = &(codecList->List[i]);

  // codecNameSpec->typeName contains the name of the codec in Pascal String

Format

  // byte 0 = Len

  // byte [1..Len] data

  UCHAR len = codecNameSpec->typeName[0];

  string name((char*)&codecNameSpec->typeName[1], len);

  codecNames.addItem(name, i);

  m_codecTable.insert(CodecTable::value_type(i, codecNameSpec->cType));

  }

DisposeCodecNameList(codecList);

addProperty(CodecNamesId, codecNames, 0);

int q = 0;

TIntEnumeration  codecQuality;

codecQuality.addItem("min quality",q);

m_qualityTable.insert(QualityTable::value_type(q++, codecMinQuality));

codecQuality.addItem("low quality",q);

m_qualityTable.insert(QualityTable::value_type(q++, codecLowQuality));

codecQuality.addItem("max quality",q);

m_qualityTable.insert(QualityTable::value_type(q++, codecMaxQuality));

codecQuality.addItem("normal quality",q);

m_qualityTable.insert(QualityTable::value_type(q++, codecNormalQuality));

codecQuality.addItem("high quality",q);

m_qualityTable.insert(QualityTable::value_type(q++, codecHighQuality));

codecQuality.addItem("lossless quality",q);

m_qualityTable.insert(QualityTable::value_type(q++, codecLosslessQuality));

addProperty(CodecQualityId, codecQuality,0);

}

TWriterInfoMov::~TWriterInfoMov()

{}

*/

//-----------------------------------------------------------

void TImageWriterMov::save(const TImageP &img) {

  m_lwm->save(img, m_frameIndex);

}

//-----------------------------------------------------------

namespace {

bool getFSRefFromPosixPath(const char *filepath, FSRef *fileRef, bool writing) {

  const UInt8 *filename = (const UInt8 *)filepath;

  if (writing) {

    FILE *fp = fopen(filepath, "wb");

    if (!fp) return false;

    fclose(fp);

  }

  OSErr err = FSPathMakeRef(filename, fileRef, 0);

  return err == noErr;

}

bool getFSSpecFromPosixPath(const char *filepath, FSSpec *fileSpec,

                            bool writing) {

  FSRef fileRef;

  if (!getFSRefFromPosixPath(filepath, &fileRef, writing)) return false;

  OSErr err = FSGetCatalogInfo(&fileRef, kFSCatInfoNone, 0, 0, fileSpec, 0);

  return err == noErr;

}

}

void TLevelWriterMov::save(const TImageP &img, int frameIndex) {

  m_firstFrame = tmin(frameIndex, m_firstFrame);

  TRasterImageP image(img);

  if (!image) throw TImageException(getFilePath(), "Unsupported image type");

  int lx = image->getRaster()->getLx();

  int ly = image->getRaster()->getLy();

  // void *buffer = image->getRaster()->getRawData();

  int pixSize = image->getRaster()->getPixelSize();

  if (pixSize != 4)

    throw TImageException(getFilePath(), "Unsupported pixel type");

  QMutexLocker sl(&m_mutex);

  if (!m_properties) m_properties = new Tiio::MovWriterProperties();

  Tiio::MovWriterProperties *prop = (Tiio::MovWriterProperties *)(m_properties);

  // CodecType codecType;

  // try {

  // codecType = prop->getCurrentCodec();

  //  } catch (...)//boost::bad_any_cast&)

  //    {

  //    throw TImageException(m_path, "bad codec name");

  //    }

  //

  // CodecQ quality = prop->getCurrentQuality();

  QDErr err;

  if (m_videoTrack == 0) {

    QTAtomContainer atoms;

    QTNewAtomContainer(&atoms);

    fromPropertiesToAtoms(*prop, atoms);

    m_ci = OpenDefaultComponent(StandardCompressionType,

                                StandardCompressionSubType);

    if (SCSetSettingsFromAtomContainer(m_ci, atoms) != noErr) {

      CloseComponent(m_ci);

      assert(!"cannot use that quickTime codec, use default");

      m_ci = OpenDefaultComponent(StandardCompressionType,

                                  StandardCompressionSubType);

    }

    QTDisposeAtomContainer(atoms);

    // FSSpec fspec;

    Rect frame;

    long max_compressed_size;

    if (QuickTimeStuff::instance()->getStatus() != noErr) {

      m_IOError = QTNotInstalled;

      throw TImageException(m_path, buildQTErrorString(m_IOError));

    }

    // First, set the movie's time scale to match a suitable multiple of

    // m_frameRate.

    // The timeScale will be used for both the movie and media.

    TimeScale timeScale = ::frameRateToTimeScale(m_frameRate);

    SetMovieTimeScale(m_movie, timeScale);

    m_videoTrack = NewMovieTrack(m_movie, FixRatio((short)lx, 1),

                                 FixRatio((short)ly, 1), kNoVolume);

    if ((err = GetMoviesError() != noErr))

      throw TImageException(getFilePath(), "can't create video track");

    m_videoMedia = NewTrackMedia(m_videoTrack, VideoMediaType, timeScale, 0, 0);

    if ((err = GetMoviesError() != noErr))

      throw TImageException(getFilePath(), "can't create video media");

    frame.left   = 0;

    frame.top    = 0;

    frame.right  = lx;

    frame.bottom = ly;

#if QT_VERSION >= 0x050000

    if ((err = QTNewGWorld(&(m_gworld), pixSize * 8, &frame, 0, 0, 0)) != noErr)

#else

    if ((err = NewGWorld(&(m_gworld), pixSize * 8, &frame, 0, 0, 0)) != noErr)

#endif

      throw TImageException(getFilePath(), "can't create movie buffer");

    //#ifdef WIN32

    //  LockPixels(m_gworld->portPixMap);

    //  if ((err = GetMaxCompressionSize(m_gworld->portPixMap, &frame, 0,

    //                                quality,  compression,anyCodec,

    //                         	 &max_compressed_size))!=noErr)

    //    throw TImageException(getFilePath(), "can't get max compression

    //    size");

    //

    //#else

    //  PixMapHandle pixmapH = GetPortPixMap (m_gworld);

    //

    //  LockPixels(pixmapH);

    //  if ((err = GetMaxCompressionSize(pixmapH, &frame, 0,

    //                                quality,  codecType,anyCodec,

    //				 &max_compressed_size))!=noErr)

    //    throw TImageException(getFilePath(), "can't get max compression

    //    size");

    //

    //#endif

    // m_compressedData = NewHandle(max_compressed_size);

    if ((err = MemError()) != noErr)

      throw TImageException(getFilePath(),

                            "can't allocate compressed data for movie");

    // MoveHHi(m_compressedData);

    // HLock(m_compressedData);

    if ((err = MemError()) != noErr)

      throw TImageException(getFilePath(), "can't allocate img handle");

/* FIXME: QuickDraw とともに無くなったようだ */

#if defined(HAS_QUICKDRAW)

    m_pixmap = GetGWorldPixMap(m_gworld);

    if (!LockPixels(m_pixmap))

      throw TImageException(getFilePath(), "can't lock pixels");

    buf = (PixelXRGB *)GetPixBaseAddr(m_pixmap);

#endif

    buf_lx = lx;

    buf_ly = ly;

  }

  if ((err = BeginMediaEdits(m_videoMedia)) != noErr)

    throw TImageException(getFilePath(), "can't begin edit video media");

  unsigned short rowBytes =

      (unsigned short)(((short)(*(m_pixmap))->rowBytes & ~(3 << 14)));

  Rect frame;

  ImageDescriptionHandle img_descr = 0;

  Handle compressedData            = 0;

  frame.left   = 0;

  frame.top    = 0;

  frame.right  = lx;

  frame.bottom = ly;

  TRasterP ras = image->getRaster();

#ifdef WIN32

  compressed_data_ptr = StripAddress(*(m_compressedData));

  copy(ras, buf, buf_lx, buf_ly);

#else

  // compressed_data_ptr  = *m_compressedData;

  copy(ras, buf, buf_lx, buf_ly, rowBytes);

#endif

// img_descr = (ImageDescriptionHandle)NewHandle(4);

#ifdef WIN32

  if ((err = CompressImage(m_gworld->portPixMap, &frame, quality, compression,

                           img_descr, compressed_data_ptr)) != noErr)

    throw TImageException(getFilePath(), "can't compress image");

#else

#if defined(HAS_QUICKDRAW)

  PixMapHandle pixmapH = GetPortPixMap(m_gworld);

  if ((err = SCCompressImage(m_ci, pixmapH, &frame, &img_descr,

                             &compressedData)) != noErr)

    throw TImageException(getFilePath(), "can't compress image");

#endif

// if ((err = CompressImage(pixmapH,

//	                 &frame,

//  			 quality, codecType,

//			 img_descr, compressed_data_ptr))!=noErr)

//  throw TImageException(getFilePath(), "can't compress image");

#endif

  TimeValue sampleTime;

  if ((err = AddMediaSample(

           m_videoMedia, compressedData, 0, (*img_descr)->dataSize, 100,

           (SampleDescriptionHandle)img_descr, 1, 0, &sampleTime)) != noErr)

    throw TImageException(getFilePath(), "can't add image to movie media");

  if ((err = EndMediaEdits(m_videoMedia)) != noErr)

    throw TImageException(getFilePath(), "can't end edit media");

  DisposeHandle(compressedData);

  DisposeHandle((Handle)img_descr);

  m_savedFrames.push_back(std::pair<int, timevalue="">(frameIndex, sampleTime));</int,>

}

//-----------------------------------------------------------

//        TLevelWriterMov

//-----------------------------------------------------------

TLevelWriterMov::TLevelWriterMov(const TFilePath &path, TPropertyGroup *winfo)

    : TLevelWriter(path, winfo)

    , m_IOError(QTNoError)

    , m_pixmap(0)

    //,m_compressedData(0)

    , m_gworld(0)

    , m_videoMedia(0)

    , m_videoTrack(0)

    , m_soundMedia(0)

    , m_soundTrack(0)

    , m_movie(0)

    , m_firstFrame((std::numeric_limits<int>::max)()) {</int>

  m_frameRate = 12.;

  QDErr err;

  FSSpec fspec;

  if (QuickTimeStuff::instance()->getStatus() != noErr) {

    m_IOError = QTNotInstalled;

    throw TImageException(m_path, buildQTErrorString(m_IOError));

  }

  QString qStr     = QString::fromStdWString(m_path.getWideString());

  const char *pStr = qStr.toUtf8().data();

  if (!getFSSpecFromPosixPath(pStr, &fspec, true)) {

    m_IOError = QTUnableToOpenFile;

    throw TImageException(m_path, buildQTErrorString(m_IOError));

  }

  // Fix: in alcuni rari casi non veniva il mov preesistente

  if (TSystem::doesExistFileOrLevel(m_path)) TSystem::deleteFile(m_path);

  if ((err = CreateMovieFile(&fspec, 'TVOD', smCurrentScript,

                             createMovieFileDeleteCurFile |

                                 createMovieFileDontCreateResFile,

                             &(m_refNum), &(m_movie)) != noErr)) {

    m_IOError = QTCantCreateFile;

    throw TImageException(m_path, buildQTErrorString(m_IOError));

  }

}

//-----------------------------------------------------------

#ifdef _DEBUG

#define FailIf(cond, handler)                                                  \

  if (cond) {                                                                  \

    /*		DebugStr((ConstStr255Param)#cond " goto " #handler);*/                 \

    goto handler;                                                              \

  }

#else

#define FailIf(cond, handler)                                                  \

  if (cond) {                                                                  \

    goto handler;                                                              \

  }

#endif

#ifdef _DEBUG

#define C(cond, action, handler)                                               \

  if (cond) {                                                                  \

    /*		DebugStr((ConstStr255Param)#cond " goto " #handler);*/                 \

    { action; }                                                                \

    goto handler;                                                              \

  }

#else

#define FailWithAction(cond, action, handler)                                  \

  if (cond) {                                                                  \

    { action; }                                                                \

    goto handler;                                                              \

  }

#endif

void TLevelWriterMov::saveSoundTrack(TSoundTrack *st) {

  OSErr myErr = noErr;

  // int err;

  if (!st) throw TException("null reference to soundtrack");

  if (st->getBitPerSample() != 16) {

    throw TImageException(m_path, "Only 16 bits per sample is supported");

  }

  if (m_soundTrack == 0) {

    m_soundTrack = NewMovieTrack(m_movie, 0, 0, kFullVolume);

    myErr        = GetMoviesError();

    FailIf(myErr != noErr, CompressErr);

    m_soundMedia =

        NewTrackMedia(m_soundTrack, SoundMediaType, st->getSampleRate(), NULL,

                      0);  // track->rate >> 16

    myErr = GetMoviesError();

    FailIf(myErr != noErr, Exit);

  }

  SoundDescriptionV1Handle mySampleDesc;

  Handle myDestHandle;

  SoundComponentData sourceInfo;

  SoundComponentData destInfo;

  SoundConverter converter;

  CompressionInfo compressionInfo;

  myDestHandle = NewHandle(0);

  FailWithAction(myDestHandle == NULL, myErr = MemError(), NoDest);

  *myDestHandle = (char *)st->getRawData();

  // start a media editing session

  myErr = BeginMediaEdits(m_soundMedia);

  FailIf(myErr != noErr, Exit);

  sourceInfo.flags       = 0x0;

  sourceInfo.format      = kSoundNotCompressed;

  sourceInfo.numChannels = st->getChannelCount();

  sourceInfo.sampleSize  = st->getBitPerSample();

  sourceInfo.sampleRate  = st->getSampleRate();

  sourceInfo.sampleCount = st->getSampleCount();

  sourceInfo.buffer      = (unsigned char *)st->getRawData();

  sourceInfo.reserved    = 0x0;

  destInfo.flags = kNoSampleRateConversion | kNoSampleSizeConversion |

                   kNoSampleFormatConversion | kNoChannelConversion |

                   kNoDecompression | kNoVolumeConversion |

                   kNoRealtimeProcessing;

  destInfo.format = k16BitNativeEndianFormat;

  destInfo.numChannels = st->getChannelCount();

  destInfo.sampleSize  = st->getBitPerSample();

  destInfo.sampleRate  = st->getSampleRate();

  destInfo.sampleCount = st->getSampleCount();

  destInfo.buffer      = (unsigned char *)st->getRawData();

  destInfo.reserved    = 0x0;

  SoundConverterOpen(&sourceInfo, &destInfo, &converter);

  myErr =

      SoundConverterGetInfo(converter, siCompressionFactor, &compressionInfo);

  myErr =

      SoundConverterGetInfo(converter, siCompressionFactor, &compressionInfo);

  myErr = GetCompressionInfo(fixedCompression, sourceInfo.format,

                             sourceInfo.numChannels, sourceInfo.sampleSize,

                             &compressionInfo);

  FailIf(myErr != noErr, ConverterErr);

  compressionInfo.bytesPerFrame =

      compressionInfo.bytesPerPacket * destInfo.numChannels;

  //////////

  //

  // create a sound sample description

  //

  //////////

  // use the SoundDescription format 1 because it adds fields for data size

  // information

  // and is required by AddSoundDescriptionExtension if an extension is required

  // for the compression format