for(DWORD index=0;index<numBytes;index++)*lpDstSample++=*lpSrcSample++;



class WaveForm;
class FileIO;

FileIO &operator>>(FileIO &stream,WaveForm &waveForm);



//#ifndef _COMMON_FILEIO_HPP_
//#include <common/fileio.hpp>
//#endif




/*
bool WaveForm::save(String wavePathFileName,const PureSample &somePureSample,DWORD samplesPerSecond,DWORD avgBytesPerSecond)
{
	DWORD waveFileLength((long)sizeof(mHeaderString)+(long)sizeof(mLengthData)+(long)sizeof(mSubHeaderString)+(long)sizeof(FormatChunk)+(long)sizeof(DataChunk)+(long)somePureSample.numSamples());

	wavePathFileName.upper();
	if(!wavePathFileName.strstr(mExtensionString))wavePathFileName+=mExtensionString;
	MemFile waveFile(wavePathFileName,waveFileLength);
	mLengthData=somePureSample.numSamples()+sizeof(mSubHeaderString)+mFormatChunk.size()+mDataChunk.size();
  for(short chunkIndex=0;chunkIndex<mGenericChunks.size();chunkIndex++)mLengthData+=mGenericChunks[chunkIndex].chunkLength();
	if(!waveFile.write((char*)&mHeaderString,sizeof(mHeaderString)))return false;
	if(!waveFile.write((char*)&mLengthData,sizeof(mLengthData)))return false;
	if(!waveFile.write((char*)&mSubHeaderString,sizeof(mSubHeaderString)))return false;
	mFormatChunk.formatTag(FormatChunk::WaveFormatPCM);
	mFormatChunk.channels(FormatChunk::NumChannels);
	mFormatChunk.samplesPerSecond(samplesPerSecond);
	mFormatChunk.averageBytesPerSecond(avgBytesPerSecond);
	mFormatChunk.blockAlign(FormatChunk::BlockAlign);
	mFormatChunk.bitsPerSample(FormatChunk::BitsPerSample);
  if(!mFormatChunk.write(waveFile))return false;
	mDataChunk.length(somePureSample.numSamples());
	for(chunkIndex=0;chunkIndex<mGenericChunks.size();chunkIndex++)
	{
	  if(!mGenericChunks[chunkIndex].write(waveFile))return false;
	}
	if(!mDataChunk.write(waveFile))return false;
	if(!somePureSample.write(waveFile))return false;
	return waveFile.flushBuffer();
}
*/