#include <avifile/AVIIndexHeader.hpp>

AVIIndexHeader::AVIIndexHeader()
{
}

AVIIndexHeader::~AVIIndexHeader()
{
}

FOURCC AVIIndexHeader::fcc(void)const
{
  return FOURCC(mFCC);
}

UINT AVIIndexHeader::cb(void)const
{
  return mCB;
}

WORD AVIIndexHeader::longsPerEntry(void)const
{
  return mLongsPerEntry;
}

BYTE AVIIndexHeader::indexSubType(void)const
{
  return mIndexType;
}

DWORD AVIIndexHeader::entriesInUse(void)const
{
  return mEntriesInUse;
}

DWORD AVIIndexHeader::chunkID(void)const
{
  return mChunkId;
}

// skip through data until we understand more about the contents

//bool AVIIndexHeader::operator<<(PureViewOfFile &pureView)
bool AVIIndexHeader::read(File &inFile)
{
	String indexLiteral("indx");
	String indexHeader;
	DWORD sizeHeader;

	indexHeader.reserve(indexLiteral.length()+1);
//	pureView.read(indexHeader,indexLiteral.length());
	inFile.read(indexHeader,indexLiteral.length());
	if(!(indexLiteral==indexHeader))
	{
//		pureView-=indexLiteral.length();
		inFile-=indexLiteral.length();
		return FALSE;
	}
	inFile.read(sizeHeader);
	inFile+=sizeHeader;

//	pureView.read(sizeHeader);
//	pureView+=sizeHeader;

/*
	pureView.read(mFCC);  
	pureView.read(mCB);
	pureView.read(mLongsPerEntry);
	pureView.read(mIndexSubType);
	pureView.read(mIndexType);
	pureView.read(mEntriesInUse);
	pureView.read(mChunkId);
	pureView.read(mReserved[0]);
	pureView.read(mReserved[1]);
	pureView.read(mReserved[2]);
	mADW.size(mLongsPerEntry);
	pureView.read((char*)&mADW[0],mADW.size()*sizeof(DWORD));
*/
  return true;
}