bool overlaps(const ListType& src,
const typename ListType::FragmentType& match)
{
typename ListType::ConstIteratorPair matchPair
= src.overlappingRange( match );
return matchPair.first != matchPair.second;
}
bool hasPosition(const ListType& src, typename ListType::FSizeType pos)
{
typename ListType::ConstIteratorPair match = src.overlappingRange(
typename ListType::FragmentType( pos, pos + 1,
typename ListType::PayloadType() ) );
return match.first != match.second;
}
bool overlaps(const ListType& src, const ListType& match)
{
for( typename ListType::ConstIterator matchIterator = match.begin();
matchIterator != match.end(); ++matchIterator )
{
typename ListType::ConstIteratorPair matchPair
= src.overlappingRange( *matchIterator );
if( matchPair.first != matchPair.second ) return true;
}
return false;
}
typename ListType::FSizeType
overlappingSum(const ListType& src,
const typename ListType::FragmentType& match)
{
typename ListType::ConstIteratorPair matchIterators
= src.overlappingRange( match );
typename ListType::FSizeType result = 0;
for( ; matchIterators.first != matchIterators.second;
++matchIterators.first )
{
result += ::std::min( matchIterators.first->end(), match.end() )
- ::std::max( matchIterators.first->begin(), match.begin() );
}
return result;
}
