Bool TY_(nodeIsHeader)( Node* node )
{
TidyTagId tid = TagId( node );
return ( tid &&
tid == TidyTag_H1 ||
tid == TidyTag_H2 ||
tid == TidyTag_H3 ||
tid == TidyTag_H4 ||
tid == TidyTag_H5 ||
tid == TidyTag_H6 );
}
uint nodeHeaderLevel( Node* node )
{
TidyTagId tid = TagId( node );
switch ( tid )
{
case TidyTag_H1:
return 1;
case TidyTag_H2:
return 2;
case TidyTag_H3:
return 3;
case TidyTag_H4:
return 4;
case TidyTag_H5:
return 5;
case TidyTag_H6:
return 6;
}
return 0;
}
//! Returns true if new tags were found, otherwise false.
bool CiSimplePose::updateTags( std::vector<std::shared_ptr<Tag>> const& detectedTags )
{
bool previouslyUnknownTagsFound = false;
for ( auto & detectedTag : detectedTags )
{
auto detectedTagId = TagId( std::type_index( typeid( detectedTag ) ), detectedTag->getId() );
auto knownTag = mKnownTags.find( detectedTagId );
if ( knownTag != mKnownTags.end() )
{
// We know this tag / have seen it before
knownTag->second->update( detectedTag );
}
else {
mKnownTags[detectedTagId] = detectedTag;
previouslyUnknownTagsFound = true;
}
}
return previouslyUnknownTagsFound;
}
uint TY_(nodeHeaderLevel)( Node* node )
{
TidyTagId tid = TagId( node );
switch ( tid )
{
case TidyTag_H1:
return 1;
case TidyTag_H2:
return 2;
case TidyTag_H3:
return 3;
case TidyTag_H4:
return 4;
case TidyTag_H5:
return 5;
case TidyTag_H6:
return 6;
default:
{
/* fall through */
}
}
return 0;
}
