SymbolRefStats(Element elem)
{
// if it is a Symbol element, just make an entry in our map
// and get out.
ElementType sym = elem as ElementType;
if (sym != null)
{
SymbolCount tmpNode = FindSymbolNode(sym);
if (tmpNode == null)
{
tmpNode = new SymbolCount();
tmpNode.m_symbol = sym;
m_symRefCounts.Add(tmpNode);
}
return;
}
// it isn't a Symbol, so we need to check if it is something that
// references a Symbol.
sym = GetSymbolRef(elem);
if (sym != null)
{
SymbolCount tmpNode = FindSymbolNode(sym);
if (tmpNode == null)
{
tmpNode = new SymbolCount();
tmpNode.m_symbol = sym;
m_symRefCounts.Add(tmpNode);
}
tmpNode.m_refs.Add(elem);
}
}
private void SymbolRefStats( Element elem )
{
// if it is a Symbol element, just make an entry in our map
// and get out.
ElementType sym = elem as ElementType;
if( sym != null )
{
SymbolCount tmpNode = FindSymbolNode( sym );
if( tmpNode == null )
{
tmpNode = new SymbolCount();
tmpNode.m_symbol = sym;
m_symRefCounts.Add( tmpNode );
}
return;
}
// it isn't a Symbol, so we need to check if it is something that
// references a Symbol.
sym = GetSymbolRef( elem );
if( sym != null )
{
SymbolCount tmpNode = FindSymbolNode( sym );
if( tmpNode == null )
{
tmpNode = new SymbolCount();
tmpNode.m_symbol = sym;
m_symRefCounts.Add( tmpNode );
}
tmpNode.m_refs.Add( elem );
}
}
