internal override bool Traverse(ScopeTree.DirectedScopeTreeVisitor visitor)
{
if (visitor(base.Scope))
{
return(ScopeTreeNode.TraverseNode(visitor, m_parentScope));
}
return(false);
}
private void AddScope(ScopeTreeNode scopeNode, IRIFDataScope scope)
{
m_activeScopes = m_activeScopes.Add(scopeNode);
m_scopes[scope] = scopeNode;
if (!string.IsNullOrEmpty(scopeNode.ScopeName))
{
m_scopesByName[scopeNode.ScopeName] = scopeNode;
}
}
private void AddCanonicalCellScope(ScopeTreeNode rowScope, ScopeTreeNode colScope, ScopeTreeNode cellScope)
{
if (!m_canonicalCellScopes.TryGetValue(rowScope.Scope.Name, out Dictionary <string, ScopeTreeNode> value))
{
value = new Dictionary <string, ScopeTreeNode>();
m_canonicalCellScopes.Add(rowScope.Scope.Name, value);
}
value[colScope.Scope.Name] = cellScope;
}
private bool TryGetCanonicalCellScope(ScopeTreeNode rowScope, ScopeTreeNode colScope, out ScopeTreeNode canonicalCellScope)
{
if (m_canonicalCellScopes.TryGetValue(rowScope.Scope.Name, out Dictionary <string, ScopeTreeNode> value) && value.TryGetValue(colScope.Scope.Name, out canonicalCellScope))
{
return(true);
}
canonicalCellScope = null;
return(false);
}
internal SubScopeNode(IRIFDataScope scope, ScopeTreeNode parentScope)
: base(scope)
{
m_parentScope = parentScope;
if (m_parentScope != null)
{
m_parentScope.AddChildScope(scope);
}
}
internal IntersectScopeNode(IRIFDataScope scope, ScopeTreeNode parentRowScope, ScopeTreeNode parentColScope)
: base(scope)
{
m_parentRowScope = parentRowScope;
if (m_parentRowScope != null)
{
m_parentRowScope.AddChildScope(scope);
}
m_parentColumnScope = parentColScope;
if (m_parentColumnScope != null)
{
m_parentColumnScope.AddChildScope(scope);
}
m_peerDataCells = new List <IRIFDataScope>();
}
private void AddScope(ScopeTreeNode scopeNode)
{
AddScope(scopeNode, scopeNode.Scope);
}
protected static bool TraverseNode(ScopeTree.DirectedScopeTreeVisitor visitor, ScopeTreeNode node)
{
return(node?.Traverse(visitor) ?? true);
}
