public RuleTreeBranch (IRuleTreeNode[] children, AnalysisRuleAddinNode rule)
{
this.rule = rule;
this.children = children;
Debug.Assert (rule != null);
Debug.Assert (children != null && children.Length > 0);
Debug.Assert (children.All (c =>
(c is RuleTreeLeaf && ((RuleTreeLeaf)c).Rule.Input == rule.Output)
|| (c is RuleTreeBranch && ((RuleTreeBranch)c).Rule.Input == rule.Output)
));
}
void PrintTreeStructure (StringBuilder builder, IRuleTreeNode[] children, string indent)
{
foreach (var c in children) {
builder.Append (indent);
var leaf = c as RuleTreeLeaf;
if (leaf != null) {
builder.AppendFormat ("[Leaf (Rule='{0}')]\n", leaf.Rule.FuncName);
continue;
}
var branch = (RuleTreeBranch) c;
builder.AppendFormat ("[Branch (Output='{0}',Rule='{1}')\n", branch.Rule.Output, branch.Rule.FuncName);
PrintTreeStructure (builder, branch.Children, indent + " ");
builder.Append (indent);
builder.Append ("]\n");
}
}
public RuleTreeRoot (IRuleTreeNode[] children, RuleTreeType treeType)
{
this.children = children;
this.treeType = treeType;
Debug.Assert (treeType != null);
Debug.Assert (children != null && children.Length > 0);
Debug.Assert (children.All (c =>
(c is RuleTreeLeaf && ((RuleTreeLeaf)c).Rule.Input == treeType.Input)
|| (c is RuleTreeBranch && ((RuleTreeBranch)c).Rule.Input == treeType.Input)
));
}
