private void DumpNodeSequence (JSNodeChildren enumerable) {
using (var e = enumerable.EnumeratorTemplate)
while (e.MoveNext()) {
Console.WriteLine("{0}: {1}", e.CurrentName, e.Current.GetType());
}
var nonDistinct = enumerable.ToArray();
var distinct = nonDistinct.Distinct(new ReferenceComparer<JSNode>()).ToArray();
Assert.AreEqual(distinct.Length, nonDistinct.Length, "Enumeration contains duplicates");
}
protected JSNode()
{
TypeId = GetTypeId(GetType());
var td = JSNodeTraversalData.Get(TypeId);
Children = new JSNodeChildren(this, td, false);
SelfAndChildren = new JSNodeChildren(this, td, true);
AllChildrenRecursive = new JSNodeChildrenRecursive(this, td, false);
SelfAndChildrenRecursive = new JSNodeChildrenRecursive(this, td, true);
}
public JSNode()
{
TypeId = TypeIds[GetType()];
var td = JSNodeTraversalData.Get(TypeId);
Children = new JSNodeChildren(this, td, false);
SelfAndChildren = new JSNodeChildren(this, td, true);
AllChildrenRecursive = new JSNodeChildrenRecursive(this, td, false);
SelfAndChildrenRecursive = new JSNodeChildrenRecursive(this, td, true);
}
private void DumpNodeSequence (JSNodeChildren enumerable) {
using (var e = enumerable.EnumeratorTemplate)
while (e.MoveNext()) {
Console.WriteLine("{0}: {1}", e.CurrentName, e.Current.GetType());
}
var nonDistinct = enumerable.ToArray();
var distinct = nonDistinct.Distinct(new ReferenceComparer<JSNode>()).ToArray();
Assert.AreEqual(distinct.Length, nonDistinct.Length, "Enumeration contains duplicates");
}
