internal MatchNode(MatchNode original)
{
this.Match = original.Match;
this.SetAttributes(original.GetAttributes().ToList());
foreach (var item in original.ChildElements)
{
this.AppendChild(item.CloneNode(true));
}
}
private void AssertNotImportant(List <OpenXmlElement> chain, OpenXmlElement openXmlElement, MatchNode errorHintParent, MatchNode errorHint1, MatchNode errorHint2)
{
var index = chain.IndexOf(openXmlElement);
for (int i = index; i < chain.Count; i++)
{
var current = chain[i];
var next = i == chain.Count - 1 ? null : chain[i + 1];
var important = current.ChildElements.Where(c => c != next && IsImportant(c, NodeProvider));
if (important.Any())
{
string hint = errorHintParent != errorHint1 && errorHintParent != errorHint2 ? " in " + errorHintParent.Match : "";
throw new InvalidOperationException($"Node {errorHint1.Match} is not at the same level than {errorHint2.Match}{hint}. Important nodes could be removed in the chain:\r\n\r\n" +
chain.Skip(chain.IndexOf(openXmlElement)).Select((a, p) => (a.GetType().Name + " with text:" + a.InnerText).Indent(p * 4)).ToString("\r\n\r\n"));
}
}
}
protected void NormalizeInterval(ref MatchNodePair first, ref MatchNodePair last, MatchNode errorHintParent)
{
if (first.MatchNode == last.MatchNode)
{
throw new ArgumentException("first and last are the same node");
}
var chainFirst = ((OpenXmlElement)first.MatchNode).Follow(a => a.Parent).Reverse().ToList();
var chainLast = ((OpenXmlElement)last.MatchNode).Follow(a => a.Parent).Reverse().ToList();
var result = chainFirst.Zip(chainLast, (f, l) => new { f, l }).First(a => a.f != a.l);
AssertNotImportant(chainFirst, result.f !, errorHintParent, first.MatchNode, last.MatchNode); /*CSBUG*/
AssertNotImportant(chainLast, result.l !, errorHintParent, last.MatchNode, first.MatchNode);
first.AscendantNode = result.f !;
last.AscendantNode = result.l !;
}
public MatchNodePair(MatchNode matchNode)
{
this.MatchNode = matchNode;
this.AscendantNode = null;
}
private void AssertNotImportant(List<OpenXmlElement> chain, OpenXmlElement openXmlElement, MatchNode errorHintParent, MatchNode errorHint1, MatchNode errorHint2)
{
var index = chain.IndexOf(openXmlElement);
for (int i = index; i < chain.Count; i++)
{
var current = chain[i];
var next = i == chain.Count - 1 ? null : chain[i + 1];
var important = current.ChildElements.Where(c => c != next && IsImportant(c));
if (important.Any())
throw new InvalidOperationException("Node {0} is not at the same level than {1}{2}. Important nodes could be removed close to {0}:\r\n{3}".FormatWith(
errorHint1.Match,
errorHint2.Match,
errorHintParent != errorHint1 && errorHintParent != errorHint2 ? " in " + errorHintParent.Match : "",
current.NiceToString()));
}
}
protected void NormalizeInterval(ref MatchNodePair first, ref MatchNodePair last, MatchNode errorHintParent)
{
if (first.MatchNode == last.MatchNode)
throw new ArgumentException("first and last are the same node");
var chainFirst = ((OpenXmlElement)first.MatchNode).Follow(a => a.Parent).Reverse().ToList();
var chainLast = ((OpenXmlElement)last.MatchNode).Follow(a => a.Parent).Reverse().ToList();
var result = chainFirst.Zip(chainLast, (f, l) => new { f, l }).First(a => a.f != a.l);
AssertNotImportant(chainFirst, result.f, errorHintParent, first.MatchNode, last.MatchNode);
AssertNotImportant(chainLast, result.l, errorHintParent, last.MatchNode, first.MatchNode);
first.AscendantNode = result.f;
last.AscendantNode = result.l;
}
public MatchNodePair(MatchNode matchNode)
{
this.MatchNode = matchNode;
this.AscendantNode = null;
}