public TupleMarkup GetMatchingTupleMarkup(DataRow instRow, string tupleName)
{
TupleMarkup temp = new TupleMarkup((string)instRow[InstanceUtils._ElementIDCol],
(string)instRow[InstanceUtils._parentIdCol], tupleName);
if ((bool)instRow[InstanceUtils._IsNestedTuple])
{
int index2 = nestedTupleMarkups.BinarySearch(temp);
if (index2 >= 0)
{
return(nestedTupleMarkups[index2]);
}
return(null);
}
// this gives us the first match in the list, which may or may not have already been consumed
int index = regularTupleMarkups.BinarySearch(temp, new ElementParentComparer());
if (index >= 0)
{
return(regularTupleMarkups[index]);
}
return(null);
}
/// <summary>
/// We're making an assumption that the tuples given to us are correct - that a tupleset can't contain
/// multiple elements with the same context.
/// </summary>
protected void InsertRegularTuple(DataRow instRow, string tupleName, string colName, string markupData, int level)
{
TupleMarkup tm = new TupleMarkup((string)instRow[InstanceUtils._ElementIDCol],
(string)instRow[InstanceUtils._parentIdCol], tupleName, level);
int index = regularTupleMarkups.BinarySearch(tm, new ElementParentComparer());
if (index < 0)
{
tm.AddMarkup(colName, markupData, tupleName);
tm.InstanceRow = instRow;
regularTupleMarkups.Insert(~index, tm);
}
else
{
regularTupleMarkups[index].AddMarkup(colName, markupData, tupleName);
regularTupleMarkups[index].TupleSetNames.Add(tupleName);
}
}
protected void InsertNestedTuple(DataRow instRow, string tupleName, string colName, string markupData, int level)
{
TupleMarkup tm = new TupleMarkup((string)instRow[InstanceUtils._ElementIDCol],
(string)instRow[InstanceUtils._parentIdCol], tupleName, level);
int index = nestedTupleMarkups.BinarySearch(tm);
if (index < 0)
{
tm.AddMarkup(colName, markupData, tupleName);
tm.InstanceRow = instRow;
nestedTupleMarkups.Insert(~index, tm);
}
else
{
// this probably won't be hit
nestedTupleMarkups[index].AddMarkup(colName, markupData, tupleName);
nestedTupleMarkups[index].TupleSetNames.Add(tupleName);
}
}