private IEnumerable<int> GetIdResultsWithLucQuery(int top, int skip, IEnumerable<SortInfo> sort,
bool? enableAutofilters, bool? enableLifespanFilter)
{
var queryText = Text;
if (!queryText.Contains("}}"))
{
var query = LucQuery.Parse(queryText);
if (skip != 0)
query.Skip = skip;
query.Top = System.Math.Min(top == 0 ? int.MaxValue : top, query.Top == 0 ? int.MaxValue : query.Top);
if (query.Top == 0)
query.Top = GetDefaultMaxResults();
query.PageSize = query.Top;
if (sort != null && sort.Count() > 0)
query.SetSort(sort);
if (enableAutofilters.HasValue)
query.EnableAutofilters = enableAutofilters.Value;
if (enableLifespanFilter.HasValue)
query.EnableLifespanFilter = enableLifespanFilter.Value;
//Re-set settings values. This is important for NodeList that
//uses the paging info written into the query text.
this.Settings.Top = query.PageSize;
this.Settings.Skip = query.Skip;
//this.Settings.Sort = we don't need this
this.TraceInfo = new[] { query.TraceInfo };
var lucObjects = query.Execute().ToList();
TotalCount = query.TotalCount;
return (from luco in lucObjects
select luco.NodeId).ToList();
}
else
{
List<string> log;
int count;
IEnumerable<QueryTraceInfo> traceInfo;
var result = RecursiveExecutor.ExecuteRecursive(queryText, top, skip,
sort, enableAutofilters, enableLifespanFilter, this.Settings, out count, out log, out traceInfo);
TotalCount = count;
this.TraceInfo = traceInfo;
return result;
}
}
private IEnumerable<int> GetIdResultsWithNodeQuery(ExecutionHint hint, int top, int skip, IEnumerable<SortInfo> sort,
