public static GroupTree <T> RetrieveGrouped <T>(DatasourceRequest request, IQueryable <T> filteredWithPredefinedFilters, Func <T, object> uniqueKeyExpression, List <AggregatorInfo <T> > aggregators, bool forceClosedGroups = false)
{
// Apply Dynamic Filter
var filtered = ApplyDynamicFilterToQueryable(request, filteredWithPredefinedFilters);
// Groups only (Closed)
if (forceClosedGroups || request.GroupBy.First().GetGroupsClosed)
{
var closedGroupsInfo = RuntimePredicateBuilder.BuildClosedGroupsInfo <T>(request.GroupBy, aggregators);
return(GroupsHelper.GetAllGroupsClosed <T>(filtered, closedGroupsInfo, new Dictionary <string, string>()));
}
// Groups with data
else
{
// Variables initialization
var dynamicOrderBy = RuntimePredicateBuilder.BuildPredicateForOrdering <T>(request.OrderBy);
var dynamicGroupBy = RuntimePredicateBuilder.BuildDynamicGroupBy <T>(request.GroupBy);
return(GroupsHelper.ParseGroups <T>(filtered, dynamicOrderBy, dynamicGroupBy, uniqueKeyExpression, request.StartRow, request.PageSize));
}
}
public string PathAtLevel(int level)
{
var path = "";
for (var i = 0; i < level; i++)
{
if (ColumnsToKeys.Count < i + 1)
{
return(path);
}
var entry = ColumnsToKeys.ElementAt(i);
if (!string.IsNullOrEmpty(path))
{
path += GroupsHelper.GroupPathSeperator;
}
path += entry.Key + GroupsHelper.GroupValueSeperator + GroupsHelper.ObjectToString(entry.Value).Replace(" ", GroupsHelper.GroupValueSpace);
}
return(path);
}
