public void Accessor()
{
var o = new AnonType <int, int>(42, 84);
var accessor = new AnonTypeAccessor();
Assert.Equal(42, accessor.Read(o, "I0"));
Assert.Equal(84, accessor.Read(o, "I1"));
}
public static RemoteGroupingResult Run(IEnumerable <AnonType> flatGroups, int groupCount, ContosoRetail.SharedKernel.DataAccess.DataLoader.SummaryInfo[] totalSummary, ContosoRetail.SharedKernel.DataAccess.DataLoader.SummaryInfo[] groupSummary)
{
var accessor = new AnonTypeAccessor();
var markup = new RemoteGroupTypeMarkup(
groupCount,
totalSummary != null ? totalSummary.Length : 0,
groupSummary != null ? groupSummary.Length : 0
);
List <Group> hierGroups = null;
if (groupCount > 0)
{
hierGroups = new GroupHelper <AnonType>(accessor).Group(
flatGroups,
Enumerable.Range(0, groupCount).Select(i => new ContosoRetail.SharedKernel.DataAccess.DataLoader.GroupingInfo {
Selector = AnonType.ITEM_PREFIX + (RemoteGroupTypeMarkup.KeysStartIndex + i)
}).ToArray()
);
}
IEnumerable dataToAggregate = hierGroups;
if (dataToAggregate == null)
{
dataToAggregate = flatGroups;
}
var transformedTotalSummary = TransformSummary(totalSummary, markup.TotalSummaryStartIndex);
var transformedGroupSummary = TransformSummary(groupSummary, markup.GroupSummaryStartIndex);
transformedTotalSummary.Add(new SummaryInfo {
SummaryType = "remoteCount"
});
var totals = new AggregateCalculator <AnonType>(dataToAggregate, accessor, transformedTotalSummary, transformedGroupSummary).Run();
var totalCount = (int)totals.Last();
totals = totals.Take(totals.Length - 1).ToArray();
if (totals.Length < 1)
{
totals = null;
}
return(new RemoteGroupingResult
{
Groups = hierGroups,
Totals = totals,
TotalCount = totalCount
});
}
