// TODO: Too many arguments, pass a context instead
public void SetSource(IEnumerable source, int groupLevels, TotalsPosition totalsPosition, int aggregatesLevel, int totalsCount, bool showAggregateValuesInline, bool restoreCollapsed)
{
if ((aggregatesLevel <= -1 || aggregatesLevel >= groupLevels) && totalsCount > 1)
{
aggregatesLevel = Math.Max(0, groupLevels - 1);
}
else if (totalsCount <= 1)
{
aggregatesLevel = 0;
}
this.GroupLevels = groupLevels;
this.TotalsPosition = totalsPosition;
this.AggregatesLevel = aggregatesLevel;
// this.TotalsCount = totalsCount;
this.ShowAggregateValuesInline = showAggregateValuesInline;
this.SetItemsSource(source);
this.SetItemsSourceOverride(this.ItemsSource, restoreCollapsed);
this.UpdateStrategiesCount();
this.RaiseItemsSourceChanged(EventArgs.Empty);
}
public void SetSource(IEnumerable source, int groupLevels, TotalsPosition totalsPosition, int aggregatesLevel, int totalsCount, bool showAggregateValuesInline)
{
this.SetSource(source, groupLevels, totalsPosition, aggregatesLevel, totalsCount, showAggregateValuesInline, false);
}
private static void GenerateGroups(int level, int aggregatesLevel, IList <TestGroup> groups, int totalLevelCount, int childCount, int totalsCount, TotalsPosition totalsPosition, bool showAggregatesValueInline)
{
if (level < totalLevelCount)
{
aggregatesLevel = totalsCount > 1 ? aggregatesLevel : -1;
int end = (level == aggregatesLevel && totalsCount > 1) ? totalsCount : childCount;
for (int i = 1; i <= end; i++)
{
var group = new TestGroup(string.Format("Level: {0}, Group: {1}", level, i));
if (level == (totalLevelCount - 1))
{
group.Type = GroupType.BottomLevel;
}
else if (level < (totalLevelCount - 1))
{
group.Type = GroupType.Subheading;
}
groups.Add(group);
GenerateGroups(level + 1, aggregatesLevel, group, totalLevelCount, childCount, totalsCount, totalsPosition, showAggregatesValueInline);
}
TestGroup tg = groups as TestGroup;
if (tg != null && tg.Type == GroupType.Subheading && (level - 1) != aggregatesLevel)
{
if ((!showAggregatesValueInline || level != aggregatesLevel) && !(totalLevelCount - 1 == aggregatesLevel && level == totalLevelCount - 1))
{
int aggCount = totalsCount;
if (aggregatesLevel == -1)
{
aggCount = 1;
}
else if (aggregatesLevel < level)
{
aggCount = 1;
}
for (int i = 1; i <= aggCount; i++)
{
var type = level == totalLevelCount - 1 ? GroupType.BottomLevel : GroupType.Subtotal;
var subTotal = new TestGroup(string.Format("Level: {0}, SubTotal: {1}", level, i))
{
Type = type
};
if (totalsPosition == TotalsPosition.First || (totalsPosition == TotalsPosition.Inline && aggCount > 1))
{
tg.Insert(0, subTotal);
}
else if (totalsPosition == TotalsPosition.Last)
{
tg.Add(subTotal);
}
}
}
}
}
}
private ReadOnlyList <TestGroup> CreateGroups(int levels, int aggregatesLevel, int totalsCount = 2, TotalsPosition totalsPosition = TotalsPosition.First, bool showAggregatesValueInline = false)
{
ReadOnlyList <TestGroup> groups = new ReadOnlyList <TestGroup>();
Assert.IsTrue(levels >= 0);
Assert.IsTrue(totalsCount >= 0);
int totalLevelCount = totalsCount > 1 ? levels + 1 : levels;
GenerateGroups(0, aggregatesLevel, groups, totalLevelCount, 3, totalsCount, totalsPosition, showAggregatesValueInline);
Layout.SetSource(groups, totalLevelCount, totalsPosition, aggregatesLevel, totalsCount, showAggregatesValueInline);
return(groups);
}