public void ProcessView(EventBean[] newData, EventBean[] oldData, bool isGenerateSynthetic)
{
GenerateRemoveStreamJustOnce(isGenerateSynthetic, false);
// apply to aggregates
var groupKeysPerLevel = new object[_processor.Prototype.GroupByRollupDesc.Levels.Length];
EventBean[] eventsPerStream;
if (newData != null)
{
foreach (var aNewData in newData)
{
eventsPerStream = new EventBean[] { aNewData };
var groupKeyComplete = _processor.GenerateGroupKey(eventsPerStream, true);
foreach (var level in _processor.Prototype.GroupByRollupDesc.Levels)
{
var groupKey = level.ComputeSubkey(groupKeyComplete);
groupKeysPerLevel[level.LevelNumber] = groupKey;
if (_outputLimitGroupRepsPerLevel[level.LevelNumber].Push(groupKey, eventsPerStream) == null)
{
if (_processor.Prototype.IsSelectRStream)
{
_processor.GenerateOutputBatchedMapUnsorted(false, groupKey, level, eventsPerStream, true, isGenerateSynthetic, _groupRepsOutputLastUnordRStream[level.LevelNumber]);
}
}
}
_processor.AggregationService.ApplyEnter(eventsPerStream, groupKeysPerLevel, _processor.AgentInstanceContext);
}
}
if (oldData != null)
{
foreach (var anOldData in oldData)
{
eventsPerStream = new EventBean[] { anOldData };
var groupKeyComplete = _processor.GenerateGroupKey(eventsPerStream, false);
foreach (var level in _processor.Prototype.GroupByRollupDesc.Levels)
{
var groupKey = level.ComputeSubkey(groupKeyComplete);
groupKeysPerLevel[level.LevelNumber] = groupKey;
if (_outputLimitGroupRepsPerLevel[level.LevelNumber].Push(groupKey, eventsPerStream) == null)
{
if (_processor.Prototype.IsSelectRStream)
{
_processor.GenerateOutputBatchedMapUnsorted(true, groupKey, level, eventsPerStream, false, isGenerateSynthetic, _groupRepsOutputLastUnordRStream[level.LevelNumber]);
}
}
}
_processor.AggregationService.ApplyLeave(eventsPerStream, groupKeysPerLevel, _processor.AgentInstanceContext);
}
}
}
public void ProcessView(
EventBean[] newData,
EventBean[] oldData,
bool isGenerateSynthetic)
{
// apply to aggregates
var groupKeysPerLevel = new object[processor.GroupByRollupDesc.Levels.Length];
EventBean[] eventsPerStream;
if (newData != null) {
foreach (var aNewData in newData) {
eventsPerStream = new[] {aNewData};
var groupKeyComplete = processor.GenerateGroupKeySingle(eventsPerStream, true);
foreach (var level in processor.GroupByRollupDesc.Levels) {
var groupKey = level.ComputeSubkey(groupKeyComplete);
groupKeysPerLevel[level.LevelNumber] = groupKey;
outputLimitGroupRepsPerLevel[level.LevelNumber].Put(groupKey, eventsPerStream);
if (processor.IsSelectRStream &&
!groupRepsOutputLastUnordRStream[level.LevelNumber].ContainsKey(groupKey)) {
processor.GenerateOutputBatchedMapUnsorted(
false,
groupKey,
level,
eventsPerStream,
true,
isGenerateSynthetic,
groupRepsOutputLastUnordRStream[level.LevelNumber]);
}
}
processor.AggregationService.ApplyEnter(
eventsPerStream,
groupKeysPerLevel,
processor.GetAgentInstanceContext());
}
}
if (oldData != null) {
foreach (var anOldData in oldData) {
eventsPerStream = new[] {anOldData};
var groupKeyComplete = processor.GenerateGroupKeySingle(eventsPerStream, false);
foreach (var level in processor.GroupByRollupDesc.Levels) {
var groupKey = level.ComputeSubkey(groupKeyComplete);
groupKeysPerLevel[level.LevelNumber] = groupKey;
outputLimitGroupRepsPerLevel[level.LevelNumber].Put(groupKey, eventsPerStream);
if (processor.IsSelectRStream &&
!groupRepsOutputLastUnordRStream[level.LevelNumber].ContainsKey(groupKey)) {
processor.GenerateOutputBatchedMapUnsorted(
false,
groupKey,
level,
eventsPerStream,
false,
isGenerateSynthetic,
groupRepsOutputLastUnordRStream[level.LevelNumber]);
}
}
processor.AggregationService.ApplyLeave(
eventsPerStream,
groupKeysPerLevel,
processor.GetAgentInstanceContext());
}
}
}
