public void onReceive(Message <TTime, TInput2> message)
{
var output = new Buffer <TTime, TOutput>(message.time);
int outputOffset = 0;
if (!vals.ContainsKey(message.time))
{
vals.Add(message.time,
new Dictionary <TKey, PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > >());
}
Dictionary <TKey, PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > > dictKeys =
vals[message.time];
for (int i = 0; i < message.length; i++)
{
var key = keySelector2(message.payload[i]);
PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > currentEntry;
if (!dictKeys.TryGetValue(key, out currentEntry))
{
currentEntry = new PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> >(
new RegionLinkedList <TInput1>(), new RegionLinkedList <TInput2>());
dictKeys.Add(key, currentEntry);
}
currentEntry.Second.InsertFirst(message.payload[i]);
for (Node <TInput1> cur = currentEntry.First.Head;
cur != default(Node <TInput1>); cur = cur.Next)
{
output.set(outputOffset, resSelector(cur.Data, message.payload[i]));
outputOffset++;
}
}
output.send();
}
public void onReceive(Message <int, TInput1> message)
{
var output = new Buffer <int, TOutput>(message.time);
int outputOffset = 0;
if (!vals.ContainsKey(message.time))
{
vals.Add(message.time,
new Dictionary <TKey, PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > >());
}
Dictionary <TKey, PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > > dictKeys =
vals[message.time];
for (int i = 0; i < message.length; i++)
{
var key = keySelector1(message.payload[i]);
PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > currentEntry;
if (!dictKeys.TryGetValue(key, out currentEntry))
{
currentEntry = new PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> >(
new RegionLinkedList <TInput1>(), new RegionLinkedList <TInput2>());
dictKeys[key] = currentEntry;
}
currentEntry.First.InsertFirst(message.payload[i]);
for (int curTime = message.time - windowSize + 1;
curTime <= message.time; curTime++)
{
if (vals.ContainsKey(curTime))
{
var matchedDictKeys = vals[curTime];
if (matchedDictKeys.ContainsKey(key))
{
for (Node <TInput2> cur = matchedDictKeys[key].Second.Head;
cur != default(Node <TInput2>); cur = cur.Next)
{
output.set(outputOffset,
resSelector(message.payload[i], cur.Data));
outputOffset++;
}
}
}
}
}
output.send();
}
public bool Equals(PairNonCloneable <TFirst, TSecond> other)
{
return(First.Equals(other.First) && Second.Equals(other.Second));
}
public void onReceive(Message <TTime, TInput2> message, Region actorRegion)
{
Region outputRegion =
RegionAllocator.AllocateRegion(NaiadSimulator.OUTPUT_REGION_SIZE);
var output = new Buffer <TTime, TOutput>(outputRegion, message.time);
int outputOffset = 0;
Region dictRegion;
if (!vals.ContainsKey(message.time))
{
Dictionary <TKey, PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > > dictKeyPair;
dictRegion =
RegionAllocator.AllocateRegion(NaiadSimulator.TMP_REGION_SIZE);
using (RegionContext regContext = RegionContext.Create(dictRegion))
{
dictKeyPair =
new Dictionary <TKey, PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > >(0, new EqualityComparer <TKey>());
}
using (RegionContext regContext = RegionContext.Create(actorRegion))
{
vals.Add(message.time, dictKeyPair);
dictRegions.Add(message.time, dictRegion);
}
}
Dictionary <TKey, PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > > dictKeys =
vals[message.time];
dictRegion = dictRegions[message.time];
PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> > currentEntry;
TInput2 curInput;
using (RegionContext regContext = RegionContext.Create(dictRegion))
{
for (int i = 0; i < message.length; i++)
{
// Note: Automatically annotated code may require this Clone, but
// in the manually written one we don't need it.
// curInput = (TInput2)message.payload[i].Clone();
curInput = (TInput2)message.payload[i];
var key = keySelector2(curInput);
if (!dictKeys.TryGetValue(key, out currentEntry))
{
currentEntry = new PairNonCloneable <RegionLinkedList <TInput1>, RegionLinkedList <TInput2> >(
new RegionLinkedList <TInput1>(), new RegionLinkedList <TInput2>());
dictKeys.Add(key, currentEntry);
}
currentEntry.Second.InsertFirst(curInput);
// using (RegionContext context = RegionContext.Create(outputRegion))
{
for (Node <TInput1> cur = currentEntry.First.Head;
cur != default(Node <TInput1>); cur = cur.Next)
{
output.set(outputOffset, resSelector(cur.Data, curInput));
outputOffset++;
}
}
}
}
// The region will be freed.
output.send(outputRegion);
}
