public static void FetchNeighborUpdate(SDSStack.Entry target, Link neighbor, RCS candidate)
{
var existing = target.InboundRCS[neighbor.LinearIndex];
bool significant = existing != null && candidate.IC.OneCount < existing.IC.OneCount;
if (existing != null && candidate.IC.OneCount > existing.IC.OneCount)
{
Log.Error("Unable to incorportate RCS from " + neighbor + ": RCS at generation " + target.Generation + " is worse than known");
return;
}
target.InboundRCS[neighbor.LinearIndex] = candidate;
if (significant)
{
target.SignificantInboundChange = true;
}
Log.Message(neighbor.Name + ": RCS[" + neighbor.LinearIndex + "] @g" + target.Generation + " IC ones: " + candidate.IC.OneCount);
}
public SDSComputation(DateTime applicationBeginDeadline, ExtMessagePack clientMessages, TimeSpan entityLogicTimeout, EntityChange.ExecutionContext ctx)
{
this.ctx = ctx;
generation = ctx.GenerationNumber;
Deadline = applicationBeginDeadline;
SDSStack stack = Simulation.Stack;
SDSStack.Entry input = stack.FindGeneration(generation - 1);
if (input == null)
{
throw new IntegrityViolation("Unable to locate previous SDS at generation " + (generation - 1));
}
if (!input.IsFinished)
{
throw new IntegrityViolation("Previous SDS at generation " + (generation - 1) + " exists but is not finished");
}
//if (input.Generation != generation-1)
// throw new IntegrityViolation("Generation mismatch");
old = stack.FindGeneration(generation);
if (old == null)
{
throw new IntegrityViolation("Unable to locate original SDS at generation " + generation);
}
data = new IntermediateSDS();
data.inputConsistent = input.IsFullyConsistent;
{
using (var ms = new MemoryStream())
{
input.SDS.AddToStream(ms);
clientMessages.AddToStream(ms);
ms.Seek(0, SeekOrigin.Begin);
data.inputHash = new Digest(SHA256.Create().ComputeHash(ms), true);
}
}
//old bad or dont exist, new maybe good
if (clientMessages.HasBeenDiscarded)
{
throw new IntegrityViolation("Available client messages are incomplete but recorded messages have been discarded");
}
this.clientMessages = clientMessages.MessagePack;
if (old.IntermediateSDS != null && old.IntermediateSDS.inputHash == data.inputHash)
{
data = old.IntermediateSDS;
return;
}
data.entities = new EntityPool(input.SDS.FinalEntities, ctx);
data.localChangeSet = new EntityChangeSet();
data.ic = input.SDS.IC.Clone();
if (!this.clientMessages.Completed)
{
Log.Message("Client messages are not complete for generation " + generation + ", setting everything inconsistent");
data.ic.SetAllOne();
}
//bool doSendClientMessages = freshClientMessages != null && freshClientMessages.ArchivedGeneration == generation;
errors = data.localChangeSet.Evolve(input.SDS.FinalEntities, this.clientMessages.Messages, data.ic, entityLogicTimeout, ctx);
if (errors == null && input.IsFullyConsistent && data.ic.OneCount != 0 && clientMessages.MessagePack.Completed)
{
throw new IntegrityViolation("Input is fully consistent, and there are no errors. IC should have remaining empty");
}
InconsistencyCoverage untrimmed = data.ic.Grow(false);
if (untrimmed.Size != InconsistencyCoverage.CommonResolution + 2)
{
throw new IntegrityViolation("IC of unsupported size: " + untrimmed.Size);
}
data.ic = untrimmed.Sub(new Int3(1), new Int3(InconsistencyCoverage.CommonResolution));
foreach (var n in Simulation.Neighbors)
{
IntBox remoteBox = n.ICExportRegion;
var ic = untrimmed.Sub(remoteBox);
RCS rcs = new RCS(new EntityChangeSet(data.localChangeSet, n.WorldSpace, ctx), ic);
var oID = n.GetOutboundRCSID(Generation);
if (generation >= n.OldestGeneration)
{
Log.Message("Dispatched " + oID + ", IC ones=" + ic.OneCount);
n.Set(oID.ToString(), new RCS.Serial(rcs, generation));
if (rcs.IsFullyConsistent)
{
n.UploadToDB(generation, rcs);
}
}
else
{
Log.Error("Recomputed generation, but remote shard will not want generated RCS");
}
}
data.localChangeSet.FilterByTargetLocation(Simulation.MySpace, ctx);
}
public Serial(RCS rcs, int generation)
{
Generation = generation;
Data = rcs.Export();
}
public void UploadToDB(int generation, RCS rcs)
{
DB.PutAsync(new SerialRCS(GetOutboundRCSID(generation), rcs)).Wait();
OnPutRCS?.Invoke(rcs, generation);
}
public SerialRCS(RCS.GenID id, RCS data)
{
Data = data.Export();
NumericID = id.IntArray;
_id = id.ToString();
}