internal void RunSetMatchUpdates(ParallelGroupData groupData)
{
var time = MarsTime.Time;
foreach (var i in groupData.UpdatingIndices)
{
var lastTime = groupData.LastUpdateCheckTime[i];
var interval = groupData.UpdateMatchInterval[i];
if (time - lastTime < interval)
{
continue;
}
SetPipelineMatchUpdate(i,
groupData.QueryMatchIds,
groupData.SetMatchData,
groupData.Relations,
groupData.QueryResults,
groupData.ReAcquireOnLoss,
groupData.LastUpdateCheckTime,
groupData.SetMatchData,
groupData.UpdateHandlers,
groupData.LossHandlers);
groupData.LastUpdateCheckTime[i] = time;
}
}
internal void SetupData()
{
Configuration = QueryPipelineConfiguration.instance;
var memoryOptions = MARSMemoryOptions.instance;
Data = new ParallelGroupData(memoryOptions.QueryDataCapacity);
// make sure that we refresh references to arrays when they have been resized behind the scenes
Data.OnResize += WireStages;
var memberCapacityMultiplier = memoryOptions.SetMemberCapacityMultiplier;
MemberData = new ParallelGroupMemberData(memoryOptions.QueryDataCapacity * memberCapacityMultiplier);
MemberData.OnResize += WireStages;
// insert a blank stage to represent the idle part of the cycle
Stages.Add(null);
MemberTraitCacheStage = SetupMemberTraitCacheStage();
RelationTraitCacheStage = SetupRelationTraitCacheStage();
MemberConditionRatingStage = SetupMemberMatchRating();
IncompleteGroupFilterStage = SetupIncompleteGroupFilter();
MemberMatchIntersectionStage = SetupMatchIntersection();
MemberTraitRequirementStage = SetupTraitFilterStage();
MemberDataAvailabilityStage = SetupAvailabilityCheckStage();
MemberMatchReductionStage = SetupMatchReduction();
GroupRelationRatingStage = SetupRelationRatingStage();
FilterRelationMembersStage = SetupFilterRelationMembersStage();
MatchSearchStage = SetupMatchSearchStage();
MarkDataUsedStage = SetupMarkUsedStage();
MemberResultFillStage = SetupQueryResultFill();
GroupResultFillStage = SetupSetQueryResultFill();
AcquireHandlingStage = SetupAcquireHandlingStage();
}
public void MapGlobalToLocalMemberIndices()
{
var globalIndices = new [] { 2, 3, 4 };
var globalRelationPairs = new []
{
new RelationDataPair(2, 3), new RelationDataPair(4, 2), new RelationDataPair(3, 4),
};
var expectedLocalPairs = new []
{
new RelationDataPair(0, 1), new RelationDataPair(2, 0), new RelationDataPair(1, 2),
};
const int pairCount = 3;
var actualLocalPairs = new RelationDataPair[pairCount];
ParallelGroupData.MapGlobalToLocalRelationPairs(globalIndices, globalRelationPairs, actualLocalPairs);
for (var i = 0; i < pairCount; i++)
{
Assert.AreEqual(expectedLocalPairs[i], actualLocalPairs[i]);
}
}
public void Setup()
{
const int initialCapacity = 8;
m_Data = new ParallelGroupData(initialCapacity);
}
