void IModule <TState> .OnConstruct()
{
this.states = new CircularQueue <TState>(this.GetTicksPerState(), this.GetQueueCapacity());
this.events = PoolDictionary <ulong, SortedList <long, HistoryEvent> > .Spawn(1000);
PoolSortedList <int, HistoryEvent> .Prewarm(1000, 2);
this.world.SetStatesHistoryModule(this);
}
public void AddEvent(HistoryEvent historyEvent)
{
if (this.HasEvent(historyEvent) == true)
{
using (NoStackTrace.All) {
UnityEngine.Debug.LogWarning($"Duplicate event: {historyEvent}. Skip.");
}
return;
}
++this.statEventsAdded;
this.ValidatePrewarm();
if (historyEvent.tick <= Tick.Zero)
{
// Tick fix if it is zero
historyEvent.tick = Tick.One;
}
var key = MathUtils.GetKey(historyEvent.order, historyEvent.localOrder);
if (this.events.TryGetValue(historyEvent.tick, out var list) == true)
{
list.Add(key, historyEvent);
}
else
{
list = PoolSortedList <long, HistoryEvent> .Spawn(StatesHistoryModule <TState> .POOL_HISTORY_CAPACITY);
list.Add(key, historyEvent);
this.events.Add(historyEvent.tick, list);
}
this.oldestTick = (this.oldestTick == Tick.Invalid || historyEvent.tick < this.oldestTick ? (Tick)historyEvent.tick : this.oldestTick);
++this.beginAddEventsCount;
/*
* if (this.currentTick >= historyEvent.tick) {
*
* if (this.beginAddEvents == false) {
*
* this.Simulate(historyEvent.tick, this.currentTick);
*
* } else {
*
* if (this.beginAddEventsTick > historyEvent.tick) {
*
* this.beginAddEventsTick = historyEvent.tick;
*
* }
*
* }
*
* }*/
}
void IModuleBase.OnConstruct()
{
this.statesHistory = new ME.ECS.Network.StatesHistory <TState>(this.world, this.GetQueueCapacity());
//this.states = new StatesCircularQueue<TState>(this.GetTicksPerState(), this.GetQueueCapacity());
this.events = PoolDictionary <Tick, ME.ECS.Collections.SortedList <long, HistoryEvent> > .Spawn(StatesHistoryModule <TState> .POOL_EVENTS_CAPACITY);
this.syncHash = PoolDictionary <Tick, int> .Spawn(StatesHistoryModule <TState> .POOL_SYNCHASH_CAPACITY);
PoolSortedList <int, HistoryEvent> .Prewarm(StatesHistoryModule <TState> .POOL_HISTORY_SIZE, StatesHistoryModule <TState> .POOL_HISTORY_CAPACITY);
this.world.SetStatesHistoryModule(this);
}
public void Reset()
{
this.oldestTick = Tick.Invalid;
this.lastSavedStateTick = Tick.Invalid;
this.syncHash.Clear();
this.statesHistory.DiscardAll();
this.statesHistory.Clear();
foreach (var item in this.events)
{
PoolSortedList <long, HistoryEvent> .Recycle(item.Value);
}
this.events.Clear();
}
public void AddEvent(HistoryEvent historyEvent)
{
++this.statEventsAdded;
this.ValidatePrewarm();
if (historyEvent.tick <= Tick.Zero)
{
// Tick fix if it is zero
historyEvent.tick = Tick.One;
}
SortedList <long, HistoryEvent> list;
if (this.events.TryGetValue(historyEvent.tick, out list) == true)
{
list.Add(MathUtils.GetKey(historyEvent.order, historyEvent.localOrder), historyEvent);
}
else
{
list = PoolSortedList <long, HistoryEvent> .Spawn(StatesHistoryModule <TState> .POOL_HISTORY_CAPACITY);
list.Add(MathUtils.GetKey(historyEvent.order, historyEvent.localOrder), historyEvent);
this.events.Add(historyEvent.tick, list);
}
this.oldestTick = (this.oldestTick == Tick.Invalid || historyEvent.tick < this.oldestTick ? (Tick)historyEvent.tick : this.oldestTick);
/*if (this.currentTick >= historyEvent.tick) {
*
* if (this.beginAddEvents == false) {
*
* this.Simulate(historyEvent.tick, this.currentTick);
*
* } else {
*
++this.beginAddEventsCount;
* if (this.beginAddEventsTick > historyEvent.tick) {
*
* this.beginAddEventsTick = historyEvent.tick;
*
* }
*
* }
*
* }*/
}
void IModuleBase.OnDeconstruct()
{
//this.maxTick = Tick.Zero;
this.prewarmed = false;
//this.beginAddEventsTick = Tick.Zero;
this.beginAddEventsCount = 0;
this.beginAddEvents = false;
this.statEventsAdded = 0;
this.statPlayedEvents = 0;
this.oldestTick = Tick.Invalid;
this.lastSavedStateTick = Tick.Invalid;
this.pauseStoreStateSinceTick = Tick.Invalid;
this.statesHistory.DiscardAll();
this.world.SetStatesHistoryModule(null);
foreach (var item in this.events)
{
var values = item.Value.Values;
for (int i = 0, cnt = values.Count; i < cnt; ++i)
{
var val = values[i];
if (val.parameters != null)
{
PoolArray <object> .Recycle(ref val.parameters);
}
}
item.Value.Clear();
PoolSortedList <long, HistoryEvent> .Recycle(item.Value);
}
PoolDictionary <Tick, ME.ECS.Collections.SortedList <long, HistoryEvent> > .Recycle(ref this.events);
foreach (var kv in this.syncHashTable)
{
PoolDictionary <int, int> .Recycle(kv.Value);
}
PoolDictionary <Tick, Dictionary <int, int> > .Recycle(ref this.syncHashTable);
//this.states.Recycle();
//this.states = null;
}
public void AddEvent(HistoryEvent historyEvent)
{
++this.statEventsAdded;
this.ValidatePrewarm();
if (historyEvent.tick <= 0UL)
{
// Tick fix if it is zero
historyEvent.tick = 1UL;
}
SortedList <long, HistoryEvent> list;
if (this.events.TryGetValue(historyEvent.tick, out list) == true)
{
list.Add(MathUtils.GetKey(historyEvent.order, historyEvent.localOrder), historyEvent);
}
else
{
list = PoolSortedList <long, HistoryEvent> .Spawn(2);
list.Add(MathUtils.GetKey(historyEvent.order, historyEvent.localOrder), historyEvent);
this.events.Add(historyEvent.tick, list);
}
if (this.currentTick >= historyEvent.tick)
{
var tick = this.currentTick;
var searchTick = historyEvent.tick - 1;
var historyState = this.GetStateBeforeTick(searchTick);
//var cloneState = this.world.CreateState();
//cloneState.Initialize(this.world, freeze: true, restore: false);
if (historyState != null)
{
// State found - simulate from this state to current tick
this.world.GetState().CopyFrom(historyState);
this.world.GetState().tick = tick;
//cloneState.CopyFrom(state);
//this.world.SetState(cloneState);
if (this.beginAddEvents == false)
{
this.world.SetPreviousTick(historyState.tick);
this.world.Simulate(tick);
}
}
else
{
// Previous state was not found - need to rewind from initial state
var resetState = this.world.GetResetState();
this.world.GetState().CopyFrom(resetState);
this.world.GetState().tick = tick;
//cloneState.CopyFrom(resetState);
//this.world.SetState(cloneState);
if (this.beginAddEvents == false)
{
this.world.SetPreviousTick(resetState.tick);
this.world.Simulate(tick);
}
//throw new StateNotFoundException("Tick: " + searchTick);
}
}
}