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Merge branch 'master' of github.com:thatcosmonaut/encompass-cs

pull/5/head
Evan Hemsley 2019-12-31 13:42:05 -08:00
parent ab85428970 569ee0ace8
commit fada124b39
46 changed files with 2168 additions and 593 deletions
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28
encompass-cs/Attributes/QueryWith.cs Normal file
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@ -0,0 +1,28 @@
using Encompass.Exceptions;
using System;
using System.Collections.Generic;
using System.Linq;
namespace Encompass
{
[AttributeUsage(AttributeTargets.Class)]
public class QueryWith : Attribute
{
public readonly HashSet<Type> queryWithTypes = new HashSet<Type>();
public QueryWith(params Type[] queryWithTypes)
{
foreach (var queryWithType in queryWithTypes)
{
var isComponent = queryWithType.GetInterfaces().Contains(typeof(IComponent));
if (!isComponent)
{
throw new IllegalReadTypeException("{0} must be a Component", queryWithType.Name);
}
this.queryWithTypes.Add(queryWithType);
}
}
}
}

28
encompass-cs/Attributes/QueryWithout.cs Normal file
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@ -0,0 +1,28 @@
using Encompass.Exceptions;
using System;
using System.Collections.Generic;
using System.Linq;
namespace Encompass
{
[AttributeUsage(AttributeTargets.Class)]
public class QueryWithout : Attribute
{
public readonly HashSet<Type> queryWithoutTypes = new HashSet<Type>();
public QueryWithout(params Type[] queryWithoutTypes)
{
foreach (var type in queryWithoutTypes)
{
var isComponent = type.GetInterfaces().Contains(typeof(IComponent));
if (!isComponent)
{
throw new IllegalReadTypeException("{0} must be a Component", type.Name);
}
this.queryWithoutTypes.Add(type);
}
}
}
}

28
encompass-cs/Attributes/ReadsImmediate.cs Normal file
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@ -0,0 +1,28 @@
using System;
using System.Collections.Generic;
using System.Linq;
using Encompass.Exceptions;
namespace Encompass
{
[AttributeUsage(AttributeTargets.Class)]
public class ReadsImmediate : Attribute
{
public readonly HashSet<Type> readImmediateTypes = new HashSet<Type>();
public ReadsImmediate(params Type[] readImmediateTypes)
{
foreach (var readImmediateType in readImmediateTypes)
{
var isComponent = readImmediateType.GetInterfaces().Contains(typeof(IComponent));
if (!isComponent)
{
throw new IllegalReadTypeException("{0} must be a Component", readImmediateType.Name);
}
this.readImmediateTypes.Add(readImmediateType);
}
}
}
}

28
encompass-cs/Attributes/ReadsPending.cs
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@ -1,28 +0,0 @@
using System;
using System.Collections.Generic;
using System.Linq;
using Encompass.Exceptions;
namespace Encompass
{
[AttributeUsage(AttributeTargets.Class)]
public class ReadsPending : Attribute
{
public readonly HashSet<Type> readPendingTypes = new HashSet<Type>();
public ReadsPending(params Type[] readPendingTypes)
{
foreach (var readPendingType in readPendingTypes)
{
var isComponent = readPendingType.GetInterfaces().Contains(typeof(IComponent));
if (!isComponent)
{
throw new IllegalReadTypeException("{0} must be a Component", readPendingType.Name);
}
this.readPendingTypes.Add(readPendingType);
}
}
}
}

27
encompass-cs/Attributes/WritesImmediate.cs Normal file
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@ -0,0 +1,27 @@
using System;
using System.Collections.Generic;
using System.Linq;
using Encompass.Exceptions;
namespace Encompass
{
[AttributeUsage(AttributeTargets.Class)]
public class WritesImmediate : Attribute
{
public readonly HashSet<Type> writeImmediateTypes = new HashSet<Type>();
public WritesImmediate(params Type[] writeImmediateTypes)
{
foreach (var writeImmediateType in writeImmediateTypes)
{
var isComponent = writeImmediateType.GetInterfaces().Contains(typeof(IComponent));
if (!isComponent)
{
throw new IllegalWriteImmediateTypeException("{0} must be a Component", writeImmediateType.Name);
}
this.writeImmediateTypes.Add(writeImmediateType);
}
}
}
}

26
encompass-cs/Attributes/WritesPending.cs
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@ -1,26 +0,0 @@
using System;
using System.Collections.Generic;
using System.Linq;
using Encompass.Exceptions;
namespace Encompass
{
public class WritesPending : Attribute
{
public readonly HashSet<Type> writePendingTypes = new HashSet<Type>();
public WritesPending(params Type[] writePendingTypes)
{
foreach (var writePendingType in writePendingTypes)
{
var isComponent = writePendingType.GetInterfaces().Contains(typeof(IComponent));
if (!isComponent)
{
throw new IllegalWritePendingTypeException("{0} must be a Component", writePendingType.Name);
}
this.writePendingTypes.Add(writePendingType);
}
}
}
}

54
encompass-cs/Collections/ComponentBitSet.cs Normal file
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@ -0,0 +1,54 @@
using MoonTools.FastCollections;
using System;
using System.Collections.Generic;
namespace Encompass
{
internal class ComponentBitSet
{
Dictionary<int, BitSet512> entities = new Dictionary<int, BitSet512>();
Dictionary<Type, int> TypeToIndex { get; }
public ComponentBitSet(Dictionary<Type, int> typeToIndex)
{
TypeToIndex = typeToIndex;
}
public void Clear()
{
entities.Clear();
}
public void AddEntity(int entityID)
{
entities.Add(entityID, BitSet512.Zero);
}
public void Set<TComponent>(int entityID) where TComponent : struct, IComponent
{
if (!entities.ContainsKey(entityID)) { AddEntity(entityID); }
entities[entityID] = entities[entityID].Set(TypeToIndex[typeof(TComponent)]);
}
public void RemoveComponent<TComponent>(int entityID) where TComponent : struct, IComponent
{
if (entities.ContainsKey(entityID))
{
entities[entityID] = entities[entityID].UnSet(TypeToIndex[typeof(TComponent)]);
}
}
public void RemoveEntity(int entityID)
{
if (entities.ContainsKey(entityID))
{
entities.Remove(entityID);
}
}
public BitSet512 EntityBitArray(int entityID)
{
return entities.ContainsKey(entityID) ? entities[entityID] : BitSet512.Zero;
}
}
}

77
encompass-cs/Collections/ComponentDeltaStore.cs Normal file
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@ -0,0 +1,77 @@
using System;
using System.Collections.Generic;
namespace Encompass
{
internal class ComponentDeltaStore : ComponentStore
{
private readonly Dictionary<Type, Replayer> _replayers = new Dictionary<Type, Replayer>();
private readonly HashSet<Replayer> _currentReplayers = new HashSet<Replayer>();
public IEnumerable<Replayer> CurrentReplayers { get { return _currentReplayers; } }
public ComponentDeltaStore(Dictionary<Type, int> typeToIndex) : base(typeToIndex)
{
}
public override void RegisterComponentType<TComponent>()
{
base.RegisterComponentType<TComponent>();
if (!_replayers.ContainsKey(typeof(TComponent)))
{
_replayers.Add(typeof(TComponent), new Replayer<TComponent>(this));
}
}
public override void Set<TComponent>(int entityID, TComponent component)
{
base.Set(entityID, component);
var replayer = _replayers[typeof(TComponent)];
_currentReplayers.Add(replayer);
replayer.UnMarkRemoval(entityID);
}
public override bool Set<TComponent>(int entityID, TComponent component, int priority)
{
var result = base.Set(entityID, component, priority);
if (result)
{
var replayer = _replayers[typeof(TComponent)];
_currentReplayers.Add(replayer);
replayer.UnMarkRemoval(entityID);
}
return result;
}
public override bool Remove<TComponent>(int entityID, int priority)
{
var result = base.Remove<TComponent>(entityID, priority);
if (result)
{
var replayer = _replayers[typeof(TComponent)];
_currentReplayers.Add(replayer);
replayer.MarkRemoval(entityID);
}
return result;
}
public override void Remove(int entityID)
{
base.Remove(entityID);
foreach (var replayer in CurrentReplayers)
{
replayer.MarkRemoval(entityID);
}
}
public override void ClearAll()
{
base.ClearAll();
foreach (var replayer in _currentReplayers)
{
replayer.Clear();
}
_currentReplayers.Clear();
}
}
}

87
encompass-cs/Collections/ComponentStore.cs
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@ -1,4 +1,5 @@
using System; using MoonTools.FastCollections;
using System;
using System.Collections.Generic; using System.Collections.Generic;
namespace Encompass namespace Encompass
@ -6,6 +7,12 @@ namespace Encompass
internal class ComponentStore internal class ComponentStore
{ {
private Dictionary<Type, TypedComponentStore> Stores = new Dictionary<Type, TypedComponentStore>(512); private Dictionary<Type, TypedComponentStore> Stores = new Dictionary<Type, TypedComponentStore>(512);
public ComponentBitSet ComponentBitSet { get; private set; }
public ComponentStore(Dictionary<Type, int> typeToIndex)
{
ComponentBitSet = new ComponentBitSet(typeToIndex);
}
public IEnumerable<(Type, TypedComponentStore)> StoresEnumerable() public IEnumerable<(Type, TypedComponentStore)> StoresEnumerable()
{ {
@ -15,11 +22,10 @@ namespace Encompass
} }
} }
public void RegisterComponentType<TComponent>() where TComponent : struct, IComponent public virtual void RegisterComponentType<TComponent>() where TComponent : struct, IComponent
{ {
if (!Stores.ContainsKey(typeof(TComponent))) if (!Stores.ContainsKey(typeof(TComponent)))
{ {
System.Console.WriteLine("register component type in component store");
var store = new TypedComponentStore<TComponent>(); var store = new TypedComponentStore<TComponent>();
Stores.Add(typeof(TComponent), store); Stores.Add(typeof(TComponent), store);
} }
@ -31,42 +37,65 @@ namespace Encompass
return Stores[typeof(TComponent)] as TypedComponentStore<TComponent>; return Stores[typeof(TComponent)] as TypedComponentStore<TComponent>;
} }
public bool Has<TComponent>(Entity entity) where TComponent : struct, IComponent public bool Has<TComponent>(int entityID) where TComponent : struct, IComponent
{ {
return Lookup<TComponent>().Has(entity); return Lookup<TComponent>().Has(entityID);
} }
public bool Has(Type type, Entity entity) public bool Has(Type type, int entityID)
{ {
return Stores.ContainsKey(type) && Stores[type].Has(entity); return Stores.ContainsKey(type) && Stores[type].Has(entityID);
} }
public TComponent Get<TComponent>(Entity entity) where TComponent : struct, IComponent public BitSet512 EntityBitArray(int entityID)
{ {
return Lookup<TComponent>().Get(entity); return ComponentBitSet.EntityBitArray(entityID);
} }
public void Set<TComponent>(Entity entity, TComponent component) where TComponent : struct, IComponent public TComponent Get<TComponent>(int entityID) where TComponent : struct, IComponent
{ {
Lookup<TComponent>().Set(entity, component); return Lookup<TComponent>().Get(entityID);
} }
public bool Set<TComponent>(Entity entity, TComponent component, int priority) where TComponent : struct, IComponent public virtual void Set<TComponent>(int entityID, TComponent component) where TComponent : struct, IComponent
{ {
return Lookup<TComponent>().Set(entity, component, priority); Lookup<TComponent>().Set(entityID, component);
ComponentBitSet.Set<TComponent>(entityID);
} }
public void Remove<TComponent>(Entity entity) where TComponent : struct, IComponent public virtual bool Set<TComponent>(int entityID, TComponent component, int priority) where TComponent : struct, IComponent
{ {
Lookup<TComponent>().Remove(entity); if (Lookup<TComponent>().Set(entityID, component, priority))
{
ComponentBitSet.Set<TComponent>(entityID);
return true;
}
return false;
} }
public void Remove(Entity entity) public virtual bool Remove<TComponent>(int entityID, int priority) where TComponent : struct, IComponent
{
if (Lookup<TComponent>().Remove(entityID, priority))
{
ComponentBitSet.RemoveComponent<TComponent>(entityID);
return true;
}
return false;
}
public void ForceRemove<TComponent>(int entityID) where TComponent : struct, IComponent
{
Lookup<TComponent>().ForceRemove(entityID);
ComponentBitSet.RemoveComponent<TComponent>(entityID);
}
public virtual void Remove(int entityID)
{ {
foreach (var entry in Stores.Values) foreach (var entry in Stores.Values)
{ {
entry.Remove(entity); entry.ForceRemove(entityID);
} }
ComponentBitSet.RemoveEntity(entityID);
} }
public bool Any<TComponent>() where TComponent : struct, IComponent public bool Any<TComponent>() where TComponent : struct, IComponent
@ -74,7 +103,7 @@ namespace Encompass
return Lookup<TComponent>().Count > 0; return Lookup<TComponent>().Count > 0;
} }
public IEnumerable<(Entity, Type, IComponent)> AllInterfaceTyped() public IEnumerable<(int, Type, IComponent)> AllInterfaceTyped()
{ {
foreach (var store in Stores.Values) foreach (var store in Stores.Values)
{ {
@ -85,7 +114,7 @@ namespace Encompass
} }
} }
public IEnumerable<(Entity, TComponent)> All<TComponent>() where TComponent : struct, IComponent public IEnumerable<(TComponent, int)> All<TComponent>() where TComponent : struct, IComponent
{ {
return Lookup<TComponent>().All(); return Lookup<TComponent>().All();
} }
@ -95,8 +124,17 @@ namespace Encompass
Lookup<TComponent>().Clear(); Lookup<TComponent>().Clear();
} }
public void ClearAll() public virtual void ClearAllPriorities()
{ {
foreach (var store in Stores.Values)
{
store.ClearPriorities();
}
}
public virtual void ClearAll()
{
ComponentBitSet.Clear();
foreach (var store in Stores.Values) foreach (var store in Stores.Values)
{ {
store.Clear(); store.Clear();
@ -106,6 +144,15 @@ namespace Encompass
public void SwapWith(ComponentStore other) public void SwapWith(ComponentStore other)
{ {
(Stores, other.Stores) = (other.Stores, Stores); (Stores, other.Stores) = (other.Stores, Stores);
(ComponentBitSet, other.ComponentBitSet) = (other.ComponentBitSet, ComponentBitSet);
}
public void UpdateUsing(ComponentDeltaStore delta)
{
foreach (var replayer in delta.CurrentReplayers)
{
replayer.Replay(this);
}
} }
} }
} }

5
encompass-cs/Collections/MessageStore.cs
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@ -48,6 +48,11 @@ namespace Encompass
return Lookup<TMessage>().Any(); return Lookup<TMessage>().Any();
} }
public IEnumerable<TMessage> WithEntity<TMessage>(int entityID) where TMessage : struct, IMessage, IHasEntity
{
return Lookup<TMessage>().WithEntity(entityID);
}
public void ProcessDelayedMessages(double dilatedDelta, double realtimeDelta) public void ProcessDelayedMessages(double dilatedDelta, double realtimeDelta)
{ {
foreach (var store in Stores.Values) foreach (var store in Stores.Values)

51
encompass-cs/Collections/Replayer.cs Normal file
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@ -0,0 +1,51 @@
using System.Collections.Generic;
namespace Encompass
{
internal abstract class Replayer
{
public abstract void Replay(ComponentStore store);
public abstract void MarkRemoval(int entityID);
public abstract void UnMarkRemoval(int entityID);
public abstract void Clear();
}
internal class Replayer<TComponent> : Replayer where TComponent : struct, IComponent
{
private readonly ComponentDeltaStore _deltaStore;
private readonly HashSet<int> _removals = new HashSet<int>();
public Replayer(ComponentDeltaStore componentStore)
{
_deltaStore = componentStore;
}
public override void Replay(ComponentStore store)
{
foreach (var (component, entityID) in _deltaStore.All<TComponent>())
{
store.Set(entityID, component);
}
foreach (var entityID in _removals)
{
store.ForceRemove<TComponent>(entityID);
}
}
public override void Clear()
{
_removals.Clear();
}
public override void MarkRemoval(int entityID)
{
_removals.Add(entityID);
}
public override void UnMarkRemoval(int entityID)
{
_removals.Remove(entityID);
}
}
}

78
encompass-cs/Collections/TypedComponentStore.cs
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@ -1,49 +1,71 @@
using System; using System;
using System.Collections.Generic; using System.Collections.Generic;
using System.Linq;
namespace Encompass namespace Encompass
{ {
internal abstract class TypedComponentStore internal abstract class TypedComponentStore
{ {
public abstract int Count { get; } public abstract int Count { get; }
public abstract IEnumerable<(Entity, Type, IComponent)> AllInterfaceTyped(); public abstract IEnumerable<(int, Type, IComponent)> AllInterfaceTyped();
public abstract bool Has(Entity entity); public abstract bool Has(int entity);
public abstract void Remove(Entity entity); public abstract bool Remove(int entity, int priority);
public abstract void ForceRemove(int entity);
public abstract void Clear(); public abstract void Clear();
public abstract void ClearPriorities();
} }
internal class TypedComponentStore<TComponent> : TypedComponentStore where TComponent : struct, IComponent internal class TypedComponentStore<TComponent> : TypedComponentStore where TComponent : struct, IComponent
{ {
private readonly Dictionary<Entity, TComponent> store = new Dictionary<Entity, TComponent>(128); private readonly Dictionary<int, TComponent> store = new Dictionary<int, TComponent>(128);
private readonly Dictionary<Entity, int> priorities = new Dictionary<Entity, int>(128); private readonly Dictionary<int, int> priorities = new Dictionary<int, int>(128);
public override int Count { get => store.Count; } public override int Count { get => store.Count; }
public TComponent Get(Entity entity) public TComponent Get(int entityID)
{ {
return store[entity]; if (!store.ContainsKey(entityID)) { throw new Exceptions.NoComponentOfTypeOnEntityException("No component of type {0} exists on Entity with ID {1}", typeof(TComponent), entityID); }
return store[entityID];
} }
public void Set(Entity entity, TComponent component) public void Set(int entityID, TComponent component)
{ {
store[entity] = component; store[entityID] = component;
} }
public bool Set(Entity entity, TComponent component, int priority) public bool Set(int entityID, TComponent component, int priority)
{ {
if (!priorities.ContainsKey(entity) || priority < priorities[entity]) { if (!priorities.ContainsKey(entityID) || priority < priorities[entityID])
store[entity] = component; {
priorities[entity] = priority; store[entityID] = component;
priorities[entityID] = priority;
return true; return true;
} }
return false; return false;
} }
public override bool Has(Entity entity) public override bool Remove(int entityID, int priority)
{ {
return store.ContainsKey(entity); if (!priorities.ContainsKey(entityID) || priority < priorities[entityID])
{
priorities[entityID] = priority;
store.Remove(entityID);
priorities.Remove(entityID);
return true;
}
return false;
}
public override void ForceRemove(int entityID)
{
store.Remove(entityID);
priorities.Remove(entityID);
}
public override bool Has(int entityID)
{
return store.ContainsKey(entityID);
} }
public override void Clear() public override void Clear()
@ -52,25 +74,25 @@ namespace Encompass
priorities.Clear(); priorities.Clear();
} }
public IEnumerable<(Entity, TComponent)> All() public override void ClearPriorities()
{ {
return store.Select(kvp => (kvp.Key, kvp.Value)); priorities.Clear();
} }
public override IEnumerable<(Entity, Type, IComponent)> AllInterfaceTyped() public IEnumerable<(TComponent, int)> All()
{ {
return store.Select(kvp => (kvp.Key, typeof(TComponent), (IComponent)kvp.Value)); foreach (var kvp in store)
{
yield return (kvp.Value, kvp.Key);
}
} }
// public override IEnumerable<T> All<T>() public override IEnumerable<(int, Type, IComponent)> AllInterfaceTyped()
// {
// return store.Values.Cast<T>();
// }
public override void Remove(Entity entity)
{ {
store.Remove(entity); foreach (var kvp in store)
priorities.Remove(entity); {
yield return (kvp.Key, typeof(TComponent), (IComponent)kvp.Value);
}
} }
} }
} }

16
encompass-cs/Collections/TypedMessageStore.cs
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@ -13,6 +13,7 @@ namespace Encompass
private readonly List<TMessage> store = new List<TMessage>(128); private readonly List<TMessage> store = new List<TMessage>(128);
private readonly List<(TMessage, double)> delayedStore = new List<(TMessage, double)>(128); private readonly List<(TMessage, double)> delayedStore = new List<(TMessage, double)>(128);
private readonly List<(TMessage, double)> delayedStoreIgnoringTimeDilation = new List<(TMessage, double)>(128); private readonly List<(TMessage, double)> delayedStoreIgnoringTimeDilation = new List<(TMessage, double)>(128);
private readonly Dictionary<int, List<TMessage>> entityToMessage = new Dictionary<int, List<TMessage>>();
public override void ProcessDelayedMessages(double dilatedDelta, double realtimeDelta) public override void ProcessDelayedMessages(double dilatedDelta, double realtimeDelta)
{ {
@ -54,6 +55,12 @@ namespace Encompass
public void Add(TMessage message) public void Add(TMessage message)
{ {
store.Add(message); store.Add(message);
if (message is IHasEntity entityMessage)
{
var entityID = entityMessage.Entity.ID;
if (!entityToMessage.ContainsKey(entityID)) { entityToMessage.Add(entityID, new List<TMessage>()); }
entityToMessage[entityID].Add(message);
}
} }
public void Add(TMessage message, double time) public void Add(TMessage message, double time)
@ -81,9 +88,18 @@ namespace Encompass
return store; return store;
} }
public IEnumerable<TMessage> WithEntity(int entityID)
{
return entityToMessage.ContainsKey(entityID) ? entityToMessage[entityID] : System.Linq.Enumerable.Empty<TMessage>();
}
public override void Clear() public override void Clear()
{ {
store.Clear(); store.Clear();
foreach (var set in entityToMessage.Values)
{
set.Clear();
}
} }
} }
} }

229
encompass-cs/ComponentManager.cs
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@ -1,92 +1,253 @@
using System;
using System.Collections.Generic; using System.Collections.Generic;
using System.Linq;
namespace Encompass namespace Encompass
{ {
internal class ComponentManager internal class ComponentManager
{ {
private readonly DrawLayerManager drawLayerManager; private readonly DrawLayerManager drawLayerManager;
private readonly ComponentUpdateManager componentUpdateManager;
private readonly ComponentStore componentStore = new ComponentStore(); private readonly ComponentStore existingComponentStore;
private readonly HashSet<Entity> entitiesMarkedForRemoval = new HashSet<Entity>(); private readonly ComponentStore immediateComponentStore;
private readonly ComponentDeltaStore replayStore;
private ComponentStore upToDateComponentStore;
public ComponentManager(DrawLayerManager drawLayerManager, ComponentUpdateManager componentUpdateManager) public Dictionary<Type, int> TypeToIndex { get; }
private readonly HashSet<int> entitiesMarkedForRemoval = new HashSet<int>();
internal ComponentBitSet ImmediateBits { get { return immediateComponentStore.ComponentBitSet; } }
internal ComponentBitSet ExistingBits { get { return existingComponentStore.ComponentBitSet; } }
public ComponentManager(DrawLayerManager drawLayerManager, Dictionary<Type, int> typeToIndex)
{ {
this.drawLayerManager = drawLayerManager; this.drawLayerManager = drawLayerManager;
this.componentUpdateManager = componentUpdateManager; existingComponentStore = new ComponentStore(typeToIndex);
immediateComponentStore = new ComponentStore(typeToIndex);
replayStore = new ComponentDeltaStore(typeToIndex);
upToDateComponentStore = new ComponentStore(typeToIndex);
TypeToIndex = typeToIndex;
} }
public void RegisterComponentType<TComponent>() where TComponent : struct, IComponent public void RegisterComponentType<TComponent>() where TComponent : struct, IComponent
{ {
componentStore.RegisterComponentType<TComponent>(); existingComponentStore.RegisterComponentType<TComponent>();
immediateComponentStore.RegisterComponentType<TComponent>();
replayStore.RegisterComponentType<TComponent>();
upToDateComponentStore.RegisterComponentType<TComponent>();
} }
internal void SetComponentStore(ComponentStore componentStore) internal void SetExistingComponentStore(ComponentStore componentStore)
{ {
this.componentStore.SwapWith(componentStore); existingComponentStore.SwapWith(componentStore);
} }
internal void RegisterDrawableComponent<TComponent>(Entity entity, TComponent component, int layer) where TComponent : struct, IComponent internal void SetUpToDateComponentStore(ComponentStore componentStore)
{ {
drawLayerManager.RegisterComponentWithLayer(entity, component, layer); upToDateComponentStore.SwapWith(componentStore);
} }
internal void AddComponent<TComponent>(Entity entity, TComponent component) where TComponent : struct, IComponent internal void RegisterDrawableComponent<TComponent>(int entityID, TComponent component, int layer) where TComponent : struct, IComponent
{ {
componentStore.Set(entity, component); drawLayerManager.RegisterComponentWithLayer(entityID, component, layer);
} }
internal void WriteComponents() internal void WriteComponents()
{ {
componentStore.SwapWith(componentUpdateManager.UpToDateComponentStore); existingComponentStore.UpdateUsing(replayStore);
existingComponentStore.ClearAllPriorities();
upToDateComponentStore.ClearAllPriorities();
immediateComponentStore.ClearAll();
replayStore.ClearAll();
} }
internal IEnumerable<(TComponent, Entity)> GetComponentsIncludingEntity<TComponent>() where TComponent : struct, IComponent internal bool AddImmediateComponent<TComponent>(int entityID, TComponent component, int priority) where TComponent : struct, IComponent
{ {
return componentStore.All<TComponent>().Select(pair => (pair.Item2, pair.Item1)); if (immediateComponentStore.Set(entityID, component, priority))
{
replayStore.Set(entityID, component);
upToDateComponentStore.Set(entityID, component);
return true;
}
return false;
}
public bool UpdateComponent<TComponent>(int entityID, TComponent component, int priority) where TComponent : struct, IComponent
{
var result = upToDateComponentStore.Set(entityID, component, priority);
if (result)
{
replayStore.Set(entityID, component);
}
return result;
}
// existing or immediate reads
internal IEnumerable<(TComponent, int)> ReadExistingAndImmediateComponentsByType<TComponent>() where TComponent : struct, IComponent
{
return upToDateComponentStore.All<TComponent>();
}
internal (TComponent, int) ReadFirstExistingOrImmediateComponentByType<TComponent>() where TComponent : struct, IComponent
{
if (!SomeExistingOrImmediateComponent<TComponent>()) { throw new Exceptions.NoComponentOfTypeException($"No Component with type {typeof(TComponent)} exists"); }
var enumerator = ReadExistingAndImmediateComponentsByType<TComponent>().GetEnumerator();
enumerator.MoveNext();
return enumerator.Current;
}
internal bool SomeExistingOrImmediateComponent<TComponent>() where TComponent : struct, IComponent
{
return upToDateComponentStore.Any<TComponent>();
}
// existing reads
internal (TComponent, int) ReadFirstExistingComponentByType<TComponent>() where TComponent : struct, IComponent
{
if (!SomeExistingComponent<TComponent>()) { throw new Exceptions.NoComponentOfTypeException($"No Component with type {typeof(TComponent)} exists"); }
var enumerator = GetComponentsIncludingEntity<TComponent>().GetEnumerator();
enumerator.MoveNext();
return enumerator.Current;
}
internal bool SomeExistingComponent<TComponent>() where TComponent : struct, IComponent
{
return existingComponentStore.Any<TComponent>();
}
// immediate reads
internal IEnumerable<(TComponent, int)> ReadImmediateComponentsByType<TComponent>() where TComponent : struct, IComponent
{
return immediateComponentStore.All<TComponent>();
}
internal (TComponent, int) ReadFirstImmediateComponentByType<TComponent>() where TComponent : struct, IComponent
{
if (!SomeImmediateComponent<TComponent>()) { throw new Exceptions.NoComponentOfTypeException($"No Component with type {typeof(TComponent)} exists"); }
var enumerator = ReadImmediateComponentsByType<TComponent>().GetEnumerator();
enumerator.MoveNext();
return enumerator.Current;
}
internal bool SomeImmediateComponent<TComponent>() where TComponent : struct, IComponent
{
return immediateComponentStore.Any<TComponent>();
}
// component getters
internal TComponent ReadImmediateOrExistingComponentByEntityAndType<TComponent>(int entityID) where TComponent : struct, IComponent
{
return upToDateComponentStore.Get<TComponent>(entityID);
}
internal TComponent ReadExistingComponentByEntityAndType<TComponent>(int entityID) where TComponent : struct, IComponent
{
return existingComponentStore.Get<TComponent>(entityID);
}
internal TComponent ReadImmediateComponentByEntityAndType<TComponent>(int entityID) where TComponent : struct, IComponent
{
return immediateComponentStore.Get<TComponent>(entityID);
}
// has checkers
internal bool HasExistingOrImmediateComponent<TComponent>(int entityID) where TComponent : struct, IComponent
{
return upToDateComponentStore.Has<TComponent>(entityID);
}
internal bool HasExistingOrImmediateComponent(int entityID, Type type)
{
return upToDateComponentStore.Has(type, entityID);
}
internal bool HasExistingComponent<TComponent>(int entityID) where TComponent : struct, IComponent
{
return existingComponentStore.Has<TComponent>(entityID);
}
internal bool HasExistingComponent(int entityID, Type type)
{
return existingComponentStore.Has(type, entityID);
}
internal bool HasImmediateComponent<TComponent>(int entityID) where TComponent : struct, IComponent
{
return immediateComponentStore.Has<TComponent>(entityID);
}
internal bool HasImmediateComponent(int entityID, Type type)
{
return immediateComponentStore.Has(type, entityID);
}
internal IEnumerable<(TComponent, int)> GetComponentsIncludingEntity<TComponent>() where TComponent : struct, IComponent
{
return existingComponentStore.All<TComponent>();
} }
internal IEnumerable<TComponent> GetComponentsByType<TComponent>() where TComponent : struct, IComponent internal IEnumerable<TComponent> GetComponentsByType<TComponent>() where TComponent : struct, IComponent
{ {
return componentStore.All<TComponent>().Select(pair => pair.Item2); foreach (var pair in existingComponentStore.All<TComponent>())
{
yield return pair.Item1;
}
} }
internal TComponent GetComponentByEntityAndType<TComponent>(Entity entity) where TComponent : struct, IComponent internal TComponent GetComponentByEntityAndType<TComponent>(int entityID) where TComponent : struct, IComponent
{ {
return componentStore.Get<TComponent>(entity); return existingComponentStore.Get<TComponent>(entityID);
} }
internal bool EntityHasComponentOfType<TComponent>(Entity entity) where TComponent : struct, IComponent internal bool EntityHasComponentOfType<TComponent>(int entityID) where TComponent : struct, IComponent
{ {
return componentStore.Has<TComponent>(entity); return existingComponentStore.Has<TComponent>(entityID);
} }
internal bool ComponentOfTypeExists<TComponent>() where TComponent : struct, IComponent internal void MarkAllComponentsOnEntityForRemoval(int entityID)
{ {
return componentStore.Any<TComponent>(); entitiesMarkedForRemoval.Add(entityID);
}
internal void MarkAllComponentsOnEntityForRemoval(Entity entity)
{
entitiesMarkedForRemoval.Add(entity);
} }
internal void RemoveMarkedComponents() internal void RemoveMarkedComponents()
{ {
foreach (var entity in entitiesMarkedForRemoval) foreach (var entityID in entitiesMarkedForRemoval)
{ {
componentStore.Remove(entity); existingComponentStore.Remove(entityID);
drawLayerManager.UnRegisterEntityWithLayer(entity); immediateComponentStore.Remove(entityID);
replayStore.Remove(entityID);
upToDateComponentStore.Remove(entityID);
drawLayerManager.UnRegisterEntityWithLayer(entityID);
} }
entitiesMarkedForRemoval.Clear(); entitiesMarkedForRemoval.Clear();
} }
public void Remove<TComponent>(Entity entity) where TComponent : struct, IComponent public bool RemoveImmediate<TComponent>(int entityID, int priority) where TComponent : struct, IComponent
{ {
componentUpdateManager.Remove<TComponent>(entity); if (immediateComponentStore.Remove<TComponent>(entityID, priority))
drawLayerManager.UnRegisterComponentWithLayer<TComponent>(entity); {
replayStore.Remove<TComponent>(entityID, priority);
upToDateComponentStore.Remove<TComponent>(entityID, priority);
drawLayerManager.UnRegisterComponentWithLayer<TComponent>(entityID);
return true;
}
return false;
}
public void Remove<TComponent>(int entityID, int priority) where TComponent : struct, IComponent
{
if (upToDateComponentStore.Remove<TComponent>(entityID, priority))
{
replayStore.Remove<TComponent>(entityID, priority);
drawLayerManager.UnRegisterComponentWithLayer<TComponent>(entityID);
}
} }
} }
} }

173
encompass-cs/ComponentUpdateManager.cs
View File

@ -1,173 +0,0 @@
using System;
using System.Collections.Generic;
using System.Linq;
namespace Encompass
{
internal class ComponentUpdateManager
{
private readonly ComponentStore existingAndPendingComponentStore = new ComponentStore();
private readonly ComponentStore existingComponentStore = new ComponentStore();
private readonly ComponentStore pendingComponentStore = new ComponentStore();
private readonly Dictionary<Type, Dictionary<Entity, int>> typeToEntityToPendingComponentPriority = new Dictionary<Type, Dictionary<Entity, int>>(128);
public ComponentStore UpToDateComponentStore { get; private set; } = new ComponentStore();
public void RegisterComponentType<TComponent>() where TComponent : struct, IComponent
{
existingAndPendingComponentStore.RegisterComponentType<TComponent>();
existingComponentStore.RegisterComponentType<TComponent>();
pendingComponentStore.RegisterComponentType<TComponent>();
}
internal void Clear()
{
existingAndPendingComponentStore.ClearAll();
existingComponentStore.ClearAll();
pendingComponentStore.ClearAll();
UpToDateComponentStore.ClearAll();
foreach (var dictionary in typeToEntityToPendingComponentPriority.Values)
{
dictionary.Clear();
}
}
internal void SetStartingComponentStore(ComponentStore componentStore)
{
UpToDateComponentStore = componentStore;
}
internal void AddExistingComponent<TComponent>(Entity entity, TComponent component) where TComponent : struct, IComponent
{
RegisterExistingOrPendingComponentMessage(entity, component);
existingComponentStore.Set(entity, component);
}
internal bool AddPendingComponent<TComponent>(Entity entity, TComponent component, int priority) where TComponent : struct, IComponent
{
if (pendingComponentStore.Set(entity, component, priority))
{
RegisterExistingOrPendingComponentMessage(entity, component);
return true;
}
return false;
}
private void RegisterExistingOrPendingComponentMessage<TComponent>(Entity entity, TComponent component) where TComponent : struct, IComponent
{
existingAndPendingComponentStore.Set(entity, component);
UpToDateComponentStore.Set(entity, component);
}
public bool UpdateComponent<TComponent>(Entity entity, TComponent component, int priority) where TComponent : struct, IComponent
{
return UpToDateComponentStore.Set<TComponent>(entity, component, priority);
}
// general component reads by type
internal IEnumerable<(Entity, TComponent)> ReadExistingAndPendingComponentsByType<TComponent>() where TComponent : struct, IComponent
{
return existingAndPendingComponentStore.All<TComponent>();
}
internal IEnumerable<(Entity, TComponent)> ReadExistingComponentsByType<TComponent>() where TComponent : struct, IComponent
{
return existingComponentStore.All<TComponent>();
}
internal IEnumerable<(Entity, TComponent)> ReadPendingComponentsByType<TComponent>() where TComponent : struct, IComponent
{
return pendingComponentStore.All<TComponent>();
}
// singular component reads by type
internal (Entity, TComponent) ReadFirstExistingOrPendingComponentByType<TComponent>() where TComponent : struct, IComponent
{
if (!SomeExistingOrPendingComponent<TComponent>()) { throw new Exceptions.NoComponentOfTypeException($"No Component with type {typeof(TComponent)} exists"); }
return ReadExistingAndPendingComponentsByType<TComponent>().First();
}
internal (Entity, TComponent) ReadFirstExistingComponentByType<TComponent>() where TComponent : struct, IComponent
{
if (!SomeExistingComponent<TComponent>()) { throw new Exceptions.NoComponentOfTypeException($"No Component with type {typeof(TComponent)} exists"); }
return ReadExistingComponentsByType<TComponent>().First();
}
internal (Entity, TComponent) ReadFirstPendingComponentByType<TComponent>() where TComponent : struct, IComponent
{
if (!SomePendingComponent<TComponent>()) { throw new Exceptions.NoComponentOfTypeException($"No Component with type {typeof(TComponent)} exists"); }
return ReadPendingComponentsByType<TComponent>().First();
}
// check if some component of type exists in the world
internal bool SomeExistingOrPendingComponent<TComponent>() where TComponent : struct, IComponent
{
return existingAndPendingComponentStore.Any<TComponent>();
}
internal bool SomeExistingComponent<TComponent>() where TComponent : struct, IComponent
{
return existingComponentStore.Any<TComponent>();
}
internal bool SomePendingComponent<TComponent>() where TComponent : struct, IComponent
{
return pendingComponentStore.Any<TComponent>();
}
// read components by entity and type
internal TComponent ReadExistingComponentByEntityAndType<TComponent>(Entity entity) where TComponent : struct, IComponent
{
return existingComponentStore.Get<TComponent>(entity);
}
internal TComponent ReadPendingComponentByEntityAndType<TComponent>(Entity entity) where TComponent : struct, IComponent
{
return pendingComponentStore.Get<TComponent>(entity);
}
// check if entity has component of type
internal bool HasExistingOrPendingComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{
return existingAndPendingComponentStore.Has<TComponent>(entity);
}
internal bool HasExistingOrPendingComponent(Entity entity, Type type)
{
return existingAndPendingComponentStore.Has(type, entity);
}
internal bool HasExistingComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{
return existingComponentStore.Has<TComponent>(entity);
}
internal bool HasExistingComponent(Entity entity, Type type)
{
return existingComponentStore.Has(type, entity);
}
internal bool HasPendingComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{
return pendingComponentStore.Has<TComponent>(entity);
}
internal bool HasPendingComponent(Entity entity, Type type)
{
return pendingComponentStore.Has(type, entity);
}
internal void Remove<TComponent>(Entity entity) where TComponent : struct, IComponent
{
UpToDateComponentStore.Remove<TComponent>(entity);
}
}
}

44
encompass-cs/DrawLayerManager.cs
View File

@ -12,23 +12,33 @@ namespace Encompass
private readonly Dictionary<int, ComponentStore> layerIndexToComponentStore = new Dictionary<int, ComponentStore>(512); private readonly Dictionary<int, ComponentStore> layerIndexToComponentStore = new Dictionary<int, ComponentStore>(512);
private readonly Dictionary<int, HashSet<GeneralRenderer>> layerIndexToGeneralRenderers = new Dictionary<int, HashSet<GeneralRenderer>>(512); private readonly Dictionary<int, HashSet<GeneralRenderer>> layerIndexToGeneralRenderers = new Dictionary<int, HashSet<GeneralRenderer>>(512);
private readonly Dictionary<Type, Dictionary<Entity, int>> typeToEntityToLayer = new Dictionary<Type, Dictionary<Entity, int>>(512); private readonly Dictionary<Type, Dictionary<int, int>> typeToEntityToLayer = new Dictionary<Type, Dictionary<int, int>>(512);
private Dictionary<Type, int> typeToIndex;
public IEnumerable<int> LayerOrder { get { return layerOrder.Values; } } public IEnumerable<int> LayerOrder { get { return layerOrder.Values; } }
public DrawLayerManager(Dictionary<Type, int> typeToIndex)
{
this.typeToIndex = typeToIndex;
RegisterDrawLayer(0);
}
public void RegisterDrawLayer(int layer) public void RegisterDrawLayer(int layer)
{ {
if (!layerIndexToComponentStore.ContainsKey(layer)) if (!layerIndexToComponentStore.ContainsKey(layer))
{ {
layerOrder.Add(layer, layer); layerOrder.Add(layer, layer);
layerIndexToGeneralRenderers.Add(layer, new HashSet<GeneralRenderer>()); layerIndexToGeneralRenderers.Add(layer, new HashSet<GeneralRenderer>());
layerIndexToComponentStore.Add(layer, new ComponentStore()); layerIndexToComponentStore.Add(layer, new ComponentStore(typeToIndex));
} }
} }
public void RegisterOrderedDrawable<TComponent>() where TComponent : struct, IComponent public void RegisterOrderedDrawable<TComponent>() where TComponent : struct, IComponent
{ {
typeToEntityToLayer.Add(typeof(TComponent), new Dictionary<Entity, int>(128)); if (!typeToEntityToLayer.ContainsKey(typeof(TComponent)))
{
typeToEntityToLayer.Add(typeof(TComponent), new Dictionary<int, int>(128));
}
foreach (var pair in layerIndexToComponentStore) foreach (var pair in layerIndexToComponentStore)
{ {
pair.Value.RegisterComponentType<TComponent>(); pair.Value.RegisterComponentType<TComponent>();
@ -56,38 +66,38 @@ namespace Encompass
RegisterGeneralRendererWithLayer(renderer, newLayer); RegisterGeneralRendererWithLayer(renderer, newLayer);
} }
public void RegisterComponentWithLayer<TComponent>(Entity entity, TComponent component, int layer) where TComponent : struct, IComponent public void RegisterComponentWithLayer<TComponent>(int entityID, TComponent component, int layer) where TComponent : struct, IComponent
{ {
if (!layerIndexToComponentStore.ContainsKey(layer)) if (!layerIndexToComponentStore.ContainsKey(layer))
{ {
throw new UndefinedLayerException("Layer {0} is not defined. Use WorldBuilder.RegisterDrawLayer to register the layer.", layer); throw new UndefinedLayerException("Layer {0} is not defined. Use WorldBuilder.RegisterDrawLayer to register the layer.", layer);
} }
if (typeToEntityToLayer[typeof(TComponent)].ContainsKey(entity)) { UnRegisterComponentWithLayer<TComponent>(entity); } if (typeToEntityToLayer[typeof(TComponent)].ContainsKey(entityID)) { UnRegisterComponentWithLayer<TComponent>(entityID); }
var set = layerIndexToComponentStore[layer]; var set = layerIndexToComponentStore[layer];
set.Set<TComponent>(entity, component); set.Set<TComponent>(entityID, component);
typeToEntityToLayer[typeof(TComponent)].Add(entity, layer); typeToEntityToLayer[typeof(TComponent)].Add(entityID, layer);
} }
public void UnRegisterComponentWithLayer<TComponent>(Entity entity) where TComponent : struct, IComponent public void UnRegisterComponentWithLayer<TComponent>(int entityID) where TComponent : struct, IComponent
{ {
if (!typeToEntityToLayer.ContainsKey(typeof(TComponent))) { return; } if (!typeToEntityToLayer.ContainsKey(typeof(TComponent))) { return; }
if (typeToEntityToLayer[typeof(TComponent)].ContainsKey(entity)) if (typeToEntityToLayer[typeof(TComponent)].ContainsKey(entityID))
{ {
var layer = typeToEntityToLayer[typeof(TComponent)][entity]; var layer = typeToEntityToLayer[typeof(TComponent)][entityID];
layerIndexToComponentStore[layer].Remove<TComponent>(entity); layerIndexToComponentStore[layer].ForceRemove<TComponent>(entityID);
} }
typeToEntityToLayer[typeof(TComponent)].Remove(entity); typeToEntityToLayer[typeof(TComponent)].Remove(entityID);
} }
public void UnRegisterEntityWithLayer(Entity entity) public void UnRegisterEntityWithLayer(int entityID)
{ {
foreach (var store in layerIndexToComponentStore.Values) foreach (var store in layerIndexToComponentStore.Values)
{ {
store.Remove(entity); store.Remove(entityID);
} }
} }
@ -98,11 +108,11 @@ namespace Encompass
Enumerable.Empty<GeneralRenderer>(); Enumerable.Empty<GeneralRenderer>();
} }
public IEnumerable<(Entity, Type, IComponent)> AllInLayer(int layer) public IEnumerable<(int, Type, IComponent)> AllInLayer(int layer)
{ {
return layerIndexToComponentStore.ContainsKey(layer) ? return layerIndexToComponentStore.ContainsKey(layer) ?
layerIndexToComponentStore[layer].AllInterfaceTyped() : layerIndexToComponentStore[layer].AllInterfaceTyped() :
Enumerable.Empty<(Entity, Type, IComponent)>(); Enumerable.Empty<(int, Type, IComponent)>();
} }
} }
} }

324
encompass-cs/Engine.cs
View File

@ -3,6 +3,7 @@ using System.Reflection;
using System.Collections.Generic; using System.Collections.Generic;
using System.Linq; using System.Linq;
using Encompass.Exceptions; using Encompass.Exceptions;
using MoonTools.FastCollections;
namespace Encompass namespace Encompass
{ {
@ -16,11 +17,13 @@ namespace Encompass
internal Guid ID; internal Guid ID;
internal readonly HashSet<Type> readTypes = new HashSet<Type>(); internal readonly HashSet<Type> readTypes = new HashSet<Type>();
internal readonly HashSet<Type> readPendingTypes = new HashSet<Type>(); internal readonly HashSet<Type> readImmediateTypes = new HashSet<Type>();
internal readonly HashSet<Type> sendTypes = new HashSet<Type>(); internal readonly HashSet<Type> sendTypes = new HashSet<Type>();
internal readonly HashSet<Type> receiveTypes = new HashSet<Type>(); internal readonly HashSet<Type> receiveTypes = new HashSet<Type>();
internal readonly HashSet<Type> writeTypes = new HashSet<Type>(); internal readonly HashSet<Type> writeTypes = new HashSet<Type>();
internal readonly HashSet<Type> writePendingTypes = new HashSet<Type>(); internal readonly HashSet<Type> writeImmediateTypes = new HashSet<Type>();
internal readonly HashSet<Type> queryWithTypes = new HashSet<Type>();
internal readonly HashSet<Type> queryWithoutTypes = new HashSet<Type>();
internal readonly Dictionary<Type, int> writePriorities = new Dictionary<Type, int>(); internal readonly Dictionary<Type, int> writePriorities = new Dictionary<Type, int>();
internal readonly int defaultWritePriority = 0; internal readonly int defaultWritePriority = 0;
@ -33,8 +36,22 @@ namespace Encompass
private EntityManager entityManager; private EntityManager entityManager;
private MessageManager messageManager; private MessageManager messageManager;
private ComponentManager componentManager; private ComponentManager componentManager;
private ComponentUpdateManager componentUpdateManager;
private TimeManager timeManager; private TimeManager timeManager;
private TrackingManager trackingManager;
private EntitySetQuery entityQuery;
private HashSet<int> _trackedEntities = new HashSet<int>();
protected IEnumerable<Entity> TrackedEntities
{
get
{
foreach (var entityID in _trackedEntities)
{
yield return entityManager.GetEntity(entityID);
}
}
}
protected Engine() protected Engine()
{ {
@ -46,10 +63,10 @@ namespace Encompass
sendTypes = sendsAttribute.sendTypes; sendTypes = sendsAttribute.sendTypes;
} }
var activatesAttribute = GetType().GetCustomAttribute<WritesPending>(false); var activatesAttribute = GetType().GetCustomAttribute<WritesImmediate>(false);
if (activatesAttribute != null) if (activatesAttribute != null)
{ {
writePendingTypes = activatesAttribute.writePendingTypes; writeImmediateTypes = activatesAttribute.writeImmediateTypes;
} }
var defaultWritePriorityAttribute = GetType().GetCustomAttribute<DefaultWritePriority>(false); var defaultWritePriorityAttribute = GetType().GetCustomAttribute<DefaultWritePriority>(false);
@ -77,10 +94,22 @@ namespace Encompass
readTypes = readsAttribute.readTypes; readTypes = readsAttribute.readTypes;
} }
var readsPendingAttribute = GetType().GetCustomAttribute<ReadsPending>(false); var readsImmediateAttribute = GetType().GetCustomAttribute<ReadsImmediate>(false);
if (readsPendingAttribute != null) if (readsImmediateAttribute != null)
{ {
readPendingTypes = readsPendingAttribute.readPendingTypes; readImmediateTypes = readsImmediateAttribute.readImmediateTypes;
}
var queryWithAttribute = GetType().GetCustomAttribute<QueryWith>(false);
if (queryWithAttribute != null)
{
queryWithTypes = queryWithAttribute.queryWithTypes;
}
var queryWithoutAttribute = GetType().GetCustomAttribute<QueryWithout>(false);
if (queryWithoutAttribute != null)
{
queryWithoutTypes = queryWithoutAttribute.queryWithoutTypes;
} }
} }
@ -119,16 +148,16 @@ namespace Encompass
this.messageManager = messageManager; this.messageManager = messageManager;
} }
internal void AssignComponentUpdateManager(ComponentUpdateManager componentUpdateManager)
{
this.componentUpdateManager = componentUpdateManager;
}
internal void AssignTimeManager(TimeManager timeManager) internal void AssignTimeManager(TimeManager timeManager)
{ {
this.timeManager = timeManager; this.timeManager = timeManager;
} }
internal void AssignTrackingManager(TrackingManager trackingManager)
{
this.trackingManager = trackingManager;
}
/// <summary> /// <summary>
/// Runs once per World update with the calculated delta-time. /// Runs once per World update with the calculated delta-time.
/// </summary> /// </summary>
@ -156,7 +185,7 @@ namespace Encompass
/// </summary> /// </summary>
protected Entity ReadEntity<TComponent>() where TComponent : struct, IComponent protected Entity ReadEntity<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponentHelper<TComponent>().Item1; return entityManager.GetEntity(ReadComponentHelper<TComponent>().Item2);
} }
/// <summary> /// <summary>
@ -164,7 +193,10 @@ namespace Encompass
/// </summary> /// </summary>
protected IEnumerable<Entity> ReadEntities<TComponent>() where TComponent : struct, IComponent protected IEnumerable<Entity> ReadEntities<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponentsHelper<TComponent>().Select(pair => pair.Item1); foreach (var pair in ReadComponentsHelper<TComponent>())
{
yield return entityManager.GetEntity(pair.Item2);
}
} }
// these next two are for the ComponentMessageEmitter only // these next two are for the ComponentMessageEmitter only
@ -174,21 +206,21 @@ namespace Encompass
return componentManager.GetComponentsByType<TComponent>(); return componentManager.GetComponentsByType<TComponent>();
} }
private IEnumerable<(Entity, TComponent)> ReadComponentsHelper<TComponent>() where TComponent : struct, IComponent private IEnumerable<(TComponent, int)> ReadComponentsHelper<TComponent>() where TComponent : struct, IComponent
{ {
var pendingRead = readPendingTypes.Contains(typeof(TComponent)); var immediateRead = readImmediateTypes.Contains(typeof(TComponent));
var existingRead = readTypes.Contains(typeof(TComponent)); var existingRead = readTypes.Contains(typeof(TComponent));
if (existingRead && pendingRead) if (existingRead && immediateRead)
{ {
return componentUpdateManager.ReadExistingAndPendingComponentsByType<TComponent>(); return componentManager.ReadExistingAndImmediateComponentsByType<TComponent>();
} }
else if (existingRead) else if (existingRead)
{ {
return componentUpdateManager.ReadExistingComponentsByType<TComponent>(); return componentManager.GetComponentsIncludingEntity<TComponent>();
} }
else if (pendingRead) else if (immediateRead)
{ {
return componentUpdateManager.ReadPendingComponentsByType<TComponent>(); return componentManager.ReadImmediateComponentsByType<TComponent>();
} }
else else
{ {
@ -201,7 +233,10 @@ namespace Encompass
/// </summary> /// </summary>
protected IEnumerable<TComponent> ReadComponents<TComponent>() where TComponent : struct, IComponent protected IEnumerable<TComponent> ReadComponents<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponentsHelper<TComponent>().Select(tuple => tuple.Item2); foreach (var pair in ReadComponentsHelper<TComponent>())
{
yield return pair.Item1;
}
} }
/// <summary> /// <summary>
@ -209,29 +244,27 @@ namespace Encompass
/// </summary> /// </summary>
protected IEnumerable<(TComponent, Entity)> ReadComponentsIncludingEntity<TComponent>() where TComponent : struct, IComponent protected IEnumerable<(TComponent, Entity)> ReadComponentsIncludingEntity<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponentsHelper<TComponent>().Select((tuple) => (tuple.Item2, tuple.Item1)); foreach (var (component, id) in ReadComponentsHelper<TComponent>())
}
internal IEnumerable<(TComponent, Entity)> InternalRead<TComponent>() where TComponent : struct, IComponent
{
return componentManager.GetComponentsIncludingEntity<TComponent>();
}
private (Entity, TComponent) ReadComponentHelper<TComponent>() where TComponent : struct, IComponent
{
var pendingRead = readPendingTypes.Contains(typeof(TComponent));
var existingRead = readTypes.Contains(typeof(TComponent));
if (existingRead && pendingRead)
{ {
return componentUpdateManager.ReadFirstExistingOrPendingComponentByType<TComponent>(); yield return (component, entityManager.GetEntity(id));
}
}
private (TComponent, int) ReadComponentHelper<TComponent>() where TComponent : struct, IComponent
{
var immediateRead = readImmediateTypes.Contains(typeof(TComponent));
var existingRead = readTypes.Contains(typeof(TComponent));
if (existingRead && immediateRead)
{
return componentManager.ReadFirstExistingOrImmediateComponentByType<TComponent>();
} }
else if (existingRead) else if (existingRead)
{ {
return componentUpdateManager.ReadFirstExistingComponentByType<TComponent>(); return componentManager.ReadFirstExistingComponentByType<TComponent>();
} }
else if (pendingRead) else if (immediateRead)
{ {
return componentUpdateManager.ReadFirstPendingComponentByType<TComponent>(); return componentManager.ReadFirstImmediateComponentByType<TComponent>();
} }
else else
{ {
@ -244,7 +277,7 @@ namespace Encompass
/// </summary> /// </summary>
protected TComponent ReadComponent<TComponent>() where TComponent : struct, IComponent protected TComponent ReadComponent<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponentHelper<TComponent>().Item2; return ReadComponentHelper<TComponent>().Item1;
} }
/// <summary> /// <summary>
@ -252,8 +285,8 @@ namespace Encompass
/// </summary> /// </summary>
protected (TComponent, Entity) ReadComponentIncludingEntity<TComponent>() where TComponent : struct, IComponent protected (TComponent, Entity) ReadComponentIncludingEntity<TComponent>() where TComponent : struct, IComponent
{ {
var (entity, component) = ReadComponentHelper<TComponent>(); var (component, id) = ReadComponentHelper<TComponent>();
return (component, entity); return (component, entityManager.GetEntity(id));
} }
/// <summary> /// <summary>
@ -261,19 +294,19 @@ namespace Encompass
/// </summary> /// </summary>
protected bool SomeComponent<TComponent>() where TComponent : struct, IComponent protected bool SomeComponent<TComponent>() where TComponent : struct, IComponent
{ {
var pendingRead = readPendingTypes.Contains(typeof(TComponent)); var immediateRead = readImmediateTypes.Contains(typeof(TComponent));
var existingRead = readTypes.Contains(typeof(TComponent)); var existingRead = readTypes.Contains(typeof(TComponent));
if (existingRead && pendingRead) if (existingRead && immediateRead)
{ {
return componentUpdateManager.SomeExistingOrPendingComponent<TComponent>(); return componentManager.SomeExistingOrImmediateComponent<TComponent>();
} }
else if (existingRead) else if (existingRead)
{ {
return componentUpdateManager.SomeExistingComponent<TComponent>(); return componentManager.SomeExistingComponent<TComponent>();
} }
else if (pendingRead) else if (immediateRead)
{ {
return componentUpdateManager.SomePendingComponent<TComponent>(); return componentManager.SomeImmediateComponent<TComponent>();
} }
else else
{ {
@ -281,32 +314,21 @@ namespace Encompass
} }
} }
private TComponent GetComponentHelper<TComponent>(Entity entity) where TComponent : struct, IComponent private TComponent GetComponentHelper<TComponent>(int entityID) where TComponent : struct, IComponent
{ {
var pendingRead = readPendingTypes.Contains(typeof(TComponent)); var immediateRead = readImmediateTypes.Contains(typeof(TComponent));
var existingRead = readTypes.Contains(typeof(TComponent)); var existingRead = readTypes.Contains(typeof(TComponent));
if (existingRead && pendingRead) if (existingRead && immediateRead)
{ {
if (componentUpdateManager.HasPendingComponent<TComponent>(entity)) return componentManager.ReadImmediateOrExistingComponentByEntityAndType<TComponent>(entityID);
{
return componentUpdateManager.ReadPendingComponentByEntityAndType<TComponent>(entity);
}
else if (componentUpdateManager.HasExistingComponent<TComponent>(entity))
{
return componentUpdateManager.ReadExistingComponentByEntityAndType<TComponent>(entity);
}
else
{
throw new NoComponentOfTypeOnEntityException("No Component of type {0} exists on Entity {1}", typeof(TComponent).Name, entity.ID);
}
} }
else if (existingRead) else if (existingRead)
{ {
return componentUpdateManager.ReadExistingComponentByEntityAndType<TComponent>(entity); return componentManager.ReadExistingComponentByEntityAndType<TComponent>(entityID);
} }
else if (pendingRead) else if (immediateRead)
{ {
return componentUpdateManager.ReadPendingComponentByEntityAndType<TComponent>(entity); return componentManager.ReadImmediateComponentByEntityAndType<TComponent>(entityID);
} }
else else
{ {
@ -325,7 +347,7 @@ namespace Encompass
/// </exception> /// </exception>
protected TComponent GetComponent<TComponent>(Entity entity) where TComponent : struct, IComponent protected TComponent GetComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{ {
return GetComponentHelper<TComponent>(entity); return GetComponentHelper<TComponent>(entity.ID);
} }
/// <summary> /// <summary>
@ -336,20 +358,20 @@ namespace Encompass
/// </exception> /// </exception>
protected bool HasComponent<TComponent>(Entity entity) where TComponent : struct, IComponent protected bool HasComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{ {
var pendingRead = readPendingTypes.Contains(typeof(TComponent)); var immediateRead = readImmediateTypes.Contains(typeof(TComponent));
var existingRead = readTypes.Contains(typeof(TComponent)); var existingRead = readTypes.Contains(typeof(TComponent));
if (pendingRead && existingRead) if (immediateRead && existingRead)
{ {
return componentUpdateManager.HasExistingOrPendingComponent<TComponent>(entity); return componentManager.HasExistingOrImmediateComponent<TComponent>(entity.ID);
} }
else if (existingRead) else if (existingRead)
{ {
return componentUpdateManager.HasExistingComponent<TComponent>(entity); return componentManager.HasExistingComponent<TComponent>(entity.ID);
} }
else if (pendingRead) else if (immediateRead)
{ {
return componentUpdateManager.HasPendingComponent<TComponent>(entity); return componentManager.HasImmediateComponent<TComponent>(entity.ID);
} }
else else
{ {
@ -365,20 +387,20 @@ namespace Encompass
/// </exception> /// </exception>
protected bool HasComponent(Entity entity, Type type) protected bool HasComponent(Entity entity, Type type)
{ {
var pendingRead = readPendingTypes.Contains(type); var immediateRead = readImmediateTypes.Contains(type);
var existingRead = readTypes.Contains(type); var existingRead = readTypes.Contains(type);
if (pendingRead && existingRead) if (immediateRead && existingRead)
{ {
return componentUpdateManager.HasExistingOrPendingComponent(entity, type); return componentManager.HasExistingOrImmediateComponent(entity.ID, type);
} }
else if (existingRead) else if (existingRead)
{ {
return componentUpdateManager.HasExistingComponent(entity, type); return componentManager.HasExistingComponent(entity.ID, type);
} }
else if (pendingRead) else if (immediateRead)
{ {
return componentUpdateManager.HasPendingComponent(entity, type); return componentManager.HasImmediateComponent(entity.ID, type);
} }
else else
{ {
@ -402,18 +424,27 @@ namespace Encompass
} }
bool written; bool written;
if (writePendingTypes.Contains(typeof(TComponent))) if (writeImmediateTypes.Contains(typeof(TComponent)))
{ {
written = AddPendingComponent(entity, component, priority); written = componentManager.AddImmediateComponent(entity.ID, component, priority);
if (written)
{
trackingManager.ImmediateUpdateTracking(entity.ID, typeof(TComponent));
}
} }
else else
{ {
written = componentUpdateManager.UpdateComponent(entity, component, priority); written = componentManager.UpdateComponent(entity.ID, component, priority);
}
if (!componentManager.HasExistingComponent<TComponent>(entity.ID))
{
trackingManager.RegisterAddition(entity.ID, typeof(TComponent));
} }
if (written && component is IDrawableComponent drawableComponent) if (written && component is IDrawableComponent drawableComponent)
{ {
componentManager.RegisterDrawableComponent(entity, component, drawableComponent.Layer); componentManager.RegisterDrawableComponent(entity.ID, component, drawableComponent.Layer);
} }
} }
@ -451,16 +482,6 @@ namespace Encompass
messageManager.AddMessageIgnoringTimeDilation(message, time); messageManager.AddMessageIgnoringTimeDilation(message, time);
} }
internal void AddExistingComponent<TComponent>(Entity entity, TComponent component) where TComponent : struct, IComponent
{
componentUpdateManager.AddExistingComponent(entity, component);
}
internal bool AddPendingComponent<TComponent>(Entity entity, TComponent component, int priority) where TComponent : struct, IComponent
{
return componentUpdateManager.AddPendingComponent(entity, component, priority);
}
/// <summary> /// <summary>
/// Reads all messages of the specified Type. /// Reads all messages of the specified Type.
/// </summary> /// </summary>
@ -510,7 +531,7 @@ namespace Encompass
/// </summary> /// </summary>
protected void Destroy(Entity entity) protected void Destroy(Entity entity)
{ {
entityManager.MarkForDestroy(entity); entityManager.MarkForDestroy(entity.ID);
} }
/// <summary> /// <summary>
@ -539,12 +560,31 @@ namespace Encompass
/// Note that the Engine must Read the Component type that is being removed. /// Note that the Engine must Read the Component type that is being removed.
/// If a Component with the specified type does not exist on the Entity, returns false and does not mutate the Entity. /// If a Component with the specified type does not exist on the Entity, returns false and does not mutate the Entity.
/// </summary> /// </summary>
protected bool RemoveComponent<TComponent>(Entity entity) where TComponent : struct, IComponent protected void RemoveComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{ {
if (!HasComponent<TComponent>(entity)) { return false; } var priority = writePriorities.ContainsKey(typeof(TComponent)) ? writePriorities[typeof(TComponent)] : defaultWritePriority;
componentManager.Remove<TComponent>(entity); if (!writeTypes.Contains(typeof(TComponent)))
return true; {
throw new IllegalWriteException("Engine {0} tried to remove undeclared Component {1}. Declare with Writes attribute.", GetType().Name, typeof(TComponent).Name);
}
if (writeImmediateTypes.Contains(typeof(TComponent)))
{
if (componentManager.RemoveImmediate<TComponent>(entity.ID, priority))
{
trackingManager.ImmediateUpdateTracking(entity.ID, typeof(TComponent));
}
}
else
{
componentManager.Remove<TComponent>(entity.ID, priority);
}
if (componentManager.HasExistingComponent<TComponent>(entity.ID))
{
trackingManager.RegisterRemoval(entity.ID, typeof(TComponent));
}
} }
/// <summary> /// <summary>
@ -556,7 +596,7 @@ namespace Encompass
/// <param name="easeInTime">The time that will elapse before time is fully dilated, in real time.</param> /// <param name="easeInTime">The time that will elapse before time is fully dilated, in real time.</param>
/// <param name="activeTime">The length of real time that time will be fully dilated.</param> /// <param name="activeTime">The length of real time that time will be fully dilated.</param>
/// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param> /// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param>
public void ActivateTimeDilation(double factor, double easeInTime, double activeTime, double easeOutTime) protected void ActivateTimeDilation(double factor, double easeInTime, double activeTime, double easeOutTime)
{ {
timeManager.ActivateTimeDilation(factor, easeInTime, activeTime, easeOutTime); timeManager.ActivateTimeDilation(factor, easeInTime, activeTime, easeOutTime);
} }
@ -571,7 +611,7 @@ namespace Encompass
/// <param name="easeInFunction">An easing function for the easing in of time dilation.</param> /// <param name="easeInFunction">An easing function for the easing in of time dilation.</param>
/// <param name="activeTime">The length of real time that time will be fully dilated.</param> /// <param name="activeTime">The length of real time that time will be fully dilated.</param>
/// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param> /// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param>
public void ActivateTimeDilation(double factor, double easeInTime, System.Func<double, double, double, double, double> easeInFunction, double activeTime, double easeOutTime) protected void ActivateTimeDilation(double factor, double easeInTime, System.Func<double, double, double, double, double> easeInFunction, double activeTime, double easeOutTime)
{ {
timeManager.ActivateTimeDilation(factor, easeInTime, easeInFunction, activeTime, easeOutTime); timeManager.ActivateTimeDilation(factor, easeInTime, easeInFunction, activeTime, easeOutTime);
} }
@ -586,7 +626,7 @@ namespace Encompass
/// <param name="activeTime">The length of real time that time will be fully dilated.</param> /// <param name="activeTime">The length of real time that time will be fully dilated.</param>
/// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param> /// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param>
/// <param name="easeOutFunction">An easing function for the easing out of time dilation.</param> /// <param name="easeOutFunction">An easing function for the easing out of time dilation.</param>
public void ActivateTimeDilation(double factor, double easeInTime, double activeTime, double easeOutTime, System.Func<double, double, double, double, double> easeOutFunction) protected void ActivateTimeDilation(double factor, double easeInTime, double activeTime, double easeOutTime, System.Func<double, double, double, double, double> easeOutFunction)
{ {
timeManager.ActivateTimeDilation(factor, easeInTime, activeTime, easeOutTime, easeOutFunction); timeManager.ActivateTimeDilation(factor, easeInTime, activeTime, easeOutTime, easeOutFunction);
} }
@ -602,9 +642,87 @@ namespace Encompass
/// <param name="activeTime">The length of real time that time will be fully dilated.</param> /// <param name="activeTime">The length of real time that time will be fully dilated.</param>
/// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param> /// <param name="easeOutTime">The time that will elapse before time is fully undilated.</param>
/// <param name="easeOutFunction">An easing function for the easing out of time dilation.</param> /// <param name="easeOutFunction">An easing function for the easing out of time dilation.</param>
public void ActivateTimeDilation(double factor, double easeInTime, System.Func<double, double, double, double, double> easeInFunction, double activeTime, double easeOutTime, System.Func<double, double, double, double, double> easeOutFunction) protected void ActivateTimeDilation(double factor, double easeInTime, System.Func<double, double, double, double, double> easeInFunction, double activeTime, double easeOutTime, System.Func<double, double, double, double, double> easeOutFunction)
{ {
timeManager.ActivateTimeDilation(factor, easeInTime, easeInFunction, activeTime, easeOutTime, easeOutFunction); timeManager.ActivateTimeDilation(factor, easeInTime, easeInFunction, activeTime, easeOutTime, easeOutFunction);
} }
/// <summary>
/// Efficiently reads Messages of a given type that all reference the same Entity.
/// </summary>
/// <typeparam name="TMessage">The Message subtype.</typeparam>
/// <param name="entity">The entity that all messages in the IEnumerable refer to.</param>
/// <returns></returns>
protected IEnumerable<TMessage> ReadMessagesWithEntity<TMessage>(Entity entity) where TMessage : struct, IMessage, IHasEntity
{
return messageManager.WithEntity<TMessage>(entity.ID);
}
internal void CheckAndUpdateTracking(int entityID)
{
if (_trackedEntities.Contains(entityID) && !entityQuery.CheckEntity(entityID, componentManager.ExistingBits))
{
_trackedEntities.Remove(entityID);
}
else if (!_trackedEntities.Contains(entityID) && entityQuery.CheckEntity(entityID, componentManager.ExistingBits))
{
_trackedEntities.Add(entityID);
}
}
internal void ImmediateCheckAndUpdateTracking(int entityID)
{
if (_trackedEntities.Contains(entityID) && !entityQuery.ImmediateCheckEntity(entityID, componentManager.ImmediateBits, componentManager.ExistingBits))
{
_trackedEntities.Remove(entityID);
}
else if (!_trackedEntities.Contains(entityID) && entityQuery.ImmediateCheckEntity(entityID, componentManager.ImmediateBits, componentManager.ExistingBits))
{
_trackedEntities.Add(entityID);
}
}
/// <summary>
/// Returns an empty EntitySetQuery. Can be modified and iterated over to obtain Entities that fit the given criteria.
/// </summary>
internal void BuildEntityQuery()
{
var withMask = BitSet512.Zero;
foreach (var type in queryWithTypes)
{
withMask = withMask.Set(componentManager.TypeToIndex[type]);
}
var withoutMask = BitSet512.Zero;
foreach (var type in queryWithoutTypes)
{
withoutMask = withoutMask.Set(componentManager.TypeToIndex[type]);
}
var immediateMask = BitSet512.Zero;
foreach (var type in readImmediateTypes)
{
immediateMask = immediateMask.Set(componentManager.TypeToIndex[type]);
}
var existingMask = BitSet512.Zero;
foreach (var type in readTypes)
{
existingMask = existingMask.Set(componentManager.TypeToIndex[type]);
}
entityQuery = new EntitySetQuery(
withMask & immediateMask,
withMask & existingMask,
withoutMask & immediateMask,
withoutMask & existingMask,
~withMask
);
}
internal void RegisterDestroyedEntity(int entityID)
{
_trackedEntities.Remove(entityID);
}
} }
} }

18
encompass-cs/Engines/ComponentEmitter.cs
View File

@ -1,18 +0,0 @@
namespace Encompass
{
internal class ComponentEmitter<TComponent> : Engine where TComponent : struct, IComponent
{
public ComponentEmitter()
{
sendTypes.Add(typeof(TComponent));
}
public override void Update(double dt)
{
foreach (var (component, entity) in InternalRead<TComponent>())
{
AddExistingComponent(entity, component);
}
}
}
}

11
encompass-cs/Entity.cs
View File

@ -8,21 +8,16 @@ namespace Encompass
/// </summary> /// </summary>
public struct Entity : IEquatable<Entity> public struct Entity : IEquatable<Entity>
{ {
public readonly Guid ID; public readonly int ID;
internal Entity(Guid id) internal Entity(int id)
{ {
ID = id; ID = id;
} }
public override bool Equals(object obj) public override bool Equals(object obj)
{ {
if (obj is Entity entity) return obj is Entity entity && Equals(entity);
{
return Equals(entity);
}
return false;
} }
public bool Equals(Entity other) public bool Equals(Entity other)

71
encompass-cs/EntityManager.cs
View File

@ -1,55 +1,80 @@
using System.Linq; using System.Collections.Generic;
using System;
using System.Collections.Generic;
using Encompass.Exceptions; using Encompass.Exceptions;
namespace Encompass namespace Encompass
{ {
internal class EntityManager internal class EntityManager
{ {
private readonly HashSet<Guid> IDs = new HashSet<Guid>(); private readonly int entityCapacity;
private readonly IDManager idManager = new IDManager();
private readonly HashSet<Entity> entitiesMarkedForDestroy = new HashSet<Entity>(); private readonly HashSet<int> IDs = new HashSet<int>();
private readonly HashSet<int> entitiesMarkedForDestroy = new HashSet<int>();
private readonly ComponentManager componentManager; private readonly ComponentManager componentManager;
public EntityManager(ComponentManager componentManager) public IEnumerable<int> EntityIDs
{
get { return IDs; }
}
public EntityManager(ComponentManager componentManager, int entityCapacity)
{ {
this.componentManager = componentManager; this.componentManager = componentManager;
this.entityCapacity = entityCapacity;
}
private int NextID()
{
return idManager.NextID();
} }
public Entity CreateEntity() public Entity CreateEntity()
{ {
var id = NextID(); if (IDs.Count < entityCapacity)
var entity = new Entity(id); {
IDs.Add(id); var id = NextID();
return entity; var entity = new Entity(id);
IDs.Add(id);
return entity;
}
else
{
throw new EntityOverflowException("The number of entities has exceeded the entity capacity of {0}", entityCapacity);
}
} }
public bool EntityExists(Guid id) public bool EntityExists(int id)
{ {
return IDs.Contains(id); return IDs.Contains(id);
} }
public void MarkForDestroy(Entity entity) public Entity GetEntity(int id)
{ {
entitiesMarkedForDestroy.Add(entity); if (!EntityExists(id))
{
throw new Encompass.Exceptions.EntityNotFoundException("Entity with id {0} does not exist.", id);
}
return new Entity(id);
} }
public void DestroyMarkedEntities() public void MarkForDestroy(int entityID)
{ {
foreach (var entity in entitiesMarkedForDestroy) entitiesMarkedForDestroy.Add(entityID);
}
public void DestroyMarkedEntities(IEnumerable<Engine> engines)
{
foreach (var entityID in entitiesMarkedForDestroy)
{ {
componentManager.MarkAllComponentsOnEntityForRemoval(entity); foreach (var engine in engines) { engine.RegisterDestroyedEntity(entityID); }
IDs.Remove(entity.ID); componentManager.MarkAllComponentsOnEntityForRemoval(entityID);
IDs.Remove(entityID);
idManager.Free(entityID);
} }
entitiesMarkedForDestroy.Clear(); entitiesMarkedForDestroy.Clear();
} }
private Guid NextID()
{
return Guid.NewGuid();
}
} }
} }

48
encompass-cs/EntitySetQuery.cs Normal file
View File

@ -0,0 +1,48 @@
using MoonTools.FastCollections;
namespace Encompass
{
internal struct EntitySetQuery
{
private BitSet512 WithImmediateMask { get; }
private BitSet512 WithExistingMask { get; }
private BitSet512 WithoutImmediateMask { get; }
private BitSet512 WithoutExistingMask { get; }
private BitSet512 NotWithMask { get; }
internal EntitySetQuery(BitSet512 withImmediateMask, BitSet512 withExistingMask, BitSet512 withoutImmediateMask, BitSet512 withoutExistingMask, BitSet512 notWithMask)
{
WithImmediateMask = withImmediateMask;
WithExistingMask = withExistingMask;
WithoutImmediateMask = withoutImmediateMask;
WithoutExistingMask = withoutExistingMask;
NotWithMask = notWithMask;
}
public bool CheckEntity(int entityID, ComponentBitSet componentBitSet)
{
var existingBits = componentBitSet.EntityBitArray(entityID);
var existing = (WithExistingMask & existingBits) | NotWithMask;
var existingForbidden = ~(WithoutExistingMask & existingBits);
return (existing & existingForbidden).AllTrue();
}
public bool ImmediateCheckEntity(int entityID, ComponentBitSet immediateBitLookup, ComponentBitSet existingBitLookup)
{
var immediateBits = immediateBitLookup.EntityBitArray(entityID);
var existingBits = existingBitLookup.EntityBitArray(entityID);
var immediate = WithImmediateMask & immediateBits;
var existing = WithExistingMask & existingBits;
var withCheck = immediate | existing | NotWithMask;
var immediateForbidden = ~(WithoutImmediateMask & immediateBits);
var existingForbidden = ~(WithoutExistingMask & existingBits);
var withoutCheck = immediateForbidden & existingForbidden;
return (withCheck & withoutCheck).AllTrue();
}
}
}

4
encompass-cs/Exceptions/ComponentNotFoundException.cs → encompass-cs/Exceptions/EntityOverflowException.cs
View File

@ -2,9 +2,9 @@ using System;
namespace Encompass.Exceptions namespace Encompass.Exceptions
{ {
public class ComponentNotFoundException : Exception public class EntityOverflowException : Exception
{ {
public ComponentNotFoundException( public EntityOverflowException(
string format, string format,
params object[] args params object[] args
) : base(string.Format(format, args)) { } ) : base(string.Format(format, args)) { }

4
encompass-cs/Exceptions/ComponentTypeMismatchException.cs → encompass-cs/Exceptions/IllegalWriteImmediateException.cs
View File

@ -2,9 +2,9 @@
namespace Encompass.Exceptions namespace Encompass.Exceptions
{ {
public class ComponentTypeMismatchException : Exception public class IllegalWriteImmediateException : Exception
{ {
public ComponentTypeMismatchException( public IllegalWriteImmediateException(
string format, string format,
params object[] args params object[] args
) : base(string.Format(format, args)) { } ) : base(string.Format(format, args)) { }

12
encompass-cs/Exceptions/IllegalWritePendingException.cs
View File

@ -1,12 +0,0 @@
using System;
namespace Encompass.Exceptions
{
public class IllegalWritePendingException : Exception
{
public IllegalWritePendingException(
string format,
params object[] args
) : base(string.Format(format, args)) { }
}
}

4
encompass-cs/Exceptions/IllegalWritePendingTypeException.cs
View File

@ -2,9 +2,9 @@ using System;
namespace Encompass.Exceptions namespace Encompass.Exceptions
{ {
public class IllegalWritePendingTypeException : Exception public class IllegalWriteImmediateTypeException : Exception
{ {
public IllegalWritePendingTypeException( public IllegalWriteImmediateTypeException(
string format, string format,
params object[] args params object[] args
) : base(string.Format(format, args)) { } ) : base(string.Format(format, args)) { }

12
encompass-cs/Exceptions/RepeatUpdateComponentException.cs
View File

@ -1,12 +0,0 @@
using System;
namespace Encompass.Exceptions
{
public class RepeatUpdateComponentException : Exception
{
public RepeatUpdateComponentException(
string format,
params object[] args
) : base(string.Format(format, args)) { }
}
}

28
encompass-cs/IDManager.cs Normal file
View File

@ -0,0 +1,28 @@
using System.Collections.Generic;
namespace Encompass
{
internal class IDManager
{
int nextID = 0;
private Stack<int> availableIDs = new Stack<int>();
public int NextID()
{
if (availableIDs.Count > 0)
{
return availableIDs.Pop();
}
else
{
return nextID++;
}
}
public void Free(int ID)
{
availableIDs.Push(ID);
}
}
}

7
encompass-cs/Interfaces/IHasEntity.cs Normal file
View File

@ -0,0 +1,7 @@
namespace Encompass
{
public interface IHasEntity
{
Entity Entity { get; }
}
}

7
encompass-cs/MessageManager.cs
View File

@ -14,7 +14,7 @@ namespace Encompass
internal void AddMessage<TMessage>(TMessage message) where TMessage : struct, IMessage internal void AddMessage<TMessage>(TMessage message) where TMessage : struct, IMessage
{ {
messageStore.AddMessage<TMessage>(message); messageStore.AddMessage(message);
} }
internal void AddMessage<TMessage>(TMessage message, double time) where TMessage : struct, IMessage internal void AddMessage<TMessage>(TMessage message, double time) where TMessage : struct, IMessage
@ -51,5 +51,10 @@ namespace Encompass
{ {
return messageStore.First<TMessage>(); return messageStore.First<TMessage>();
} }
internal IEnumerable<TMessage> WithEntity<TMessage>(int entityID) where TMessage : struct, IMessage, IHasEntity
{
return messageStore.WithEntity<TMessage>(entityID);
}
} }
} }

8
encompass-cs/RenderManager.cs
View File

@ -5,12 +5,14 @@ namespace Encompass
{ {
internal class RenderManager internal class RenderManager
{ {
private readonly EntityManager entityManager;
private readonly DrawLayerManager drawLayerManager; private readonly DrawLayerManager drawLayerManager;
private readonly Dictionary<Type, Action<Entity, IComponent>> drawComponentTypeToOrderedRenderer = new Dictionary<Type, Action<Entity, IComponent>>(256); private readonly Dictionary<Type, Action<Entity, IComponent>> drawComponentTypeToOrderedRenderer = new Dictionary<Type, Action<Entity, IComponent>>(256);
public RenderManager(DrawLayerManager drawLayerManager) public RenderManager(EntityManager entityManager, DrawLayerManager drawLayerManager)
{ {
this.entityManager = entityManager;
this.drawLayerManager = drawLayerManager; this.drawLayerManager = drawLayerManager;
} }
@ -31,12 +33,12 @@ namespace Encompass
{ {
var generalRendererSet = drawLayerManager.GeneralRenderersByLayer(layer); var generalRendererSet = drawLayerManager.GeneralRenderersByLayer(layer);
foreach (var (entity, componentType, component) in drawLayerManager.AllInLayer(layer)) foreach (var (entityID, componentType, component) in drawLayerManager.AllInLayer(layer))
{ {
if (drawComponentTypeToOrderedRenderer.ContainsKey(componentType)) if (drawComponentTypeToOrderedRenderer.ContainsKey(componentType))
{ {
var internalRenderAction = drawComponentTypeToOrderedRenderer[componentType]; var internalRenderAction = drawComponentTypeToOrderedRenderer[componentType];
internalRenderAction(entity, component); internalRenderAction(entityManager.GetEntity(entityID), component);
} }
} }

28
encompass-cs/Renderer.cs
View File

@ -1,6 +1,4 @@
using System; using System.Collections.Generic;
using System.Collections.Generic;
using System.Linq;
namespace Encompass namespace Encompass
{ {
@ -21,7 +19,10 @@ namespace Encompass
protected IEnumerable<Entity> ReadEntities<TComponent>() where TComponent : struct, IComponent protected IEnumerable<Entity> ReadEntities<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponentsIncludingEntity<TComponent>().Select(tuple => tuple.Item2); foreach (var pair in ReadComponentsIncludingEntity<TComponent>())
{
yield return pair.Item2;
}
} }
protected Entity ReadEntity<TComponent>() where TComponent : struct, IComponent protected Entity ReadEntity<TComponent>() where TComponent : struct, IComponent
@ -36,32 +37,39 @@ namespace Encompass
protected IEnumerable<(TComponent, Entity)> ReadComponentsIncludingEntity<TComponent>() where TComponent : struct, IComponent protected IEnumerable<(TComponent, Entity)> ReadComponentsIncludingEntity<TComponent>() where TComponent : struct, IComponent
{ {
return componentManager.GetComponentsIncludingEntity<TComponent>(); foreach (var (component, id) in componentManager.GetComponentsIncludingEntity<TComponent>())
{
yield return (component, entityManager.GetEntity(id));
}
} }
protected TComponent ReadComponent<TComponent>() where TComponent : struct, IComponent protected TComponent ReadComponent<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponents<TComponent>().First(); var enumerator = ReadComponents<TComponent>().GetEnumerator();
enumerator.MoveNext();
return enumerator.Current;
} }
protected (TComponent, Entity) ReadComponentIncludingEntity<TComponent>() where TComponent : struct, IComponent protected (TComponent, Entity) ReadComponentIncludingEntity<TComponent>() where TComponent : struct, IComponent
{ {
return ReadComponentsIncludingEntity<TComponent>().First(); var enumerator = ReadComponentsIncludingEntity<TComponent>().GetEnumerator();
enumerator.MoveNext();
return enumerator.Current;
} }
protected TComponent GetComponent<TComponent>(Entity entity) where TComponent : struct, IComponent protected TComponent GetComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{ {
return componentManager.GetComponentByEntityAndType<TComponent>(entity); return componentManager.GetComponentByEntityAndType<TComponent>(entity.ID);
} }
protected bool HasComponent<TComponent>(Entity entity) where TComponent : struct, IComponent protected bool HasComponent<TComponent>(Entity entity) where TComponent : struct, IComponent
{ {
return componentManager.EntityHasComponentOfType<TComponent>(entity); return componentManager.EntityHasComponentOfType<TComponent>(entity.ID);
} }
protected bool SomeComponent<TComponent>() where TComponent : struct, IComponent protected bool SomeComponent<TComponent>() where TComponent : struct, IComponent
{ {
return componentManager.ComponentOfTypeExists<TComponent>(); return componentManager.SomeExistingComponent<TComponent>();
} }
} }
} }

9
encompass-cs/TimeManager.cs
View File

@ -1,5 +1,4 @@
using System.Collections.Generic; using System.Collections.Generic;
using System.Linq;
namespace Encompass namespace Encompass
{ {
@ -16,7 +15,13 @@ namespace Encompass
{ {
get get
{ {
return timeDilationDatas.Count == 0 ? 1 : timeDilationDatas.Select(data => data.Factor).Average(); if (timeDilationDatas.Count == 0) { return 1; }
var average = 0.0;
foreach (var data in timeDilationDatas)
{
average += data.Factor;
}
return average / timeDilationDatas.Count;
} }
} }

97
encompass-cs/TrackingManager.cs Normal file
View File

@ -0,0 +1,97 @@
using System;
using System.Collections.Generic;
namespace Encompass
{
internal class TrackingManager
{
private Dictionary<Type, HashSet<Engine>> _immediateComponentTypesToEngines = new Dictionary<Type, HashSet<Engine>>();
private Dictionary<Type, HashSet<Engine>> _componentTypesToEngines = new Dictionary<Type, HashSet<Engine>>();
private HashSet<(int, Type)> _additions = new HashSet<(int, Type)>();
private HashSet<(int, Type)> _removals = new HashSet<(int, Type)>();
private HashSet<(int, Engine)> _pairsToCheck = new HashSet<(int, Engine)>();
public void RegisterComponentTypeToEngine(Type type, Engine engine)
{
if (!_componentTypesToEngines.ContainsKey(type)) { _componentTypesToEngines.Add(type, new HashSet<Engine>()); }
_componentTypesToEngines[type].Add(engine);
}
public void RegisterImmediateComponentTypeToEngine(Type type, Engine engine)
{
if (!_immediateComponentTypesToEngines.ContainsKey(type)) { _immediateComponentTypesToEngines.Add(type, new HashSet<Engine>()); }
_immediateComponentTypesToEngines[type].Add(engine);
}
public void RegisterAddition(int entityID, Type type)
{
_additions.Add((entityID, type));
}
public void RegisterRemoval(int entityID, Type type)
{
_removals.Add((entityID, type));
}
public void InitializeTracking(IEnumerable<int> entityIDs)
{
foreach (var entityID in entityIDs)
{
foreach (var engineSet in _componentTypesToEngines.Values)
{
foreach (var engine in engineSet)
{
engine.CheckAndUpdateTracking(entityID);
}
}
}
}
public void ImmediateUpdateTracking(int entityID, Type componentType)
{
if (_immediateComponentTypesToEngines.ContainsKey(componentType))
{
foreach (var engine in _componentTypesToEngines[componentType])
{
engine.ImmediateCheckAndUpdateTracking(entityID);
}
}
}
public void UpdateTracking()
{
// TODO: optimize so we only check each entity/engine pair once
foreach (var (entity, componentType) in _additions)
{
if (_componentTypesToEngines.ContainsKey(componentType))
{
foreach (var engine in _componentTypesToEngines[componentType])
{
_pairsToCheck.Add((entity, engine));
}
}
}
_additions.Clear();
foreach (var (entity, componentType) in _removals)
{
if (_componentTypesToEngines.ContainsKey(componentType))
{
foreach (var engine in _componentTypesToEngines[componentType])
{
_pairsToCheck.Add((entity, engine));
}
}
}
_removals.Clear();
foreach (var (entity, engine) in _pairsToCheck)
{
engine.CheckAndUpdateTracking(entity);
}
_pairsToCheck.Clear();
}
}
}

91
encompass-cs/UberEngine.cs Normal file
View File

@ -0,0 +1,91 @@
using System;
using System.Collections.Generic;
using System.Linq;
using System.Reflection;
namespace Encompass
{
internal class UberEngine : Engine
{
private IEnumerable<Type> _componentTypes;
private IEnumerable<Type> _messageTypes;
public Entity Entity { get; private set; }
public UberEngine(IEnumerable<Type> componentTypes, IEnumerable<Type> messageTypes)
{
_componentTypes = componentTypes;
_messageTypes = messageTypes;
readTypes.UnionWith(componentTypes);
writeTypes.UnionWith(componentTypes);
sendTypes.UnionWith(messageTypes);
receiveTypes.UnionWith(messageTypes);
}
public void Write()
{
Entity = CreateEntity();
foreach (var type in _componentTypes)
{
var instanceParam = new object[] { Entity, Activator.CreateInstance(type) };
var setComponentMethod = typeof(Engine).GetMethod("SetComponent", BindingFlags.NonPublic | BindingFlags.Instance);
var genericSetComponentMethod = setComponentMethod.MakeGenericMethod(type);
genericSetComponentMethod.Invoke(this, instanceParam);
}
}
public override void Update(double dt)
{
foreach (var type in _componentTypes)
{
CallGenericMethod(type, "ReadComponent", null);
CallGenericMethod(type, "ReadComponentIncludingEntity", null);
CallGenericMethod(type, "ReadComponents", null);
CallGenericMethod(type, "ReadComponentsIncludingEntity", null);
CallGenericMethod(type, "ReadEntity", null);
CallGenericMethod(type, "ReadEntities", null);
CallGenericMethod(type, "GetComponent", new Type[] { typeof(Entity) }, new object[] { Entity });
CallGenericMethod(type, "HasComponent", new Type[] { typeof(Entity) }, new object[] { Entity });
CallGenericMethod(type, "SomeComponent", null);
CallGenericMethod(type, "DestroyWith", null);
CallGenericMethod(type, "DestroyAllWith", null);
CallGenericMethod(type, "RemoveComponent", new Type[] { typeof(Entity) }, new object[] { Entity });
}
foreach (var type in _messageTypes)
{
CallGenericMethod(type, "SendMessageIgnoringTimeDilation", new object[] { Activator.CreateInstance(type), 1 });
CallGenericMethod(type, "SendMessage", 1, new object[] { Activator.CreateInstance(type) });
CallGenericMethod(type, "SendMessage", 2, new object[] { Activator.CreateInstance(type), 1 });
CallGenericMethod(type, "ReadMessage", null);
CallGenericMethod(type, "ReadMessages", null);
CallGenericMethod(type, "SomeMessage", null);
if (typeof(IHasEntity).IsAssignableFrom(type))
{
CallGenericMethod(type, "ReadMessagesWithEntity", new Type[] { typeof(Entity) }, new object[] { Entity });
}
}
}
private void CallGenericMethod(Type type, string methodName, object[] parameters)
{
var readComponentMethod = typeof(Engine).GetMethod(methodName, BindingFlags.NonPublic | BindingFlags.Instance);
var genericReadComponentMethod = readComponentMethod.MakeGenericMethod(type);
genericReadComponentMethod.Invoke(this, parameters);
}
private void CallGenericMethod(Type type, string methodName, Type[] types, object[] parameters)
{
var readComponentMethod = typeof(Engine).GetMethod(methodName, BindingFlags.NonPublic | BindingFlags.Instance, null, types, null);
var genericReadComponentMethod = readComponentMethod.MakeGenericMethod(type);
genericReadComponentMethod.Invoke(this, parameters);
}
private void CallGenericMethod(Type type, string methodName, int argumentNum, object[] parameters)
{
var method = typeof(Engine).GetRuntimeMethods().Where(m => m.Name == methodName && m.GetParameters().Length == argumentNum).First();
var genericMethod = method.MakeGenericMethod(type);
genericMethod.Invoke(this, parameters);
}
}
}

45
encompass-cs/UberRenderer.cs Normal file
View File

@ -0,0 +1,45 @@
using System;
using System.Collections.Generic;
using System.Reflection;
namespace Encompass
{
class UberRenderer : Renderer
{
private IEnumerable<Type> _componentTypes;
private Entity _entity;
public UberRenderer(IEnumerable<Type> componentTypes)
{
_componentTypes = componentTypes;
}
public void SetEntity(Entity entity)
{
_entity = entity;
}
public void Render()
{
foreach (var type in _componentTypes)
{
CallGenericMethod(type, "ReadEntities", null);
CallGenericMethod(type, "ReadEntity", null);
CallGenericMethod(type, "ReadComponent", null);
CallGenericMethod(type, "ReadComponentIncludingEntity", null);
CallGenericMethod(type, "ReadComponents", null);
CallGenericMethod(type, "ReadComponentsIncludingEntity", null);
CallGenericMethod(type, "GetComponent", new object[] { _entity });
CallGenericMethod(type, "HasComponent", new object[] { _entity });
CallGenericMethod(type, "SomeComponent", null);
}
}
private void CallGenericMethod(Type type, string methodName, object[] parameters)
{
var readComponentMethod = typeof(Renderer).GetMethod(methodName, BindingFlags.NonPublic | BindingFlags.Instance);
var genericReadComponentMethod = readComponentMethod.MakeGenericMethod(type);
genericReadComponentMethod.Invoke(this, parameters);
}
}
}

13
encompass-cs/World.cs
View File

@ -10,8 +10,8 @@ namespace Encompass
private readonly List<Engine> enginesInOrder; private readonly List<Engine> enginesInOrder;
private readonly EntityManager entityManager; private readonly EntityManager entityManager;
private readonly ComponentManager componentManager; private readonly ComponentManager componentManager;
private readonly TrackingManager trackingManager;
private readonly MessageManager messageManager; private readonly MessageManager messageManager;
private readonly ComponentUpdateManager componentUpdateManager;
private readonly TimeManager timeManager; private readonly TimeManager timeManager;
private readonly RenderManager renderManager; private readonly RenderManager renderManager;
@ -19,8 +19,8 @@ namespace Encompass
List<Engine> enginesInOrder, List<Engine> enginesInOrder,
EntityManager entityManager, EntityManager entityManager,
ComponentManager componentManager, ComponentManager componentManager,
TrackingManager trackingManager,
MessageManager messageManager, MessageManager messageManager,
ComponentUpdateManager componentUpdateManager,
TimeManager timeManager, TimeManager timeManager,
RenderManager renderManager RenderManager renderManager
) )
@ -28,8 +28,8 @@ namespace Encompass
this.enginesInOrder = enginesInOrder; this.enginesInOrder = enginesInOrder;
this.entityManager = entityManager; this.entityManager = entityManager;
this.componentManager = componentManager; this.componentManager = componentManager;
this.trackingManager = trackingManager;
this.messageManager = messageManager; this.messageManager = messageManager;
this.componentUpdateManager = componentUpdateManager;
this.timeManager = timeManager; this.timeManager = timeManager;
this.renderManager = renderManager; this.renderManager = renderManager;
} }
@ -40,6 +40,7 @@ namespace Encompass
/// <param name="dt">The time in seconds that has passed since the previous frame.</param> /// <param name="dt">The time in seconds that has passed since the previous frame.</param>
public void Update(double dt) public void Update(double dt)
{ {
trackingManager.UpdateTracking();
messageManager.ProcessDelayedMessages(dt); messageManager.ProcessDelayedMessages(dt);
timeManager.Update(dt); timeManager.Update(dt);
@ -56,12 +57,10 @@ namespace Encompass
} }
messageManager.ClearMessages(); messageManager.ClearMessages();
entityManager.DestroyMarkedEntities(); entityManager.DestroyMarkedEntities(enginesInOrder);
componentManager.WriteComponents();
componentManager.RemoveMarkedComponents(); componentManager.RemoveMarkedComponents();
componentManager.WriteComponents();
componentUpdateManager.Clear();
} }
/// <summary> /// <summary>

161
encompass-cs/WorldBuilder.cs
View File

@ -1,4 +1,4 @@
using System; using System;
using System.Collections.Generic; using System.Collections.Generic;
using System.Reflection; using System.Reflection;
using System.Linq; using System.Linq;
@ -18,18 +18,19 @@ namespace Encompass
/// </remarks> /// </remarks>
public class WorldBuilder public class WorldBuilder
{ {
private readonly int entityCapacity;
private readonly List<Engine> engines = new List<Engine>(); private readonly List<Engine> engines = new List<Engine>();
private readonly DirectedGraph<Engine, Unit> engineGraph = GraphBuilder.DirectedGraph<Engine>(); private readonly DirectedGraph<Engine, Unit> engineGraph = GraphBuilder.DirectedGraph<Engine>();
private readonly ComponentStore startingComponentStoreForComponentManager = new ComponentStore(); private readonly ComponentStore startingExistingComponentStore;
private readonly ComponentStore startingComponentStoreForComponentUpdateManager = new ComponentStore(); private readonly ComponentStore startingUpToDateComponentStore;
private readonly ComponentManager componentManager; private readonly ComponentManager componentManager;
private readonly EntityManager entityManager; private readonly EntityManager entityManager;
private readonly MessageManager messageManager; private readonly MessageManager messageManager;
private readonly ComponentUpdateManager componentUpdateManager;
private readonly TimeManager timeManager; private readonly TimeManager timeManager;
private readonly DrawLayerManager drawLayerManager; private readonly DrawLayerManager drawLayerManager;
private readonly RenderManager renderManager; private readonly RenderManager renderManager;
private readonly TrackingManager trackingManager;
private readonly Dictionary<Type, HashSet<Engine>> typeToReaders = new Dictionary<Type, HashSet<Engine>>(); private readonly Dictionary<Type, HashSet<Engine>> typeToReaders = new Dictionary<Type, HashSet<Engine>>();
@ -37,15 +38,23 @@ namespace Encompass
private readonly HashSet<Type> componentTypesToRegister = new HashSet<Type>(); private readonly HashSet<Type> componentTypesToRegister = new HashSet<Type>();
public WorldBuilder() private readonly HashSet<Type> messageTypes = new HashSet<Type>();
private readonly Dictionary<Type, int> typeToIndex = new Dictionary<Type, int>();
public WorldBuilder(int entityCapacity = 32768)
{ {
drawLayerManager = new DrawLayerManager(); this.entityCapacity = entityCapacity;
drawLayerManager = new DrawLayerManager(typeToIndex);
timeManager = new TimeManager(); timeManager = new TimeManager();
componentUpdateManager = new ComponentUpdateManager(); trackingManager = new TrackingManager();
componentManager = new ComponentManager(drawLayerManager, componentUpdateManager); componentManager = new ComponentManager(drawLayerManager, typeToIndex);
messageManager = new MessageManager(timeManager); messageManager = new MessageManager(timeManager);
entityManager = new EntityManager(componentManager); entityManager = new EntityManager(componentManager, entityCapacity);
renderManager = new RenderManager(drawLayerManager); renderManager = new RenderManager(entityManager, drawLayerManager);
startingExistingComponentStore = new ComponentStore(typeToIndex);
startingUpToDateComponentStore = new ComponentStore(typeToIndex);
} }
/// <summary> /// <summary>
@ -78,22 +87,32 @@ namespace Encompass
public void SetComponent<TComponent>(Entity entity, TComponent component) where TComponent : struct, IComponent public void SetComponent<TComponent>(Entity entity, TComponent component) where TComponent : struct, IComponent
{ {
RegisterComponentType<TComponent>(); RegisterComponentType<TComponent>();
componentTypesToRegister.Add(typeof(TComponent));
startingComponentStoreForComponentManager.Set(entity, component); startingExistingComponentStore.Set(entity.ID, component);
startingComponentStoreForComponentUpdateManager.Set(entity, component); startingUpToDateComponentStore.Set(entity.ID, component);
if (component is IDrawableComponent drawableComponent) if (component is IDrawableComponent drawableComponent)
{ {
componentManager.RegisterDrawableComponent(entity, component, drawableComponent.Layer); componentManager.RegisterDrawableComponent(entity.ID, component, drawableComponent.Layer);
drawLayerManager.RegisterOrderedDrawable<TComponent>();
} }
} }
internal void RegisterComponentType<TComponent>() where TComponent : struct, IComponent internal void RegisterComponentType<TComponent>() where TComponent : struct, IComponent
{ {
componentManager.RegisterComponentType<TComponent>(); if (!typeToIndex.ContainsKey(typeof(TComponent)))
componentUpdateManager.RegisterComponentType<TComponent>(); {
startingComponentStoreForComponentManager.RegisterComponentType<TComponent>(); typeToIndex.Add(typeof(TComponent), typeToIndex.Count);
startingComponentStoreForComponentUpdateManager.RegisterComponentType<TComponent>(); componentManager.RegisterComponentType<TComponent>();
startingExistingComponentStore.RegisterComponentType<TComponent>();
startingUpToDateComponentStore.RegisterComponentType<TComponent>();
}
}
internal void RegisterMessageTypes(IEnumerable<Type> types)
{
messageTypes.UnionWith(types);
} }
internal void AddComponentTypeToRegister(Type componentType) internal void AddComponentTypeToRegister(Type componentType)
@ -110,8 +129,8 @@ namespace Encompass
engine.AssignEntityManager(entityManager); engine.AssignEntityManager(entityManager);
engine.AssignComponentManager(componentManager); engine.AssignComponentManager(componentManager);
engine.AssignMessageManager(messageManager); engine.AssignMessageManager(messageManager);
engine.AssignComponentUpdateManager(componentUpdateManager);
engine.AssignTimeManager(timeManager); engine.AssignTimeManager(timeManager);
engine.AssignTrackingManager(trackingManager);
engines.Add(engine); engines.Add(engine);
engineGraph.AddNode(engine); engineGraph.AddNode(engine);
@ -119,9 +138,11 @@ namespace Encompass
var messageReceiveTypes = engine.receiveTypes; var messageReceiveTypes = engine.receiveTypes;
var messageSendTypes = engine.sendTypes; var messageSendTypes = engine.sendTypes;
foreach (var writePendingType in engine.writePendingTypes.Intersect(engine.readPendingTypes)) RegisterMessageTypes(engine.receiveTypes.Union(engine.sendTypes));
foreach (var writeImmediateType in engine.writeImmediateTypes.Intersect(engine.readImmediateTypes))
{ {
throw new EngineSelfCycleException("Engine {0} both writes and reads pending Component {1}", engine.GetType().Name, writePendingType.Name); throw new EngineSelfCycleException("Engine {0} both writes and reads immediate Component {1}", engine.GetType().Name, writeImmediateType.Name);
} }
foreach (var messageType in messageReceiveTypes.Intersect(messageSendTypes)) foreach (var messageType in messageReceiveTypes.Intersect(messageSendTypes))
@ -129,17 +150,26 @@ namespace Encompass
throw new EngineSelfCycleException("Engine {0} both receives and sends Message {1}", engine.GetType().Name, messageType.Name); throw new EngineSelfCycleException("Engine {0} both receives and sends Message {1}", engine.GetType().Name, messageType.Name);
} }
if (messageSendTypes.Count > 0 || engine.writePendingTypes.Count > 0) if (messageSendTypes.Count > 0 || engine.writeImmediateTypes.Count > 0)
{ {
senders.Add(engine); senders.Add(engine);
} }
foreach (var componentType in engine.readTypes.Union(engine.writeTypes).Union(engine.readPendingTypes)) foreach (var componentType in engine.queryWithTypes.Union(engine.queryWithoutTypes))
{
trackingManager.RegisterComponentTypeToEngine(componentType, engine);
if (engine.readImmediateTypes.Contains(componentType))
{
trackingManager.RegisterImmediateComponentTypeToEngine(componentType, engine);
}
}
foreach (var componentType in engine.readTypes.Union(engine.writeTypes).Union(engine.readImmediateTypes))
{ {
AddComponentTypeToRegister(componentType); AddComponentTypeToRegister(componentType);
} }
foreach (var receiveType in engine.receiveTypes.Union(engine.readPendingTypes)) foreach (var receiveType in engine.receiveTypes.Union(engine.readImmediateTypes))
{ {
if (!typeToReaders.ContainsKey(receiveType)) if (!typeToReaders.ContainsKey(receiveType))
{ {
@ -192,7 +222,7 @@ namespace Encompass
{ {
foreach (var senderEngine in senders) foreach (var senderEngine in senders)
{ {
foreach (var messageType in senderEngine.sendTypes.Union(senderEngine.writePendingTypes)) foreach (var messageType in senderEngine.sendTypes.Union(senderEngine.writeImmediateTypes))
{ {
if (typeToReaders.ContainsKey(messageType)) if (typeToReaders.ContainsKey(messageType))
{ {
@ -341,31 +371,100 @@ namespace Encompass
var method = typeof(WorldBuilder).GetMethod("RegisterComponentType", BindingFlags.NonPublic | BindingFlags.Instance); var method = typeof(WorldBuilder).GetMethod("RegisterComponentType", BindingFlags.NonPublic | BindingFlags.Instance);
var generic = method.MakeGenericMethod(registeredComponentType); var generic = method.MakeGenericMethod(registeredComponentType);
generic.Invoke(this, null); generic.Invoke(this, null);
var emitterEngine = (Engine)Activator.CreateInstance(typeof(ComponentEmitter<>).MakeGenericType(registeredComponentType));
AddEngine(emitterEngine);
engineOrder.Add(emitterEngine);
} }
PreloadJIT(componentTypesToRegister, messageTypes);
foreach (var engine in engineGraph.TopologicalSort()) foreach (var engine in engineGraph.TopologicalSort())
{ {
engineOrder.Add(engine); engineOrder.Add(engine);
engine.BuildEntityQuery();
} }
var world = new World( var world = new World(
engineOrder, engineOrder,
entityManager, entityManager,
componentManager, componentManager,
trackingManager,
messageManager, messageManager,
componentUpdateManager,
timeManager, timeManager,
renderManager renderManager
); );
componentUpdateManager.SetStartingComponentStore(startingComponentStoreForComponentUpdateManager); componentManager.SetExistingComponentStore(startingExistingComponentStore);
componentManager.SetComponentStore(startingComponentStoreForComponentManager); componentManager.SetUpToDateComponentStore(startingUpToDateComponentStore);
trackingManager.InitializeTracking(entityManager.EntityIDs);
return world; return world;
} }
/// <summary>
/// This is necessary because Encompass heavily uses generic methods with value types,
/// so the first time any code path runs the JIT gets smashed. This method warms up the runtime.
/// It does so by grabbing all component and message types known to the WorldBuilder and
/// executing every possible generic method that could be executed with those types.
/// </summary>
private void PreloadJIT(IEnumerable<Type> componentTypes, IEnumerable<Type> messageTypes)
{
var dummyTimeManager = new TimeManager();
var dummyMessageManager = new MessageManager(dummyTimeManager);
var dummyDrawLayerManager = new DrawLayerManager(typeToIndex);
var dummyTrackingManager = new TrackingManager();
var dummyComponentManager = new ComponentManager(dummyDrawLayerManager, typeToIndex);
var dummyEntityManager = new EntityManager(dummyComponentManager, entityCapacity);
var dummyRenderManager = new RenderManager(dummyEntityManager, dummyDrawLayerManager);
var prepEngineOrder = new List<Engine>();
var uberEngine = new UberEngine(componentTypes, messageTypes);
uberEngine.AssignEntityManager(dummyEntityManager);
uberEngine.AssignComponentManager(dummyComponentManager);
uberEngine.AssignMessageManager(dummyMessageManager);
uberEngine.AssignTimeManager(dummyTimeManager);
uberEngine.AssignTrackingManager(dummyTrackingManager);
var uberRenderer = new UberRenderer(componentTypes);
uberRenderer.AssignComponentManager(dummyComponentManager);
uberRenderer.AssignEntityManager(dummyEntityManager);
foreach (var type in componentTypes)
{
var componentManagerRegisterMethod = typeof(ComponentManager).GetMethod("RegisterComponentType");
var componentManagerRegisterGenericMethod = componentManagerRegisterMethod.MakeGenericMethod(type);
componentManagerRegisterGenericMethod.Invoke(dummyComponentManager, null);
if (type.GetInterface("IDrawableComponent") != null)
{
var drawLayerManagerRegisterMethod = typeof(DrawLayerManager).GetMethod("RegisterOrderedDrawable");
var drawLayerManagerRegisterGenericMethod = drawLayerManagerRegisterMethod.MakeGenericMethod(type);
drawLayerManagerRegisterGenericMethod.Invoke(dummyDrawLayerManager, null);
}
}
prepEngineOrder.Add(uberEngine);
var dummyWorld = new World(
prepEngineOrder,
dummyEntityManager,
dummyComponentManager,
dummyTrackingManager,
dummyMessageManager,
dummyTimeManager,
dummyRenderManager
);
uberEngine.Write();
dummyComponentManager.WriteComponents();
dummyWorld.Update(1);
uberEngine.Write();
dummyComponentManager.WriteComponents();
uberRenderer.SetEntity(uberEngine.Entity);
uberRenderer.Render();
}
} }
} }

6
encompass-cs/encompass-cs.csproj
View File

@ -1,4 +1,4 @@
<Project Sdk="Microsoft.NET.Sdk"> <Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup> <PropertyGroup>
<TargetFramework>netstandard2.0</TargetFramework> <TargetFramework>netstandard2.0</TargetFramework>
<RootNamespace>Encompass</RootNamespace> <RootNamespace>Encompass</RootNamespace>
@ -24,5 +24,7 @@
</ItemGroup> </ItemGroup>
<ItemGroup> <ItemGroup>
<PackageReference Include="MoonTools.Core.Graph" Version="1.0.0" /> <PackageReference Include="MoonTools.Core.Graph" Version="1.0.0" />
<PackageReference Include="MoonTools.FastCollections" Version="1.0.0" />
<PackageReference Include="System.Collections.Immutable" Version="1.7.0" />
</ItemGroup> </ItemGroup>
</Project> </Project>

25
test/ComponentTest.cs
View File

@ -75,6 +75,7 @@ namespace Tests
var world = worldBuilder.Build(); var world = worldBuilder.Build();
world.Update(0.01); world.Update(0.01);
world.Update(0.01);
} }
[Test] [Test]
@ -97,7 +98,6 @@ namespace Tests
} }
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
[WritesPending(typeof(MockComponent))]
[Writes(typeof(MockComponent))] [Writes(typeof(MockComponent))]
class OverwriteEngine : Engine class OverwriteEngine : Engine
{ {
@ -105,12 +105,11 @@ namespace Tests
{ {
foreach (var (mockComponent, entity) in ReadComponentsIncludingEntity<MockComponent>()) foreach (var (mockComponent, entity) in ReadComponentsIncludingEntity<MockComponent>())
{ {
SetComponent(entity, new MockComponent { myInt = 420 }); SetComponent(entity, new MockComponent { myInt = mockComponent.myInt + 1 });
} }
} }
} }
[ReadsPending(typeof(MockComponent))]
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
class ReadMockComponentEngine : Engine class ReadMockComponentEngine : Engine
{ {
@ -128,12 +127,20 @@ namespace Tests
worldBuilder.AddEngine(new ReadMockComponentEngine()); worldBuilder.AddEngine(new ReadMockComponentEngine());
var entity = worldBuilder.CreateEntity(); var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent { }); worldBuilder.SetComponent(entity, new MockComponent { myInt = 420 });
var world = worldBuilder.Build(); var world = worldBuilder.Build();
world.Update(0.01); world.Update(0.01);
Assert.That(gottenMockComponent.myInt, Is.EqualTo(420)); Assert.That(gottenMockComponent.myInt, Is.EqualTo(420));
world.Update(0.01);
Assert.That(gottenMockComponent.myInt, Is.EqualTo(421));
world.Update(0.01);
Assert.That(gottenMockComponent.myInt, Is.EqualTo(422));
} }
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
@ -193,7 +200,7 @@ namespace Tests
} }
} }
[WritesPending(typeof(MockComponent))] [WritesImmediate(typeof(MockComponent))]
[Receives(typeof(AddMockComponentMessage))] [Receives(typeof(AddMockComponentMessage))]
[Writes(typeof(MockComponent))] [Writes(typeof(MockComponent))]
class AddMockComponentEngine : Engine class AddMockComponentEngine : Engine
@ -207,7 +214,7 @@ namespace Tests
} }
} }
[ReadsPending(typeof(MockComponent))] [ReadsImmediate(typeof(MockComponent))]
class HasMockComponentEngine : Engine class HasMockComponentEngine : Engine
{ {
private Entity entity; private Entity entity;
@ -258,6 +265,7 @@ namespace Tests
var world = worldBuilder.Build(); var world = worldBuilder.Build();
world.Update(0.01);
world.Update(0.01); world.Update(0.01);
Assert.AreEqual(mockComponent, gottenMockComponent); Assert.AreEqual(mockComponent, gottenMockComponent);
@ -369,6 +377,7 @@ namespace Tests
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
[Receives(typeof(RemoveComponentTestMessage))] [Receives(typeof(RemoveComponentTestMessage))]
[Writes(typeof(MockComponent))]
class RemoveComponentTestEngine : Engine class RemoveComponentTestEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -463,8 +472,8 @@ namespace Tests
} }
[Receives(typeof(CheckHasMockComponentMessage))] [Receives(typeof(CheckHasMockComponentMessage))]
[ReadsPending(typeof(MockComponent))] [ReadsImmediate(typeof(MockComponent))]
class CheckHasPendingMockComponentEngine : Engine class CheckHasImmediateMockComponentEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
{ {

705
test/EngineTest.cs
View File

@ -415,6 +415,88 @@ namespace Tests
Assert.Throws<IllegalReadException>(() => world.Update(0.01f)); Assert.Throws<IllegalReadException>(() => world.Update(0.01f));
} }
struct EntityMessage : IMessage, IHasEntity
{
public EntityMessage(Entity entity, int myInt)
{
Entity = entity;
MyInt = myInt;
}
public Entity Entity { get; }
public int MyInt { get; }
}
[Sends(typeof(EntityMessage), typeof(MockMessage))]
class EntityMessageEmitterEngine : Engine
{
private Entity _entity;
public EntityMessageEmitterEngine(Entity entity)
{
_entity = entity;
}
public override void Update(double dt)
{
SendMessage(new EntityMessage(_entity, 2));
SendMessage(new EntityMessage(_entity, 4));
SendMessage(new EntityMessage(_entity, 5));
SendMessage(new MockMessage());
}
}
static List<EntityMessage> entityMessageResults;
[Receives(typeof(EntityMessage))]
class EntityMessageReceiverEngine : Engine
{
private Entity _entity;
public EntityMessageReceiverEngine(Entity entity)
{
_entity = entity;
}
public override void Update(double dt)
{
entityMessageResults = ReadMessagesWithEntity<EntityMessage>(_entity).ToList();
}
}
[Test]
public void MessagesWithEntity()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
worldBuilder.AddEngine(new EntityMessageEmitterEngine(entity));
worldBuilder.AddEngine(new EntityMessageReceiverEngine(entity));
var world = worldBuilder.Build();
world.Update(0.01);
entityMessageResults.Should().HaveCount(3);
entityMessageResults.Should().ContainEquivalentOf(new EntityMessage(entity, 2));
entityMessageResults.Should().ContainEquivalentOf(new EntityMessage(entity, 4));
entityMessageResults.Should().ContainEquivalentOf(new EntityMessage(entity, 5));
}
[Test]
public void NoMessagesWithEntity()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
worldBuilder.AddEngine(new EntityMessageReceiverEngine(entity));
var world = worldBuilder.Build();
world.Update(0.01);
entityMessageResults.Should().BeEmpty();
}
class SomeComponentTestEngine : Engine class SomeComponentTestEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -593,7 +675,8 @@ namespace Tests
Assert.That(results, Does.Not.Contain((mockComponent, entity))); Assert.That(results, Does.Not.Contain((mockComponent, entity)));
} }
[Reads(typeof(DestroyerComponent), typeof(MockComponent))] [Reads(typeof(DestroyerComponent))]
[Writes(typeof(MockComponent))]
class DestroyAndAddComponentEngine : Engine class DestroyAndAddComponentEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -624,7 +707,7 @@ namespace Tests
} }
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
[WritesPending(typeof(MockComponent))] [WritesImmediate(typeof(MockComponent))]
[Writes(typeof(MockComponent))] [Writes(typeof(MockComponent))]
class AddAndRemoveMockComponentEngine : Engine class AddAndRemoveMockComponentEngine : Engine
{ {
@ -640,8 +723,8 @@ namespace Tests
static Entity entityResult; static Entity entityResult;
[ReadsPending(typeof(MockComponent))] [ReadsImmediate(typeof(MockComponent))]
class GetEntityFromPendingReadComponents : Engine class GetEntityFromImmediateReadComponents : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
{ {
@ -650,11 +733,11 @@ namespace Tests
} }
[Test] [Test]
public void GetEntityFromPendingComponentID() public void GetEntityFromImmediateComponentID()
{ {
var worldBuilder = new WorldBuilder(); var worldBuilder = new WorldBuilder();
worldBuilder.AddEngine(new AddAndRemoveMockComponentEngine()); worldBuilder.AddEngine(new AddAndRemoveMockComponentEngine());
worldBuilder.AddEngine(new GetEntityFromPendingReadComponents()); worldBuilder.AddEngine(new GetEntityFromImmediateReadComponents());
var entity = worldBuilder.CreateEntity(); var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent()); worldBuilder.SetComponent(entity, new MockComponent());
@ -665,6 +748,7 @@ namespace Tests
} }
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
[Writes(typeof(MockComponent))]
class DelayedMessageEngine : Engine class DelayedMessageEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -711,6 +795,7 @@ namespace Tests
} }
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
[Writes(typeof(MockComponent))]
class DelayedMessageIgnoringTimeDilationEngine : Engine class DelayedMessageIgnoringTimeDilationEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -753,8 +838,8 @@ namespace Tests
} }
[Receives(typeof(MockMessage))] [Receives(typeof(MockMessage))]
[WritesPending(typeof(MockComponent))] [WritesImmediate(typeof(MockComponent))]
[Writes(typeof(MockComponent))] [Writes(typeof(MockComponent), 1)]
class ActivateComponentEngine : Engine class ActivateComponentEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -767,7 +852,8 @@ namespace Tests
} }
} }
[ReadsPending(typeof(MockComponent))] [ReadsImmediate(typeof(MockComponent))]
[Writes(typeof(MockComponent), 0)]
class RemoveComponentEngine : Engine class RemoveComponentEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -780,17 +866,20 @@ namespace Tests
} }
[Test] [Test]
public void EngineAddAndRemoveComponentSameFrame() public void EngineAddAndRemoveComponentSameFrameWithRemovePriority()
{ {
var worldBuilder = new WorldBuilder(); var worldBuilder = new WorldBuilder();
worldBuilder.AddEngine(new ActivateComponentEngine()); worldBuilder.AddEngine(new ActivateComponentEngine());
worldBuilder.AddEngine(new RemoveComponentEngine()); worldBuilder.AddEngine(new RemoveComponentEngine());
worldBuilder.AddEngine(new ReadComponentsTestEngine());
worldBuilder.SendMessage(new MockMessage { }); worldBuilder.SendMessage(new MockMessage { });
var world = worldBuilder.Build(); var world = worldBuilder.Build();
Assert.DoesNotThrow(() => world.Update(0.01)); Assert.DoesNotThrow(() => world.Update(0.01));
world.Update(0.01); // update again for the read
resultComponents.Should().BeEmpty();
} }
struct DestroyComponentMessage : IMessage { public Entity entity; } struct DestroyComponentMessage : IMessage { public Entity entity; }
@ -826,7 +915,7 @@ namespace Tests
worldBuilder.AddEngine(new ReadEntityByComponentTypeEngine()); worldBuilder.AddEngine(new ReadEntityByComponentTypeEngine());
var entity = worldBuilder.CreateEntity(); var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent { }); worldBuilder.SetComponent(entity, new MockComponent());
var world = worldBuilder.Build(); var world = worldBuilder.Build();
world.Update(0.01); world.Update(0.01);
@ -834,7 +923,69 @@ namespace Tests
entity.Should().BeEquivalentTo(readEntity); entity.Should().BeEquivalentTo(readEntity);
} }
struct MockComponentB : IComponent
{
public MockComponentB(int value)
{
this.value = value;
}
int value;
}
static MockComponentB getComponentResult;
[Reads(typeof(MockComponent), typeof(MockComponentB))]
class GetComponentEngine : Engine
{
public override void Update(double dt)
{
getComponentResult = GetComponent<MockComponentB>(ReadEntity<MockComponent>());
}
}
[Test]
public void GetComponent()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
worldBuilder.SetComponent(entity, new MockComponentB(3));
worldBuilder.AddEngine(new GetComponentEngine());
var world = worldBuilder.Build();
world.Update(0.01);
getComponentResult.Should().BeEquivalentTo(new MockComponentB(3));
}
[Reads(typeof(MockComponent), typeof(MockComponentB))]
class GetComponentExceptionEngine : Engine
{
public override void Update(double dt)
{
foreach (var entity in ReadEntities<MockComponent>())
{
GetComponent<MockComponentB>(entity);
}
}
}
[Test]
public void GetComponentWhenComponentIsNotOnEntity()
{
var worldBuilder = new WorldBuilder();
worldBuilder.AddEngine(new GetComponentExceptionEngine());
var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
var world = worldBuilder.Build();
Assert.Throws<Encompass.Exceptions.NoComponentOfTypeOnEntityException>(() => world.Update(0.01));
}
static Entity[] readEntities; static Entity[] readEntities;
@ -926,6 +1077,7 @@ namespace Tests
} }
[Reads(typeof(MockComponent))] [Reads(typeof(MockComponent))]
[Writes(typeof(MockComponent))]
class RemoveComponentByTypeEngine : Engine class RemoveComponentByTypeEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -1087,5 +1239,536 @@ namespace Tests
undilatedDeltaTime.Should().Be(0.5); undilatedDeltaTime.Should().Be(0.5);
} }
public class QueryTests
{
struct MockComponentB : IComponent { }
struct MockComponentC : IComponent { }
struct MockComponentD : IComponent { }
[Reads(typeof(MockComponent), typeof(MockComponentB))]
[Writes(typeof(MockComponentB))]
[QueryWith(typeof(MockComponent), typeof(MockComponentB))]
class EntityQueryWithComponentsEngine : Engine
{
private List<Entity> entities;
public EntityQueryWithComponentsEngine(List<Entity> entities)
{
this.entities = entities;
}
public override void Update(double dt)
{
entities.Clear();
foreach (var entity in TrackedEntities)
{
entities.Add(entity);
RemoveComponent<MockComponentB>(entity);
}
}
}
[Test]
public void EntitiesWithComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
var entityB = worldBuilder.CreateEntity();
var entityC = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
worldBuilder.SetComponent(entity, new MockComponentB());
worldBuilder.SetComponent(entityB, new MockComponent());
worldBuilder.SetComponent(entityB, new MockComponentB());
worldBuilder.SetComponent(entityC, new MockComponentB());
var queriedEntities = new List<Entity>();
worldBuilder.AddEngine(new EntityQueryWithComponentsEngine(queriedEntities));
var world = worldBuilder.Build();
world.Update(0.01);
queriedEntities.Should().BeEquivalentTo(new Entity[] { entity, entityB });
world.Update(0.01);
queriedEntities.Should().BeEmpty();
}
[Reads(typeof(MockComponent))]
[Writes(typeof(MockComponent))]
[QueryWithout(typeof(MockComponent))]
class EntityQueryWithoutComponentsEngine : Engine
{
private List<Entity> entities;
public EntityQueryWithoutComponentsEngine(List<Entity> entities)
{
this.entities = entities;
}
public override void Update(double dt)
{
entities.Clear();
foreach (var entity in TrackedEntities)
{
entities.Add(entity);
SetComponent(entity, new MockComponent());
}
}
}
[Test]
public void EntitiesWithoutComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
var entityB = worldBuilder.CreateEntity();
var entityC = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
worldBuilder.SetComponent(entity, new MockComponentB());
worldBuilder.SetComponent(entityB, new MockComponent());
worldBuilder.SetComponent(entityB, new MockComponentB());
worldBuilder.SetComponent(entityC, new MockComponentB());
var queriedEntities = new List<Entity>();
worldBuilder.AddEngine(new EntityQueryWithoutComponentsEngine(queriedEntities));
var world = worldBuilder.Build();
world.Update(0.01);
queriedEntities.ToArray().Should().BeEquivalentTo(new Entity[] { entityC });
world.Update(0.01);
queriedEntities.Should().BeEmpty();
}
[Reads(typeof(MockComponent), typeof(MockComponentB), typeof(MockComponentD))]
[QueryWith(typeof(MockComponent), typeof(MockComponentB))]
[QueryWithout(typeof(MockComponentD))]
class EntityQueryWithandWithoutComponentsEngine : Engine
{
private List<Entity> entities;
public EntityQueryWithandWithoutComponentsEngine(List<Entity> entities)
{
this.entities = entities;
}
public override void Update(double dt)
{
entities.Clear();
entities.AddRange(TrackedEntities);
}
}
[Test]
public void EntitiesWithAndWithoutComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
var entityB = worldBuilder.CreateEntity();
var entityC = worldBuilder.CreateEntity();
var entityD = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
worldBuilder.SetComponent(entity, new MockComponentB());
worldBuilder.SetComponent(entity, new MockComponentD());
worldBuilder.SetComponent(entityB, new MockComponent());
worldBuilder.SetComponent(entityC, new MockComponent());
worldBuilder.SetComponent(entityC, new MockComponentB());
worldBuilder.SetComponent(entityC, new MockComponentC());
worldBuilder.SetComponent(entityC, new MockComponentD());
worldBuilder.SetComponent(entityD, new MockComponent());
worldBuilder.SetComponent(entityD, new MockComponentB());
worldBuilder.SetComponent(entityD, new MockComponentC());
var queriedEntities = new List<Entity>();
worldBuilder.AddEngine(new EntityQueryWithandWithoutComponentsEngine(queriedEntities));
var world = worldBuilder.Build();
world.Update(0.01);
queriedEntities.ToArray().Should().BeEquivalentTo(new Entity[] { entityD });
}
[Reads(typeof(MockComponent))]
[WritesImmediate(typeof(MockComponentB))]
[Writes(typeof(MockComponentB), 0)]
class AddImmediateComponentEngine : Engine
{
public override void Update(double dt)
{
foreach (var entity in ReadEntities<MockComponent>())
{
SetComponent(entity, new MockComponentB());
}
}
}
[ReadsImmediate(typeof(MockComponentB))]
[QueryWith(typeof(MockComponentB))]
class EntityQueryWithImmediateComponentsEngine : Engine
{
private List<Entity> entities;
public EntityQueryWithImmediateComponentsEngine(List<Entity> entities)
{
this.entities = entities;
}
public override void Update(double dt)
{
entities.Clear();
entities.AddRange(TrackedEntities);
}
}
[Test]
public void EntitiesWithImmediateComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
var entityB = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
var queriedEntities = new List<Entity>();
worldBuilder.AddEngine(new AddImmediateComponentEngine());
worldBuilder.AddEngine(new EntityQueryWithImmediateComponentsEngine(queriedEntities));
var world = worldBuilder.Build();
world.Update(0.01);
queriedEntities.ToArray().Should().BeEquivalentTo(new Entity[] { entity });
}
[ReadsImmediate(typeof(MockComponentB))]
[QueryWithout(typeof(MockComponentB))]
class EntityQueryWithoutImmediateComponentsEngine : Engine
{
private List<Entity> entities;
public EntityQueryWithoutImmediateComponentsEngine(List<Entity> entities)
{
this.entities = entities;
}
public override void Update(double dt)
{
entities.Clear();
entities.AddRange(TrackedEntities);
}
}
[Test]
public void EntitiesWithoutImmediateComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
var entityB = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
var queriedEntities = new List<Entity>();
worldBuilder.AddEngine(new AddImmediateComponentEngine());
worldBuilder.AddEngine(new EntityQueryWithoutImmediateComponentsEngine(queriedEntities));
var world = worldBuilder.Build();
world.Update(0.01);
queriedEntities.ToArray().Should().BeEquivalentTo(new Entity[] { entityB });
}
[Reads(typeof(MockComponentC), typeof(MockComponentD))]
[WritesImmediate(typeof(MockComponent), typeof(MockComponentB))]
[Writes(typeof(MockComponent), 0)]
[Writes(typeof(MockComponentB), 0)]
class ConditionallyAddImmediateComponentsEngine : Engine
{
public override void Update(double dt)
{
foreach (var entity in ReadEntities<MockComponentC>())
{
SetComponent(entity, new MockComponent());
}
foreach (var entity in ReadEntities<MockComponentD>())
{
SetComponent(entity, new MockComponent());
SetComponent(entity, new MockComponentB());
}
}
}
[ReadsImmediate(typeof(MockComponent), typeof(MockComponentB))]
[QueryWith(typeof(MockComponent))]
[QueryWithout(typeof(MockComponentB))]
class EntityQueryWithAndWithoutImmediateComponentsEngine : Engine
{
private List<Entity> entities;
public EntityQueryWithAndWithoutImmediateComponentsEngine(List<Entity> entities)
{
this.entities = entities;
}
public override void Update(double dt)
{
entities.Clear();
entities.AddRange(TrackedEntities);
}
}
[Test]
public void EntitiesWithAndWithoutImmediateComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
var entityB = worldBuilder.CreateEntity();
var entityC = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entityB, new MockComponentC());
worldBuilder.SetComponent(entityC, new MockComponentD());
var queriedEntities = new List<Entity>();
worldBuilder.AddEngine(new ConditionallyAddImmediateComponentsEngine());
worldBuilder.AddEngine(new EntityQueryWithAndWithoutImmediateComponentsEngine(queriedEntities));
var world = worldBuilder.Build();
world.Update(0.01);
queriedEntities.ToArray().Should().BeEquivalentTo(new Entity[] { entityB });
}
[Reads(typeof(MockComponentC))]
[WritesImmediate(typeof(MockComponentB))]
[Writes(typeof(MockComponentB), 0)]
class ConditionallyAddImmediateComponentEngine : Engine
{
public override void Update(double dt)
{
foreach (var entity in ReadEntities<MockComponentC>())
{
SetComponent(entity, new MockComponentB());
}
}
}
[ReadsImmediate(typeof(MockComponentB))]
[Reads(typeof(MockComponent))]
[QueryWith(typeof(MockComponent), typeof(MockComponentB))]
class EntityQueryWithImmediateAndNonImmediateComponents : Engine
{
private List<Entity> entities;
public EntityQueryWithImmediateAndNonImmediateComponents(List<Entity> entities)
{
this.entities = entities;
}
public override void Update(double dt)
{
entities.Clear();
entities.AddRange(TrackedEntities);
}
}
[Test]
public void EntitiesWithImmediateAndNonImmediateComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
var entityB = worldBuilder.CreateEntity();
var entityC = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entityB, new MockComponent());
worldBuilder.SetComponent(entityB, new MockComponentC());
worldBuilder.SetComponent(entityC, new MockComponentD());
var queriedEntities = new List<Entity>();
worldBuilder.AddEngine(new ConditionallyAddImmediateComponentEngine());
worldBuilder.AddEngine(new EntityQueryWithImmediateAndNonImmediateComponents(queriedEntities));
var world = worldBuilder.Build();
world.Update(0.01);
queriedEntities.ToArray().Should().BeEquivalentTo(new Entity[] { entityB });
}
[ReadsImmediate(typeof(MockComponentB))]
class ReadImmediateComponentsEngine : Engine
{
private List<MockComponentB> _components;
public ReadImmediateComponentsEngine(List<MockComponentB> components)
{
_components = components;
}
public override void Update(double dt)
{
_components.AddRange(ReadComponents<MockComponentB>());
}
}
[Test]
public void ReadImmediateComponents()
{
var worldBuilder = new WorldBuilder();
var _components = new List<MockComponentB>();
var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
worldBuilder.AddEngine(new AddImmediateComponentEngine());
worldBuilder.AddEngine(new ReadImmediateComponentsEngine(_components));
var world = worldBuilder.Build();
world.Update(0.01);
_components.Should().NotBeEmpty();
}
[ReadsImmediate(typeof(MockComponentB))]
[Reads(typeof(MockComponent))]
class HasAndGetImmediateComponentEngine : Engine
{
private List<MockComponentB> _components;
public HasAndGetImmediateComponentEngine(List<MockComponentB> components)
{
_components = components;
}
public override void Update(double dt)
{
foreach (var (component, entity) in ReadComponentsIncludingEntity<MockComponent>())
{
if (HasComponent<MockComponentB>(entity))
{
_components.Add(GetComponent<MockComponentB>(entity));
}
}
}
}
[Test]
public void HasAndGetImmediateComponent()
{
var worldBuilder = new WorldBuilder();
var _components = new List<MockComponentB>();
var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
worldBuilder.AddEngine(new AddImmediateComponentEngine());
worldBuilder.AddEngine(new HasAndGetImmediateComponentEngine(_components));
var world = worldBuilder.Build();
world.Update(0.01);
_components.Should().NotBeEmpty();
}
struct MockTimerComponent : IComponent
{
public MockTimerComponent(double time)
{
Timer = time;
}
public double Timer { get; set; }
}
[Reads(typeof(MockTimerComponent))]
[Writes(typeof(MockTimerComponent))]
class ReadWhileRemovingComponentsEngine : Engine
{
public override void Update(double dt)
{
foreach (var (component, entity) in ReadComponentsIncludingEntity<MockTimerComponent>())
{
var updatedComponent = component;
updatedComponent.Timer -= dt;
if (updatedComponent.Timer <= 0)
{
RemoveComponent<MockTimerComponent>(entity);
}
else
{
SetComponent<MockTimerComponent>(entity, updatedComponent);
}
}
}
}
[Test]
public void ReadWhileRemovingComponents()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockTimerComponent(0.5));
var entityB = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entityB, new MockTimerComponent(0.4));
worldBuilder.AddEngine(new ReadWhileRemovingComponentsEngine());
var world = worldBuilder.Build();
Assert.DoesNotThrow(() => world.Update(0.2));
Assert.DoesNotThrow(() => world.Update(0.25));
}
[Test]
public void DestroyedEntitiesAreRemovedFromTracking()
{
var worldBuilder = new WorldBuilder();
var entity = worldBuilder.CreateEntity();
worldBuilder.SetComponent(entity, new MockComponent());
worldBuilder.AddEngine(new DestroyWithEngine());
worldBuilder.AddEngine(new ReadEntitiesWithComponentTypeEngine());
var world = worldBuilder.Build();
world.Update(0.01);
world.Update(0.01);
readEntities.Should().BeEmpty();
}
}
} }
} }

16
test/EntityTest.cs
View File

@ -2,6 +2,7 @@ using NUnit.Framework;
using FluentAssertions; using FluentAssertions;
using Encompass; using Encompass;
using Encompass.Exceptions;
namespace Tests namespace Tests
{ {
@ -20,5 +21,18 @@ namespace Tests
Assert.AreEqual(entity, entity); Assert.AreEqual(entity, entity);
Assert.IsTrue(entity == copyEntity); Assert.IsTrue(entity == copyEntity);
} }
[Test]
public void EntityOverflowException()
{
var worldBuilder = new WorldBuilder(16);
for (var i = 0; i < 16; i++)
{
worldBuilder.CreateEntity();
}
Assert.Throws<EntityOverflowException>(() => worldBuilder.CreateEntity());
}
} }
} }

4
test/OrderedRendererTest.cs
View File

@ -48,6 +48,8 @@ namespace Tests
public void RenderMethodCalledOnWorldDraw() public void RenderMethodCalledOnWorldDraw()
{ {
var worldBuilder = new WorldBuilder(); var worldBuilder = new WorldBuilder();
worldBuilder.RegisterDrawLayer(2);
var renderer = worldBuilder.AddOrderedRenderer(new CalledRenderer()); var renderer = worldBuilder.AddOrderedRenderer(new CalledRenderer());
AComponent aComponent; AComponent aComponent;
@ -86,6 +88,8 @@ namespace Tests
calledOnDraw = false; calledOnDraw = false;
var worldBuilder = new WorldBuilder(); var worldBuilder = new WorldBuilder();
worldBuilder.RegisterDrawLayer(1);
worldBuilder.AddEngine(new DestroyerEngine()); worldBuilder.AddEngine(new DestroyerEngine());
var renderer = worldBuilder.AddOrderedRenderer(new CalledRenderer()); var renderer = worldBuilder.AddOrderedRenderer(new CalledRenderer());

2
test/SpawnerTest.cs
View File

@ -19,7 +19,7 @@ namespace Tests
} }
} }
[WritesPending(typeof(TestComponent))] [WritesImmediate(typeof(TestComponent))]
[Writes(typeof(TestComponent))] [Writes(typeof(TestComponent))]
class TestSpawner : Spawner<SpawnMessageA> class TestSpawner : Spawner<SpawnMessageA>
{ {

14
test/WorldBuilderTest.cs
View File

@ -153,7 +153,7 @@ namespace Tests
[Receives(typeof(SetMessage))] [Receives(typeof(SetMessage))]
[Writes(typeof(AComponent), 0)] [Writes(typeof(AComponent), 0)]
[WritesPending(typeof(AComponent))] [WritesImmediate(typeof(AComponent))]
class AEngine : Engine class AEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -167,7 +167,7 @@ namespace Tests
[Receives(typeof(SetMessage))] [Receives(typeof(SetMessage))]
[Writes(typeof(AComponent), 1)] [Writes(typeof(AComponent), 1)]
[WritesPending(typeof(AComponent))] [WritesImmediate(typeof(AComponent))]
class BEngine : Engine class BEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -181,7 +181,7 @@ namespace Tests
static AComponent resultComponent; static AComponent resultComponent;
[ReadsPending(typeof(AComponent))] [ReadsImmediate(typeof(AComponent))]
class ReadComponentEngine : Engine class ReadComponentEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -222,7 +222,7 @@ namespace Tests
[Receives(typeof(SetMessage))] [Receives(typeof(SetMessage))]
[Writes(typeof(AComponent))] [Writes(typeof(AComponent))]
[WritesPending(typeof(AComponent))] [WritesImmediate(typeof(AComponent))]
[Encompass.DefaultWritePriority(4)] [Encompass.DefaultWritePriority(4)]
class AEngine : Engine class AEngine : Engine
{ {
@ -238,7 +238,7 @@ namespace Tests
[Receives(typeof(SetMessage))] [Receives(typeof(SetMessage))]
[Writes(typeof(AComponent), 3)] [Writes(typeof(AComponent), 3)]
[WritesPending(typeof(AComponent))] [WritesImmediate(typeof(AComponent))]
class BEngine : Engine class BEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -252,7 +252,7 @@ namespace Tests
[Receives(typeof(SetMessage))] [Receives(typeof(SetMessage))]
[Writes(typeof(AComponent), 2)] [Writes(typeof(AComponent), 2)]
[WritesPending(typeof(AComponent))] [WritesImmediate(typeof(AComponent))]
class CEngine : Engine class CEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)
@ -266,7 +266,7 @@ namespace Tests
static AComponent resultComponent; static AComponent resultComponent;
[ReadsPending(typeof(AComponent))] [ReadsImmediate(typeof(AComponent))]
class ReadComponentEngine : Engine class ReadComponentEngine : Engine
{ {
public override void Update(double dt) public override void Update(double dt)

6
test/WorldTest.cs
View File

@ -39,6 +39,12 @@ namespace Tests
public void DrawOrder() public void DrawOrder()
{ {
var worldBuilder = new WorldBuilder(); var worldBuilder = new WorldBuilder();
worldBuilder.RegisterDrawLayer(1);
worldBuilder.RegisterDrawLayer(2);
worldBuilder.RegisterDrawLayer(3);
worldBuilder.RegisterDrawLayer(4);
worldBuilder.RegisterDrawLayer(7);
worldBuilder.AddOrderedRenderer(new TestEntityRenderer()); worldBuilder.AddOrderedRenderer(new TestEntityRenderer());
var testGeneralRenderer = worldBuilder.AddGeneralRenderer(new TestGeneralRenderer(), 7); var testGeneralRenderer = worldBuilder.AddGeneralRenderer(new TestGeneralRenderer(), 7);

2
test/test.csproj
View File

@ -15,4 +15,4 @@
<ItemGroup> <ItemGroup>
<ProjectReference Include="..\encompass-cs\encompass-cs.csproj" /> <ProjectReference Include="..\encompass-cs\encompass-cs.csproj" />
</ItemGroup> </ItemGroup>
</Project> </Project>