static AgentComponentGhostComponentSerializer()
{
State = new GhostComponentSerializer.State
{
GhostFieldsHash = 14767913548786401661,
ExcludeFromComponentCollectionHash = 0,
ComponentType = ComponentType.ReadWrite <AgentComponent>(),
ComponentSize = UnsafeUtility.SizeOf <AgentComponent>(),
SnapshotSize = UnsafeUtility.SizeOf <Snapshot>(),
ChangeMaskBits = ChangeMaskBits,
SendMask = GhostComponentSerializer.SendMask.Interpolated | GhostComponentSerializer.SendMask.Predicted,
SendForChildEntities = 1,
CopyToSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyToSnapshot),
CopyFromSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyFromSnapshot),
RestoreFromBackup =
new PortableFunctionPointer <GhostComponentSerializer.RestoreFromBackupDelegate>(RestoreFromBackup),
PredictDelta = new PortableFunctionPointer <GhostComponentSerializer.PredictDeltaDelegate>(PredictDelta),
CalculateChangeMask =
new PortableFunctionPointer <GhostComponentSerializer.CalculateChangeMaskDelegate>(
CalculateChangeMask),
Serialize = new PortableFunctionPointer <GhostComponentSerializer.SerializeDelegate>(Serialize),
Deserialize = new PortableFunctionPointer <GhostComponentSerializer.DeserializeDelegate>(Deserialize),
#if UNITY_EDITOR || DEVELOPMENT_BUILD
ReportPredictionErrors = new PortableFunctionPointer <GhostComponentSerializer.ReportPredictionErrorsDelegate>(ReportPredictionErrors),
#endif
};
#if UNITY_EDITOR || DEVELOPMENT_BUILD
State.NumPredictionErrorNames = GetPredictionErrorNames(ref State.PredictionErrorNames);
#endif
}
static PropHuntMixedComponentsKCCVelocityGhostComponentSerializer()
{
State = new GhostComponentSerializer.State
{
GhostFieldsHash = 6104341673800988698,
ExcludeFromComponentCollectionHash = 0,
ComponentType = ComponentType.ReadWrite <PropHunt.Mixed.Components.KCCVelocity>(),
ComponentSize = UnsafeUtility.SizeOf <PropHunt.Mixed.Components.KCCVelocity>(),
SnapshotSize = UnsafeUtility.SizeOf <Snapshot>(),
ChangeMaskBits = ChangeMaskBits,
SendMask = GhostComponentSerializer.SendMask.Predicted,
SendForChildEntities = 1,
CopyToSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyToSnapshot),
CopyFromSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyFromSnapshot),
RestoreFromBackup =
new PortableFunctionPointer <GhostComponentSerializer.RestoreFromBackupDelegate>(RestoreFromBackup),
PredictDelta = new PortableFunctionPointer <GhostComponentSerializer.PredictDeltaDelegate>(PredictDelta),
CalculateChangeMask =
new PortableFunctionPointer <GhostComponentSerializer.CalculateChangeMaskDelegate>(
CalculateChangeMask),
Serialize = new PortableFunctionPointer <GhostComponentSerializer.SerializeDelegate>(Serialize),
Deserialize = new PortableFunctionPointer <GhostComponentSerializer.DeserializeDelegate>(Deserialize),
#if UNITY_EDITOR || DEVELOPMENT_BUILD
ReportPredictionErrors = new PortableFunctionPointer <GhostComponentSerializer.ReportPredictionErrorsDelegate>(ReportPredictionErrors),
#endif
};
#if UNITY_EDITOR || DEVELOPMENT_BUILD
State.NumPredictionErrorNames = GetPredictionErrorNames(ref State.PredictionErrorNames);
#endif
}
public void AddSerializer(GhostComponentSerializer.State state)
{
//This is always enforced to avoid bad usage of the api
if (m_GhostComponentCollection.IsCreated)
{
throw new InvalidOperationException("Cannot register new GhostComponentSerializer after the RpcSystem has started running");
}
#if ENABLE_UNITY_COLLECTIONS_CHECKS
for (int i = 0; i < m_PendingGhostComponentCollection.Count; ++i)
{
// FIXME: this is a workaround for fast enter play mode
if (m_PendingGhostComponentCollection[i].ComponentType == state.ComponentType)
{
throw new InvalidOperationException($"GhostComponentSerializer for type {state.ComponentType.GetManagedType().Name} is already registered");
}
}
#endif
//When the state is registered the serializer hash is computed once
state.SerializerHash = state.ExcludeFromComponentCollectionHash == 0 ? HashGhostComponentSerializer(state) : 0;
m_PendingGhostComponentCollection.Add(state);
}
static GhostComponentSerializer.State GetState()
{
// This needs to be lazy initialized because otherwise there is a depenency on the static initialization order which breaks il2cpp builds due to TYpeManager not being initialized yet
if (!s_StateInitialized)
{
s_State = new GhostComponentSerializer.State
{
GhostFieldsHash = 11266163746584454747,
ExcludeFromComponentCollectionHash = 0,
ComponentType = ComponentType.ReadWrite <LookRotationComponent>(),
ComponentSize = UnsafeUtility.SizeOf <LookRotationComponent>(),
SnapshotSize = UnsafeUtility.SizeOf <Snapshot>(),
ChangeMaskBits = ChangeMaskBits,
SendMask = GhostComponentSerializer.SendMask.Interpolated | GhostComponentSerializer.SendMask.Predicted,
SendToOwner = SendToOwnerType.All,
SendForChildEntities = 1,
VariantHash = 0,
CopyToSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyToSnapshot),
CopyFromSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyFromSnapshot),
RestoreFromBackup =
new PortableFunctionPointer <GhostComponentSerializer.RestoreFromBackupDelegate>(RestoreFromBackup),
PredictDelta = new PortableFunctionPointer <GhostComponentSerializer.PredictDeltaDelegate>(PredictDelta),
CalculateChangeMask =
new PortableFunctionPointer <GhostComponentSerializer.CalculateChangeMaskDelegate>(
CalculateChangeMask),
Serialize = new PortableFunctionPointer <GhostComponentSerializer.SerializeDelegate>(Serialize),
Deserialize = new PortableFunctionPointer <GhostComponentSerializer.DeserializeDelegate>(Deserialize),
#if UNITY_EDITOR || DEVELOPMENT_BUILD
ReportPredictionErrors = new PortableFunctionPointer <GhostComponentSerializer.ReportPredictionErrorsDelegate>(ReportPredictionErrors),
#endif
};
#if UNITY_EDITOR || DEVELOPMENT_BUILD
s_State.NumPredictionErrorNames = GetPredictionErrorNames(ref s_State.PredictionErrorNames);
#endif
s_StateInitialized = true;
}
return(s_State);
}
static GhostComponentSerializer.State GetState()
{
// This needs to be lazy initialized because otherwise there is a depenency on the static initialization order which breaks il2cpp builds due to TYpeManager not being initialized yet
if (!s_StateInitialized)
{
s_State = new GhostComponentSerializer.State
{
GhostFieldsHash = __GHOST_FIELD_HASH__,
ExcludeFromComponentCollectionHash = __GHOST_COMPONENT_EXCLUDE_FROM_COLLECTION_HASH__,
ComponentType = ComponentType.ReadWrite <__GHOST_COMPONENT_TYPE__>(),
ComponentSize = UnsafeUtility.SizeOf <__GHOST_COMPONENT_TYPE__>(),
SnapshotSize = UnsafeUtility.SizeOf <Snapshot>(),
ChangeMaskBits = ChangeMaskBits,
SendMask = __GHOST_SEND_MASK__,
SendToOwner = __GHOST_SEND_OWNER__,
SendForChildEntities = __GHOST_SEND_CHILD_ENTITY__,
VariantHash = __GHOST_VARIANT_HASH__,
CopyToSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyToSnapshot),
CopyFromSnapshot =
new PortableFunctionPointer <GhostComponentSerializer.CopyToFromSnapshotDelegate>(CopyFromSnapshot),
RestoreFromBackup =
new PortableFunctionPointer <GhostComponentSerializer.RestoreFromBackupDelegate>(RestoreFromBackup),
PredictDelta = new PortableFunctionPointer <GhostComponentSerializer.PredictDeltaDelegate>(PredictDelta),
CalculateChangeMask =
new PortableFunctionPointer <GhostComponentSerializer.CalculateChangeMaskDelegate>(
CalculateChangeMask),
Serialize = new PortableFunctionPointer <GhostComponentSerializer.SerializeDelegate>(Serialize),
Deserialize = new PortableFunctionPointer <GhostComponentSerializer.DeserializeDelegate>(Deserialize),
#if UNITY_EDITOR || DEVELOPMENT_BUILD
ReportPredictionErrors = new PortableFunctionPointer <GhostComponentSerializer.ReportPredictionErrorsDelegate>(ReportPredictionErrors),
#endif
};
#if UNITY_EDITOR || DEVELOPMENT_BUILD
s_State.NumPredictionErrorNames = GetPredictionErrorNames(ref s_State.PredictionErrorNames);
#endif
s_StateInitialized = true;
}
return(s_State);
}
