public EntityProxyEnvelope CreateEnvelope()
{
EntityProxyEnvelope env = EntityProxyEnvelopePool.Acquire();
env.Proxy = this;
env.Flags = this.Flags;
env.ControlTokenLost = this.ControlTokenLost;
env.ControlTokenGained = this.ControlTokenGained;
return(env);
}
private void ApplyPropertyPriorities(EntityProxyEnvelope env)
{
for (int i = 0; i < env.Written.Count; ++i)
{
Priority p = env.Written[i];
// set flag for sending this property again
env.Proxy.Set(p.PropertyIndex);
// increment priority
env.Proxy.PropertyPriority[p.PropertyIndex].PropertyPriority += p.PropertyPriority;
}
}
public static EntityProxyEnvelope Acquire()
{
EntityProxyEnvelope obj;
if (Pool.Count > 0)
{
obj = Pool.Pop();
}
else
{
obj = new EntityProxyEnvelope();
}
return(obj);
}
int IEntitySerializer.Pack(Connection connection, Packet stream, EntityProxyEnvelope env)
{
int propertyCount = 0;
BitSet filter = ((IEntitySerializer)this).GetFilter(connection, env.Proxy);
Priority[] tempPriority = Meta.PropertiesTempPriority;
Priority[] proxyPriority = env.Proxy.PropertyPriority;
for (int i = 0; i < proxyPriority.Length; ++i)
{
NetAssert.True(proxyPriority[i].PropertyIndex == i);
// if this property is set both in our filter and the proxy mask we can consider it for sending
if (filter.IsSet(i) && env.Proxy.IsSet(i))
{
// increment priority for this property
proxyPriority[i].PropertyPriority += Meta.Properties[i].Property.PropertyPriority;
proxyPriority[i].PropertyPriority = UE.Mathf.Clamp(proxyPriority[i].PropertyPriority, 0, Core.Config.maxPropertyPriority);
// copy to our temp array
tempPriority[propertyCount] = proxyPriority[i];
// increment temp count
propertyCount += 1;
}
}
// sort temp array based on priority
Array.Sort <Priority>(tempPriority, 0, propertyCount, Priority.Comparer.Instance);
// write into stream
PackProperties(connection, stream, env, tempPriority, propertyCount);
for (int i = 0; i < env.Written.Count; ++i)
{
Priority p = env.Written[i];
// clear priority for written property
env.Proxy.PropertyPriority[p.PropertyIndex].PropertyPriority = 0;
// clear mask for it
env.Proxy.Clear(p.PropertyIndex);
}
return(env.Written.Count);
}
public static void Release(EntityProxyEnvelope obj)
{
Pool.Push(obj);
}
private int PackUpdate(Packet packet, EntityProxy proxy)
{
int pos = packet.Position;
int packCount = 0;
EntityProxyEnvelope env = proxy.CreateEnvelope();
packet.WriteBool(true);
packet.WriteNetworkId(proxy.NetworkId);
if (packet.WriteBool(proxy.Entity.IsController(connection)))
{
packet.WriteToken(proxy.ControlTokenGained);
proxy.ControlTokenLost = null;
}
else
{
packet.WriteToken(proxy.ControlTokenLost);
proxy.ControlTokenGained = null;
}
if (packet.WriteBool(proxy.Flags & ProxyFlags.DESTROY_REQUESTED))
{
packet.WriteToken(proxy.Entity.DetachToken);
}
else
{
// data for first packet
if (packet.WriteBool(proxy.Flags & ProxyFlags.CREATE_REQUESTED))
{
packet.WriteToken(proxy.Entity.AttachToken);
packet.WritePrefabId(proxy.Entity.PrefabId);
packet.WriteTypeId(proxy.Entity.Serializer.TypeId);
packet.WriteVector3(proxy.Entity.UnityObject.transform.position);
packet.WriteQuaternion(proxy.Entity.UnityObject.transform.rotation);
if (packet.WriteBool(proxy.Entity.IsSceneObject))
{
NetAssert.False(proxy.Entity.SceneId.IsNone,
string.Format("'{0}' is marked a scene object but has no scene id ",
proxy.Entity.UnityObject.gameObject));
packet.WriteUniqueId(proxy.Entity.SceneId);
}
}
packCount = proxy.Entity.Serializer.Pack(connection, packet, env);
}
if (packet.Overflowing)
{
packet.Position = pos;
return(-1);
}
if (packCount == -1)
{
packet.Position = pos;
return(0);
}
else
{
var isForce = proxy.Flags & ProxyFlags.FORCE_SYNC;
var isCreate = proxy.Flags & ProxyFlags.CREATE_REQUESTED;
var isDestroy = proxy.Flags & ProxyFlags.DESTROY_REQUESTED;
// if we didn't pack anything and we are not creating or destroying this, just goto next
if ((packCount == 0) && !isCreate && !isDestroy && !isForce)
{
packet.Position = pos;
return(0);
}
// set in progress flags
if (isDestroy)
{
env.Flags = (proxy.Flags |= ProxyFlags.DESTROY_PENDING);
}
// clear force sync flag
proxy.Flags &= ~ProxyFlags.FORCE_SYNC;
// clear skipped count
proxy.Skipped = 0;
// set packet number
env.PacketNumber = packet.Number;
// put on packets list
packet.EntityUpdates.Enqueue(env);
// put on proxies pending queue
// NetLog.Info("adding envelope to {0}, count: {1}", proxy, proxy.Envelopes.Count + 1);
proxy.Envelopes.Enqueue(env);
// keep going!
return(1);
}
}
void PackProperties(Connection connection, Packet packet, EntityProxyEnvelope env, Priority[] priority, int count)
{
int propertyCountPtr = packet.Position;
packet.WriteByte(0, Meta.PacketMaxPropertiesBits);
// how many bits can we write at the most
int bits = System.Math.Min(Meta.PacketMaxBits, packet.Size - packet.Position);
for (int i = 0; i < count; ++i)
{
// this means we can even fit another property id
if (bits <= Meta.PropertyIdBits)
{
break;
}
// we have written enough properties
if (env.Written.Count == Meta.PacketMaxProperties)
{
break;
}
Priority p = priority[i];
NetworkPropertyInfo pi = Meta.Properties[p.PropertyIndex];
if (p.PropertyPriority == 0)
{
break;
}
int b = Meta.PropertyIdBits + pi.Property.BitCount(Objects[pi.OffsetObjects]);
int ptr = packet.Position;
if (bits >= b)
{
// write property id
packet.WriteInt(p.PropertyIndex, Meta.PropertyIdBits);
if (pi.Property.Write(connection, Objects[pi.OffsetObjects], Storage, packet))
{
#if DEBUG
int totalBits = packet.Position - ptr;
if (totalBits != b)
{
//NetLog.Warn("Property of type {0} did not write the correct amount of bits, written: {1}, expected: {2}", pi.Property, totalBits, b);
}
#endif
if (packet.Overflowing)
{
packet.Position = ptr;
break;
}
// use up bits
bits -= b;
// add to written list
env.Written.Add(p);
}
else
{
// reset position
packet.Position = ptr;
}
}
}
// gotta be less then 256
NetAssert.True(env.Written.Count <= Meta.PacketMaxProperties);
// write the amount of properties
Packet.WriteByteAt(packet.ByteBuffer, propertyCountPtr, Meta.PacketMaxPropertiesBits, (byte)env.Written.Count);
}