public static void Replicate(object obj)
{
Debug.Assert(Static != null);
Debug.Assert(Static.m_peer is MyRakNetServer);
Debug.Assert(Static.m_idToType.Contains(obj.GetType()));
int typeID = Static.m_typeToId[obj.GetType()];
uint networkID = Static.GetNetworkUniqueID();
BitStream bs = new BitStream(null);
bs.Write((byte)MessageIDEnum.REPLICATION_CREATE);
bs.WriteCompressed(typeID); // TODO:SK better compression
bs.WriteCompressed(networkID);
MySyncedClass sync = GetSyncedClass(obj);
sync.TypeID = typeID;
Static.AddNetworkedObject(networkID, obj, sync);
sync.SerializeDefault(bs);
((MyRakNetServer)Static.m_peer).BroadcastMessage(bs, PacketPriorityEnum.LOW_PRIORITY, PacketReliabilityEnum.RELIABLE);
}
internal void ProcessReplication(BitStream bs)
{
bool success;
int typeID;
success = bs.ReadCompressed(out typeID);
Debug.Assert(success, "Failed to read replication type ID");
Debug.Assert(typeID < m_idToType.Count, "Invalid replication type ID");
Type type = m_idToType[typeID];
long tmpLong;
success = bs.Read(out tmpLong);
Debug.Assert(success, "Failed to read entityID");
ulong entityID = (ulong)tmpLong;
object obj = Activator.CreateInstance(type);
// should init here
MySyncedClass sync = GetSyncedClass(obj);
sync.entityId = entityID;
sync.Deserialize(bs);
m_registered.Add(entityID, sync);
var handle = OnEntityCreated;
if (handle != null)
{
handle(obj, entityID);
}
}
public static void Replicate(object obj, ulong entityID)
{
Debug.Assert(Static != null);
Debug.Assert(Static.m_peer is MyRakNetServer);
Debug.Assert(!Static.m_stateData.ContainsKey(entityID));
Debug.Assert(Static.m_idToType.Contains(obj.GetType()));
int typeID = Static.m_typeToId[obj.GetType()];
BitStream bs = new BitStream(null);
bs.Write((byte)MessageIDEnum.REPLICATION_CREATE);
bs.WriteCompressed(typeID); // TODO:SK better compression
bs.Write((long)entityID);
MySyncedClass syncedClass = GetSyncedClass(obj);
syncedClass.TypeID = typeID;
syncedClass.EntityId = entityID;
syncedClass.Serialize(bs);
RegisterSynced(syncedClass);
((MyRakNetServer)Static.m_peer).BroadcastMessage(bs, PacketPriorityEnum.LOW_PRIORITY, PacketReliabilityEnum.RELIABLE, 0, RakNetGUID.UNASSIGNED_RAKNET_GUID);
}
public MyStateDataEntry(uint networkID, MySyncedClass sync)
{
Priority = 0;
PacketID = 0;
NetworkID = networkID;
Sync = sync;
}
internal void ProcessReplicationCreate(BitStream bs)
{
bool success;
int typeID;
success = bs.ReadCompressed(out typeID);
Debug.Assert(success, "Failed to read replication type ID");
Debug.Assert(typeID < m_idToType.Count, "Invalid replication type ID");
Type type = m_idToType[typeID];
uint networkID;
success = bs.ReadCompressed(out networkID);
Debug.Assert(success, "Failed to read networkID");
object obj = Activator.CreateInstance(type);
MySyncedClass sync = GetSyncedClass(obj);
sync.TypeID = typeID;
sync.Deserialize(bs);
// TODO:SK should init here
AddNetworkedObject(networkID, obj, sync);
var handle = OnEntityCreated;
if (handle != null)
{
handle(obj);
}
}
public void Add(MySyncedClass mySyncedObject)
{
mySyncedObject.m_parent = this;
m_syncedObjects.Add(mySyncedObject);
if (mySyncedObject.IsDirty)
{
Invalidate();
}
}
public void Add(MySyncedClass mySyncedObject)
{
mySyncedObject.m_parent = this;
m_syncedObjects.Add(mySyncedObject);
if (mySyncedObject.IsDirty)
{
Invalidate();
}
}
public static void RegisterSynced(MySyncedClass mySyncedClass)
{
Debug.Assert(mySyncedClass.entityId != 0);
Debug.Assert(Static != null);
Debug.Assert(!Static.m_registered.ContainsKey(mySyncedClass.entityId));
Debug.Assert(!Static.m_registered.ContainsValue(mySyncedClass));
Static.m_registered.Add(mySyncedClass.entityId, mySyncedClass);
}
public void Add(MySyncedClass mySyncedObject)
{
mySyncedObject.SetParent(this);
m_syncedClass.Add(mySyncedObject);
if (!mySyncedObject.IsDefault())
{
Invalidate();
}
}
public void Add(MySyncedClass mySyncedObject)
{
mySyncedObject.SetParent(this);
m_syncedClass.Add(mySyncedObject);
if (!mySyncedObject.IsDefault())
{
Invalidate();
}
}
public static void RegisterSynced(MySyncedClass mySyncedClass)
{
Debug.Assert(mySyncedClass.EntityId != 0);
Debug.Assert(Static != null);
Debug.Assert(!Static.m_stateData.ContainsKey(mySyncedClass.EntityId));
//mySyncedClass.Init
Static.m_stateData.Add(mySyncedClass.EntityId, mySyncedClass);
}
internal void ProcessSync(BitStream bs)
{
uint networkID;
bool success = bs.ReadCompressed(out networkID);
Debug.Assert(success, "Failed to read networkID");
MySyncedClass mySyncedObject = GetNetworkedSync(networkID);
if (mySyncedObject != null)
{
mySyncedObject.Deserialize(bs);
}
}
internal static void Sync(MySyncedClass mySyncedClass)
{
Debug.Assert(mySyncedClass.entityId != 0);
Debug.Assert(Static != null);
Debug.Assert(Static.m_peer is MyRakNetServer);
BitStream bs = new BitStream(null);
bs.Write((byte)MessageIDEnum.SYNC_FIELD);
bs.Write((long)mySyncedClass.entityId);
mySyncedClass.Serialize(bs);
((MyRakNetServer)Static.m_peer).BroadcastMessage(bs, PacketPriorityEnum.LOW_PRIORITY, PacketReliabilityEnum.UNRELIABLE, 0, RakNetGUID.UNASSIGNED_RAKNET_GUID);
}
private static void RegisterSynced(uint networkID, MySyncedClass sync)
{
Debug.Assert(networkID != 0); // ??
Debug.Assert(Static != null);
Debug.Assert(!Static.m_stateData.ContainsKey(networkID));
Static.m_stateData.Add(networkID, sync);
foreach (var pair in Static.m_perPlayerStateData)
{
var steamID = pair.Key;
var stateData = pair.Value;
stateData.Add(new MyStateDataEntry(networkID, sync));
}
}
internal void ProcessSync(BitStream bs)
{
long tmpLong;
bool success = bs.Read(out tmpLong);
Debug.Assert(success, "Failed to read entityID");
ulong entityID = (ulong)tmpLong;
MySyncedClass mySyncedObject = GetEntitySyncFields(entityID);
if (mySyncedObject != null)
{
mySyncedObject.Deserialize(bs);
}
}
// TODO:sk reflection should be cached if possible
private static MySyncedClass GetSyncedClass(object obj, Type type = null)
{
Debug.Assert(tmpFields.Count == 0);
MySyncedClass sync = new MySyncedClass();
type = type ?? obj.GetType();
Type baseType = type.BaseType;
if (baseType != null && baseType != typeof(object))
{
sync.Add(GetSyncedClass(obj, baseType));
}
var fields = type.GetFields(BindingFlags.Public | BindingFlags.Instance | BindingFlags.DeclaredOnly);
foreach (var field in fields)
{
//var baseFieldType = field.FieldType.BaseType;
//if (baseFieldType != null && baseFieldType.IsGenericType && baseFieldType.GetGenericTypeDefinition() == typeof(MySyncedBase<>))
var fieldAttributes = field.GetCustomAttributes(false);
foreach (var fieldAttribute in fieldAttributes)
{
StateDataAttribute stateData = fieldAttribute as StateDataAttribute;
if (stateData != null)
{
int order = stateData.Order;
Debug.Assert(!tmpFields.ContainsKey(order));
object value = field.GetValue(obj);
Debug.Assert(value != null, "Uninitialized synced variable");
Debug.Assert(!tmpFields.ContainsValue(value));
tmpFields.Add(order, value);
}
}
}
foreach (var value in tmpFields.Values)
{
sync.Add((IMySyncedValue)value);
}
tmpFields.Clear();
return(sync);
}
private static void Sync(uint networkID, MySyncedClass sync, int clientIndex)
{
Debug.Assert(networkID != 0);
Debug.Assert(Static != null);
Debug.Assert(Static.m_peer is MyRakNetServer);
BitStream bs = new BitStream(null);
bs.Write((byte)MessageIDEnum.SYNC_FIELD);
bs.WriteCompressed(networkID);
sync.Serialize(bs, clientIndex);
var steamID = Static.m_clientIndexToSteamID[clientIndex];
// TODO:SK use UNRELIABLE_WITH_ACK_RECEIPT
var packetID = ((MyRakNetServer)Static.m_peer).SendMessage(bs, steamID, PacketPriorityEnum.LOW_PRIORITY, PacketReliabilityEnum.UNRELIABLE);
}
// TODO:SK reflection should be cached if possible
private static MySyncedClass GetSyncedClass(object obj, Type type = null)
{
Debug.Assert(tmpFields.Count == 0);
MySyncedClass sync = null;
MySyncedClass baseSync = null;
type = type ?? obj.GetType();
Type baseType = type.BaseType;
if (baseType != null && baseType != typeof(object))
{
baseSync = GetSyncedClass(obj, baseType);
}
var fields = type.GetFields(BindingFlags.Public | BindingFlags.Instance | BindingFlags.DeclaredOnly);
foreach (var field in fields)
{
//var baseFieldType = field.FieldType.BaseType;
//if (baseFieldType != null && baseFieldType.IsGenericType && baseFieldType.GetGenericTypeDefinition() == typeof(MySyncedBase<>))
var fieldAttributes = field.GetCustomAttributes(false);
foreach (var fieldAttribute in fieldAttributes)
{
StateDataAttribute stateData = fieldAttribute as StateDataAttribute;
if (stateData != null)
{
int order = stateData.Order;
Debug.Assert(!tmpFields.ContainsKey(order));
object value = field.GetValue(obj);
Debug.Assert(value != null, "Uninitialized synced variable");
Debug.Assert(!tmpFields.ContainsValue(value));
tmpFields.Add(order, value);
}
}
}
if (baseSync != null && tmpFields.Count == 0)
{
return baseSync;
}
else
{
sync = new MySyncedClass();
if (baseSync != null)
{
sync.Add(baseSync);
}
foreach (var value in tmpFields.Values)
{
sync.Add((IMySyncedValue)value);
}
}
tmpFields.Clear();
return sync;
}
private void AddNetworkedObject(uint networkID, object obj, MySyncedClass sync)
{
m_objectToNetworkID.Add(obj, networkID);
m_networkIDToObject.Add(networkID, obj);
RegisterSynced(networkID, sync);
}
public void SetParent(MySyncedClass parent)
{
Debug.Assert(m_parent == null);
m_parent = parent;
}
public void SetParent(MySyncedClass parent)
{
m_parent = parent;
}
public static void RegisterSynced(MySyncedClass mySyncedClass)
{
Debug.Assert(mySyncedClass.EntityId != 0);
Debug.Assert(Static != null);
Debug.Assert(!Static.m_stateData.ContainsKey(mySyncedClass.EntityId));
//mySyncedClass.Init
Static.m_stateData.Add(mySyncedClass.EntityId, mySyncedClass);
}
public MySyncedClass(MySyncedClass parent = null)
{
m_parent = parent;
Invalidate();
}
internal static void Sync(MySyncedClass mySyncedClass)
{
Debug.Assert(mySyncedClass.EntityId != 0);
Debug.Assert(Static != null);
Debug.Assert(Static.m_peer is MyRakNetServer);
BitStream bs = new BitStream(null);
bs.Write((byte)MessageIDEnum.SYNC_FIELD);
bs.Write((long)mySyncedClass.EntityId);
mySyncedClass.Serialize(bs);
// TODO:SK use UNRELIABLE_WITH_ACK_RECEIPT
((MyRakNetServer)Static.m_peer).BroadcastMessage(bs, PacketPriorityEnum.LOW_PRIORITY, PacketReliabilityEnum.UNRELIABLE, 0, RakNetGUID.UNASSIGNED_RAKNET_GUID);
}
public void SetParent(MySyncedClass parent)
{
m_parent = parent;
}
public MySyncedClass(MySyncedClass parent = null)
{
m_parent = parent;
Invalidate();
}
public static void RegisterSynced(MySyncedClass mySyncedClass)
{
Debug.Assert(mySyncedClass.entityId != 0);
Debug.Assert(Static != null);
Debug.Assert(!Static.m_registered.ContainsKey(mySyncedClass.entityId));
Debug.Assert(!Static.m_registered.ContainsValue(mySyncedClass));
Static.m_registered.Add(mySyncedClass.entityId, mySyncedClass);
}