public void GenericCommandRequest(IOutBitStream bitstream, GenericCommandRequest data)
{
var converted_name = coherenceToUnityConverters.FromUnityFixedString64(data.name);
bitstream.WriteShortString(converted_name);
bitstream.WriteIntegerRange(data.paramInt1, 15, -9999);
bitstream.WriteIntegerRange(data.paramInt2, 15, -9999);
bitstream.WriteIntegerRange(data.paramInt3, 15, -9999);
bitstream.WriteIntegerRange(data.paramInt4, 15, -9999);
var converted_paramFloat1 = coherenceToUnityConverters.FromUnityfloat(data.paramFloat1);
bitstream.WriteFixedPoint(converted_paramFloat1, 24, 2400);
var converted_paramFloat2 = coherenceToUnityConverters.FromUnityfloat(data.paramFloat2);
bitstream.WriteFixedPoint(converted_paramFloat2, 24, 2400);
var converted_paramFloat3 = coherenceToUnityConverters.FromUnityfloat(data.paramFloat3);
bitstream.WriteFixedPoint(converted_paramFloat3, 24, 2400);
var converted_paramFloat4 = coherenceToUnityConverters.FromUnityfloat(data.paramFloat4);
bitstream.WriteFixedPoint(converted_paramFloat4, 24, 2400);
bitstream.WriteBool(data.paramBool1);
bitstream.WriteBool(data.paramBool2);
bitstream.WriteBool(data.paramBool3);
bitstream.WriteBool(data.paramBool4);
bitstream.WriteEntity(data.paramEntity1);
bitstream.WriteEntity(data.paramEntity2);
bitstream.WriteEntity(data.paramEntity3);
bitstream.WriteEntity(data.paramEntity4);
var converted_paramString = coherenceToUnityConverters.FromUnityFixedString64(data.paramString);
bitstream.WriteShortString(converted_paramString);
}
public void TransferAction(IOutBitStream bitstream, TransferAction data)
{
bitstream.WriteIntegerRange(data.participant, 15, -9999);
bitstream.WriteBool(data.accepted);
}
public void Persistence(IOutBitStream bitstream, Persistence data)
{
var converted_uuid = coherenceToUnityConverters.FromUnityFixedString64(data.uuid);
bitstream.WriteShortString(converted_uuid);
var converted_expiry = coherenceToUnityConverters.FromUnityFixedString64(data.expiry);
bitstream.WriteShortString(converted_expiry);
}
public void WorldPositionQuery(IOutBitStream bitstream, WorldPositionQuery data)
{
var converted_position = coherenceToUnityConverters.FromUnityfloat3(data.position);
bitstream.WriteVector3f(converted_position, 24, 2400);
var converted_radius = coherenceToUnityConverters.FromUnityfloat(data.radius);
bitstream.WriteFixedPoint(converted_radius, 24, 2400);
}
public void LocalUser(IOutBitStream bitstream, LocalUser data)
{
bitstream.WriteIntegerRange(data.localIndex, 15, -9999);
}
public void WorldOrientation(IOutBitStream bitstream, Rotation data)
{
var converted_value = coherenceToUnityConverters.FromUnityquaternion(data.Value);
bitstream.WriteUnitRotation(converted_value);
}
public void WorldPosition(IOutBitStream bitstream, Translation data)
{
var converted_value = coherenceToUnityConverters.FromUnityfloat3(data.Value);
bitstream.WriteVector3f(converted_value, 24, 2400);
}
public DebugOutBitStream(ILog log, IOutBitStream bitStream)
{
this.bitStream = bitStream;
this.log = log;
}
public void GenericFieldInt3(IOutBitStream bitstream, GenericFieldInt3 data)
{
bitstream.WriteIntegerRange(data.number, 15, -9999);
}
private void SerializeWorldPositionQuery(EntityManager EntityManager, Entity entity, uint mask, IOutBitStream protocolOutStream)
{
// Write component changes to output stream
var componentData = EntityManager.GetComponentData<WorldPositionQuery>(entity);
unityWriters.Write(componentData, mask, protocolOutStream);
}
public void SerializeComponent(EntityManager entityManager, Entity unityEntity, uint ComponentTypeId, uint fieldMask, IOutBitStream protocolOutStream)
{
serializeComponentUpdatesGenerated.SerializeComponent(entityManager, unityEntity, ComponentTypeId, fieldMask, protocolOutStream);
}
private void SerializePlayer(EntityManager EntityManager, Entity entity, uint mask, IOutBitStream protocolOutStream)
{
// Reset accumulated priority so the same component is not sent again next frame
var syncData = EntityManager.GetComponentData <Player_Sync>(entity);
syncData.accumulatedPriority = 0;
syncData.hasBeenSerialized = true;
syncData.resendMask &= ~mask; // Clear serialized fields from resend mask
EntityManager.SetComponentData(entity, syncData);
}
private void SerializeGenericScale(EntityManager EntityManager, Entity entity, uint mask, IOutBitStream protocolOutStream)
{
// Write component changes to output stream
var componentData = EntityManager.GetComponentData<GenericScale>(entity);
unityWriters.Write(componentData, mask, protocolOutStream);
}
public void ArchetypeComponent(IOutBitStream bitstream, ArchetypeComponent data)
{
bitstream.WriteIntegerRange(data.index, 15, -9999);
}
public void GenericFieldEntity9(IOutBitStream bitstream, GenericFieldEntity9 data)
{
bitstream.WriteEntity(data.Value);
}
public void GenericFieldQuaternion0(IOutBitStream bitstream, GenericFieldQuaternion0 data)
{
var converted_Value = coherenceToUnityConverters.FromUnityquaternion(data.Value);
bitstream.WriteUnitRotation(converted_Value);
}
public void GenericFieldString4(IOutBitStream bitstream, GenericFieldString4 data)
{
var converted_name = coherenceToUnityConverters.FromUnityFixedString64(data.name);
bitstream.WriteShortString(converted_name);
}
public void GenericFieldFloat9(IOutBitStream bitstream, GenericFieldFloat9 data)
{
var converted_number = coherenceToUnityConverters.FromUnityfloat(data.number);
bitstream.WriteFixedPoint(converted_number, 24, 2400);
}
public void GenericFieldBool9(IOutBitStream bitstream, GenericFieldBool9 data)
{
bitstream.WriteBool(data.number);
}
public void Player(IOutBitStream bitstream, Player data)
{
}
public void ConnectedEntity(IOutBitStream bitstream, ConnectedEntity data)
{
bitstream.WriteEntity(data.value);
}
/// ------------------------ Requests --------------------------
public void AuthorityTransferRequest(IOutBitStream bitstream, AuthorityTransferRequest data)
{
bitstream.WriteIntegerRange(data.participant, 15, -9999);
}
public void GenericPrefabReference(IOutBitStream bitstream, GenericPrefabReference data)
{
var converted_prefab = coherenceToUnityConverters.FromUnityFixedString64(data.prefab);
bitstream.WriteShortString(converted_prefab);
}
public void SerializeComponent(EntityManager entityManager, Entity unityEntity, uint componentType, uint fieldMask, IOutBitStream protocolOutStream)
{
switch (componentType)
{
case TypeIds.InternalWorldPosition:
SerializeWorldPosition(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalWorldOrientation:
SerializeWorldOrientation(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalLocalUser:
SerializeLocalUser(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalWorldPositionQuery:
SerializeWorldPositionQuery(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalArchetypeComponent:
SerializeArchetypeComponent(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalPersistence:
SerializePersistence(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalPlayer:
SerializePlayer(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
default:
throw new Exception($"unknown componentType {componentType}");
}
}
public void GenericScale(IOutBitStream bitstream, GenericScale data)
{
var converted_Value = coherenceToUnityConverters.FromUnityfloat3(data.Value);
bitstream.WriteVector3f(converted_Value, 24, 2400);
}
private void SerializeWorldPositionQuery(EntityManager EntityManager, Entity entity, uint mask, IOutBitStream protocolOutStream)
{
// Write component changes to output stream
var componentData = EntityManager.GetComponentData <WorldPositionQuery>(entity);
unityWriters.Write(componentData, mask, protocolOutStream);
// Reset accumulated priority so the same component is not sent again next frame
var syncData = EntityManager.GetComponentData <WorldPositionQuery_Sync>(entity);
syncData.accumulatedPriority = 0;
syncData.lastSentData = componentData;
syncData.hasBeenSerialized = true;
syncData.resendMask &= ~mask; // Clear serialized fields from resend mask
EntityManager.SetComponentData(entity, syncData);
}
public void SerializeComponent(EntityManager entityManager, Entity unityEntity, uint componentType, uint fieldMask, IOutBitStream protocolOutStream)
{
switch (componentType)
{
case TypeIds.InternalWorldPosition:
SerializeWorldPosition(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalWorldOrientation:
SerializeWorldOrientation(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalLocalUser:
SerializeLocalUser(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalWorldPositionQuery:
SerializeWorldPositionQuery(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalArchetypeComponent:
SerializeArchetypeComponent(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalPersistence:
SerializePersistence(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalConnectedEntity:
SerializeConnectedEntity(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericPrefabReference:
SerializeGenericPrefabReference(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericScale:
SerializeGenericScale(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt0:
SerializeGenericFieldInt0(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt1:
SerializeGenericFieldInt1(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt2:
SerializeGenericFieldInt2(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt3:
SerializeGenericFieldInt3(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt4:
SerializeGenericFieldInt4(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt5:
SerializeGenericFieldInt5(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt6:
SerializeGenericFieldInt6(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt7:
SerializeGenericFieldInt7(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt8:
SerializeGenericFieldInt8(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldInt9:
SerializeGenericFieldInt9(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool0:
SerializeGenericFieldBool0(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool1:
SerializeGenericFieldBool1(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool2:
SerializeGenericFieldBool2(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool3:
SerializeGenericFieldBool3(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool4:
SerializeGenericFieldBool4(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool5:
SerializeGenericFieldBool5(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool6:
SerializeGenericFieldBool6(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool7:
SerializeGenericFieldBool7(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool8:
SerializeGenericFieldBool8(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldBool9:
SerializeGenericFieldBool9(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat0:
SerializeGenericFieldFloat0(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat1:
SerializeGenericFieldFloat1(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat2:
SerializeGenericFieldFloat2(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat3:
SerializeGenericFieldFloat3(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat4:
SerializeGenericFieldFloat4(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat5:
SerializeGenericFieldFloat5(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat6:
SerializeGenericFieldFloat6(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat7:
SerializeGenericFieldFloat7(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat8:
SerializeGenericFieldFloat8(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldFloat9:
SerializeGenericFieldFloat9(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldVector0:
SerializeGenericFieldVector0(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldVector1:
SerializeGenericFieldVector1(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldVector2:
SerializeGenericFieldVector2(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldVector3:
SerializeGenericFieldVector3(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldString0:
SerializeGenericFieldString0(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldString1:
SerializeGenericFieldString1(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldString2:
SerializeGenericFieldString2(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldString3:
SerializeGenericFieldString3(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldString4:
SerializeGenericFieldString4(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldQuaternion0:
SerializeGenericFieldQuaternion0(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity0:
SerializeGenericFieldEntity0(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity1:
SerializeGenericFieldEntity1(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity2:
SerializeGenericFieldEntity2(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity3:
SerializeGenericFieldEntity3(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity4:
SerializeGenericFieldEntity4(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity5:
SerializeGenericFieldEntity5(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity6:
SerializeGenericFieldEntity6(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity7:
SerializeGenericFieldEntity7(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity8:
SerializeGenericFieldEntity8(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
case TypeIds.InternalGenericFieldEntity9:
SerializeGenericFieldEntity9(entityManager, unityEntity, fieldMask, protocolOutStream);
break;
default:
throw new Exception($"unknown componentType {componentType}");
}
}
