// nullable
public static NetworkSkin Deserialize(DataSerializer s, IPrefabCollection prefabCollection, NetworkSkinLoadErrors errors)
{
var prefab = prefabCollection.FindPrefab <NetInfo>(s.ReadUniqueString(), errors);
var modifiersCount = s.ReadInt32();
var modifiers = new List <NetworkSkinModifier>();
for (var m = 0; m < modifiersCount; m++)
{
var modifier = NetworkSkinModifier.Deserialize(s, prefabCollection, errors);
if (modifier != null)
{
modifiers.Add(modifier);
}
}
// We are checking if the prefab is null after all the modifiers are deserialized!
// This is important for the deserialization of the next items!
if (prefab == null)
{
return(null);
}
return(new NetworkSkin(prefab, modifiers));
}
public static StreetLightModifier DeserializeImpl(DataSerializer s, IPrefabCollection prefabCollection, NetworkSkinLoadErrors errors)
{
var streetLight = prefabCollection.FindPrefab <PropInfo>(s.ReadUniqueString(), errors);
var repeatDistance = s.ReadFloat();
return(new StreetLightModifier(streetLight, repeatDistance));
}
// nullable
public static NetworkSkinModifier Deserialize(DataSerializer s, IPrefabCollection prefabCollection, NetworkSkinLoadErrors errors)
{
var type = (NetworkSkinModifierType)s.ReadUInt8();
switch (type)
{
case NetworkSkinModifierType.TerrainSurface:
return(TerrainSurfaceModifier.DeserializeImpl(s, errors));
case NetworkSkinModifierType.Color:
return(ColorModifier.DeserializeImpl(s, errors));
case NetworkSkinModifierType.StreetLight:
return(StreetLightModifier.DeserializeImpl(s, prefabCollection, errors));
case NetworkSkinModifierType.Tree:
return(TreeModifier.DeserializeImpl(s, prefabCollection, errors));
case NetworkSkinModifierType.Pillar:
return(PillarModifier.DeserializeImpl(s, prefabCollection, errors));
case NetworkSkinModifierType.Catenary:
return(CatenaryModifier.DeserializeImpl(s, prefabCollection, errors));
default:
return(null);
}
}
public static TreeModifier DeserializeImpl(DataSerializer s, IPrefabCollection prefabCollection, NetworkSkinLoadErrors errors)
{
var position = (LanePosition)s.ReadInt32();
var tree = prefabCollection.FindPrefab <TreeInfo>(s.ReadUniqueString(), errors);
var repeatDistance = s.ReadFloat();
return(new TreeModifier(position, tree, repeatDistance));
}
public static PillarModifier DeserializeImpl(DataSerializer s, IPrefabCollection prefabCollection, NetworkSkinLoadErrors errors)
{
var type = (PillarType)s.ReadInt32();
var pillar = prefabCollection.FindPrefab <BuildingInfo>(s.ReadUniqueString(), errors);
return(new PillarModifier(type, pillar));
}
// can be overridden for testing
protected void Initialize()
{
Modifiers = new List<NetworkSkinModifier>();
Errors = new NetworkSkinLoadErrors();
PrefabCollection = new GamePrefabCollection();
NetManager = new GameNetManager();
}
// can be overridden for testing
protected virtual void Initialize()
{
// this must be set here, as the constructor is not called on deserialization
AppliedSkins = NetworkSkinManager.instance.AppliedSkins;
SegmentSkins = NetworkSkinManager.SegmentSkins;
NodeSkins = NetworkSkinManager.NodeSkins;
PrefabCollection = new GamePrefabCollection();
NetManager = new GameNetManager();
}
public static CatenaryModifier DeserializeImpl(DataSerializer s, IPrefabCollection prefabCollection, NetworkSkinLoadErrors errors)
{
var catenary = prefabCollection.FindPrefab <PropInfo>(s.ReadUniqueString(), errors);
return(new CatenaryModifier(catenary));
}
