public UnitySerializeAnimation(GameObject parentGO, Animation animation, NodeBase rootNode)
{
this.animation = animation;
this.rootNode = rootNode;
}
public UnitySerializeLightProbes(GameObject parentGO, LightProbes lightProbes, NodeBase rootNode)
{
this.parentGO = parentGO;
this.lightProbes = lightProbes;
this.rootNode = rootNode;
}
public UnitySerializeMaterial(Material material, NodeBase rootNode)
{
this.material = material;
this.rootNode = rootNode;
}
public UnitySerializeLight(GameObject parentGO, Light light, NodeBase rootNode)
{
this.light = light;
this.rootNode = rootNode;
}
public UnitySerializePointerCollection(System.Object[] values, Type type, System.Object script, string fieldName, NodeBase rootNode)
{
this.values = values;
this.type = type;
this.fieldName = fieldName;
this.rootNode = rootNode;
}
public AssetSerializer(GameObject selectedGameObject, string destinationDirectory)
{
this.destinationDirectory = destinationDirectory;
this.selectedGameObject = selectedGameObject;
this.rootNode = new RootNode("root");
}
public UnitySerializeTexture(Texture2D texture, NodeBase rootNode)
{
this.texture = texture;
this.rootNode = rootNode;
}
public UnitySerializeCamera(GameObject parentGO, Camera camera, NodeBase rootNode)
{
this.camera = camera;
this.rootNode = rootNode;
}
public ObjectNode(string name, NodeBase rootNode) : base()
{
this.name = name;
this.referenceID = rootNode.GenerateID();
this.resourceType = PCFResourceType.OBJECT;
}
public AudioClipSerialization(System.Object value, string fieldName, bool arrayItem, NodeBase rootNode)
{
this.audioClip = value as UnityEngine.AudioClip;
this.fieldName = fieldName;
this.arrayItem = arrayItem;
this.rootNode = rootNode;
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postserializeActions)
{
if (this.audioClip == null)
{
Debug.Log("Missing audio clip! If this is intentional ignore this message.");
return;
}
#if UNITY_EDITOR
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
AudioSerializeOpts serializeOption = null;
for (int i = 0; i < serializeOptions.Length; i++)
{
object opt = serializeOptions[i];
if (opt is AudioSerializeOpts)
{
serializeOption = opt as AudioSerializeOpts;
break;
}
}
if (serializeOption == null)
{
return;
}
ComponentNode scriptNode = new ComponentNode(PCFResourceType.AUDIO, referenceID, null, typeof(UnityEngine.AudioClip).Name.ToString());
objNode.AddChildNode(scriptNode);
bool streamed = true;
byte[] audioData = serializeOption.PackageAudio(audioClip, serializedAssets, this.referenceID, ref streamed);
JObject metaData = new JObject();
metaData["fieldName"] = this.fieldName;
metaData["arrayItem"] = this.arrayItem;
metaData["name"] = this.audioClip.name;
metaData["sampleRate"] = this.audioClip.frequency;
metaData["channels"] = this.audioClip.channels;
metaData["samples"] = this.audioClip.samples * this.audioClip.channels;
metaData["streamed"] = streamed;
byte[] metaDataBuffer = System.Text.Encoding.UTF8.GetBytes(metaData.ToString(Formatting.None));
AssetResource resource = new AssetResource(true);
resource.Serialize(referenceID, MetaDataType.JSON, metaDataBuffer, audioData);
serializedAssets.AddResource(referenceID, PCFResourceType.AUDIO, resource);
#endif
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postserializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode scriptNode = new ComponentNode(PCFResourceType.GRADIENT, referenceID, null, typeof(UnityEngine.Gradient).Name.ToString());
objNode.AddChildNode(scriptNode);
GradientColorKey[] colorKeys = this.gradient.colorKeys;
System.Object[] convertedColorKeys = new System.Object[colorKeys.Length];
for (int i = 0; i < colorKeys.Length; i++)
{
GradientColorKey colorKey = colorKeys[i];
convertedColorKeys[i] = colorKey as System.Object;
}
UnitySerializeCollection colorKeySerializer = new UnitySerializeCollection(convertedColorKeys, typeof(UnityEngine.GradientColorKey), null, "colorKeys", rootNode);
colorKeySerializer.Serialize(serializedAssets, serializeOptions, scriptNode, postserializeActions);
GradientAlphaKey[] alphaKeys = this.gradient.alphaKeys;
System.Object[] convertedAlphaKeys = new System.Object[alphaKeys.Length];
for (int i = 0; i < alphaKeys.Length; i++)
{
GradientAlphaKey alphaKey = alphaKeys[i];
convertedAlphaKeys[i] = alphaKey as System.Object;
}
UnitySerializeCollection alphaKeySerializer = new UnitySerializeCollection(convertedAlphaKeys, typeof(UnityEngine.GradientAlphaKey), null, "alphaKeys", rootNode);
alphaKeySerializer.Serialize(serializedAssets, serializeOptions, scriptNode, postserializeActions);
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = ProtocolBufferSerializer.SerializeFieldData(this.gradient.GetType(), this.fieldName, this.arrayItem, this.gradient.GetType().Assembly);
resource.Serialize(this.referenceID, MetaDataType.PROTOBUF, metaDataBuffer, null);
serializedAssets.AddResource(referenceID, PCFResourceType.GRADIENT, resource);
}
public GradientSerialization(System.Object value, string fieldName, bool arrayItem, NodeBase rootNode)
{
this.gradient = value as UnityEngine.Gradient;
this.fieldName = fieldName;
this.arrayItem = arrayItem;
this.rootNode = rootNode;
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode componentNode = new ComponentNode(PCFResourceType.ANIMATION, referenceID, null);
//Component nodes must always be parented to objNodes.
objNode.AddChildNode(componentNode);
//Get fields using reflection
PropertyInfo[] properties = animation.GetType().GetProperties();
for (int i = 0; i < properties.Length; i++)
{
if (properties[i].CanWrite)
{
PropertyInfo currentProperty = properties[i];
Type valueType = currentProperty.PropertyType;
//Find matching deserializer using reflection and field type as string or similar.
if (valueType.IsPrimitive || valueType == typeof(string))
{
UnitySerializerBase primitiveSerializer = new UnitySerializePrimitive(currentProperty.GetValue(animation, null), valueType, currentProperty.Name, false, this.rootNode);
primitiveSerializer.Serialize(serializedAssets, serializeOptions, componentNode, postSerializeActions);
}
else if (typeof(IList).IsAssignableFrom(properties[i].PropertyType))
{
//Convoluted way to make sure we have an array of System.Object.
IEnumerable collection = currentProperty.GetValue(animation, null) as IEnumerable;
List <System.Object> intermediateList = new List <System.Object>();
foreach (System.Object item in collection)
{
intermediateList.Add(item);
}
System.Object[] values = intermediateList.ToArray();
if (values != null && values.Length > 0)
{
UnitySerializerBase collectionSerializer = new UnitySerializeCollection(values, values[0].GetType(), animation, currentProperty.Name, rootNode);
collectionSerializer.Serialize(serializedAssets, serializeOptions, componentNode, postSerializeActions);
}
}
else if (valueType.IsClass || valueType.IsLayoutSequential)
{
//If the datatype is not a primitive look for a class specific serializer to invoke.
Assembly assembly = Assembly.GetAssembly(this.GetType());
string namespaceName = this.GetType().Namespace;
string serializerName = namespaceName + "." + valueType.Name + "Serialization";
Type serializerType = assembly.GetType(serializerName, false);
System.Object val = properties[i].GetValue(this.animation, null);
//If we have implemented a custom serializer for this type we invoke it and let it serialize relevant data.
if (serializerType != null)
{
object serializerClass = Activator.CreateInstance(serializerType, Convert.ChangeType(val, valueType), currentProperty.Name, false, this.rootNode);
MethodInfo serializeMethod = serializerType.GetMethod("Serialize");
object[] parameters = new object[4];
parameters[0] = serializedAssets;
parameters[1] = serializeOptions;
parameters[2] = componentNode;
parameters[3] = postSerializeActions;
serializeMethod.Invoke(serializerClass, parameters);
}
else
{
//Use generic serializer incase not found.
UnitySerializerBase classSerialize = new UnitySerializeClass(currentProperty.GetValue(this.animation, null), valueType, currentProperty.Name, false, this.rootNode);
classSerialize.Serialize(serializedAssets, serializeOptions, componentNode, postSerializeActions);
}
}
}
}
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
resource.Serialize(referenceID, MetaDataType.UNKOWN, null, null);
serializedAssets.AddResource(referenceID, PCFResourceType.ANIMATION, resource);
}
public UnitySerializeScript(GameObject parentGO, MonoBehaviour script, NodeBase rootNode)
{
this.script = script;
this.rootNode = rootNode;
}
public UnitySerializeSkinnedMesh(GameObject parentGO, SkinnedMeshRenderer skinnedMesh, NodeBase rootNode)
{
this.skinnedMesh = skinnedMesh;
this.rootNode = rootNode;
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode scriptNode = new ComponentNode(PCFResourceType.SCRIPT, referenceID, null, this.script.GetType().Name.ToString());
//Parent top level scripts to ObjectNode.
objNode.AddChildNode(scriptNode);
JObject metaData = new JObject();
metaData["scriptname"] = this.script.GetType().ToString();
//Get fields using reflection
FieldInfo[] fields = script.GetType().GetFields();
for (int i = 0; i < fields.Length; i++)
{
if (fields[i].IsPublic && !fields[i].IsStatic)
{
FieldInfo currentField = fields[i];
Type valueType = currentField.FieldType;
//Find matching deserializer using reflection and field type as string or similar.
if (valueType.IsPrimitive || valueType == typeof(string))
{
UnitySerializerBase primitiveSerializer = new UnitySerializePrimitive(currentField.GetValue(script), valueType, currentField.Name, false, this.rootNode);
primitiveSerializer.Serialize(serializedAssets, serializeOptions, scriptNode, postSerializeActions);
}
else if (typeof(IList).IsAssignableFrom(fields[i].FieldType))
{
//Convoluted way to make sure we have an array of System.Object.
IEnumerable collection = currentField.GetValue(script) as IEnumerable;
List <System.Object> intermediateList = new List <System.Object>();
foreach (System.Object item in collection)
{
intermediateList.Add(item);
}
System.Object[] values = intermediateList.ToArray();
if (values != null && values.Length > 0)
{
UnitySerializerBase collectionSerializer = new UnitySerializeCollection(values, values[0].GetType(), script, currentField.Name, rootNode);
collectionSerializer.Serialize(serializedAssets, serializeOptions, scriptNode, postSerializeActions);
}
}
else if (valueType.IsClass || valueType.IsLayoutSequential)
{
//If the datatype is not a primitive look for a class specific serializer to invoke.
Assembly assembly = Assembly.GetAssembly(this.GetType());
string namespaceName = this.GetType().Namespace;
string serializerName = namespaceName + "." + valueType.Name + "Serialization";
Type serializerType = assembly.GetType(serializerName, false);
System.Object val = fields[i].GetValue(this.script);
//If we have implemented a custom serializer for this type we invoke it and let it serialize relevant data.
if (serializerType != null)
{
object serializerClass = Activator.CreateInstance(serializerType, Convert.ChangeType(val, valueType), currentField.Name, false, this.rootNode);
MethodInfo serializeMethod = serializerType.GetMethod("Serialize");
object[] parameters = new object[4];
parameters[0] = serializedAssets;
parameters[1] = serializeOptions;
parameters[2] = scriptNode;
parameters[3] = postSerializeActions;
serializeMethod.Invoke(serializerClass, parameters);
}
else
{
//Use generic serializer incase not found.
UnitySerializerBase classSerialize = new UnitySerializeClass(currentField.GetValue(this.script), valueType, currentField.Name, false, this.rootNode);
classSerialize.Serialize(serializedAssets, serializeOptions, scriptNode, postSerializeActions);
}
}
}
}
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = System.Text.Encoding.UTF8.GetBytes(metaData.ToString(Formatting.None));
resource.Serialize(this.referenceID, MetaDataType.JSON, metaDataBuffer, null);
serializedAssets.AddResource(referenceID, PCFResourceType.SCRIPT, resource);
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode componentNode = new ComponentNode(PCFResourceType.SKINNEDMESH, referenceID, null);
//Component nodes must always be parented to objNodes.
objNode.AddChildNode(componentNode);
byte[] bytes = MeshSerializeUtilities.WriteMesh(this.skinnedMesh.sharedMesh, true, true);
//Serialize Material
UnitySerializeMaterial materialSerializer = new UnitySerializeMaterial(this.skinnedMesh.sharedMaterial, this.rootNode);
materialSerializer.Serialize(serializedAssets, serializeOptions, componentNode, postSerializeActions);
//Make sure mesh knows that material it needs.
JObject metaData = new JObject();
metaData["materialID"] = materialSerializer.GetPointerID();
metaData["rootBone"] = skinnedMesh.rootBone.name;
if (skinnedMesh.probeAnchor != null)
{
metaData["probeAnchor"] = skinnedMesh.probeAnchor.name;
}
metaData["quality"] = (int)skinnedMesh.quality;
JArray bones = new JArray();
for (int i = 0; i < skinnedMesh.bones.Length; i++)
{
bones.Add(skinnedMesh.bones[i].name);
}
metaData["bones"] = bones;
JArray blendShapeWeights = new JArray();
for (int i = 0; i < skinnedMesh.sharedMesh.blendShapeCount; i++)
{
blendShapeWeights.Add(skinnedMesh.GetBlendShapeWeight(i));
}
metaData["blendShapeWeights"] = blendShapeWeights;
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = System.Text.Encoding.UTF8.GetBytes(metaData.ToString(Formatting.None));
resource.Serialize(referenceID, MetaDataType.JSON, metaDataBuffer, bytes);
serializedAssets.AddResource(referenceID, PCFResourceType.SKINNEDMESH, resource);
//Nodes store their resource when serializing
componentNode.SetSerializer(this);
}
void SerializeRecursivly(GameObject go, SerializedAssets serializedAssets, object[] serializeOptions, NodeBase node, List <Action <NodeBase> > postSerializeActions)
{
//Serialize an abstract representation of the node tree.
NodeBase objNode = new ObjectNode(go.name, this.rootNode);
//Parent objNode to ParentNode, ParentNode is always an ObjectNode. (Gameobject if you will)
node.AddChildNode(objNode);
Component[] objectComponents = go.GetComponents(typeof(Component));
//Some resources will serialize subresources such as materials, lightprobes and textures, they will become children of their NodeComponents.
for (int i = 0; i < objectComponents.Length; i++)
{
if (objectComponents[i] is SkinnedMeshRenderer)
{
UnitySerializeSkinnedMesh skinnedMeshSerializer = new UnitySerializeSkinnedMesh(go, objectComponents[i] as SkinnedMeshRenderer, this.rootNode);
skinnedMeshSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is MeshRenderer)
{
UnitySerializeMesh meshSerializer = new UnitySerializeMesh(go, objectComponents[i] as MeshRenderer, this.rootNode);
meshSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is MonoBehaviour)
{
UnitySerializeScript scriptSerializer = new UnitySerializeScript(go, objectComponents[i] as MonoBehaviour, this.rootNode);
scriptSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is Transform)
{
UnitySerializeTransform transformSerializer = new UnitySerializeTransform(go, objectComponents[i] as Transform, this.rootNode);
transformSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is Animator)
{
UnitySerializeAnimator avtarSerializer = new UnitySerializeAnimator(go, objectComponents[i] as Animator, this.rootNode);
avtarSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is Animation)
{
UnitySerializeAnimation animationSerializer = new UnitySerializeAnimation(go, objectComponents[i] as Animation, this.rootNode);
animationSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is Camera)
{
UnitySerializeCamera cameraSerializer = new UnitySerializeCamera(go, objectComponents[i] as Camera, this.rootNode);
cameraSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is LightProbeGroup)
{
UnitySerializeLightProbes lightprobeSerializer = new UnitySerializeLightProbes(go, LightmapSettings.lightProbes, this.rootNode);
lightprobeSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is Collider)
{
UnitySerializeCollider colliderSerializer = new UnitySerializeCollider(go, objectComponents[i] as Collider, this.rootNode);
colliderSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
else if (objectComponents[i] is Light)
{
UnitySerializeLight lightSerializer = new UnitySerializeLight(go, objectComponents[i] as Light, this.rootNode);
lightSerializer.Serialize(serializedAssets, serializeOptions, objNode, postSerializeActions);
}
}
for (int i = 0; i < go.transform.childCount; i++)
{
GameObject child = go.transform.GetChild(i).gameObject;
SerializeRecursivly(child, serializedAssets, serializeOptions, objNode, postSerializeActions);
}
}
public UnitySerializePrimitive(System.Object value, Type type, string fieldName, bool arrayItem, NodeBase rootNode)
{
this.value = value;
this.type = type;
this.fieldName = fieldName;
this.arrayItem = arrayItem;
this.rootNode = rootNode;
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
#if UNITY_EDITOR
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode componentNode = new ComponentNode(PCFResourceType.TEXTURE, referenceID, null);
//Component nodes must always be parented to objNodes.
objNode.AddChildNode(componentNode);
if (this.texture != null)
{
TextureSerializeOpts serializeOption = null;
for (int i = 0; i < serializeOptions.Length; i++)
{
object opt = serializeOptions[i];
if (opt is TextureSerializeOpts)
{
serializeOption = opt as TextureSerializeOpts;
break;
}
}
if (serializeOption == null)
{
return;
}
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
TextureDataFormat format = TextureDataFormat.Empty;
byte[] textureData = serializeOption.PackageTexture(this.texture, serializedAssets, referenceID, ref format);
JObject metaData = new JObject();
metaData["width"] = this.texture.width;
metaData["height"] = this.texture.height;
metaData["textureFormat"] = (int)format;
byte[] metaDataBuffer = System.Text.Encoding.UTF8.GetBytes(metaData.ToString(Formatting.None));
resource.Serialize(referenceID, MetaDataType.JSON, metaDataBuffer, textureData);
serializedAssets.AddResource(referenceID, PCFResourceType.TEXTURE, resource);
//Nodes store their resource when serializing
componentNode.SetSerializer(this);
}
#endif
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
byte[] bytes = null;
if (this.type == typeof(string))
{
if (this.value != null)
{
bytes = System.Text.Encoding.UTF8.GetBytes((string)this.value);
}
}
else if (this.type == typeof(int))
{
bytes = BitConverter.GetBytes((int)this.value);
}
else if (this.type == typeof(float))
{
bytes = BitConverter.GetBytes((float)this.value);
}
else if (this.type == typeof(double))
{
bytes = BitConverter.GetBytes((double)this.value);
}
else if (this.type == typeof(bool))
{
bytes = BitConverter.GetBytes((bool)this.value);
}
else if (this.type == typeof(byte[]))
{
bytes = (byte[])this.value;
}
if (bytes != null)
{
ComponentNode componentNode = new ComponentNode(PCFResourceType.PRIMITIVE, referenceID, null, this.type.Name.ToString());
objNode.AddChildNode(componentNode);
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = ProtocolBufferSerializer.SerializeFieldData(this.type, this.fieldName, this.arrayItem, this.type.Assembly);
resource.Serialize(this.referenceID, MetaDataType.PROTOBUF, metaDataBuffer, bytes);
serializedAssets.AddResource(referenceID, PCFResourceType.PRIMITIVE, resource);
}
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode componentNode = new ComponentNode(PCFResourceType.LIGHT, referenceID, null);
//Material nodes can and are most likely to be children of other component nodes.
objNode.AddChildNode(componentNode);
byte[] bytes = new byte[24];
float[] data = new float[6];
data[0] = this.light.color.r;
data[1] = this.light.color.g;
data[2] = this.light.color.b;
data[3] = this.light.color.a;
data[4] = (float)this.light.type;
data[5] = this.light.intensity;
for (int i = 0; i < data.Length; i++)
{
Buffer.BlockCopy(BitConverter.GetBytes(data[i]), 0, bytes, 4 * i, 4);
}
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
resource.Serialize(referenceID, MetaDataType.UNKOWN, null, bytes);
serializedAssets.AddResource(referenceID, PCFResourceType.LIGHT, resource);
//Nodes store their resource when serializing
componentNode.SetSerializer(this);
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode componentNode = new ComponentNode(PCFResourceType.COLLIDER, referenceID, null);
//Material nodes can and are most likely to be children of other component nodes.
objNode.AddChildNode(componentNode);
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
resource.Serialize(referenceID, MetaDataType.UNKOWN, null, null);
serializedAssets.AddResource(referenceID, PCFResourceType.COLLIDER, resource);
//Nodes store their resource when serializing
componentNode.SetSerializer(this);
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
//If the datatype is not a primitive look for a class specific serializer to invoke.
Assembly assembly = Assembly.GetAssembly(this.GetType());
string namespaceName = this.GetType().Namespace;
string serializerName = namespaceName + "." + this.type.Name + "Serialization";
Type serializerType = assembly.GetType(serializerName, false);
List <UInt32> collectionIDs = new List <UInt32>();
//See if there is a custom serializer defined for this type.
if (serializerType != null)
{
ComponentNode componentNode = new ComponentNode(PCFResourceType.POINTERCOLLECTION, referenceID, null, this.type.Name.ToString());
objNode.AddChildNode(componentNode);
for (int i = 0; i < this.values.Length; i++)
{
System.Object obj = this.values[i];
object serializerClass = Activator.CreateInstance(serializerType, Convert.ChangeType(obj, this.type), "", true, this.rootNode);
MethodInfo serializeMethod = serializerType.GetMethod("Serialize");
MethodInfo pointerIDMethod = serializerType.GetMethod("GetPointerID");
object[] parameters = new object[4];
parameters[0] = serializedAssets;
parameters[1] = serializeOptions;
parameters[2] = componentNode;
parameters[3] = postSerializeActions;
serializeMethod.Invoke(serializerClass, parameters);
UInt32 refID = (UInt32)pointerIDMethod.Invoke(serializerClass, null);
collectionIDs.Add(refID);
}
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = ProtocolBufferSerializer.SerializeCollectionData(this.type, this.fieldName, collectionIDs.Count, collectionIDs.ToArray(), this.type.Assembly);
resource.Serialize(this.referenceID, MetaDataType.PROTOBUF, metaDataBuffer, null);
serializedAssets.AddResource(referenceID, PCFResourceType.POINTERCOLLECTION, resource);
}
}
public UnitySerializeCollider(GameObject parentGO, Collider collider, NodeBase rootNode)
{
this.rootNode = rootNode;
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
LightprobeSerializeOpts serializeOption = null;
for (int i = 0; i < serializeOptions.Length; i++)
{
object opt = serializeOptions[i];
if (opt is LightprobeSerializeOpts)
{
serializeOption = opt as LightprobeSerializeOpts;
break;
}
}
if (serializeOption == null)
{
return;
}
ComponentNode componentNode = new ComponentNode(PCFResourceType.LIGHTPROBES, referenceID, null);
//Material nodes can and are most likely to be children of other component nodes.
objNode.AddChildNode(componentNode);
//Manually serialize SH components,.
//However unity does not currently expose any way to generate the probes at runtime.
//So we cannot set them directly unless the probes exist. (Fix it unity :D)
byte[] serializedProbes = SerializeLightProbes(this.lightProbes);
Dictionary <string, FileInfo> internalBundles = serializeOption.ListInternalBundles();
JArray bundleReferences = new JArray();
foreach (KeyValuePair <string, FileInfo> pair in internalBundles)
{
UnitySerializeInternalBundle bundleSerializer = new UnitySerializeInternalBundle(pair.Key, pair.Value.FullName, string.Empty, this.rootNode);
bundleSerializer.Serialize(serializedAssets, serializeOptions, componentNode, postSerializeActions);
JObject item = new JObject();
item["platform"] = pair.Key;
item["referenceID"] = bundleSerializer.GetReferenceID();
bundleReferences.Add(item);
}
JObject metaData = new JObject();
metaData["numberOfProbes"] = this.lightProbes != null ? this.lightProbes.bakedProbes.Length : 0;
metaData["bundleReferences"] = bundleReferences;
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = System.Text.Encoding.UTF8.GetBytes(metaData.ToString(Formatting.None));
resource.Serialize(referenceID, MetaDataType.JSON, metaDataBuffer, serializedProbes);
serializedAssets.AddResource(referenceID, PCFResourceType.LIGHTPROBES, resource);
//Nodes store their resource when serializing
componentNode.SetSerializer(this);
}
public Texture2DSerialization(System.Object value, string fieldName, bool arrayItem, NodeBase rootNode)
{
this.texture = value as UnityEngine.Texture2D;
this.fieldName = fieldName;
this.arrayItem = arrayItem;
this.rootNode = rootNode;
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
#if UNITY_EDITOR
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
//Check if node hierarchy contains this material already.
string path = AssetDatabase.GetAssetPath(this.material);
NodeBase materialNode = CheckSharedMaterial(this.rootNode, path);
//If material is already serialized (aka shared we simply serialize a pointer to it.
if (materialNode != null)
{
//Debug.Log("Shared Material: " + path);
UInt32 materialID = materialNode.GetReferenceID();
ComponentNode componentNode = new ComponentNode(PCFResourceType.MATERIALPOINTER, referenceID, null);
objNode.AddChildNode(componentNode);
byte[] bytes = BitConverter.GetBytes(materialID);
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
resource.Serialize(referenceID, MetaDataType.UNKOWN, null, bytes);
serializedAssets.AddResource(referenceID, PCFResourceType.MATERIALPOINTER, resource);
//Make sure caller can get the actual material referenceID when serializing its metadata.
this.pointedID = materialID;
}
else
{
ComponentNode componentNode = new ComponentNode(PCFResourceType.MATERIAL, referenceID, path);
//Material nodes can and are most likely to be children of other component nodes.
objNode.AddChildNode(componentNode);
SerializedMaterial serializedMaterial = new SerializedMaterial();
serializedMaterial.DisplayName = this.material.name;
serializedMaterial.ShaderName = this.material.shader.name;
Dictionary <string, SerializedMaterialProperty> materialProperties = new Dictionary <string, SerializedMaterialProperty>();
// Iterate through children and get the textures of the material.
Shader shader = this.material.shader;
int count = ShaderUtil.GetPropertyCount(shader);
for (int i = 0; i < count; i++)
{
ShaderUtil.ShaderPropertyType propertyType = ShaderUtil.GetPropertyType(shader, i);
string propertyName = ShaderUtil.GetPropertyName(shader, i);
SerializedMaterialProperty property = null;
//Color property.
if (propertyType == ShaderUtil.ShaderPropertyType.Float || propertyType == ShaderUtil.ShaderPropertyType.Range)
{
SerializedMaterialFloatProperty prop = new SerializedMaterialFloatProperty();
prop.Val = this.material.GetFloat(propertyName);
prop.PropertyType = (int)MaterialPropertyType.FloatType;
property = prop;
}
//Vector property.
if (propertyType == ShaderUtil.ShaderPropertyType.Vector)
{
SerializedMaterialVectorProperty prop = new SerializedMaterialVectorProperty();
Vector4 vector = this.material.GetVector(propertyName);
prop.X = vector.x;
prop.Y = vector.y;
prop.Z = vector.z;
prop.W = vector.w;
prop.PropertyType = (int)MaterialPropertyType.VectorType;
property = prop;
}
//Float property.
if (propertyType == ShaderUtil.ShaderPropertyType.Color)
{
SerializedMaterialColorProperty prop = new SerializedMaterialColorProperty();
Color color = this.material.GetColor(propertyName);
prop.R = color.r;
prop.G = color.g;
prop.B = color.b;
prop.A = color.a;
prop.PropertyType = (int)MaterialPropertyType.ColorType;
property = prop;
}
//Texture property.
if (propertyType == ShaderUtil.ShaderPropertyType.TexEnv)
{
Texture2D texture = (Texture2D)this.material.GetTexture(propertyName);
if (texture != null)
{
UnitySerializeTexture textureSerializer = new UnitySerializeTexture(texture, this.rootNode);
textureSerializer.Serialize(serializedAssets, serializeOptions, componentNode, postSerializeActions);
SerializedMaterialTextureProperty prop = new SerializedMaterialTextureProperty();
prop.ReferenceID = textureSerializer.GetReferenceID();
prop.PropertyType = (int)MaterialPropertyType.TextureType;
property = prop;
}
}
materialProperties.Add(propertyName, property);
}
serializedMaterial.MaterialProperties = materialProperties;
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = ProtocolBufferSerializer.SerializedMaterial(serializedMaterial);
resource.Serialize(this.referenceID, MetaDataType.PROTOBUF, metaDataBuffer, null);
serializedAssets.AddResource(referenceID, PCFResourceType.MATERIAL, resource);
//Nodes store their resource when serializing
componentNode.SetSerializer(this);
//Make sure caller can get the actual material referenceID when serializing its metadata.
this.pointedID = this.referenceID;
}
#endif
}
public override void Serialize(SerializedAssets serializedAssets, object[] serializeOptions, NodeBase objNode, List <Action <NodeBase> > postSerializeActions)
{
//Make sure this is always 36 characters long.
this.referenceID = this.rootNode.GenerateID();
ComponentNode componentNode = new ComponentNode(PCFResourceType.MESH, referenceID, null);
//Component nodes must always be parented to objNodes.
objNode.AddChildNode(componentNode);
//Serialize mesh into a byte array.
byte[] bytes = MeshSerializeUtilities.WriteMesh(this.meshFilter.sharedMesh, true, false);
//Serialize Material
UnitySerializeMaterial materialSerializer = new UnitySerializeMaterial(this.meshRenderer.sharedMaterial, this.rootNode);
materialSerializer.Serialize(serializedAssets, serializeOptions, componentNode, postSerializeActions);
//Make sure mesh knows that material it needs.
JObject metaData = new JObject();
metaData["materialID"] = materialSerializer.GetPointerID();
//Create serialized asset by converting data to a bytearray and give it to the constructor.
AssetResource resource = new AssetResource(false);
byte[] metaDataBuffer = System.Text.Encoding.UTF8.GetBytes(metaData.ToString(Formatting.None));
resource.Serialize(referenceID, MetaDataType.JSON, metaDataBuffer, bytes);
serializedAssets.AddResource(referenceID, PCFResourceType.MESH, resource);
//Nodes store their resource when serializing
componentNode.SetSerializer(this);
}