private void RecursiveChildSearch(TreeNode node, AssetTypeValueField field)
{
AssetTypeValueField children =
helper.GetExtAsset(inst, field.Get("m_Component")
.Get("Array")
.Get(0)
.Get("component")).instance
.GetBaseField()
.Get("m_Children")
.Get("Array");
for (int i = 0; i < children.GetValue().AsArray().size; i++)
{
AssetTypeInstance newInstance = helper.GetExtAsset(inst, children.Get((uint)i)).instance;
AssetsManager.AssetExternal gameObjExt = helper.GetExtAsset(inst, newInstance.GetBaseField().Get("m_GameObject"));
AssetTypeInstance newAti = gameObjExt.instance;
AssetTypeValueField newBaseField = newAti.GetBaseField();
TreeNode newNode = node.Nodes.Add(newBaseField.Get("m_Name").GetValue().AsString());
if (!newBaseField.Get("m_IsActive").GetValue().AsBool())
{
newNode.ForeColor = Color.DarkRed;
}
newNode.Tag = newBaseField;
if (gameObjExt.info.index == selectedIndex)
{
goTree.SelectedNode = newNode;
}
RecursiveChildSearch(newNode, newBaseField);
}
}
private PGProperty LoadGameObjectData(AssetTypeValueField field)
{
PGProperty root = new PGProperty("root");
AssetTypeValueField components = field.Get("m_Component").Get("Array");
int componentSize = (int)components.GetValue().AsArray().size;
for (int i = 0; i < componentSize; i++)
{
AssetTypeValueField componentPtr = components[(uint)i].Get("component");
AssetsManager.AssetExternal ext = helper.GetExtAsset(inst, componentPtr);
LoadComponentData(root, ext.instance.GetBaseField(), ext.info, i, componentSize);
}
return(root);
}
private void FindReferencesRecurse(AssetsFileInstance inst, AssetTypeValueField field)
{
foreach (AssetTypeValueField child in field.pChildren)
{
//not a value (ie not an int)
if (!child.templateField.hasValue)
{
//not null
if (child == null)
{
return;
}
//not array of values either
if (child.templateField.isArray && child.templateField.children[1].valueType != EnumValueTypes.ValueType_None)
{
break;
}
string typeName = child.templateField.type;
//is a pptr
if (typeName.StartsWith("PPtr<") && typeName.EndsWith(">") && child.childrenCount == 2)
{
int fileId = child.Get("m_FileID").GetValue().AsInt();
long pathId = child.Get("m_PathID").GetValue().AsInt64();
//not a null pptr
if (pathId == 0)
{
continue;
}
AssetID aid = ConvertToAssetID(inst, fileId, pathId);
AssetsManager.AssetExternal ext = am.GetExtAsset(inst, fileId, pathId);
//not already visited and not a gameobject or monobehaviour
if (references.ContainsKey(aid) || ext.info.curFileType == 0x01 || ext.info.curFileType == 0x72)
{
continue;
}
AddReference(aid, IsAsset(ext.info));
//recurse through dependencies
FindReferencesRecurse(ext.file, ext.instance.GetBaseField());
}
FindReferencesRecurse(inst, child);
}
}
}
private static AssetTypeValueField GetEDMono(AssetsManager am, AssetsFileInstance fileInst, AssetTypeValueField goBaseField)
{
AssetTypeValueField m_Components = goBaseField.Get("m_Components").Get("Array");
for (uint i = 0; i < m_Components.GetValue().AsArray().size; i++)
{
AssetTypeValueField component = m_Components[i];
AssetsManager.AssetExternal ext = am.GetExtAsset(fileInst, component, true);
if (ext.info.curFileType == 0x72)
{
ext = am.GetExtAsset(fileInst, component, true, true);
AssetTypeValueField monoBaseField = ext.instance.GetBaseField();
return(monoBaseField);
}
}
return(null);
}
private PGProperty LoadGameObjectData(AssetTypeValueField field)
{
PGProperty root = new PGProperty("root");
AssetTypeValueField components = field.Get("m_Component").Get("Array");
int componentSize = (int)components.GetValue().AsArray().size;
for (int i = 0; i < componentSize; i++)
{
AssetTypeValueField componentPtr = components[(uint)i].Get("component");
if (ModifierKeys == Keys.Shift)
{
AssetsManager.AssetExternal ext = helper.GetExtAsset(inst, componentPtr);
if (ext.instance != null)
{
LoadComponentData(root, ext.instance.GetBaseField(), ext.info, i, componentSize);
}
}
else
{
try
{
AssetsManager.AssetExternal ext = helper.GetExtAsset(inst, componentPtr);
if (ext.instance != null)
{
LoadComponentData(root, ext.instance.GetBaseField(), ext.info, i, componentSize);
}
}
catch
{
if (loadedWithErrors == false)
{
loadedWithErrors = true;
MessageBox.Show("a component failed to load. (tell nes or hold shift to throw)");
}
}
}
}
return(root);
}
public static AssetsManager.AssetExternal GetExtAsset(this AssetsManager am, AssetsFileInstance relativeTo, int fileId, long pathId, bool onlyGetInfo = false)
{
AssetsManager.AssetExternal ext = new AssetsManager.AssetExternal();
if (fileId == 0 && pathId == 0)
{
ext.info = null;
ext.instance = null;
ext.file = null;
}
else if (fileId != 0)
{
AssetsFileInstance dep = relativeTo.dependencies[fileId - 1];
ext.info = dep.table.getAssetInfo((ulong)pathId);
if (!onlyGetInfo)
{
ext.instance = am.GetATI(dep.file, ext.info);
}
else
{
ext.instance = null;
}
ext.file = dep;
}
else
{
ext.info = relativeTo.table.getAssetInfo((ulong)pathId);
if (!onlyGetInfo)
{
ext.instance = am.GetATI(relativeTo.file, ext.info);
}
else
{
ext.instance = null;
}
ext.file = relativeTo;
}
return(ext);
}
private void FollowBtn_Click(object sender, EventArgs e)
{
valueGrid.Focus();
GridItem item = valueGrid.SelectedGridItem;
if (item.Label == "m_FileID" || item.Label == "m_PathID")
{
int fileId = -1;
long pathId = -1;
foreach (GridItem gi in item.Parent.EnumerateAllItems())
{
if (gi.Label == "m_FileID")
{
fileId = int.Parse((string)gi.Value);
}
if (gi.Label == "m_PathID")
{
pathId = long.Parse((string)gi.Value);
}
}
if (fileId == 0 && pathId == 0)
{
MessageBox.Show("cannot open null reference");
return;
}
else if (fileId == -1 || pathId == -1)
{
MessageBox.Show("could not find other id, is this really a pptr?");
return;
}
AssetsManager.AssetExternal ext = helper.GetExtAsset(inst, (uint)fileId, (ulong)pathId);
GameObjectViewer view = new GameObjectViewer(helper, ext.file, ext.instance.GetBaseField(), ext.info);
view.Show();
}
}
//thats a nice function, be a shame if you ran out of memory
private static void RecurseType(AssetsManager am, AssetsFileInstance inst, AssetFileInfoEx info, AssetTypeValueField field, List <string> fileNames, Dictionary <AssetID, byte[]> ids, int depth)
{
string p = new string(' ', depth);
foreach (AssetTypeValueField child in field.pChildren)
{
//Console.WriteLine(p + child.templateField.type + " " + child.templateField.name);
if (!child.templateField.hasValue)
{
if (child == null)
{
return;
}
if (child.templateField.isArray && child.templateField.children[1].valueType != EnumValueTypes.ValueType_None)
{
break;
}
string typeName = child.templateField.type;
if (typeName.StartsWith("PPtr<") && typeName.EndsWith(">") && child.childrenCount == 2)
{
int fileId = child.Get("m_FileID").GetValue().AsInt();
long pathId = child.Get("m_PathID").GetValue().AsInt64();
if (pathId == 0)
{
continue;
}
AssetsFileInstance depInst = null;
if (fileId == 0)
{
depInst = inst;
}
else
{
if (inst.dependencies.Count > 0 && inst.dependencies[0] == null)
{
UnityEngine.Debug.Log("dependency null for " + inst.name);
}
depInst = inst.dependencies[fileId - 1];
}
string depName = depInst.name;
if (!fileNames.Contains(depName))
{
fileNames.Add(depName);
}
AssetID id = new AssetID(depInst.name, pathId);
if (!ids.ContainsKey(id))
{
AssetsManager.AssetExternal depExt = am.GetExtAsset(inst, child);
AssetFileInfoEx depInfo = depExt.info;
if (depInfo.curFileType == 1 ||
depInfo.curFileType == 4 ||
depInfo.curFileType == 21 ||
depInfo.curFileType == 23 ||
depInfo.curFileType == 28 ||
depInfo.curFileType == 33 ||
depInfo.curFileType == 43 ||
depInfo.curFileType == 48 ||
depInfo.curFileType == 212 ||
depInfo.curFileType == 213 ||
depInfo.curFileType == 224 ||
false)
{
ids.Add(id, null);
AssetTypeValueField depBaseField;
if (depInfo.curFileType != 0x72)
{
depBaseField = depExt.instance.GetBaseField();
}
else
{
depBaseField = am.GetMonoBaseFieldCached(depExt.file, depInfo, Path.Combine(Path.GetDirectoryName(inst.path), "Managed"));
}
RecurseType(am, depInst, depInfo, depBaseField, fileNames, ids, 0);
}
//else
// UnityEngine.Debug.Log("skipping asset with type " + depInfo.curFileType + " on " + depInfo.index);
}
//make fileId negative to mark for replacement
//we do the changes here since we're already iterating over each field
child.Get("m_FileID").GetValue().Set(-fileNames.IndexOf(depName));
}
RecurseType(am, inst, info, child, fileNames, ids, depth + 1);
}
}
if (depth == 0)
{
AssetID thisId = new AssetID(inst.name, (long)info.index);
byte[] assetData;
if (info.curFileType == 28)
{
assetData = FixTexture2DFast(inst, info);
}
else
{
using (MemoryStream ms = new MemoryStream())
using (AssetsFileWriter w = new AssetsFileWriter(ms))
{
w.bigEndian = false;
field.Write(w);
assetData = ms.ToArray();
}
}
ids[thisId] = assetData;
}
}
public GameObject TilemapRenderData(AssetTypeValueField transform, string name)
{
GameObject tileMapRenderData = new GameObject(name);
GameObject scenemap = new GameObject("Scenemap");
scenemap.transform.parent = tileMapRenderData.transform;
AssetTypeValueField trdChildArray = transform.Get("m_Children").Get("Array");
uint childrenCount = trdChildArray.GetValue().AsArray().size;
AssetTypeValueField sceneMap = null;
for (uint i = 0; i < childrenCount; i++)
{
AssetTypeValueField childTf = am.GetExtAsset(assetsFileInstance, trdChildArray[i]).instance.GetBaseField();
AssetTypeValueField childGo = am.GetExtAsset(assetsFileInstance, childTf.Get("m_GameObject")).instance.GetBaseField();
if (childGo.Get("m_Name").GetValue().AsString() == "Scenemap")
{
sceneMap = trdChildArray[i];
}
}
if (sceneMap == null)
{
return(tileMapRenderData);
}
AssetTypeValueField scenemapBaseField = am.GetExtAsset(assetsFileInstance, sceneMap).instance.GetBaseField();
AssetTypeValueField scenemapChildArray = scenemapBaseField.Get("m_Children").Get("Array");
childrenCount = scenemapChildArray.GetValue().AsArray().size;
for (uint i = 0; i < childrenCount; i++)
{
AssetTypeValueField childTf = am.GetExtAsset(assetsFileInstance, scenemapChildArray[i]).instance.GetBaseField();
AssetTypeValueField childGo = am.GetExtAsset(assetsFileInstance, childTf.Get("m_GameObject")).instance.GetBaseField();
GameObject chunk = new GameObject(childGo.Get("m_Name").GetValue().AsString());
chunk.transform.parent = scenemap.transform;
AssetTypeValueField m_LocalPosition = childTf.Get("m_LocalPosition");
chunk.transform.localPosition = GetVector3(m_LocalPosition);
AssetTypeValueField childComp = childGo.Get("m_Component").Get("Array");
uint componentCount = childComp.GetValue().AsArray().size;
for (uint j = 1; j < componentCount; j++)
{
AssetsManager.AssetExternal component = am.GetExtAsset(assetsFileInstance, childComp[j].Get("component"));
if (component.info.curFileType == MESHFILTER)
{
component = am.GetExtAsset(assetsFileInstance, childComp[j].Get("component"));
AssetTypeValueField mesh = component.instance.GetBaseField().Get("m_Mesh");
AssetTypeValueField meshBaseField = am.GetExtAsset(assetsFileInstance, mesh).instance.GetBaseField();
AssetTypeValueField m_VertexData = meshBaseField.Get("m_VertexData");
AssetTypeValueField m_Channels = m_VertexData.Get("m_Channels").Get("Array");
uint channelsSize = m_Channels.GetValue().AsArray().size;
int skipSize = 0;
//start at 1 to skip verts
for (uint k = 1; k < channelsSize; k++)
{
skipSize += (int)m_Channels[k].Get("dimension").GetValue().AsUInt();
}
byte[] m_DataSize = GetByteData(m_VertexData.Get("m_DataSize"));
uint m_VertexCount = m_VertexData.Get("m_VertexCount").GetValue().AsUInt();
Vector3[] verts = new Vector3[m_VertexCount];
int pos = 0;
for (uint k = 0; k < m_VertexCount; k++)
{
float x = ReadFloat(m_DataSize, pos);
float y = ReadFloat(m_DataSize, pos + 4);
float z = ReadFloat(m_DataSize, pos + 8);
verts[k] = new Vector3(x, y, z);
pos += 12 + (skipSize * 4); //go past verts, then any remaining channel's data
}
AssetTypeValueField m_IndexBuffer = meshBaseField.Get("m_IndexBuffer").Get("Array");
uint triCount = m_IndexBuffer.GetValue().AsArray().size;
int[] tris = new int[triCount / 2];
for (uint k = 0; k < triCount; k += 2)
{
int tri = (int)(m_IndexBuffer[k + 0].GetValue().AsUInt() | (m_IndexBuffer[k + 1].GetValue().AsUInt() << 8));
tris[k / 2] = tri;
}
UnityEngine.Mesh meshComponent = new UnityEngine.Mesh();
chunk.AddComponent <MeshFilter>();
chunk.AddComponent <MeshRenderer>();
chunk.GetComponent <MeshFilter>().mesh = meshComponent;
meshComponent.vertices = verts;
meshComponent.triangles = tris;
chunk.GetComponent <MeshRenderer>().material = Resources.Load <Material>("BackMat");
break;
}
}
}
return(tileMapRenderData);
}
public GameObject RecurseGameObjects(AssetFileInfoEx info, bool topRoot, bool hideOnCreation = false)
{
AssetTypeValueField gameObject = am.GetATI(assetsFile, info).GetBaseField();
string name = gameObject.Get("m_Name").GetValue().AsString();
AssetTypeValueField m_Component = gameObject.Get("m_Component").Get("Array");
AssetsManager.AssetExternal transformComponent = am.GetExtAsset(assetsFileInstance, m_Component[0].Get("component"));
AssetTypeValueField transform = transformComponent.instance.GetBaseField();
if (name == "TileMap Render Data" || name == "Template-TileMap (1) Render Data") //should be .EndsWith(" Render Data")
{
return(TilemapRenderData(transform, name));
}
if (topRoot && transform.Get("m_Father").Get("m_PathID").GetValue().AsInt64() != 0)
{
return(null);
}
if (!topRoot && transform.Get("m_Father").Get("m_PathID").GetValue().AsInt64() == 0)
{
return(null);
}
GameObject gameObjectInstance = new GameObject(name);
//if this object or parent object is mask
bool isMask = hideOnCreation;
int m_Tag = (ushort)gameObject.Get("m_Tag").GetValue().AsUInt();
if (m_Tag >= 20000)
{
int tagIndex = m_Tag - 20000;
gameObjectInstance.tag = UnityEditorInternal.InternalEditorUtility.tags[tagIndex];
}
else if (m_Tag != 0)
{
string[] tags = new[] { "Respawn", "Finished", "EditorOnly", "MainCamera", "Player", "GameController" };
gameObjectInstance.tag = tags[m_Tag - 1];
}
gameObjectInstance.layer = (int)gameObject.Get("m_Layer").GetValue().AsUInt();
EditDiffer differ = gameObjectInstance.AddComponent <EditDiffer>();
differ.fileId = 0;
differ.pathId = info.index;
differ.origPathId = differ.pathId;
Transform transformInstance = gameObjectInstance.transform;
AssetTypeValueField m_LocalPosition = transform.Get("m_LocalPosition");
AssetTypeValueField m_LocalRotation = transform.Get("m_LocalRotation");
AssetTypeValueField m_LocalScale = transform.Get("m_LocalScale");
Vector3 localPosition = GetVector3(m_LocalPosition);
Quaternion localRotation = GetQuaternion(m_LocalRotation);
Vector3 localScale = GetVector3(m_LocalScale);
for (uint i = 1; i < m_Component.GetValue().AsArray().size; i++)
{
//faster to check for only info but also keeps us from reading
//particle systems which tend to update literally every minor update
//if we end up needing more types we can use typetree2cldb on an editor file
AssetsManager.AssetExternal component = am.GetExtAsset(assetsFileInstance, m_Component[i].Get("component"), true);
if (component.info.curFileType == SPRITERENDERER)
{
component = am.GetExtAsset(assetsFileInstance, m_Component[i].Get("component"));
AssetTypeValueField baseField = component.instance.GetBaseField();
AssetTypeValueField m_Sprite = baseField.Get("m_Sprite");
int fileId = m_Sprite.Get("m_FileID").GetValue().AsInt();
long pathId = m_Sprite.Get("m_PathID").GetValue().AsInt64();
AssetsManager.AssetExternal sprite = am.GetExtAsset(assetsFileInstance, m_Sprite);
if (sprite.info == null) //spriterenderer with no sprite lol
{
continue;
}
AssetsFileInstance spriteInst;
if (m_Sprite.Get("m_FileID").GetValue().AsInt() == 0)
{
spriteInst = assetsFileInstance;
}
else
{
spriteInst = assetsFileInstance.dependencies[m_Sprite.Get("m_FileID").GetValue().AsInt() - 1];
}
Sprite spriteInstance = bundleAssets[assetMap[new AssetID(Path.GetFileName(spriteInst.path), pathId)]] as Sprite;
SpriteRenderer sr = gameObjectInstance.AddComponent <SpriteRenderer>();
string[] sortingLayers = new[] { "Default", "Far BG 2", "Far BG 1", "Mid BG", "Immediate BG", "Actors", "Player", "Tiles", "MID Dressing", "Immediate FG", "Far FG", "Vignette", "Over", "HUD" };
sr.sortingLayerName = sortingLayers[baseField.Get("m_SortingLayer").GetValue().AsInt()];
sr.sortingOrder = baseField.Get("m_SortingOrder").GetValue().AsInt();
sr.sprite = spriteInstance;
AssetTypeValueField m_Materials = baseField.Get("m_Materials").Get("Array");
if (m_Materials.GetValue().AsArray().size > 0)
{
AssetTypeValueField m_Material = m_Materials[0];
int matFileId = m_Material.Get("m_FileID").GetValue().AsInt();
long matPathId = m_Material.Get("m_PathID").GetValue().AsInt64();
AssetsFileInstance materialInst;
if (m_Material.Get("m_FileID").GetValue().AsInt() == 0)
{
materialInst = assetsFileInstance;
}
else
{
materialInst = assetsFileInstance.dependencies[matFileId - 1];
}
if (assetMap.ContainsKey(new AssetID(Path.GetFileName(materialInst.path), matPathId)))
{
Material mat = bundleAssets[assetMap[new AssetID(Path.GetFileName(materialInst.path), matPathId)]] as Material;
if (mat.shader.name != "Sprites/Lit") //honestly this shader confuses me. it is the only shader
{ //with no code and only references the generic material
sr.material = mat;
}
//else
//{
// mat.shader = sr.sharedMaterial.shader;
// sr.sharedMaterial = mat;
//}
if (mat.shader.name == "Hollow Knight/Grass-Default" || mat.shader.name == "Hollow Knight/Grass-Diffuse")
{
sr.sharedMaterial.SetFloat("_SwayAmount", 0f); //stops grass animation
}
}
//else
//{
// Debug.Log("failed to find " + Path.GetFileName(materialInst.path) + "/" + matPathId + ".dat");
//}
}
}
if (component.info.curFileType == MONOBEHAVIOUR)
{
component = am.GetExtAsset(assetsFileInstance, m_Component[i].Get("component"));
AssetTypeValueField baseField = component.instance.GetBaseField();
int monoTypeId = assetsFileInstance.file.typeTree.pTypes_Unity5[component.info.curFileTypeOrIndex].scriptIndex;
if (!monoBehaviourIds.ContainsKey(monoTypeId))
{
//map out the monobehaviour script indexes to their name for fast lookup
AssetTypeValueField m_Script = baseField.Get("m_Script");
AssetsManager.AssetExternal script = am.GetExtAsset(assetsFileInstance, m_Script);
string scriptName = script.instance.GetBaseField().Get("m_Name").GetValue().AsString();
monoBehaviourIds[monoTypeId] = scriptName;
}
if (monoBehaviourIds[monoTypeId] == "tk2dSprite")
{
string managedPath = Path.Combine(Path.GetDirectoryName(assetsFileInstance.path), "Managed");
baseField = am.GetMonoBaseFieldCached(assetsFileInstance, component.info, managedPath);
AssetTypeValueField collection = baseField.Get("collection");
int _spriteId = baseField.Get("_spriteId").GetValue().AsInt();
int fileId = collection.Get("m_FileID").GetValue().AsInt();
//long pathId = collection.Get("m_PathID").GetValue().AsInt64();
AssetsManager.AssetExternal sprite = am.GetExtAsset(assetsFileInstance, collection);
if (sprite.info == null)
{
continue;
}
AssetsFileInstance spriteFileInstance = assetsFileInstance.dependencies[fileId - 1];
AssetTypeValueField spriteBaseField = am.GetMonoBaseFieldCached(spriteFileInstance, sprite.info, managedPath);
//this is a bad hack but it works for some reason so here it is
//the reason the pivot is being set and not the actual position
//is so we don't modify the values on the transform component
Texture2D image = spriteLoader.LoadTK2dSpriteNative(am, spriteBaseField, spriteFileInstance, _spriteId);
AssetTypeValueField boundsData = spriteBaseField.Get("spriteDefinitions")[(uint)_spriteId].Get("boundsData")[0];
float xOff = boundsData.Get("x").GetValue().AsFloat() * 100;
float yOff = boundsData.Get("y").GetValue().AsFloat() * 100;
Vector2 offset = new Vector2((image.width / 2f - xOff) / image.width, (image.height / 2f - yOff) / image.height);
Sprite spriteInstance = Sprite.Create(image, new Rect(0, 0, image.width, image.height), offset, 100f);
SpriteRenderer sr = gameObjectInstance.AddComponent <SpriteRenderer>();
sr.sortingLayerName = "Default";
sr.sortingOrder = 0;
sr.sprite = spriteInstance;
}
else if (monoBehaviourIds[monoTypeId] == "PlayMakerFSM")
{
//string managedPath = Path.Combine(Path.GetDirectoryName(assetsFileInstance.path), "Managed");
//baseField = am.GetMonoBaseFieldCached(assetsFileInstance, component.info, managedPath);
string fsmName = ReadFSMName(component.info, assetsFileInstance.file.reader);//baseField.Get("fsm").Get("name").GetValue().AsString();
if (fsmName == "remasker" || fsmName == "unmasker" || fsmName == "remasker_inverse" || fsmName == "Remove")
{
isMask = true;
}
}
}
}
transformInstance.localScale = localScale;
transformInstance.localPosition = localPosition;
transformInstance.localRotation = localRotation;
Renderer ren = gameObjectInstance.GetComponent <Renderer>();
if (isMask && ren != null)
{
ren.enabled = false;
}
AssetTypeValueField childrenArray = transform.Get("m_Children").Get("Array");
uint childrenCount = childrenArray.GetValue().AsArray().size;
for (uint i = 0; i < childrenCount; i++)
{
AssetTypeValueField childTf = am.GetExtAsset(assetsFileInstance, childrenArray[i]).instance.GetBaseField();
AssetFileInfoEx childGo = am.GetExtAsset(assetsFileInstance, childTf.Get("m_GameObject")).info;
RecurseGameObjects(childGo, false, isMask).transform.SetParent(transformInstance, false);
}
return(gameObjectInstance);
}
public static byte[] CreateBundleFromLevel(AssetsManager am, /*byte[] data,*/ AssetsFileInstance inst, string sceneName, DiffFile diffFile, string bunPath)
{
AssetsFile file = inst.file;
AssetsFileTable table = inst.table;
string folderName = Path.GetDirectoryName(inst.path);
//string sceneName = Path.GetFileNameWithoutExtension(inst.path) + "_mod";
List <AssetsReplacer> assetsSA = new List <AssetsReplacer>();
List <AssetFileInfoEx> infos = table.pAssetFileInfo.ToList();
//List<int> typeIds = new List<int>();
//foreach (AssetFileInfoEx info in infos)
//{
// int typeId = (int)info.curFileType;
// if (!typeIds.Contains(typeId) && typeId != 0x72)
// typeIds.Add(typeId);
//}
assetsSA.Add(PreloadData.CreatePreloadData(1));
assetsSA.Add(BundleMeta.CreateBundleInformation(sceneName, 2));
//todo: pull from original assets file, cldb is not always update to date
List <Type_0D> types = new List <Type_0D>();
//foreach (int typeId in typeIds)
//{
// types.Add(C2T5.Cldb2TypeTree(am.classFile, typeId));
//}
List <Type_0D> typesSA = new List <Type_0D>
{
C2T5.Cldb2TypeTree(am.classFile, 0x96), //PreloadData
C2T5.Cldb2TypeTree(am.classFile, 0x8E) //AssetBundle
};
const string ver = "2017.4.10f1";
List <AssetsReplacer> replacers = new List <AssetsReplacer>();
//UnityEngine.Debug.Log("HKWE DM " + diffFile.magic);
//UnityEngine.Debug.Log("HKWE GC " + diffFile.changes.Count + diffFile.adds.Count + diffFile.removes.Count);
//AssetsReplacerFromMemory mem = MoveTest.RunMoveTest(table.getAssetInfo(2642), am.GetATI(file, table.getAssetInfo(2642)).GetBaseField(), 2642) as AssetsReplacerFromMemory;
foreach (GameObjectChange goChange in diffFile.changes)
{
//UnityEngine.Debug.Log("HKWE GO " + goChange.pathId);
foreach (ComponentChangeOrAdd compChange in goChange.changes)
{
AssetFileInfoEx goInfo = table.getAssetInfo((ulong)goChange.pathId);
AssetTypeValueField goBaseField = am.GetATI(file, goInfo).GetBaseField();
AssetTypeValueField compPptr = goBaseField.Get("m_Component").Get("Array")[(uint)compChange.componentIndex].Get("component");
AssetsManager.AssetExternal compExt = am.GetExtAsset(inst, compPptr);
AssetFileInfoEx compInfo = compExt.info;
AssetTypeValueField compBaseField = compExt.instance.GetBaseField();
//UnityEngine.Debug.Log("HKWE LR " + compInfo.index);
AssetsReplacer imAlreadyReplacer = ComponentDiffReplacer.DiffComponent(compInfo, compBaseField, am.classFile, compChange, compInfo.index);
replacers.Add(imAlreadyReplacer);
}
}
AssetsManager amBun = new AssetsManager(); //we create a new manager because the two filenames will probably conflict
amBun.classFile = am.classFile; //we can just reuse the classfile which is kinda hacky
AssetsFileInstance bunInst = amBun.LoadAssetsFile(new MemoryStream(GetBundleData(bunPath, 0)), "HKWEDiffs", false); //placeholder path since we have no deps
//rearrange the pathids immediately after the
//last one from the level to keep unity happy
ulong levelLargestPathID = 0;
foreach (AssetFileInfoEx inf in table.pAssetFileInfo)
{
if (inf.index > levelLargestPathID)
{
levelLargestPathID = inf.index;
}
}
ReferenceCrawler.ReorderIds(amBun, bunInst, levelLargestPathID + 1);
byte[] bunSAInst = GetBundleData(bunPath, 1);
//HashSet<ulong> addedDeps = new HashSet<ulong>();
foreach (AssetFileInfoEx inf in bunInst.table.pAssetFileInfo)
{
replacers.Add(MakeReplacer(inf.index, am, bunInst, inst, inf, bunSAInst, types));
}
//foreach (GameObjectInfo inf in diffFile.infos)
//{
// Debug.Log("7");
// ulong bunPathId = GetBundlePathId(amBun, bunInst, inf);
//
// AssetFileInfoEx objInf = bunInst.table.getAssetInfo(bunPathId);
// replacers.Add(MakeReplacer(bunPathId, am, bunInst, inst, objInf, bunSAInst, types));
//
// List<ulong> deps = ReferenceCrawler.CrawlPPtrs(amBun, bunInst, bunPathId);
// foreach (ulong dep in deps)
// {
// if (!addedDeps.Contains(dep))
// {
// addedDeps.Add(dep);
// AssetFileInfoEx depInf = bunInst.table.getAssetInfo(dep);
// //if (depInf.curFileType == 0x01 || depInf.curFileType == 0x04 || depInf.curFileType == 0xD4 || depInf.curFileType == 0x15 || depInf.curFileType == 0xD5)
// //{
// // continue;
// //}
// replacers.Add(MakeReplacer(dep, am, bunInst, inst, depInf, bunSAInst, types));
// }
// }
// ////its possible to get a collision but very unlikely since unity already randomizes ids which are 8 bytes long
// ////there's nothing here to test if a collision would be created so just hope that you don't win the lottery
// //ulong bunPathId = GetBundlePathId(amBun, bunInst, inf);
// ////AssetFileInfoEx afInf = bunInst.table.getAssetInfo(bunPathId);
// ////replacers.Add(MakeReplacer(bunPathId, afInf, bunInst.stream));
// //List<ulong> deps = ReferenceCrawler.CrawlPPtrs(am, bunInst, bunPathId);
// ////if (info.curFileType == 0x01 || info.curFileType == 0x04 || info.curFileType == 0xD4)
// ////{
// //// continue;
// ////}
// //foreach (ulong dep in deps)
// //{
// // AssetFileInfoEx depInf = bunInst.table.getAssetInfo(dep);
// // //MakeReplacer(dep, am, bunInst, inst, depInf, bunSAInst, types);
// // AssetsReplacerFromMemory ar = MakeReplacer(dep, am, bunInst, inst, depInf, bunSAInst, types);
// // //todo- I guess this was just for testing purposes to block out everything, remove this at some point
// // if (depInf.curFileType == 0x01 || depInf.curFileType == 0x04 || depInf.curFileType == 0xD4 || depInf.curFileType == 0x15 || depInf.curFileType == 0xD5) //depInf.curFileType == 0x1C
// // {
// // continue;
// // }
// // replacers.Add(ar);
// //}
//}
byte[] data = null;
using (MemoryStream ms = new MemoryStream())
using (AssetsFileWriter writer = new AssetsFileWriter(ms))
{
//file.typeTree.hasTypeTree = true; //so we don't have to calculate hashes
//foreach (Type_0D type in file.typeTree.pTypes_Unity5)
//{
// if (!types.Any(t => t.classId == type.classId))
// {
// types.Insert(0, C2T5.Cldb2TypeTree(am.classFile, type.classId));
// }
//}
file.typeTree.pTypes_Unity5 = file.typeTree.pTypes_Unity5.Concat(types.ToArray()).ToArray();
//file.typeTree.pTypes_Unity5 = types.ToArray();
file.typeTree.fieldCount = (uint)file.typeTree.pTypes_Unity5.Length;
//file.typeTree.fieldCount = (uint)types.Count;
file.Write(writer, 0, replacers.ToArray(), 0);
data = ms.ToArray();
}
//File.WriteAllBytes("_bundlefinal1.unity3d", data);
byte[] blankDataSA = BundleCreator.CreateBlankAssets(ver, typesSA);
AssetsFile blankFileSA = new AssetsFile(new AssetsFileReader(new MemoryStream(blankDataSA)));
byte[] dataSA = null;
using (MemoryStream ms = new MemoryStream())
using (AssetsFileWriter writer = new AssetsFileWriter(ms))
{
blankFileSA.Write(writer, 0, assetsSA.ToArray(), 0);
dataSA = ms.ToArray();
}
using (MemoryStream ms = new MemoryStream())
using (AssetsFileWriter writer = new AssetsFileWriter(ms))
{
AssetsBundleFile bundle = BundleCreator.CreateBlankBundle(ver, data.Length, dataSA.Length, sceneName);
bundle.Write(writer);
writer.Write(dataSA);
writer.Write(data);
return(ms.ToArray());
}
}