/// <summary>
/// TODO - maybe need makesure the order the same,next version, for that maybe save with different version.;
/// </summary>
/// <param name="varVailder"></param>
/// <returns></returns>
public bool VaildIfConflict(TypeTree2Class varVailder)
{
if (varVailder.ClassName != this.ClassName)
{
return(false);
}
if (varVailder._FieldsInfo.Count != this._FieldsInfo.Count)
{
return(true);
}
foreach (var tempFieldsKvp in varVailder._FieldsInfo)
{
if (!this._FieldsInfo.TryGetValue(tempFieldsKvp.Key, out var tempFiledType))
{
Debug.LogErrorFormat("Class Fields Decode [{0}] conflict in different TypeTree,Missing Field [{1}].", this.ClassName, tempFieldsKvp.Key);
return(true);
}
else if (tempFiledType != tempFieldsKvp.Value)
{
Debug.LogErrorFormat("Class Fields Decode [{0}] conflict in different TypeTree,Field [{1}] has different Type {2} vs {3}", this.ClassName, tempFieldsKvp.Key, tempFiledType, tempFieldsKvp.Value);
return(true);
}
}
return(false);
}
private static void GenTypeTreeCode(ArchiveStorageHeader varStorage)
{
var tempCalssSet = new Dictionary <string, TypeTree2Class>();
foreach (var item in varStorage.DirectoryInfo)
{
if (!item.IsSerializedFile())
{
continue;
}
var tempReader = new EndianBinaryReader(item.Context);
var tempSF = new SerializedFile().Parse(tempReader);
var tempObjMap = tempSF.ObjectMap;
foreach (var tempKvp in tempObjMap)
{
var tempIdx = tempKvp.Value.typeID;
var tempType = tempSF.Types[tempIdx];
var tempTreeNodes = tempType.mTypeTree.Nodes;
var tempClsInfos = TypeTree2Class.Convert(tempTreeNodes);
foreach (var tempClsInfo in tempClsInfos)
{
if (tempCalssSet.TryGetValue(tempClsInfo.ClassName, out var tempCache))
{
tempCache.VaildIfConflict(tempClsInfo);
}
else
{
tempCalssSet.Add(tempClsInfo.ClassName, tempClsInfo);
}
}
}
}
var tempStr = string.Empty;
tempStr += "using System.Collections.Generic;\n\n";
tempStr += "namespace AssetBundleBrowser.ExtractAssets\n{";
foreach (var item in tempCalssSet)
{
tempStr += item.Value.Serialized();
}
tempStr += "\n}";
File.WriteAllText(Path.Combine(Application.dataPath, "AssetBundles-Browser/Editor/ExtractAssets/Dumper/TypetreeGenCode.cs"), tempStr);
}
public static List <TypeTree2Class> Convert(TypeTreeNode varFieldCls, List <TypeTreeNode> varTreeNodes)
{
PPtr.IsPPtr(varFieldCls.m_Type, out var tempClsName);
if (string.IsNullOrEmpty(tempClsName))
{
tempClsName = varFieldCls.m_Type;
}
var tempTreeClses = new List <TypeTree2Class>();
var tempAlignFields = new HashSet <string>();
var tempFieldNames = new Dictionary <string, string>();
for (int iT = varFieldCls.m_Index + 1; iT < varTreeNodes.Count; ++iT)
{
var tempNode = varTreeNodes[iT];
if (tempNode.m_Level <= varFieldCls.m_Level)
{
break;
}
if (tempNode.m_Level != varFieldCls.m_Level + 1)
{
continue;
}
var tempFieldName = CorrectFieldName(tempNode.m_Name);
if ((tempNode.m_MetaFlag & (int)TypeTreeNode.TransferMetaFlags.kAlignBytesFlag) != 0)
{
tempAlignFields.Add(tempFieldName);
}
tempFieldNames.Add(tempFieldName, tempNode.GetNodeCsharpTypeDes(varTreeNodes, out var tempFieldTypes));
foreach (var item in tempFieldTypes)
{
if (!item.IsVauleType())
{
tempTreeClses.AddRange(TypeTree2Class.Convert(item, varTreeNodes));
}
}
}
tempTreeClses.Add(new TypeTree2Class(tempClsName, tempFieldNames, tempAlignFields));
return(tempTreeClses);
}
