UType GetMember(AssetCabinet.TypeDefinitionString member)
{
switch (member.type)
{
case "char":
return(new Uchar(member.identifier));
case "bool":
case "UInt8":
return(new Uint8(member.identifier));
case "int":
return(new Uint32(member.identifier));
case "unsigned int":
return(new Uuint32(member.identifier));
case "float":
return(new Ufloat(member.identifier));
}
UType cls;
if (member.type.StartsWith("PPtr<") && member.type.EndsWith(">"))
{
cls = new UPPtr(file, member.identifier);
}
else if (member.type == "Array")
{
cls = new Uarray();
}
else
{
cls = new UClass(member.type, member.identifier);
}
for (int i = 0; i < member.children.Length; i++)
{
AssetCabinet.TypeDefinitionString memberDef = member.children[i];
UType submember = GetMember(memberDef);
cls.Members.Add(submember);
}
return(cls);
}
public static void UpdatePointersUType(UType t)
{
if (t is UPPtr)
{
UPPtr p = (UPPtr)t;
p.Value.Refresh();
}
else if (t is Uarray)
{
Uarray a = (Uarray)t;
for (int i = 0; i < a.Value.Length; i++)
{
UpdatePointersUType(a.Value[i]);
}
}
else if (t is UClass)
{
UpdatePointersUClass((UClass)t);
}
}
UType GetMember(AssetCabinet.TypeDefinitionString member)
{
switch (member.type)
{
case "char":
return new Uchar(member.identifier);
case "bool":
case "UInt8":
return new Uint8(member.identifier);
case "int":
return new Uint32(member.identifier);
case "unsigned int":
return new Uuint32(member.identifier);
case "float":
return new Ufloat(member.identifier);
}
UType cls;
if (member.type.StartsWith("PPtr<") && member.type.EndsWith(">"))
{
cls = new UPPtr(file, member.identifier);
}
else if (member.type == "Array")
{
cls = new Uarray();
}
else
{
cls = new UClass(member.type, member.identifier);
}
for (int i = 0; i < member.children.Length; i++)
{
AssetCabinet.TypeDefinitionString memberDef = member.children[i];
UType submember = GetMember(memberDef);
cls.Members.Add(submember);
}
return cls;
}
public static void MovePointersUType(UType t, Component old, Component replacement, AssetCabinet destFile)
{
if (t is UPPtr)
{
UPPtr p = (UPPtr)t;
if (p.Value.asset == old || p.Value.asset is NotLoaded && ((NotLoaded)p.Value.asset).replacement == old)
{
p.Value = new PPtr <Object>(replacement, destFile);
}
}
else if (t is Uarray)
{
Uarray a = (Uarray)t;
for (int i = 0; i < a.Value.Length; i++)
{
MovePointersUType(a.Value[i], old, replacement, destFile);
}
}
else if (t is UClass)
{
MovePointersUClass((UClass)t, old, replacement, destFile);
}
}
public UPPtr(UPPtr ptr)
{
Name = ptr.Name;
this.file = ptr.file;
}
public static void CreateMember(ref int line, UType utype, int arrayIndex, TreeNodeCollection nodes)
{
if (utype is UClass)
{
if (((UClass)utype).ClassName == "string")
{
CreateTreeNode(line, nodes, utype.Name, " (string)", ((UClass)utype).GetString(), arrayIndex);
}
else if (((UClass)utype).ClassName == "Vector2f")
{
string value = ((Ufloat)((UClass)utype).Members[0]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[1]).Value.ToFloatString();
CreateTreeNode(line, nodes, utype.Name, " (Vector2f)", value, arrayIndex);
}
else if (((UClass)utype).ClassName == "Vector3f")
{
string value = ((Ufloat)((UClass)utype).Members[0]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[1]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[2]).Value.ToFloatString();
CreateTreeNode(line, nodes, utype.Name, " (Vector3f)", value, arrayIndex);
}
else if (((UClass)utype).ClassName == "Vector4f")
{
string value = ((Ufloat)((UClass)utype).Members[0]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[1]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[2]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[3]).Value.ToFloatString();
CreateTreeNode(line, nodes, utype.Name, " (Vector4f)", value, arrayIndex);
}
else if (((UClass)utype).ClassName == "Quaternionf")
{
string value = ((Ufloat)((UClass)utype).Members[0]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[1]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[2]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[3]).Value.ToFloatString();
CreateTreeNode(line, nodes, utype.Name, " (Quaternionf)", value, arrayIndex);
}
else if (((UClass)utype).ClassName == "ColorRGBA" && ((UClass)utype).Members.Count == 4)
{
string value = ((Ufloat)((UClass)utype).Members[0]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[1]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[2]).Value.ToFloatString()
+ ", " + ((Ufloat)((UClass)utype).Members[3]).Value.ToFloatString();
CreateTreeNode(line, nodes, utype.Name, " (ColorRGBA)", value, arrayIndex);
}
else
{
TreeNode classNode = CreateTreeNode(line, nodes, utype.Name, " " + ((UClass)utype).ClassName, null, arrayIndex, false);
line++;
for (int i = 0; i < ((UClass)utype).Members.Count; i++)
{
CreateMember(ref line, ((UClass)utype).Members[i], -1, classNode.Nodes);
}
line--;
}
}
else if (utype is UPPtr)
{
UPPtr ptr = (UPPtr)utype;
Component asset = ptr.Value != null ? ptr.Value.asset : null;
CreateTreeNode(line, nodes, utype.Name, " (PPtr<" + (asset != null ? asset.classID().ToString() : "") + ">)",
ptr.Value != null ? (asset != null ? asset is NotLoaded ? ((NotLoaded)asset).Name : AssetCabinet.ToString(asset) : String.Empty) + " PathID=" + ptr.Value.m_PathID : null, arrayIndex);
}
else if (utype is Uarray)
{
TreeNode arrayNode = CreateTreeNode(line, nodes, "", "Array size " + (((Uarray)utype).Value != null ? ((Uarray)utype).Value.Length : 0), null, arrayIndex, false);
arrayNode.Tag = utype;
line++;
if (((Uarray)utype).Value != null)
{
for (int i = 0; i < ((Uarray)utype).Value.Length; i++)
{
CreateMember(ref line, ((Uarray)utype).Value[i], i, arrayNode.Nodes);
}
}
line--;
}
else if (utype is Ufloat)
{
CreateTreeNode(line, nodes, utype.Name, " (float)", ((Ufloat)utype).Value.ToFloatString(), arrayIndex);
}
else if (utype is Udouble)
{
CreateTreeNode(line, nodes, utype.Name, " (double)", ((Udouble)utype).Value.ToDoubleString(), arrayIndex);
}
else if (utype is Uint8)
{
CreateTreeNode(line, nodes, utype.Name, " (int8)", ((Uint8)utype).Value.ToString(), arrayIndex);
}
else if (utype is Uint16)
{
CreateTreeNode(line, nodes, utype.Name, " (int16)", ((Uint16)utype).Value.ToString(), arrayIndex);
}
else if (utype is Uuint16)
{
CreateTreeNode(line, nodes, utype.Name, " (uint16)", ((Uuint16)utype).Value.ToString(), arrayIndex);
}
else if (utype is Uint32)
{
CreateTreeNode(line, nodes, utype.Name, " (int32)", ((Uint32)utype).Value.ToString(), arrayIndex);
}
else if (utype is Uuint32)
{
CreateTreeNode(line, nodes, utype.Name, " (uint32)", ((Uuint32)utype).Value.ToString(), arrayIndex);
}
else if (utype is Uint64)
{
CreateTreeNode(line, nodes, utype.Name, " (int64)", ((Uint64)utype).Value.ToString(), arrayIndex);
}
else if (utype is Uuint64)
{
CreateTreeNode(line, nodes, utype.Name, " (uint64)", ((Uuint64)utype).Value.ToString(), arrayIndex);
}
else
{
CreateTreeNode(line, nodes, utype.Name, " " + utype.GetType() + " unhandled", null, arrayIndex, false);
}
line++;
}
public UPPtr(UPPtr ptr)
{
Name = ptr.Name;
NeedsAlignment = ptr.NeedsAlignment;
this.file = ptr.file;
}
UType GetMember(AssetCabinet.TypeDefinitionString member)
{
switch (member.type)
{
case "char":
return(new Uchar(member.identifier, member.align()));
case "bool":
case "SInt8":
case "UInt8":
return(new Uint8(member.identifier, member.align()));
case "SInt16":
return(new Uint16(member.identifier, member.align()));
case "UInt16":
return(new Uuint16(member.identifier, member.align()));
case "int":
return(new Uint32(member.identifier, member.align()));
case "unsigned int":
return(new Uuint32(member.identifier, member.align()));
case "int64":
return(new Uint64(member.identifier, member.align()));
case "UInt64":
return(new Uuint64(member.identifier, member.align()));
case "float":
return(new Ufloat(member.identifier, member.align()));
case "double":
return(new Udouble(member.identifier, member.align()));
}
UType cls;
if (member.type.StartsWith("PPtr<") && member.type.EndsWith(">"))
{
cls = new UPPtr(file, member.identifier, member.type, member.align());
}
else if (member.type == "Array")
{
cls = new Uarray(member.align());
}
else
{
if (member.type == "StreamedResource")
{
cls = new UStreamedResource(member.type, member.identifier, member.align(), file);
}
else
{
cls = new UClass(member.type, member.identifier, member.align());
}
if (member.children.Length == 0)
{
Report.ReportLog("Warning! " + member.identifier + " has no members!");
}
}
for (int i = 0; i < member.children.Length; i++)
{
AssetCabinet.TypeDefinitionString memberDef = member.children[i];
UType submember = GetMember(memberDef);
cls.Members.Add(submember);
}
return(cls);
}
public UPPtr(UPPtr ptr)
{
Name = ptr.Name;
this.file = ptr.file;
}
