public void ShouldConfigMapping()
{
ExtensionList extensions = new ExtensionList();
FluentConfig.Configure(extensions)
.MapingFromAssemblyOf <FluentConfigTest>();
Assert.IsTrue(extensions.ContainsKey(typeof(Dbo1).FullName), "Not mapping");
Assert.IsFalse(extensions.ContainsKey(typeof(Dbo2).FullName), "Fail mapping for abstract");
Assert.IsFalse(extensions.ContainsKey(typeof(Dbo3).FullName), "Fail mapping for generic");
}
private void ReadFiles(string fileName, FileReader reader)
{
string name = System.IO.Path.GetFileNameWithoutExtension(fileName);
ResourceType type = (ResourceType)reader.ReadUInt32();
uint size = reader.ReadUInt32();
uint nextFileOffset = reader.ReadUInt32();
reader.Seek(20); //padding
if (size == 0)
{
return;
}
string extension = $"_{type}.bin";
if (ExtensionList.ContainsKey(type))
{
extension = ExtensionList[type];
}
byte[] data = reader.ReadBytes((int)size);
//File data right after
var file = new FileEntry()
{
Type = type,
FileName = $"Root/RawFiles/{name}_File{Files.Count}{extension}",
};
file.SetData(data);
Files.Add(file);
if (nextFileOffset != 0)
{
reader.SeekBegin(nextFileOffset);
ReadFiles(fileName, reader);
}
}
private ObjectTreeNode LoadChunkTabe()
{
ObjectTreeNode root = new ObjectTreeNode();
Dictionary <ChunkFileType, ObjectTreeNode> FileContainers = new Dictionary <ChunkFileType, ObjectTreeNode>();
Dictionary <uint, DATA_Parser.FileEntry> animationFiles = new Dictionary <uint, DATA_Parser.FileEntry>();
foreach (var file in DataFile.Files)
{
if (!animationFiles.ContainsKey(file.Hash))
{
animationFiles.Add(file.Hash, file);
}
if (!GlobalFileList.ContainsKey(file.Hash))
{
GlobalFileList.Add(file.Hash, file);
}
}
Dictionary <string, ObjectTreeNode> fileGrouper = new Dictionary <string, ObjectTreeNode>();
foreach (var file in DataFile.Files)
{
ChunkFileType type = file.ChunkEntry.ChunkType;
if (!FileContainers.ContainsKey(type))
{
FileContainers.Add(type, new ObjectTreeNode(type.ToString() + $"_{type.ToString("X")}"));
root.AddChild(FileContainers[type]);
}
var folder = FileContainers[file.ChunkEntry.ChunkType];
var fileNode = new ObjectTreeNode(file.Hash.ToString());
fileNode.Tag = file.ChunkEntry.Data;
if (type == ChunkFileType.Model)
{
fileNode = new ModelWrapper(file, DataFile);
}
if (type == ChunkFileType.AnimationData)
{
fileNode = new AnimationWrapper(file, DataFile);
}
if (type == ChunkFileType.Texture)
{
fileNode = new TextureWrapper(file, DataFile);
}
if (type == ChunkFileType.Skeleton)
{
fileNode = new SkeletonWrapper(file, DataFile);
}
if (type == ChunkFileType.Script)
{
fileNode = new ScriptWrapper(file, DataFile);
}
if (type == ChunkFileType.AnimationBundles)
{
fileNode = new AnimationBundleWrapper(file, DataFile, animationFiles);
}
//Attempt to group common hashes
if (type == ChunkFileType.Model)
{
fileGrouper.Add(fileNode.Label, fileNode);
}
if (type != ChunkFileType.Model && fileGrouper.ContainsKey(fileNode.Label))
{
ObjectTreeNode tfolder = new ObjectTreeNode(type.ToString());
tfolder.AddChild(fileNode);
fileGrouper[fileNode.Label].AddChild(tfolder);
}
else
{
folder.AddChild(fileNode);
}
if (type == ChunkFileType.Model)
{
ObjectTreeNode chunkList = new ObjectTreeNode("Chunks");
fileNode.AddChild(chunkList);
foreach (var child in file.ChunkEntry.SubData)
{
chunkList.AddChild(ReadChunk(child));
}
}
else
{
foreach (var child in file.ChunkEntry.SubData)
{
fileNode.AddChild(ReadChunk(child));
}
}
fileNode.Label += $"_({folder.ChildCount})";
if (ExtensionList.ContainsKey(file.ChunkEntry.ChunkType))
{
fileNode.Label += ExtensionList[file.ChunkEntry.ChunkType];
}
if (Hashing.HashNames.ContainsKey(file.Hash))
{
fileNode.Label = Hashing.HashNames[file.Hash];
}
}
return(root);
}
