public void AddChild(GHFileSystemNode node)
{
if (!Children.ContainsKey(node.Name))
{
Children.Add(node.Name, node);
}
}
public static GHFileSystem LoadFromCompressedString(string publicIp, string localIp, Queue <char> imageQueue, StringBuilder sb)
{
GHFileSystem fileSystem = new GHFileSystem()
{
PublicIp = publicIp, LocalIp = localIp
};
GHFileSystemNode activeNode = null;
while (imageQueue.Count > 0)
{
sb.Clear();
while (imageQueue.Peek() < 32768)
{
sb.Append(GHTextConvertor.Utf14ToDoubleUtf7(imageQueue.Dequeue()));
}
if (imageQueue.Peek() == (char)Depth.Up)
{
activeNode = activeNode.Parent;
imageQueue.Dequeue();
continue;
}
var tmp = new GHFileSystemNode(activeNode, sb.ToString())
{
FileSystem = fileSystem
};
tmp.FileFlags = (FileFlag)imageQueue.Dequeue() - 32768;
if (activeNode != null)
{
activeNode.AddChild(tmp);
if (activeNode.IsHomeFolder && !fileSystem.Users.ContainsKey(tmp.Name))
{
fileSystem.Users.Add(tmp.Name, new GHFileSystemUser()
{
FileSystem = fileSystem, HomeFolder = tmp
});
}
else if (tmp.IsRootUserFolder)
{
fileSystem.Users.Add(tmp.Name, new GHFileSystemUser()
{
FileSystem = fileSystem, HomeFolder = tmp
});
}
}
if (imageQueue.Peek() == (char)Depth.Down)
{
imageQueue.Dequeue();
activeNode = tmp;
}
}
fileSystem.RootNode = activeNode;
return(fileSystem);
}
public GHFileSystemNode(GHFileSystemNode parent, string name)
{
Name = name;
Parent = parent ?? this;
Children = new Dictionary <string, GHFileSystemNode>();
}
