// ------------------------------------------------------------------------------------
Void Resource::Manager::InitializeResourceLocation(const String& location)
{
    Bool result;

    Directory folder;
    // Get all the files and folders in the location
    result = folder.Read(location);

    // If recursive, be recursive
    for(Int i = 0; i < folder.Folders.Count; ++i)
    {
        InitializeResourceLocation(location + folder.Folders[i] + "\\");
    }

    // Iterate through every located file
    for(Int i = 0; i < folder.Files.Count; ++i)
    {
        // Get the position of the extension separator
        UInt pos = folder.Files[i].rfind('.');

        // 
        if(pos != std::string::npos)
        {
            // Get the extension
            String extension = folder.Files[i].substr(pos + 1);

            if(extension.length() == 3)
            {
                // Hash the extension for faster comparisons
                UInt hash = (extension[0] << 16) + (extension[1] << 8) + (extension[2]); //Hash::FNV32(extension.data(), extension.length());

                // Match the extension to a supported resource type
                switch(hash)
                {
                    // Input layout file
                    case 'lay':
                    {
                        File layoutFile;
                        // Open the file containing the layout
                        layoutFile.Open(location + folder.Files[i], File::Mode::Read);

                        String name;
                        // Get the resource name of the input layout
                        UInt length = layoutFile.Read<UByte>();
                        name += layoutFile.Read<Letter>(length);

                        // Hash the resource name and add it to the lookup list
                        LayoutIDs[Layouts.Count] = Move(Hash::FNV32(name.c_str(), name.length()));

                        // Prepare an array of elements to construct the layout with
                        Array<Layout::Element> elements;

                        // Read the number of input elements
                        UInt numElements = layoutFile.Read<UByte>();
                        elements.Reserve(numElements);
                        elements.Count = numElements;

                        // Read each input layout
                        for(UInt i = 0; i < numElements; ++i)
                        {
                            // Write the size of the string then the string to the file
                            length = layoutFile.Read<UByte>();
                            elements[i].Name += layoutFile.Read<Letter>(length);
                            // Simply write the rest of the element to disk
                            elements[i].Index = layoutFile.Read<UInt>();
                            elements[i].Format = layoutFile.Read<Texture::Format>();
                            elements[i].Slot = layoutFile.Read<UInt>();
                            elements[i].Offset = layoutFile.Read<UInt>();
                        }

                        // Read the shader blob
                        length = layoutFile.Read<UInt>();
                        layoutFile.Allocate(length + 1);
                        layoutFile.Load(length);

                        // Allocate a slot for the input layout
                        Layouts.Expand(1);

                        UInt slot = Layouts.Append();
                        // Retrieve the slot and create the layout from the data
                        Layouts[slot].Create(elements, layoutFile.Data, layoutFile.Size);
                        Assert(slot < elements.Count);
                        // Buh
                        break;
                    }
                }
            }
        }
    }
}