protected WaylandClientObject(string @interface, uint id, uint version,
WaylandClientConnection connection) : base(@interface, id, version, connection)
{
ClientConnection = connection;
}
public WaylandDisplay()
{
_outputs = new List <WaylandOutput>();
using (var connection = new WaylandClientConnection())
{
ZxdgOutputManagerV1 outputManager = null;
var registry = connection.Display.GetRegistry();
registry.Global += (wlRegistry, name, @interface, version) =>
{
switch (@interface)
{
case "wl_output":
var output = new WaylandOutput();
output.Index = _outputs.Count + 1;
output.WlOutput = wlRegistry.Bind <WlOutput>(name, @interface, 1);
output.WlOutput.Geometry += (wlOutput, x, y, physicalWidth, physicalHeight, subpixel, make, model, transform) =>
{
if (output.XdgOutput == null || output.XdgOutput.Version < 2)
{
output.Position = new Vector2(x, y);
output.Name = make;
output.Description = model;
}
};
output.WlOutput.Mode += (wlOutput, flags, width, height, refresh) =>
{
if (output.XdgOutput == null && flags.HasFlag(WlOutput.ModeEnum.Current))
{
output.Width = width;
output.Height = height;
}
};
_outputs.Add(output);
break;
case "zxdg_output_manager_v1":
outputManager = wlRegistry.Bind <ZxdgOutputManagerV1>(name, @interface, Math.Min(version, 2));
break;
}
};
connection.Roundtrip();
if (outputManager != null)
{
foreach (var output in _outputs)
{
output.XdgOutput = outputManager.GetXdgOutput(output.WlOutput);
output.XdgOutput.LogicalPosition += (xdgOutput, x, y) =>
{
output.Position = new Vector2(x, y);
};
output.XdgOutput.LogicalSize += (xdgOutput, width, height) =>
{
output.Width = width;
output.Height = height;
};
output.XdgOutput.Name += (xdgOutput, name) =>
{
output.Name = name;
};
output.XdgOutput.Description += (xdgOutput, description) =>
{
output.Description = description;
};
}
}
connection.Roundtrip();
}
}
