public static void Main(string[] args)
{
Toolkit opentk = Core.InitOpenTK();
Platform platform = Platform.Detect;
platform.Add <GLSurface.IHandler>(() => new MacGLSurfaceHandler());
Style.Add <View>(
"hidecursor",
view =>
{
CG.DisplayHideCursor((CGDirectDisplayID)0);
CG.AssociateMouseAndMouseCursorPosition(false);
});
Style.Add <View>(
"showcursor",
view =>
{
CG.AssociateMouseAndMouseCursorPosition(true);
CG.DisplayShowCursor((CGDirectDisplayID)0);
});
var application = new Application(platform);
application.UnhandledException += Core.UnhandledExceptionHandler;
using (opentk)
{
application.Run(new MainForm());
}
}
static void Main()
{
Encoding.RegisterProvider(CodePagesEncodingProvider.Instance);
var platform = new Platform();
platform.Add <SortableGridColumn.IHandler>(() => new SortableGridColumnHandler());
using (App app = new App(platform))
{
app.Run();
}
}
static void Main()
{
var platform = new Platform();
platform.Add <SortableGridColumn.IHandler>(() => new SortableGridColumnHandler());
using (App app = new App(platform))
{
var handler = (ApplicationHandler)app.Handler;
handler.AllowClosingMainForm = true;
app.Run();
}
}
public static void Main(string[] args)
{
Toolkit opentk = Core.InitOpenTK();
Platform platform = Platform.Detect;
// This project has references to multiple Eto and Eto.Gl platforms,
// to eliminate the need for separate test GUIs.
//
// To avoid the subsequent hassle of unnecessary and potentially
// irritating to install dependencies, e.g. GtkSharp2 on Windows,
// those references are conditional, and vary based on what platform
// is building the code.
//
// That in turn means the various handler types, WinGLSurfaceHandler
// et. al., aren't all available at compile time, leading to this
// assembly loading acrobatics routine.
if (platform.IsMac)
{
Assembly.Load("Eto.OpenTK.Mac64");
Type type = AssemblyUtilities.GetTypeFromName("Eto.OpenTK.Mac.MacGLSurfaceHandler");
platform.Add(() => (GLSurface.IHandler)Activator.CreateInstance(type));
}
else if (platform.IsGtk)
{
Assembly.Load("Eto.OpenTK.Gtk2");
Type type = AssemblyUtilities.GetTypeFromName("Eto.OpenTK.Gtk.GtkGlSurfaceHandler");
platform.Add(() => (GLSurface.IHandler)Activator.CreateInstance(type));
}
else
{
Assembly.Load("Eto.OpenTK.WinForms");
Type type = AssemblyUtilities.GetTypeFromName("Eto.OpenTK.WinForms.WinGLSurfaceHandler");
platform.Add(() => (GLSurface.IHandler)Activator.CreateInstance(type));
}
var application = new Application(platform);
application.UnhandledException += Core.UnhandledExceptionHandler;
var form = new MainForm();
var testMenu = new ButtonMenuItem
{
Text = "Test",
Items =
{
new ButtonMenuItem
{
Text = "Get average refresh time",
Command = Commands.CmdAverageRefreshTime,
CommandParameter = form
},
new ButtonMenuItem
{
Text = "Count visible triangles",
Command = Commands.CmdVisibleTriangles,
CommandParameter = form
}
}
};
form.Menu.Items.Add(testMenu);
using (opentk)
{
application.Run(form);
}
}
private static void RegisterUIHandlers(Platform platform)
{
platform.Add <Notification.IHandler>(() => new Controls.NotificationHandler());
platform.Add <SyntaxHightlightTextArea.ISyntaxHightlightTextArea>(() => new SyntaxHightlightTextAreaHandler());
}
public void Initialize(Platform platform)
{
platform.Add <IEtoAdapterHandler>(() => new EtoAdapterHandler());
}
public void Initialize(Platform platform)
{
platform.Add <DsBindComboBoxCell.IHandler>(() => new DsBindComboBoxCellHandler());
}
private static void RegisterUIHandlers(Platform platform)
{
platform.Add <SyntaxHightlightTextArea.ISyntaxHightlightTextArea>(() => new SyntaxHightlightTextAreaHandler());
}