func main() {
thrust.InitLogger()
// Set any Custom Provisioners before Start
thrust.SetProvisioner(tutorial.NewTutorialProvisioner())
// thrust.Start() must always come before any bindings are created.
thrust.Start()
thrustWindow := thrust.NewWindow(thrust.WindowOptions{
RootUrl: "http://localhost:8089",
})
thrustWindow.Show()
thrustWindow.Maximize()
thrustWindow.Focus()
// Lets do a window timeout
go func() {
<-time.After(time.Second * 5)
thrustWindow.Close()
thrust.Exit()
}()
// In lieu of something like an http server, we need to lock this thread
// in order to keep it open, and keep the process running.
// Dont worry we use runtime.Gosched :)
thrust.LockThread()
}
func main() {
http.HandleFunc("/", handler)
thrust.InitLogger()
// Set any Custom Provisioners before Start
thrust.SetProvisioner(tutorial.NewTutorialProvisioner())
// thrust.Start() must always come before any bindings are created.
thrust.Start()
thrustWindow := thrust.NewWindow(thrust.WindowOptions{
RootUrl: "http://localhost:8080/",
})
thrustWindow.Show()
thrustWindow.Maximize()
thrustWindow.Focus()
thrustWindow.OpenDevtools()
_, err := thrustWindow.HandleRemote(func(er commands.EventResult, this *window.Window) {
fmt.Println("RemoteMessage Recieved:", er.Message.Payload)
// Keep in mind once we have the message, lets say its json of some new type we made,
// We can unmarshal it to that type.
// Same goes for the other way around.
this.SendRemoteMessage("boop")
})
if err != nil {
fmt.Println(err)
thrust.Exit()
}
// See, we dont use thrust.LockThread() because we now have something holding the process open
http.ListenAndServe(":8080", nil)
}
func main() {
thrust.InitLogger()
// Set any Custom Provisioners before Start
thrust.SetProvisioner(tutorial.NewTutorialProvisioner())
// thrust.Start() must always come before any bindings are created.
thrust.Start()
thrustWindow := thrust.NewWindow(thrust.WindowOptions{
RootUrl: "http://breach.cc/",
HasFrame: true,
})
thrustWindow.Show()
thrustWindow.Focus()
thrustWindow.HandleEvent("closed", func(cr commands.EventResult) {
fmt.Println("Close Event Occured")
})
// Lets do a window timeout
go func() {
<-time.After(time.Second * 5)
thrustWindow.Close()
thrust.Exit()
}()
// In lieu of something like an http server, we need to lock this thread
// in order to keep it open, and keep the process running.
// Dont worry we use runtime.Gosched :)
thrust.LockThread()
}
func main() {
thrust.InitLogger()
// Set any Custom Provisioners before Start
thrust.SetProvisioner(tutorial.NewTutorialProvisioner())
// thrust.Start() must always come before any bindings are created.
thrust.Start()
thrustWindow := thrust.NewWindow(thrust.WindowOptions{
RootUrl: "http://breach.cc/",
})
thrustWindow.Show()
thrustWindow.Maximize()
thrustWindow.Focus()
// make our top menus
//applicationMenu, is essentially the menu bar
applicationMenu := thrust.NewMenu()
//applicationMenuRoot is the first menu, on darwin this is always named the name of your application.
applicationMenuRoot := thrust.NewMenu()
//File menu is our second menu
fileMenu := thrust.NewMenu()
// Lets build our root menu.
// the first argument to AddItem is a CommandID
// A CommandID is used by Thrust Core to communicate back results and events.
applicationMenuRoot.AddItem(1, "About")
applicationMenuRoot.RegisterEventHandlerByCommandID(1,
func(reply commands.CommandResponse, item *menu.MenuItem) {
fmt.Println("About Handled")
})
// Now for the File menu
fileMenu.AddItem(2, "Open")
fileMenu.RegisterEventHandlerByCommandID(2,
func(reply commands.CommandResponse, item *menu.MenuItem) {
fmt.Println("Open Handled")
})
fileMenu.AddItem(3, "Edit")
fileMenu.AddSeparator()
fileMenu.AddItem(4, "Close")
fileMenu.RegisterEventHandlerByCommandID(4,
func(reply commands.CommandResponse, item *menu.MenuItem) {
fmt.Println("Close Event Handled")
thrust.Exit()
})
// Now we just need to plumb our menus together any way we want.
applicationMenu.AddSubmenu(5, "Application", applicationMenuRoot)
applicationMenu.AddSubmenu(6, "File", fileMenu)
// Remember how in basic_browser, Window automatically self registered with the dispatcher.
// unfortunately we have no such luck here.
// I suppose this method could be added as an effect of SetApplicationMenu, but the effects of that need to be
// Ironed out.
// However, as least we only need to register the top level menu for events, all sub menus will delegate for the top menu.
// Now we set it as our application Menu
applicationMenu.SetApplicationMenu()
// BLOCKING - Dont run before youve excuted all commands you want first.
thrust.LockThread()
}