package main import ( "time" "go.wit.com/log" "go.wit.com/gui/gui" "go.wit.com/gui/debugger" "go.wit.com/gui/digitalocean" ) var title string = "Cloud App" var myGui *gui.Node var myDo *digitalocean.DigitalOcean func main() { // initialize a new GO GUI instance myGui = gui.New().Default() // draw the main window cloudApp(myGui) log.Sleep(1) myDo = digitalocean.New(myGui) myDo.Update() myDo.Show() if debugger.ArgDebug() { log.Sleep(2) debugger.DebugWindow(myGui) } doUpdate() // This is just a optional goroutine to watch that things are alive gui.Watchdog() gui.StandardExit() } func cloudApp(n *gui.Node) *gui.Node { win := n.NewWindow(title) // make a group label and a grid group := win.NewGroup("data").Pad() grid := group.NewGrid("grid", 2, 1).Pad() grid.NewButton("New()", func () { myDo = digitalocean.New(myGui) }) grid.NewLabel("initializes the DO golang gui package") grid.NewButton("Show", func () { myDo.Show() }) grid.NewLabel("will show the DO window") grid.NewButton("Hide", func () { myDo.Hide() }) grid.NewLabel("will hide the DO window") grid.NewButton("Update", func () { myDo.Update() }) grid.NewLabel("polls DO via the API to find the state of all your droplets") grid.NewButton("Create", func () { // myDo.Create("jcarr.wit.com") digitalocean.InitCreateWindow() }) grid.NewLabel("makes a new droplet") return win } func doUpdate() { ticker := time.NewTicker(10 * time.Second) defer ticker.Stop() for { select { case <-ticker.C: myDo.Update() } } }