package gui import "log" import "time" // import "regexp" import "github.com/andlabs/ui" import _ "github.com/andlabs/ui/winmanifest" func StartNewWindow(bg bool, name string, axis int, callback func(*GuiBox) *GuiBox) { log.Println("StartNewWindow() Create a new window") box := InitWindow(nil, name, axis) box = callback(box) window := box.Window log.Println("StartNewWindow() box =", box) if (bg) { log.Println("StartNewWindow() START NEW GOROUTINE for ui.Main()") go ui.Main(func() { log.Println("gui.StartNewWindow() inside ui.Main()") go runWindow(window.UiWindow) }) time.Sleep(2000 * time.Millisecond) // this might make it more stable on windows? } else { log.Println("StartNewWindow() WAITING for ui.Main()") ui.Main(func() { log.Println("gui.StartNewWindow() inside ui.Main()") runWindow(window.UiWindow) }) } } // This creates the raw andlabs/ui Window func runWindow(uiWindow *ui.Window) { log.Println("runWindow() START ui.Window.Show()") uiWindow.Show() } func MessageWindow(gw *GuiWindow, msg1 string, msg2 string) { ui.MsgBox(gw.UiWindow, msg1, msg2) } func ErrorWindow(gw *GuiWindow, msg1 string, msg2 string) { ui.MsgBoxError(gw.UiWindow, msg1, msg2) } // // This creates a new 'window' (which is just a tab in the window) // This is this way because on Linux you can have more than one // actual window but that does not appear to work on the MacOS or Windows // func InitWindow(gw *GuiWindow, name string, axis int) *GuiBox { window := Data.WindowMap[name] if (window != nil) { box := window.BoxMap["MAINBOX"] log.Println("gui.InitWindow() tab already exists name =", name) ErrorWindow(box.Window, "Create Window Error", "Window " + name + " already exists") return nil } log.Println("InitGuiWindow() START") var newGuiWindow GuiWindow newGuiWindow.Height = Config.Height newGuiWindow.Width = Config.Width newGuiWindow.Axis = axis newGuiWindow.Name = name // This is the first window. One must create it here if (gw == nil) { log.Println("initWindow() ADDING ui.NewWindow()") newGuiWindow.UiWindow = ui.NewWindow(name, int(newGuiWindow.Width), int(newGuiWindow.Height), true) newGuiWindow.UiWindow.SetBorderless(false) newGuiWindow.UiWindow.OnClosing(func(*ui.Window) bool { log.Println("initTabWindow() OnClosing() THIS WINDOW IS CLOSING newGuiWindow=", newGuiWindow) ui.Quit() return true }) newGuiWindow.UiTab = ui.NewTab() newGuiWindow.UiWindow.SetChild(newGuiWindow.UiTab) newGuiWindow.UiWindow.SetMargined(true) tmp := 0 newGuiWindow.TabNumber = &tmp } else { newGuiWindow.UiWindow = gw.UiWindow newGuiWindow.UiTab = gw.UiTab } newGuiWindow.BoxMap = make(map[string]*GuiBox) newGuiWindow.EntryMap = make(map[string]*GuiEntry) Data.Windows = append(Data.Windows, &newGuiWindow) if (newGuiWindow.UiTab == nil) { tabnum := 0 newGuiWindow.TabNumber = &tabnum } else { tabnum := newGuiWindow.UiTab.NumPages() newGuiWindow.TabNumber = &tabnum } Data.WindowMap[newGuiWindow.Name] = &newGuiWindow var box *GuiBox if (axis == Xaxis) { box = HardBox(&newGuiWindow, Xaxis, name) } else { box = HardBox(&newGuiWindow, Yaxis, name) } log.Println("InitGuiWindow() END *GuiWindow =", &newGuiWindow) return box } func DeleteWindow(name string) { log.Println("gui.DeleteWindow() START name =", name) window := Data.WindowMap[name] if (window == nil) { log.Println("gui.DeleteWindow() NO WINDOW WITH name =", name) return } log.Println("gui.DumpBoxes() MAP: ", name) log.Println("gui.DumpBoxes()\tWindow.name =", window.Name) if (window.TabNumber == nil) { log.Println("gui.DumpBoxes() \tWindows.TabNumber = nil") } else { log.Println("gui.DumpBoxes() \tWindows.TabNumber =", *window.TabNumber) } }