protected void ScreenChange(SceneData screen, params object[] options)
{
f.Remove(current);
current.Destroy();
current = screen.CreateInstance(options);
f.Put(current, 0, 0);
f.Remove(side);
side.Destroy();
side = new MySideBar();
f.Put(side, 0, 20);
side.Show();
if (currentScene == "Logger")
{
var logScreen = current as LoggerWindow;
if (logScreen != null)
{
side.ExpandEvent += (sender, e) => {
logScreen.tv.Visible = false;
logScreen.tv.QueueDraw();
};
side.CollapseEvent += (sender, e) => {
logScreen.tv.Visible = true;
logScreen.tv.QueueDraw();
};
}
}
else if (currentScene == "Alarms")
{
var alarmScreen = current as AlarmWindow;
if (alarmScreen != null)
{
side.ExpandEvent += (sender, e) => {
alarmScreen.tv.Visible = false;
alarmScreen.tv.QueueDraw();
};
side.CollapseEvent += (sender, e) => {
alarmScreen.tv.Visible = true;
alarmScreen.tv.QueueDraw();
};
}
}
f.Remove(notification);
notification = new MyNotificationBar();
f.Put(notification, 0, 0);
notification.Show();
QueueDraw();
}
protected AquaPicGui() : base(WindowType.Toplevel)
{
Name = "AquaPicGUI";
Title = "AquaPic Controller Version 0";
WindowPosition = WindowPosition.Center;
SetSizeRequest(800, 480);
Resizable = false;
AllowGrow = false;
DeleteEvent += (o, args) => {
Application.Quit();
args.RetVal = true;
};
ModifyBg(StateType.Normal, TouchColor.NewGtkColor("grey0"));
#if RPI_BUILD
this.Decorated = false;
this.Fullscreen();
#endif
GLib.ExceptionManager.UnhandledException += (args) => {
Exception ex = args.ExceptionObject as Exception;
Logger.AddError(ex.ToString());
args.ExitApplication = false;
};
ChangeSceneEvent += ScreenChange;
scenes = new Dictionary <string, SceneData> {
{ "Power", new SceneData("Power", true, (options) => { return(new PowerWindow(options)); }) },
{ "Lighting", new SceneData("Lighting", true, (options) => { return(new LightingWindow(options)); }) },
{ "Temperature", new SceneData("Temperature", true, (options) => { return(new TemperatureWindow(options)); }) },
{ "Water Level", new SceneData("Water Level", true, (options) => { return(new WaterLevelWindow(options)); }) },
{ "Sensors", new SceneData("Sensors", true, (options) => { return(new SensorsWindow(options)); }) },
{ "Chemistry", new SceneData("Chemistry", true, (options) => { return(new ChemistryWindow(options)); }) },
{ "Analog Output", new SceneData("Analog Output", true, (options) => { return(new AnalogOutputWindow(options)); }) },
{ "Analog Input", new SceneData("Analog Input", true, (options) => { return(new AnalogInputWindow(options)); }) },
{ "Digital Input", new SceneData("Digital Input", true, (options) => { return(new DigitalInputWindow(options)); }) },
{ "pH/ORP", new SceneData("pH/ORP", true, (options) => { return(new PhOrpWindow(options)); }) },
{ "Serial Bus", new SceneData("Serial Bus", true, (options) => { return(new SerialBusWindow(options)); }) },
{ "Alarms", new SceneData("Alarms", true, (options) => { return(new AlarmWindow(options)); }) },
{ "Logger", new SceneData("Logger", true, (options) => { return(new LoggerWindow(options)); }) },
{ "Settings", new SceneData("Settings", true, (options) => { return(new SettingsWindow(options)); }) },
{ "Menu", new SceneData("Menu", false, (options) => { return(new MenuWindow(options)); }) },
{ "Home", new SceneData("Home", true, (options) => { return(new HomeWindow(options)); }) }
};
currentScene = "Home";
f = new Fixed();
f.SetSizeRequest(800, 480);
current = scenes[currentScene].CreateInstance();
f.Put(current, 0, 0);
current.Show();
side = new MySideBar(scenes, currentScene);
f.Put(side, 0, 20);
side.Show();
notification = new MyNotificationBar();
f.Put(notification, 0, 0);
notification.Show();
Add(f);
f.Show();
Show();
}