private async void _refreshTimer_Tick(object sender, EventArgs e)
{
IHueObject selected = SelectedObject;
List <IHueObject> obj = await SelectedBridge.GetAllObjectsAsync(false, true);
List <IHueObject> diff = obj.Where(x => !_listCurrentBridgeHueObjects.Any(y => y.Id == x.Id && y.GetType() == x.GetType())).ToList();
foreach (IHueObject ho in diff)
{
CurrentBridgeHueObjectsList.Remove(x => x.Id == ho.Id && x.GetType() == ho.GetType());
}
foreach (IHueObject o in obj)
{
IHueObject oldo = _listCurrentBridgeHueObjects.FirstOrDefault(x => x.Id == o.Id && x.GetType() == o.GetType());
if (oldo == null)
{
_listCurrentBridgeHueObjects.Add(o);
}
else
{
RefreshHueObject(ref oldo, o);
}
}
if (SelectedObject is null)
{
return;
}
if (obj.Any(x => x.Id == selected.Id && x.GetType() == selected.GetType()))
{
SelectedObject = selected;
}
}
public async Task RefreshCurrentObject(bool logging = false)
{
int index = CurrentBridgeHueObjectsList.FindIndex(x => x.Id == SelectedObject.Id && x.GetType() == SelectedObject.GetType());
if (index == -1)
{
return;
}
IHueObject hr = await SelectedBridge.GetObjectAsync(SelectedObject.Id, SelectedObject.GetType());
if (hr == null)
{
return;
}
IHueObject newobj = hr;
CurrentBridgeHueObjectsList[index].Image = newobj.Image;
List <PropertyInfo> pi = newobj.GetType().GetProperties(BindingFlags.Instance | BindingFlags.Public | BindingFlags.DeclaredOnly).ToList();
foreach (PropertyInfo p in pi)
{
if (CurrentBridgeHueObjectsList[index].HasProperty(p.Name))
{
PropertyInfo prop = CurrentBridgeHueObjectsList[index].GetType().GetProperty(p.Name);
if (prop != null)
{
p.SetValue(CurrentBridgeHueObjectsList[index], prop.GetValue(newobj));
}
}
}
}
private async void _findsensortimer_Tick(object sender, EventArgs e)
{
_findsensortimer.Stop();
log.Info("Done searching for new sensors.");
List <IHueObject> hr = await SelectedBridge.GetBridgeNewSensorsAsyncTask();
if (hr == null)
{
return;
}
List <IHueObject> newsensors = hr;
log.Info($"Found {newsensors.Count} new sensors.");
CurrentBridgeHueObjectsList.AddRange(newsensors);
CommandManager.InvalidateRequerySuggested();
RaisePropertyChanged("SearchingLights");
}
public async Task RefreshCurrentListHueObject()
{
if (SelectedBridge == null)
{
return;
}
Cursor_Tools.ShowWaitCursor();
SelectedObject = null;
if (!SelectedBridge.Virtual)
{
log.Info($"Getting list of objects from bridge at {SelectedBridge.IpAddress}.");
List <IHueObject> hr = await SelectedBridge.GetAllObjectsAsync(false, true);
if (hr != null)
{
List <IHueObject> listobj = hr;
ObservableCollection <IHueObject> newlist = new ObservableCollection <IHueObject>();
switch (WinHueSettings.settings.Sort)
{
case WinHueSortOrder.Default:
CurrentBridgeHueObjectsList = new ObservableCollection <IHueObject>(hr);
break;
case WinHueSortOrder.Ascending:
newlist.AddRange(from item in listobj
where item is Light
orderby item.name
select item);
newlist.AddRange(from item in listobj
where item is Group
orderby item.name
select item);
newlist.AddRange(from item in listobj
where item is Schedule
orderby item.name
select item);
newlist.AddRange(from item in listobj
where item is Scene
orderby item.name
select item);
newlist.AddRange(
from item in listobj where item is Sensor orderby item.name select item);
newlist.AddRange(from item in listobj where item is Rule orderby item.name select item);
newlist.AddRange(from item in listobj
where item is Resourcelink
orderby item.name
select item);
CurrentBridgeHueObjectsList = new ObservableCollection <IHueObject>(newlist);
break;
case WinHueSortOrder.Descending:
newlist.AddRange(from item in listobj
where item is Light
orderby item.name descending
select item);
newlist.AddRange(from item in listobj
where item is Group
orderby item.name descending
select item);
newlist.AddRange(from item in listobj
where item is Schedule
orderby item.name descending
select item);
newlist.AddRange(from item in listobj
where item is Scene
orderby item.name descending
select item);
newlist.AddRange(from item in listobj
where item is Sensor
orderby item.name descending
select item);
newlist.AddRange(from item in listobj
where item is Rule
orderby item.name descending
select item);
newlist.AddRange(from item in listobj
where item is Resourcelink
orderby item.name descending
select item);
CurrentBridgeHueObjectsList = new ObservableCollection <IHueObject>(newlist);
break;
default:
goto case WinHueSortOrder.Default;
}
CreateExpanders();
}
else
{
CurrentBridgeHueObjectsList = new ObservableCollection <IHueObject>();
log.Info("Bridge update required. Please update the bridge to use WinHue with this bridge.");
}
}
else
{
log.Info("Virtual Bridge detected. Will skip refresh.");
}
Cursor_Tools.ShowNormalCursor();
}
public async Task ChangeBridgeSettings()
{
if (SelectedBridge == null)
{
return;
}
Form_BridgeSettings frs = new Form_BridgeSettings {
Owner = Application.Current.MainWindow
};
await frs.Initialize(SelectedBridge);
if (frs.ShowDialog() == true)
{
Philips_Hue.BridgeObject.BridgeObjects.BridgeSettings bresult = await SelectedBridge.GetBridgeSettingsAsyncTask();
if (bresult != null)
{
string newname = bresult.name;
if (SelectedBridge.Name != newname)
{
SelectedBridge.Name = newname;
ListBridges[ListBridges.IndexOf(SelectedBridge)].Name = newname;
Bridge selbr = SelectedBridge;
SelectedBridge = null;
SelectedBridge = selbr;
}
await RefreshCurrentListHueObject();
RaisePropertyChanged("UpdateAvailable");
}
}
}
