private async void PremiseSettingChangedExecute(object obj)
{
var list = new List <IUserWLanTimeEntryType>();
list.AddRange(_userWlanSettingsService.WLansBoundToTimeEntryTypes);
var availableNetworkList = await _connectivityService.GetAvailableNetworkList();
var unlistedWLanTimeEntryTypes = availableNetworkList
.Select(x => new UserWLanTimeEntryType(0, x))
.Where(newWlans => list.All(x => x.WifiName != newWlans.WifiName));
list.AddRange(unlistedWLanTimeEntryTypes);
foreach (var userWLanTimeEntryType in list)
{
userWLanTimeEntryType.Connected = userWLanTimeEntryType.WifiName == await _connectivityService.GetWLanIdentification();
}
WLansBoundToTimeEntryTypes.Clear();
WLansBoundToTimeEntryTypes.AddRange(list.Select(x =>
{
var timeEntryTypes = TimeEntryTypes.SingleOrDefault(t => t.Id == x.DefaultTimeEntryTypeId);
return(new UserWLanTimeEntryTypeItemViewmodel(timeEntryTypes, x));
}));
WLansBoundToTimeEntryTypes.ItemChanged += WLansBoundToTimeEntryTypesOnCollectionChanged;
}
public async Task <IEnumerable <IUserWLanTimeEntryType> > FindAnyUserWLanMatches()
{
var availableNetworkList = await _connectivityService.GetAvailableNetworkList();
var list = new List <IUserWLanTimeEntryType>();
foreach (var userWLanTimeEntryTypeItemViewmodel in WLansBoundToTimeEntryTypes)
{
if (availableNetworkList.Any(x => x == userWLanTimeEntryTypeItemViewmodel.WifiName))
{
list.Add(userWLanTimeEntryTypeItemViewmodel);;
}
}
return(list);
}