private void QualifierValues_MapChanged(IObservableMap <string, string> sender, IMapChangedEventArgs <string> @event)
{
_ = this.Dispatcher.RunAsync(Windows.UI.Core.CoreDispatcherPriority.Normal, () =>
{
_ = UpdateSource();
});
}
private void ValuesOnMapChanged(IObservableMap <string, object> sender, IMapChangedEventArgs <string> args)
{
var containers = (new[] { LocalSettings, RoamingSettings }).SelectMany(container => container.Containers.Values).ToList();
containers.Add(_localSettings);
containers.Add(_roamingSettings);
DataChanged?.Invoke(this, containers.FirstOrDefault(container => container.Values == sender));
}
static void OnSaveOptionChanged(
IObservableMap <string, object> sender,
IMapChangedEventArgs <string> @event)
{
if (@event.Key == "SaveLyrics" || @event.Key == "LyricsSaveFolder")
{
LyricsSaveFolderCache = null;
}
}
private void ValuesOnMapChanged(IObservableMap <string, object> sender, IMapChangedEventArgs <string> @event)
{
if (sender.ContainsKey(nameof(CombinedCredentials)))
{
UpdateCredPropsFromCombined();
_combinedCreds = CombinedCredentials;
CredsChanged?.Invoke();
}
}
private void _referenceProperties_MapChanged(IObservableMap <string, object> sender, IMapChangedEventArgs <string> @event)
{
if (@event.Key == "samplegrabber")
{
// Configure the analyzer
SampleGrabber.IMyInterface mft = (SampleGrabber.IMyInterface)sender["samplegrabber"];
mft.Configure(60.0f, 0.5f, 2048); // 60fps output, 50% overlap in frames and use 2048 fft
//mft.SetLogFScale(20.0f, 20000f, 800); // Output data in logarithmic scale, from 20Hz-20kHz, 800 points per channel
mft.SetLinearFScale(50);
}
}
async void OnResourceMapChanged(IObservableMap <string, string> sender, IMapChangedEventArgs <string> e)
{
try {
var value = sender.ContainsKey(e.Key) ? sender[e.Key] : String.Empty;
await Dispatcher.RunAsync(Priority, () => Handler(e.Key, value));
}
catch (Exception ex) {
Debug.Print(ex.Message);
// TODO
}
}
private void ValuesOnMapChanged(IObservableMap <string, object> sender, IMapChangedEventArgs <string> args)
{
switch (args.DistributedCollectionChange)
{
case DistributedCollectionChange.Reset:
FilePersistenceManager.Current.ResetFile((this.FileName, this.SettingsScope));
break;
case DistributedCollectionChange.ItemRemoved:
case DistributedCollectionChange.ItemInserted:
case DistributedCollectionChange.ItemChanged:
FilePersistenceManager.Current.UpdateFile(this);
break;
default:
break;
}
}
private void PropertiesChanges(IObservableMap <string, object> sender, IMapChangedEventArgs <string> @event)
{
if (!IsMuted)
{
if (@event.Key == "videoData")
{
object dataObj = null;
if (sender.TryGetValue("videoData", out dataObj))
{
var width = (int)sender["videoWidth"];
var height = (int)sender["videoHeight"];
var stride = (int)sender["videoStride"];
var data = (byte[])dataObj;
RaiseFrame(new VideoBuffer(width, height, new VideoPlane((byte[])data, stride)));
}
}
}
}
private void Summary_Loaded(object sender, RoutedEventArgs e)
{
// 列举出系统支持的全部限定符，及其对应的值
IObservableMap <string, string> qualifiers = ResourceContext.GetForCurrentView().QualifierValues;
foreach (var qualifier in qualifiers)
{
lblMsg.Text += string.Format("{0}: {1}", qualifier.Key, qualifier.Value);
lblMsg.Text += Environment.NewLine;
}
lblMsg.Text += Environment.NewLine;
// 常用的有：Scale, DeviceFamily, Language, TargetSize, 其他的都不常用
// 获取当前的缩放比例
string scale;
ResourceContext.GetForCurrentView().QualifierValues.TryGetValue("Scale", out scale);
lblMsg.Text += "缩放比例: " + scale;
lblMsg.Text += Environment.NewLine;
// 获取当前的缩放比例（Windows.Graphics.Display.ResolutionScale 枚举）
lblMsg.Text += "ResolutionScale: " + DisplayInformation.GetForCurrentView().ResolutionScale;
lblMsg.Text += Environment.NewLine;
// 获取当前的设备类型
string deviceFamily;
ResourceContext.GetForCurrentView().QualifierValues.TryGetValue("DeviceFamily", out deviceFamily);
lblMsg.Text += "设备类型: " + deviceFamily;
lblMsg.Text += Environment.NewLine;
// 获取当前的语言类型
string language;
ResourceContext.GetForCurrentView().QualifierValues.TryGetValue("Language", out language);
lblMsg.Text += "语言类型: " + language;
lblMsg.Text += Environment.NewLine;
}
private void PropertiesChanges(IObservableMap<string, object> sender, IMapChangedEventArgs<string> @event)
{
if (!IsMuted)
{
if (@event.Key == "videoData")
{
object dataObj = null;
if (sender.TryGetValue("videoData", out dataObj))
{
var width = (int)sender["videoWidth"];
var height = (int)sender["videoHeight"];
var stride = (int)sender["videoStride"];
var data = (byte[])dataObj;
RaiseFrame(new VideoBuffer(width, height, new VideoPlane((byte[])data, stride)));
}
}
}
}
private void Values_MapChanged(IObservableMap<string, object> sender, IMapChangedEventArgs<string> eventArgs)
{
System.Diagnostics.Debug.WriteLine(eventArgs.CollectionChange.ToString() + " " + eventArgs.Key);
}
private void MapChangedHandler(IObservableMap <string, object> sender,
IMapChangedEventArgs <string> args)
{
counts[(int)args.CollectionChange] += 1;
}
void set_MapChanged(IObservableMap<string, object> sender, IMapChangedEventArgs<string> @event)
{
throw new NotImplementedException();
}
private void OnMapChanged(IObservableMap<string, string> sender, IMapChangedEventArgs<string> @event)
{
this.UpdateAll();
}
private void OnMapChanged(IObservableMap <string, string> sender, IMapChangedEventArgs <string> @event)
{
this.UpdateAll();
}
private void MapChangedHandler(IObservableMap<string, object> sender,
IMapChangedEventArgs<string> args)
{
counts[(int)args.CollectionChange] += 1;
}
private void Values_MapChanged(IObservableMap <string, object> sender, IMapChangedEventArgs <string> eventArgs)
{
System.Diagnostics.Debug.WriteLine(eventArgs.CollectionChange.ToString() + " " + eventArgs.Key);
}
public HRESULT Invoke([NativeTypeName("IObservableMap<K_logical, V_logical> *")] IObservableMap <K, V> *sender, [NativeTypeName("IMapChangedEventArgs<K_logical> *")] IMapChangedEventArgs <K> *e)
{
return(((delegate * unmanaged <MapChangedEventHandler <K, V> *, IObservableMap <K, V> *, IMapChangedEventArgs <K> *, int>)(lpVtbl[3]))((MapChangedEventHandler <K, V> *)Unsafe.AsPointer(ref this), sender, e));
}
private void QualifierValues_MapChanged(IObservableMap <string, string> sender, IMapChangedEventArgs <string> @event)
{
this.RefreshUIText();
}
