private void PopToast()
{
// Generate the toast notification content
ToastContentBuilder builder = new ToastContentBuilder();
// Include launch string so we know what to open when user clicks toast
builder.AddArgument("action", "viewForecast");
builder.AddArgument("zip", 98008);
// We'll always have this summary text on our toast notification
// (it is required that your toast starts with a text element)
builder.AddText("Today will be mostly sunny with a high of 63 and a low of 42.");
// If Adaptive Toast Notifications are supported
if (IsAdaptiveToastSupported())
{
// Use the rich Tile-like visual layout
builder.AddVisualChild(new AdaptiveGroup()
{
Children =
{
GenerateSubgroup("Mon", "Mostly Cloudy.png", 63, 42),
GenerateSubgroup("Tue", "Cloudy.png", 57, 38),
GenerateSubgroup("Wed", "Sunny.png", 59, 43),
GenerateSubgroup("Thu", "Sunny.png", 62, 42),
GenerateSubgroup("Fri", "Sunny.png", 71, 66)
}
});
}
// Otherwise...
else
{
// We'll just add two simple lines of text
builder
.AddText("Monday ⛅ 63° / 42°")
.AddText("Tuesday ☁ 57° / 38°");
}
// Set the base URI for the images, so we don't redundantly specify the entire path
builder.Content.Visual.BaseUri = new Uri("Assets/NotificationAssets/", UriKind.Relative);
// Show the toast
builder.Show();
}
public static void Display(IEnumerable <string> messages)
{
// Requires Microsoft.Toolkit.Uwp.Notifications NuGet package version 7.0 or greater
//Toast
var toast = new ToastContentBuilder();
toast.AddArgument("action", "viewConversation");
toast.AddArgument("conversationId", 9813);
toast.AddText("Illumination problems detected!");
foreach (var m in messages)
{
if (!string.IsNullOrEmpty(m))
{
toast.AddText(m);
}
}
toast.Show(); // Not seeing the Show() method? Make sure you have version 7.0, and if you're using .NET 5, your TFM must be net5.0-windows10.0.17763.0 or greater
}
public void AddArgumentTest_Escaping_ReturnSelfWithArgumentsAdded()
{
// Act
ToastContentBuilder builder = new ToastContentBuilder();
ToastContentBuilder anotherReference = builder
.AddArgument("user;Id", "andrew=leader%26bares");
// Assert
Assert.AreSame(builder, anotherReference);
Assert.AreEqual("user%3BId=andrew%3Dleader%2526bares", builder.Content.Launch);
}
public void AddArgumentTest_NoValue_ReturnSelfWithArgumentsAdded()
{
// Act
ToastContentBuilder builder = new ToastContentBuilder();
ToastContentBuilder anotherReference = builder
.AddArgument("isPurelyInformational");
// Assert
Assert.AreSame(builder, anotherReference);
Assert.AreEqual("isPurelyInformational", builder.Content.Launch);
}
public void AddArgumentTest_Basic_ReturnSelfWithArgumentsAdded()
{
// Act
ToastContentBuilder builder = new ToastContentBuilder();
ToastContentBuilder anotherReference = builder
.AddArgument("userId", 542)
.AddArgument("name", "Andrew");
// Assert
Assert.AreSame(builder, anotherReference);
Assert.AreEqual("userId=542;name=Andrew", builder.Content.Launch);
}
public void AddArgumentTest_BackgroundActivation_ReturnSelfWithArgumentsAdded()
{
// Act
ToastContentBuilder builder = new ToastContentBuilder();
ToastContentBuilder anotherReference = builder
.AddArgument("userId", 542)
.SetBackgroundActivation();
// Assert
Assert.AreSame(builder, anotherReference);
Assert.AreEqual("userId=542", builder.Content.Launch);
Assert.AreEqual(ToastActivationType.Background, builder.Content.ActivationType);
}
public void MediatorContext_OnEarthquake(object sender, Client.Peer.EPSPQuakeEventArgs e)
{
if (e.InformationType == QuakeInformationType.Unknown)
{
return;
}
var earthquakeNotification = configuration.EarthquakeNotification;
if (!earthquakeNotification.Enabled)
{
return;
}
if (!earthquakeNotification.Notice)
{
return;
}
// 震源情報は震度 3 以上で発表されるため、震度 3 とみなす
var scale =
e.InformationType == QuakeInformationType.Destination ?
30 :
ScaleConverter.Str2Int(e.Scale);
if (scale < earthquakeNotification.MinScale)
{
return;
}
var builder = new ToastContentBuilder();
// タイトル行
var type = e.InformationType switch
{
QuakeInformationType.ScalePrompt => "震度速報",
QuakeInformationType.Destination => "震源情報",
QuakeInformationType.ScaleAndDestination => "震源・震度情報",
QuakeInformationType.Detail => "地震情報",
QuakeInformationType.Foreign => "遠地（海外）地震情報",
_ => "地震情報",
};
if (e.InformationType == QuakeInformationType.Foreign || e.InformationType == QuakeInformationType.Destination)
{
builder.AddText($"{type} ({e.OccuredTime})");
}
else
{
builder.AddText($"{type} ({e.OccuredTime} 震度{e.Scale})");
}
if (e.InformationType == QuakeInformationType.ScalePrompt)
{
var maxScaleGroup = e.PointList.OrderBy(e => e.ScaleInt).Reverse().GroupBy(e => e.Scale).First();
builder.AddText($"震度{maxScaleGroup.Key}: {string.Join('、', maxScaleGroup.Select(e => e.Name))}");
}
else
{
var tsunamiDescription = e.TsunamiType switch
{
DomesticTsunamiType.None => "津波の心配なし",
DomesticTsunamiType.Checking => "津波の有無調査中",
DomesticTsunamiType.Effective => "津波予報 発表中",
_ => "津波の有無不明",
};
builder.AddText($"{e.Destination} (深さ{e.Depth}, {e.Magnitude}) {tsunamiDescription}");
}
builder.AddArgument("type", "quake").AddArgument("receivedAt", e.ReceivedAt.ToString());
builder.Show();
}