ponakn Stroh

Sukha (Pali and Sanskrit: सुख) means happiness, pleasure, ease, joy or bliss. Among the early scriptures, 'sukha' is set up as a contrast to 'preya' (प्रेय) meaning a transient pleasure, whereas the pleasure of 'sukha' has an authentic state happiness within a being that is lasting.

As far as Central Valley towns go, Modesto is a reasonably good place to live The area around Graceada Park (just North of Downtown) has beautiful tree-lined streets with very nice older homes Over the last decade or so, the downtown area has really been revitalized, with many good restaurants and bars

To resume efficiently after suspension or termination, build Universal Windows Platform (UWP) apps that maximize system usage.

If a lot of time has passed, it's a good idea to restart an app after it's been suspended or terminated. If that is the case, consider reverting to the main landing page instead of displaying user data. This will result in a quicker startup.

The PreviousExecutionState object of the event arguments is always checked during activation.

Don't waste time restoring the saved state if the value is Closed By User or NotRunning. The right thing to do is to provide a fresh experience and that will result in a faster startup.

Keeping track of that state and only restoring it on demand would be better. Consider a situation where the app had been suspended and then saved for 3 pages and then terminated.

If you want the user to go back to page 3, don't restore the state of the first two pages. Keep this state and only use it when you need it.

Do not wait for the suspend event or persist a large amount of state data. The application should persist smaller amounts of state data as it runs.

If large applications try to save everything at the same time, they risk running out of time during sleep.

There is a good balance between the performance of the application and the amount ofIncremental saving.

If you want to save the data faster, you can use the suspend event to save the data, but if you want to save the data more slowly, you can track what has changed.

Don't use window events to decide when to save state.

When the user leaves the application, the window is disabled, but the system waits a short period of time before suspending the application. Should the user return to the app quickly, this will be used to provide a more responsive experience. Wait for the suspend event to happen.

The application surface is reduced during suspension.

If your app uses less memory when it's suspended, the system will be more responsive and will kill fewer apps. Don't shrink the footprint so much that the resume slows down considerably while the app reloads a large amount of data into memory.

Garbage collection will be run after the application is complete. Dropping object snaps will help reduce the footprint of your app while it is suspended.

In theory, the application will leave the sleep logic in less than one second. The quicker it can be suspended, the better.

The user experience for other applications and system components will be streamlined. The sleep logic can take up to 10 seconds on mobile or 5 seconds on desktop.

The application will end suddenly if those times are exceeded. If it happens, the experience will be much slower than if the app is suspended, and a new process will be started.

Most applications don't need to do anything special when they resume, so you don't usually need to deal with this event. Some apps use a resume to restore connections closed during sleep.

Design your app to start these activities on demand. When the user returns to the suspended app, you'll only do the work the user really needs to do, and that will result in a faster experience.

The UWP process lifecycle system can suspend or end an app.

The process is designed to return applications to their former state in a matter of minutes. The user won't find out that the app stopped working when done correctly. The UWP app can use tricks to help the system streamline transitions.

When the system goes into a low power state or when the user moves the app to the background, it can be suspended. The data should be saved within five seconds when the application is suspended. If the sleep event handler does not finish within five seconds, the system assumes that the application has stopped responding and ended.

A finished application has to go through a lengthy startup process instead of being loaded into memory when a user switches to it.

Many applications serialize their data when they sleep.

If you only need to store a small amount of settings data, you should use the local settings store. serialize large amounts of data and non-configuration data

If your data hasn't changed, you should avoid scrawling it again.

When the application is activated again, the application takes longer to serialize and save the data, and there is more time required to read and deserialize it. We recommend that the application determine if its state has changed, and thenserialize and deserialize the data that has changed.

serialize data in the background as it changes is a good way to make sure this behavior is maintained. When you use this technique, everything that needs to be done during sleep has already been done, so there's no work to be done and the app is suspended quickly.

The options available in terms of serialization technology for .NET applications are the System.Xml.Serialization.XmlSerializer, System.Runtime.Serialization.DataContractSerializer, and System.Runtime.Serialization.Json.DataContractJsonSerializer classes.

The XmlSerializer class is recommended for performance.

The XmlSerializer class has a low memory footprint and low deserialization times. The.NET Framework has fewer dependencies on the XmlSerializer.

The XmlSerializer has fewer modules that need to be loaded into the application.

DataContractSerializer has a bigger performance hit than XmlSerializer. Changing your options will help you improve performance. If you need to use features of another serializer, we recommend using the XmlSerializer.

1. Go to Usage.
2. Select Manage my data usage in the Usage section below the graph.
3. Toggle Data Off or On for the device you want to manage.
4. Select Save.