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Writing a book is a fantastic way to make connections in learning. Students create a finished product, giving them a platform for sharing their learning with peers. You can purchase apps and digital content on Google Play using payment methods from your Google account. If it's your first time making a purchase, your. Security keys can be used with 2-Step Verification to help you keep hackers out of your Google In the "Signing in to Google" panel, select 2-Step Verification.

Follow the steps to pair your device and key. Turn on Bluetooth on your device Add the key to your account Use the pairing steps above. Your key is unplugged from your computer or charger Your key is charged Google Play Services error On your Android device, sign in with an account that doesn't use a security key. Google Play Services should start updating automatically.

Make sure your device is connected to the internet. Sign back in to your Android device with the account that uses a security key. Follow the steps to sign in using your key with Bluetooth BLE. Follow the steps to sign in using your key. Fix problems with NFC Make sure to: On your Android device, sign in with an account that doesn't use a security key. Connect your key to the USB port in your device. If you see a message from "Google Play services," tap OK.

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If not, move on to step 4. Turn on your key: If your key has a gold disc , tap it. If your key has a gold tip , tap and then press it. If your key has a button , press it. If your key has none of these features , you may need to remove and reinsert it. This type of key turns off after each use. Follow the steps to remove the lost key from your account. Let's check to make sure everything works as we expect it.

We can also check to see what's been cached. Right click Cache Storage , pick Refresh Caches , expand the section and you should see the name of your static cache listed on the left-hand side. Clicking on the cache name shows all of the files that are cached. Now, let's test out offline mode. After checking it, you should see a little yellow warning icon next to the Network panel tab. This indicates that you're offline.

Reload your page and We get our offline panda, instead of Chrome's offline dino! Debugging service workers can be a challenge, and when it involves caching, things can become even more of a nightmare if the cache isn't updated when you expect it. Between the typical service worker lifecycle and a bug in your code, you may become quickly frustrated.

But don't.

In the Service Workers pane of the Application panel, there are a few checkboxes that will make your life much easier. In some cases, you may find yourself loading cached data or that things aren't updated as you expect. To clear all saved data localStorage, indexedDB data, cached files and remove any service workers, use the Clear storage pane in the Application tab.

Alternatively, you can also work in an Incognito window.

Run Lighthouse again and verify your changes. Don't forget to uncheck the Offline checkbox before you verify your changes! Take a moment and put your phone into airplane mode, and try running some of your favorite apps. In almost all cases, they provide a fairly robust offline experience. Users expect that robust experience from their apps. And the web should be no different. Progressive Web Apps should be designed with offline as a core scenario.

The life cycle of the service worker is the most complicated part. If you don't know what it's trying to do and what the benefits are, it can feel like it's fighting you. But once you know how it works, you can deliver seamless, unobtrusive updates to users, mixing the best of the web and native patterns. The first event a service worker gets is install. It's triggered as soon as the worker executes, and it's only called once per service worker. If you alter your service worker script the browser considers it a different service worker , and it'll get its own install event.

Typically the install event is used to cache everything you need for your app to run. The service worker will receive an activate event every time it starts up. The main purpose of the activate event is to configure the service worker's behavior, clean up any resources left behind from previous runs e.

The fetch event allows the service worker to intercept any network requests and handle requests. It can go to the network to get the resource, it can pull it from its own cache, generate a custom response or any number of different options. Check out the Offline Cookbook for different strategies that you can use. The browser checks to see if there is a new version of your service worker on each page load.

If it finds a new version, the new version is downloaded and installed in the background, but it is not activated. It's sits in a waiting state, until there are no longer any pages open that use the old service worker.

Once all windows using the old service worker are closed, the new service worker is activated and can take control. Refer to the Updating the service worker section of the Service Worker Lifecycle doc for further details. Choosing the right caching strategy depends on the type of resource you're trying to cache and how you might need it later. For our weather app, we'll split the resources we need to cache into two categories: Precaching your resources is a similar concept to what happens when a user installs a desktop or mobile app.

The key resources needed for the app to run are installed, or cached on the device so that they can be loaded later whether there's a network connection or not. For our app, we'll precache all of our static resources when our service worker is installed so that everything we need to run our app is stored on the user's device.

To ensure our app loads lightning fast, we'll use the cache-first strategy; instead of going to the network to get the resources, they're pulled from the local cache; only if it's not available there will we try to get it from the network. Pulling from the local cache eliminates any network variability. No matter what kind of network the user is on WiFi, 5G, 3G, or even 2G , the key resources we need to run are available almost immediately.

The stale-while-revalidate strategy is ideal certain types of data and works well for our app. It gets data on screen as quickly as possible, then updates that once the network has returned the latest data. Stale-while-revalidate means we need to kick off two asynchronous requests, one to the cache and one to the network.

Under normal circumstances, the cached data will be returned almost immediately providing the app with recent data it can use. Then, when the network request returns, the app will be updated using the latest data from the network. For our app, this provides a better experience than the network, falling back to cache strategy because the user does not have to wait until the network request times out to see something on screen.

They may initially see older data, but once the network request returns, the app will be updated with the latest data.

As mentioned previously, the app needs to kick off two asynchronous requests, one to the cache and one to the network. The app uses the caches object available in window to access the cache and retrieve the latest data. This is an excellent example of progressive enhancement as the caches object may not be available in all browsers, and if it's not the network request should still work.

Update the getForecastFromCache function, to check if the caches object is available in the global window object, and if it is, request the data from the cache. Then, we need to modify updateData so that it makes two calls, one to getForecastFromNetwork to get the forecast from the network, and one to getForecastFromCache to get the latest cached forecast:.

Our weather app now makes two asynchronous requests for data, one from the cache and one via a fetch. If there's data in the cache, it'll be returned and rendered extremely quickly tens of milliseconds. Then, when the fetch responds, the card will be updated with the freshest data direct from the weather API.

Notice how the cache request and the fetch request both end with a call to update the forecast card. How does the app know whether it's displaying the latest data? This is handled in the following code from renderForecast:. Every time that a card is updated, the app stores the timestamp of the data on a hidden attribute on the card. The app just bails if the timestamp that already exists on the card is newer than the data that was passed to the function.

When the app shell is updated and older caches are purged, our data will remain untouched, ready for a super fast load. Keep in mind, if your data format changes in the future, you'll need a way to handle that and ensure the app shell and content stay in sync.

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In order for our app to work offline, we need to precache all of the resources it needs. This will also help our performance. Instead of having to get all of the resources from the network, the app will be able to load all of them from the local cache, eliminating any network instability. We were able to remove offline. To ensure our activate event doesn't accidentally delete our data, in the activate event of service-worker. We need to modify the service worker to intercept requests to the weather API and store their responses in the cache, so we can easily access them later.

If it can't, it's OK to fail because we've already retrieved the latest cached data in our app. Update the fetch event handler to handle requests to the data API separately from other requests.

The code intercepts the request and checks if it is for a weather forecast. If it is, use fetch to make the request. Once the response is returned, open the cache, clone the response, store it in the cache, and return the response to the original requestor. We need to remove the evt. If we left that check in, only the HTML would be served from the service worker cache, everything else would be requested from the network.

The app should be completely offline-functional now. Refresh the page to ensure that you've got the latest service worker installed, then save a couple of cities and press the refresh button on the app to get fresh weather data. Expand the section and you should see the name of your static cache and data cache listed on the left-hand side.

Opening the data cache should show the data stored for each city. Then, open DevTools and switch to the Service Workers pane, and check the Offline checkbox, then try reloading the page, and then go offline and reload the page. All requests to the forecast API will be delayed by ms. When a Progressive Web App is installed, it looks and behaves like all of the other installed apps.

It runs in an app without an address bar or other browser UI. In Chrome, a Progressive Web App can either be installed through the three-dot context menu, or you can provide a button or other UI component to the user that will prompt them to install your app.

In order for a user to be able to install your Progressive Web App, it needs to meet certain criteria. The easiest way to check is to use Lighthouse and make sure it meets the installable criteria. If the add to home screen criteria are met, Chrome will fire a beforeinstallprompt event, that you can use to indicate your app can be 'installed', and then prompt the user to install it.

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Add the code below to listen for the beforeinstallprompt event:. In our saveBeforeInstallPromptEvent function, we'll save a reference to the beforeinstallprompt event so that we can call prompt on it later, and update our UI to show the install button. When the user clicks the install button, we need to call. We also need to hide the install button, because.

You can check to see how the user responded to the install dialog by listening for the promise returned by the userChoice property of the saved beforeinstallprompt event. The promise returns an object with an outcome property after the prompt has shown and the user has responded to it. One comment about userChoice , the spec defines it as a property , not a function as you might expect. In addition to any UI you add to install your app, users can also install your PWA through other methods, for example Chrome's three-dot menu.

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To track these events, listen for the appinstalled event. Then, we'll need to update the logAppInstalled function, for this codelab, we'll just use console. Enabling the Bypass for network checkbox in the Service Workers pane of the Application panel in DevTools will work in development, but won't help in the real world.

Let's see how our install step went. To be safe, use the Clear site data button in the Application panel of DevTools to clear everything away and make sure we're starting fresh. If you previously installed the app, be sure to uninstall it, otherwise the install icon won't show up again. First, let's verify our install icon shows up properly, be sure to try this on both desktop and mobile.

Next, let's make sure everything installs properly, and our events are properly fired.ACi RegCode: Deborah Abbott Code: WAY Bingo 2. Warez Reg Code: Spider's Professional Code:

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