Updates downloaded but not installed android 5.0

Every new Android version introduces changes that bring significant security and performance improvements as well as enhance the user experience of Android overall. Some of these changes only apply to apps that explicitly declare support through their targetSdkVersion manifest attribute also known as the target API level.

Configuring your app to target a recent API level ensures that users can benefit from these improvements, while still allowing it to run on older Android versions. Targeting a recent API level also allows your app to take advantage of the platform's latest features to delight your users. Furthermore, as of Android 10 API level 29 , users see a warning when starting an app for the first time if the app targets Android 5. This document highlights important points you need to know in updating your target API level to meet the Google Play requirement.

Note: If your Gradle file contains manifest entries, you can confirm or change the current value of targetSdkVersion in your app's Gradle file, as described in Configure your build. See the respective Behavior Changes page for each of the following releases to ensure your that your app has accounted for changes introduced in these releases:.

The following considerations apply to apps targeting Android 6. Dangerous permissions are only granted at runtime. Your UI flows must provide affordances for granting these permissions. Wherever possible, ensure your app is prepared to handle rejection of permission requests.

For example, if a user declines a request to access the device's GPS, ensure your app has another way to proceed. For an exhaustive list of changes introduced in Android 6. The following considerations apply to apps targeting Android 7. Let's face it: big fingers need large keys.

If you find it hard to type on a smartphone keypad, and even on a tablet, you can type on a regular computer keyboard using the Nox Player. No more getting annoyed with messenger chats and crossword puzzle games. Can't afford a better mobile data plan? Whereas home Internet services come as unlimited, large data packages of 10 MB to 50 MB per second or faster, smartphone data plans have much more limited Internet speed and capacity.

You can play fast Android action games that use up more memory and need better processing speed on your computer. First, it comes with a Nox App Player free download. The application doesn't need a paid subscription or a one-time payment for you to keep it active. You won't lose any of its features over time because the Android app player has a free license.

It uses less random-access memory RAM than other mobile operating system emulators. Running Android or iOS apps on your computer won't use up your mobile Internet plan. The apps play without glitches, with better speed and resolution than on your phone. Nox for PC can run two or more apps at the same time on most computers without freezing.

You can add external devices, such as Bluetooth , a joystick, a gaming keyboard, or a wireless optical mouse or pen mouse.

Use keyboard shortcuts and mapping at leisure. Regular updates are available and easy to download. If you use this property together with the android. We've changed the behavior of how library unit tests are compiled and run.

This configuration typically results in better testing. In some cases library unit tests that use data binding may encounter missing DataBindingComponent or BR classes. Those tests need to be ported to an instrumented test in the androidTest project, since compiling and running against those classes in a unit test may produce incorrect output. The io. Gradle 6. To learn more, read the section about updating Gradle. This minor update supports compatibility with new default settings and features for package visibility in Android In previous versions of Android, it was possible to view a list of all apps installed on a device.

Starting with Android 11 API level 30 , by default apps have access to only a filtered list of installed packages. For more information on this new feature, see Package visibility in Android The Build Analyzer window helps you understand and diagnose issues with your build process, such as disabled optimizations and improperly configured tasks.

This feature is available when you use Android Studio 4. You can open the Build Analyzer window from Android Studio as follows:. The Build Analyzer window organizes possible build issues in a tree on the left. You can inspect and click on each issue to investigate its details in the panel on the right. When Android Studio analyzes your build, it computes the set of tasks that determined the build's duration and provides a visualization to help you understand the impact of each of these tasks.

You can also get details on warnings by expanding the Warnings node. In Android Studio 4. This means that you can now include standard language APIs that were available only in recent Android releases such as java. The desugaring process rewrites your app's code to instead use this library at runtime. To enable support for these language APIs, include the following in your app module 's build.

Note that you may also need to include the above code snippet in a library module 's build. The library module's instrumented tests use these language APIs either directly or through the library module or its dependencies. You want to run lint on the library module in isolation. This is to help lint recognize valid usages of the language APIs and avoid reporting false warnings. When new features are added, they will be disabled, by default.

You can then use the buildFeatures block to enable only the features you want, and it helps you optimize the build performance for your project. You can set the options for each module in the module-level build.

Keep in mind, you can still use the buildFeatures block in the module-level build. In previous versions of the Android Gradle plugin, all feature modules could depend only on the app's base module.

When using Android Gradle plugin 4. That is, a :video feature can depend on the :camera feature, which depends on the base module, as shown in the figure below. Feature module :video depends on feature :camera , which depends on the base :app module. This means that when your app requests to download a feature module, the app also downloads other feature modules it depends on. For example, the :video module declares a dependency on :camera as follows:. When building your app using Android Gradle plugin 4.

When uploading your app, the Play Console inspects this metadata to provide you with the following benefits:. The data is compressed, encrypted by a Google Play signing key, and stored in the signing block of your release app.

When you follow the configuration steps described below, Gradle automatically makes these native libraries available to use with your external native build system, such as CMake. Note that Gradle only makes these libraries available to your build; you must still configure your build scripts to use them.

Libraries are exported using the Prefab package format. Each dependency can expose at most one Prefab package, which comprises one or more modules. A Prefab module is a single library, which could be either a shared, static, or header-only library. Typically, the package name matches the Maven artifact name and the module name matches the library name, but this is not always true. Because you need to know the package and module name of the libraries, you might need to consult the dependency's documentation to determine what those names are.

CMake ndk-build. This value will be set automatically by Gradle when CMake is invoked, so if your build system modifies this variable, be sure to append rather than assign to it.

This command searches for config-file packages that match the given package name and version and exposes the targets it defines to be used in your build. For example, if your application defines libapp. When you build your project, your external native build system automatically links libapp.

For additional information, refer to the curl prefab sample. The behavior for app signing configurations in the signingConfig block has changed to the following:. These changes allow AGP to optimize builds by disabling the signing mechanism based on whether the user has explicitly enabled these flags. Prior to this release, it was possible for v1Signing to be disabled even when explicitly enabled, which could be confusing. Android Gradle plugin 3.

In Android Gradle plugin 4. So, to use the latest Android Gradle plugin, you need to migrate your instant app to support Android App Bundles. By migrating your instant apps, you can leverage the benefits of app bundles and simplify your app's modular design.

The ability to separate annotation processing into a dedicated task has been removed. This option was used to maintain incremental Java compilation when non-incremental annotation processors are used in Java-only projects; it was enabled by setting android.

Instead, you should migrate to using incremental annotation processors to improve build performance. The Android Gradle plugin no longer checks for or includes annotation processors you declare on the compile classpath, and the annotationProcessorOptions.

If you include annotation processors on the compile classpath, you might get the following error:. To resolve this issue, you must include annotation processors in your build. To learn more, read Add annotation processors.

Prior versions of the Android Gradle Plugin required that you explicitly package any prebuilt libraries used by your CMake external native build by using jniLibs. With Android Gradle Plugin 4. External native build now automatically packages those libraries, so explicitly packaging the library with jniLibs results in a duplicate.

This plugin provides client-side integration for the CodePush service , allowing you to easily add a dynamic update experience to your Cordova app s. Once the app is released, updating either the code e. The CodePush plugin helps get product improvements in front of your end users instantly, by keeping your code and images synchronized with updates you release to the CodePush server.

This way, your app gets the benefits of an offline mobile experience, as well as the "web-like" agility of side-loading updates as soon as they are available. It's a win-win!

In order to ensure that your end users always have a functioning version of your app, the CodePush plugin maintains a copy of the previous update, so that in the event that you accidentally push an update which includes a crash, it can automatically roll back.

This way, you can rest assured that your newfound release agility won't result in users becoming blocked before you have a chance to roll back on the server. It's a win-win-win! Note: Any product changes which touch native code e. Note: Starting with v2. Note: In order to use CodePush along with the cordova-plugin-wkwebview-engine plugin, you need to install v1.

Please see Using WKWebView section for more information of how to confiure your app to use cordova-plugin-wkwebview-engine. To check which versions of each Cordova platform you are currently using, you can run the following command and inspect the Installed platforms list:. Since CodePush is migrating to a new service all versions of cordova-plugin-code-push lower than 1.

You can find more information in our documentation. Once you've followed the general-purpose "getting started" instructions for setting up your CodePush account, you can start CodePush-ifying your Cordova app by running the following command from within your app's root directory:. With the CodePush plugin installed, configure your app to use it via the following steps:. Add your deployment keys to the config. Staging , Production. Beginning from version 1.

In order to enable code signing for Cordova application you should setup public key to verify bundles signature by providing following preference setting in config. Finally, double-check that you already have the cordova-plugin-whitelist plugin installed most apps will. To check this, simply run the following command:. If cordova-plugin-whitelist is in the list, then you are good to go. Otherwise, simply run the following command to add it:.

You are now ready to use the plugin in the application code. See the sample applications for examples and the API documentation for more details. For cordova-ios v4-v5 there is a possibility to specify WebView engine on the plugin build phase. By default UIWebView engine is used. To use WKWebView engine please do the following:.

Note: cordova-plugin-wkwebview-engine is just a workaround for cordova-ios v4-v5 users to be able to use WKWebView in their apps to avoid stop accepting updates via AppStore as of December With the CodePush plugin installed and configured, the only thing left is to add the necessary code to your app to control the following policies:.

When and how often to check for an update? The simplest way to do this is to perform the following in your app's deviceready event handler:. If an update is available, it will be silently downloaded, and installed the next time the app is restarted either explicitly by the end user or by the OS , which ensures the least invasive experience for your end users.

If an available update is mandatory, then it will be installed immediately, ensuring that the end user gets it as soon as possible. If you would like your app to discover updates more quickly, you can also choose to call sync every time the app resumes from the background, by adding the following code or something equivalent as part of your app's startup behavior. You can call sync as frequently as you would like, so when and where you call it just depends on your personal preference.

Hope to hear from someone. Sorry to say, but unfortunately this works only on GT-P Thanks for your comment though. Droid Thunder. Leave a Reply Cancel reply. Did you install the Omni 4. AUST Reply. The google apps link is broken. Please update the link. Links have been updated Reply.

It worked smoothly. And great instructions as well. Thanks a lot Reply.