Latest Version of Plugin

Newest version of the plugin

Effortlessly detect whether you're running the latest version of your iOS, macOS, Android or Windows app and open it in the App Store, Play Store or Microsoft Store to update it. Current version plugin for Xamarin and Windows. Latest version of the Flash plugin should work better and crash less often. Then WordPress automatically fetches the latest version and installs it for you - no more manual input required.

plugin edsnider/latestversion: LatestVersion plugin for Xamarin and Windows applications

Instantly see if you're using the latest version of your iPhone, Mac OS X, Android, or Windows application and open it in the Apple Store, Play Store, or Microsoft Store to upgrade it.... This plugin can also be used to verify the latest version number of other applications and to open other applications in the Apple Store, Play Store, and Microsoft Store....

Verify that the currently active application is the latest version available in the repository: .... Returns the version number of the latest version of the currently active application that is available in free memory: .... Returns the version number of the latest version of an application available in free memory: ...

" "appName should be the bunch identification of the application (CFBundleIdentifier) on iOS/macOS and the packet name of the application on Android. Returns the version number of the currently active version of the app: ....; Opens the currently active application in the PR: . Open any application in the open shop: .

" "appName should be the build name of the application (CFBundleName or CFBundleDisplayName) on iOS/macOS, the packet name of the application on Android, and the Store ID or App-ID of the application on Windows. "There'," "There's a new version of this app."

On this page you will learn how to keep your Gradle tool up to date and what's in the latest update.

On this page you will learn how to keep your Gradle tool up to date and what's in the latest fixes. More information about the Gradle builds system can be found in the Gradle Users Manual. Optionally, you can either select to validate the upgrade or specify a version manual version according to the builds of your current work. In the following example the plugin is set to version 3.2.

Zero from the compile grade file: Use of this function may result in unanticipated version upgrades and difficulties in solving version discrepancies. Optionally, you can either select to validate the upgrade or specify a version manual version according to the builds of your current work. Use the latest version of grade and plugin for best results.

This example will set the grade version to 4. 6 in the files. Grave 4. For more information, see the section on upgrading gradles. The SDK Building Tools 28.0. No longer do they have to create, autograph, and maintain more than one APK, your end user will get smaller files for download that are optimised for their machine.

Supports enhanced baud rate increments when using animation processors: ANNOTION ProcessorOptions DSL now expands the commandLine argument provider that allows either you or the annotator creator to comment argument for the annotator using building Property Types integer annotations. Now you can add a comment for the annotator to the argument. The plugin will set it to false by defaults if this indicator is not specified.

To begin using the R8 previews, add the following to your project's graceful . property file: . D8 desugnen is now activated by defaul. In order to use APT2, make sure you have the google () constraint in your build. grade files, as shown below: Zero' Nativer Mutidex is now activated by defaults.

This plugin now forces a minimal version of the prototype plugin (0.8. 6), the Kotlin plugin (1.2. 50) and the Crashlytics plugin (1.25.4). If the name of your features modul contains hyphens, for example, you will get a compile failure. These behaviors correspond to those of the plugin for the dynamical function modules. Grave 4. For more information, see the section on upgrading gradles.

Build-tools 27.0. 3 or higher. D8 can be disabled and DX can be used by adding the following to your project's gradle. properties files: . Encremental design is activated by defaults for Java 8 speech feature based applications. It can be disabled by specifying the following in the property of your project: ...

And if you are already using a pre-version of D8, be aware that it is now compiled against SDK builds, not against the JDK. So if you access an API that is present in the JDK but not in the SDK builds tool library, you will get a compilation failure. If you create more than one APK, each of which is aligned to a different ABI, the plugin will by default no longer generate an APK for the following ABIs: MPs, MPs64, and Army.

To create an APK that targets these APIs, you must use NDK RA16b or lower and specify the APIs in your build. grade as shown below: If your application contains for example ressources for zh-TW or zh-CN environments, for example, Gradle packs these ressources in a zip-slot.

Gradle should pack up together. Using "auto", the plugin packs all strings ressources provided by your application and its interdependencies. Therefore, you should specify any locale that the plugin should include in your APK instead. Therefore, you should consider the cost of migration of your projects before using the new plugin.

Grave 4. For more information, see the Gradle upgrade section. Builtools 26.0. As of this upgrade, you no longer need to specify a version for the builds tool - the plugin uses the minimal version needed by defaults. If you make changes to the constraint, Gradle will perform quicker build by not recompiling a module that does not have this constraint's API permission.

Accelerate creation rate by incrementing per grade due to indexing. They should also be expecting enhanced creation rates for applications that have minSdk version 20 or lower and are using legacy Multi-Dex. Improve creation performance by optimising certain jobs to use nested output. In order to profit from this optimisation, you must first activate the Gradle build queue.

Enhanced scalar resources handling with ADAPT2, which is now activated by defaults. If you create a specific variation of a plug-in, the plugin now adapts the variations of the interdependencies of the local libraries to the variation of the plug-in you are currently constructing. For more information about how to create featured apps with the new plugin, see Structure of an multifeature instanced application.

Integrated Java 8 speech function and Java 8 library functionality. Now Jack is obsolete and no longer needed, and you should first deactivate Jack to take advantage of the enhanced Java 8 functionality integrated into the industry tool chain. This feature is defaulted to HOST, which deactivates instrument clustering and is the defaults way to perform testing.

If this is checked, the plugin will merge resources, assets, and manifests before performing your component testing. See Configuring Your Build Purely for Split for more information. Now you can modify the resulting folder for your remote natives builds as shown below: of your project's temp build/directory.

With the new Traceability Configurator you can create a JAR that will define user-defined fluff policies and integrate it into your AAR and APK project. Zero will remove certain APIs, and your Build will be interrupted if you use them. You can no longer use the Variants API to retrieve outputFile() files, for example, or use manifestManifest. manifestOutputFile() to retrieve the manifest files for each of the variants.

As PNG crashing is activated by defaults for all builds except debit ones, it will increase compile speed for many PNG file rich project. In order to increase compile time for other compile styles, you should either deactivate PNG crashing or change your pictures to WebP. Disables PNG crashing for the version building style.

Stage three. Building Tools 25.0. Use level 3. Further information can be found in the Gradle Release Note. If you use the realm of caching, your neat built will be much quicker because the building system can easily re-use these saved images in future built instead of rebuilding them. Zero and above use the compile queue by defaults.

For more information, see Improve building speed with compile time. Contains a cleanerBuildCache task that erases the Build queue. When using the trial version of the compile queue (included in previous releases of the plugin), you should upgrade your plugin to the latest version. The plugin now uses ProGuard version 5.3.2.

If you experience any problems, please proceed with writing error messages. Degree 2.14. Built Tools 23.0. Use Gradle 2.14. 1, which provides enhancements and new functionality and addresses a weak point in network protection that allows granular privileges to be extended locally when using the Gradle Daemon. Further information can be found in the Gradle release note. SL, Gradle now allows you to access your own source and create your own library with either your own library using either Carl Zeiss Make or ndk-build.

Once you have created your own natives, Gradle packs them into your APC. For more information about using Gradle with Add C and C++ Code to Your Project, see Add C and C++ Code to Your Project. How to use Gradle with Add C and C++ Code to Your Project. If you run a Build from the commandline, Gradle now tries to automatically fetch SDK component or update failures that your projects depend on.

For more information, see Automatically downloading missed packets with Gradle. Gradle has a new experiential building function that allows you to accelerate your builds by preindexing, saving, and re-using the preindexed version of your library. For more information on how to use this experiment, see the instructions for the build cache. Enhances builds through the introduction of a new standard packing pipe that performs zip, sign, and zip alignment in one job.

You can, however, make one yourself by invoking the methods createZipAlignTask(String tassname, File inputFile, File outputFile). Here you can define the following You can now use VerGuard rule for multi-dex builds to specify which class gradles should be compiled into the primary EX of your application.

Once you have created a specific proxy config for your major EX files, use buildTypes.multiDexKeepProguard to transfer the proxy config to Gradle. The use of this ADSL is different from the use of builTypes. It provides general proxy policies for your appliance and does not specify a class for the primary EX files. Setting this indicator to false in the item of your application' manifold will cause Gradle to pack uncommpressed and targeted editions of your native library with your APC.

PackageManager does not copy your original APK library to the device's filesystem during install, and has the added advantage of making your app's deltas smaller. Enhanced animation processor functionality. Your class path' annotation engines, such as compiled traces, are added to your builds as well.

Per default, Jack now works in the same way as grade if the grade daemon's average heatap is at least 1.5 GB.

In order to resize the demon heatap, please append the following to your gradle. properties files: Updating will require grade 2.14. Degree 2.14. Further information can be found in the grade notelease. Stage two. Build-tools 23.0. Supported N Developer Preview, JDK 8 and Java 8 speech functions with the Jack tool chain added.

Standard Java Builder Built-in support added to shorten compile times during Java Developer. In order to deactivate this function, please include the following additional source to your build.gradle module-level file: .... Added assistance for the dexing-in operation that executes dexen within the building operation and not in a discrete VM operation. This function is activated by defaults for a project that has defined the max height limit of the grade demon to be at least 2048 megabytes.

This can be done by adding the following to the of your project: ... When you have specified a value for JavaMaxHeapSize in your module level build. grade files, you must change org char.gradle.jvmargs to the value of JavaScriptMaxHeapSize + 1024 megabytes. If you have, for example, selected 2048m for setting " JohnMaxHeapSize ", you must include the following in the grade. property files of your project: ...

In order to deactivate the dexing-in operation, include the following source to your module-level builds. grade file: .... Dependencies: Stage two. Building Tools 21.1. Updated kernel functionality to include built-in kernel backup for increasing the number of instances of building an application. Following debug parameter puts the maximal number of simultaneous operations to 4: ... An experiential scrinker has been added to help prevent pre-deexing and re-deexing of interdependencies not covered by Proguard.

It will improve the creation time of your bug built version. You should activate Proguard for your releases because the experimentally shrink does not allow optimizations and obfuscations. In order to activate the experientialhrinker for your debug builds, please include the following in your module-level build-gradle file: ... protocol assistance and enhanced power for the resourceshrinker.

Restore Reducer now records all its operation in a single ressource. text message in the same directory as the Proguard protocol data. Corrected a problem that led to double AAR traces in both the test and primary builds config. Degree 2.2. Building Tools 21.1. In order to activate it, simply append the following source to every project-related compile grade that the plugin uses:

A new Transform API has been added to allow third-party plug-ins to edit compilated classes before they are transformed into hexs. The Gradle transformation is performed in this order: JaCoCoCo, third-party plug-ins, ProGuard. Third vendor plugin run order is the order in which the transformations are added by the third vendor plug-ins; third vendor plugin designers cannot manage the run order of the transformations through an API. However, they can't manage the run order of the transformations through an application programming interface (API).

Corrected increasing asset supports. The possibility has been added to correctly abort a Gradle builds and notify the root cause when the Gradle builds calls asynchronous tasks and there is an issue in the workers processes. Add configuration kernel for a particular Application Binary Interface (ABI) in versions that contain more than one ABI.

Enhanced kernel integration for JaCoCoCoCo instruments for quicker accelerated building. In order to enforce a newer version of the JaCoCoCoInstrumenter, you must include it as a buildscript dependence. The JaCoCoCoCo feature has been corrected to ignore non-class file types. Vectorizable PNG generation capability added at compile timer to ensure backward compatible.

PNG density can be specified by using the generatedDensities Property in the DefaultConfig or produktFlavor portions of a build. grace files. Corrected a problem using Java Native Interface (JNI) coding in the plugin of the experiment libraries. Degree 2.2. Building Tools 21.1. Corrected custom usage assistance for the archivesBaseName attribute in the build.gradle build> script now.

Degree 2.2. Building Tools 21.1. Specify the standard Build behaviour to rule out LICENSE and LICENSE. text filters from APCs. In order to add these directories to an APC, delete these directories from the packingOptions. removes the attribute from the build-gradle directory. Improved provision for performing units tests to detect multi-flavor and create variants sources folder.

To test an application with multi-flavors Flavor1 and FlavorA with debug builds for example, the test resource kits are: Enhanced usability of units testing for: Execute Java on major and test repositories even if the usesJack feature in your compile files is configured to run on true. Identify traces properly for each build types.

Ability to specify test run argument for instruments via instruction line added. "Added --custom_option", "value" value added utility for a test APK engine as a standalone test engine that uses the targetsProjectPath and targetsVariant characteristics to specify the APK paths and destination variants. Please note: A test APK does not allow the use of variants and can only address one of them.

Degree 2.2. Building Tools 21.1. Improved provision for ongoing session testing with grade. added assistance to add Java-like ressources to the class path when performing session testing directly from within grade. Add feature supporting unitsTestVariants so that units test variations can be modified with the build-gradle script. -XX:MaxPermSize=256m' // Or another grade choice.

280 resource resolution added. Degree 2.2. Building Tools 21.1. Degree 2.2. Building Tools 21.1. Corrected the settings archiveBaseName in the build.gradle files. Degree 2.2. Building Tools 21.1. Altered builds, so that only builds that pack a wearing application cause wear-specific builds. Traceability problems have been altered to cause them to failure during creation, not debugging.

Degree 2.2. Building Tools 21.1. New configuration added to construct grade to declare pure test traces, e.g. tescompile 'junit:junit:junit:4. ProGuard will process the test APK when the miniaturization is activated and will apply only the map files created when the primary APK is miniaturized. When an artefact is found with the same version for both applications, it is not contained in the test application and is only shipped with the application under test.

When an artefact with a different version is found for both applications, the build will fail. Add assistance for eachDpi asset qualification tool in asset fusion. Degree 2.2. Building Tools 21.1. Degree 2.2. Building Tools 21.1. First plugin version.

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