Create a free Team What is Teams? Collectives on Stack Overflow. Learn more. What gradle task pulls dependencies from remote repositories? Ask Question. Asked 8 years ago. Active 6 years, 9 months ago. Viewed 3k times. CachingModuleVersionRepository] Using cached module metadata for module 'com. UserResolverChain] Using module 'com. DependencyGraphBuilder] Visiting configuration com. DependencyGraphBuilder] Attaching com. Here is my build. Improve this question. There is no task for this.
Add a comment. Active Oldest Votes. Improve this answer. Peter Niederwieser Peter Niederwieser k 18 18 gold badges silver badges bronze badges. Using CommandLineArgumentProvider allows you or the annotation processor author to improve the correctness and performance of incremental and cached clean builds by applying incremental build property type annotations to each argument.
For example, the class below implements CommandLineArgumentProvider and annotates each argument for the processor. The sample also uses the Groovy language syntax and is included directly in the module's build. After you define a class that implements CommandLineArgumentProvider , you need to create an instance and pass it to the Android plugin using the annotationProcessorOptions. To learn more about how implementing CommandLineArgumentProvider helps improve build performance, read Caching Java projects.
If you have dependencies on the compile classpath that include annotation processors you don't need, you can disable the error check by adding the following to your build. Keep in mind, the annotation processors you add to the compile classpath are still not added to the processor classpath. If you experience issues after migrating your project's annotation processors to the processor classpath, you can allow annotation processors on the compile classpath by setting includeCompileClasspath to true.
However, setting this property to true is not recommended, and the option to do so will be removed in a future update of the Android plugin.
As an app grows in scope, it can contain a number of dependencies including direct dependencies and transitive dependencies libraries which your app's imported libraries depend on.
To exclude transitive dependencies that you no longer need, you can use the exclude keyword as given below:. If you need to exclude certain transitive dependencies from your tests, the code sample shown above might not work as expected. That's because a test configuration e. That is, it always contains implementation dependencies when Gradle resolves the configuration.
So, to exclude transitive dependencies from your tests, you must do so at execution time as shown below:. Note: You can still use the exclude keyword in the dependencies block as shown in the original code sample from the Exclude transitive dependencies section to omit transitive dependencies that are specific to the test configuration and are not included in other configurations.
Configuring dependencies for a Wear OS module is similar to that of any other module; that is, Wear OS modules use the same dependency configurations, such as implementation and compileOnly.
Wear modules also support variant-aware dependency management. As a result, if your base app module has a dependency on a Wear module, each variant of the base module consumes the matching variant from the Wear module.
If you are building a simple app with a dependency on only one Wear module, where the module configures the same variants as your base module, you need to specify the wearApp configuration in your base module's build.
If you have multiple Wear modules and you want to specify a different Wear module per app flavor, you can do so using the flavor WearApp configuration, as follows however, you can't include other dependencies that use the wearApp configuration :. When your dependency is something other than a local library or file tree, Gradle looks for the files in whichever online repositories are specified in the repositories block of your build.
The order in which you list each repository determines the order in which Gradle searches the repositories for each project dependency. For example, if a dependency is available from both repository A and B, and you list A first, Gradle downloads the dependency from repository A.
By default, new Android Studio projects specifies Google's Maven repository and JCenter as repository locations in the project's top-level build. If you want something from the Maven central repository, then add mavenCentral , or for a local repository use mavenLocal :. For more information, see the Gradle Repositories guide. The most recent versions of the following Android libraries are available from Google's Maven repository:.
You can see all available artifacts at Google's Maven repository index see below for programmatic access. To add one of these libraries to your build, include Google's Maven repository in your top-level build. Then add the desired library to your module's dependencies block. For example,the appcompat library looks like this:. However, if you're trying to use an older version of the above libraries and your dependency fails, then it's not available in the Maven repository and you must instead get the library from the offline repository.
For programmatic access to Google's Maven artifacts, you can get an XML list of artifact groups from maven. Then, for any group, you can view its library names and versions at:. For example, libraries in the android. For example: maven. For libraries not available from the Google Maven repository usually older library versions , you must download the offline Google Repository package from the SDK Manager.
Then you can add these libraries to your dependencies block as usual. Starting with Android Gradle plugin 4. Gradle will automatically make these available to the native build system, but your build system must be configured to make use of the imported libraries and headers. AAR dependencies of your Gradle modules can expose native libraries for use by your application. Inside the AAR, the prefab directory contains a Prefab package, which includes the headers and libraries of the native dependency.
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. The package and module names need to be known to make use of the libraries.
Consult the dependency's documentation to determine what names it uses. Android Gradle Plugin 4. The prefab feature must be enabled for your Android Gradle module. To do so, add the following to the android block of your module's build. CMake ndk-build. This value will be set automatically by Gradle when CMake is invoked, so if your build modifies this variable be sure to append rather than assign to it.
Each dependency exposes a config-file package to your build. This command searches for config-file packages matching 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. To export your native libraries, add the following to the android block of your library project's build. In this example, the mylibrary and myotherlibrary libraries from either your ndk-build or CMake external native build will be packaged in the AAR produced by your build, and each will export the headers from the specified directory to their dependents.
The order in which you list your dependencies indicates the priority for each: the first library is higher priority than the second, the second is higher priority than the third, and so on.
This order is important in the event that resources are merged or manifest elements are merged into your app from the libraries. Some direct dependencies may have dependencies of their own. These are called transitive dependencies. Rather than requiring you to manually declare each transitive dependency, Gradle automatically gathers and adds them for you. The Android plugin for Gradle provides a task that displays a list of the dependencies Gradle resolves for a given module.
For each module, the report also groups the dependencies based on build variant, testing source set, and classpath. The following is sample report for an app module's runtime classpath of its debug build variant and compile classpath of its instrumented test source set. Learn more. How to make Android Studio download dependencies sources and javadoc?
Ask Question. Asked 8 years, 4 months ago. Active 4 months ago. Viewed 34k times. If I click attach sources it shows: As you can see, only the lib's jar was downloaded to gradle cache.
Improve this question. Community Bot 1 1 1 silver badge. Monitus Monitus 1 1 gold badge 6 6 silver badges 12 12 bronze badges. I am running Android Studio 0. Seems to work now with a simple import project.
I have version 0. Previously I could at least use project settings to import sources. In latest versions jar dependencies dialog is removed and I can't add it anyhow. Any ideas? So, a year later, have Google done anything to address this issue yet?
I don't find any questions younger than about a year regarding this topic, so either it's been fixed or it's a sore subject nobody wants to discuss. MrPlow Fix of this issue is going into the AS 1. See here. Show 1 more comment. Active Oldest Votes. For Maven sources and docs the only thing I have found is to change the default settings.
Improve this answer. Finally a clean solution, thank you! For non-maven libraries a possibility is to use the local maven repository and put the needed jar files with javadoc there. Add a comment. JJD Abi- Abi- 1 1 gold badge 2 2 silver badges 8 8 bronze badges. Currently Android Studio imports libraries with sources.
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