Artifacts

interface Artifacts

Access to the artifacts on a Variant object.

Artifacts are temporary or final files or directories that are produced by the Android Gradle plugin during the build. Depending on its configuration, each com.android.build.api.variant.VariantBuilder produces different versions of some of the output artifacts.

An example of temporary artifacts are .class files obtained from compiling source files that will eventually get transformed further into dex files. Final artifacts are APKs and bundle files that are not transformed further.

Artifacts are uniquely defined by their Artifact type and public artifact types that can be accessed from third-party plugins or build script are defined in SingleArtifact

Summary

Public functions
`ScopedArtifacts`	`forScope(scope: ScopedArtifacts.Scope)` Some artifacts do not have a single origin (like compiled from source code).
`Provider<FileTypeT>`	`<FileTypeT : FileSystemLocation> get(type: SingleArtifact<FileTypeT>)` Get the `Provider` of `FileTypeT` for the passed `Artifact`.
`Provider<List<FileTypeT>>`	`<FileTypeT : FileSystemLocation> getAll(type: MultipleArtifact<FileTypeT>)` Get all the `Provider`s of `FileTypeT` for the passed `Artifact`.
`BuiltArtifactsLoader`	`getBuiltArtifactsLoader()` Provides an implementation of `BuiltArtifactsLoader` that can be used to load built artifacts metadata.
`TaskBasedOperation<TaskT>`	`<TaskT : Task> use(taskProvider: TaskProvider<TaskT>)` Access `Task` based operations.

Public functions

forScope

fun forScope(scope: ScopedArtifacts.Scope): ScopedArtifacts

Some artifacts do not have a single origin (like compiled from source code). Some artifacts can be obtained from a combination of Tasks running or incoming dependencies. For example, classes used for dexing can come from compilation related tasks as well as .aar or .jar files expressed as a project dependency.

Therefore, these artifacts values can have a scope like ScopedArtifacts.Scope.PROJECT for values directly produced by this module (as a Task output most likely). Alternatively, the ScopedArtifacts.Scope.ALL adds all incoming dependencies (including transitive ones) to the previous scope.

For such cases, the artifact is represented as ScopedArtifact and can be manipulated by its own set of API that are scope aware.

Return ScopedArtifacts for a ScopedArtifacts.Scope

get

fun <FileTypeT : FileSystemLocation> get(type: SingleArtifact<FileTypeT>): Provider<FileTypeT>

Get the Provider of FileTypeT for the passed Artifact.

Parameters
`type: SingleArtifact<FileTypeT>`	Type of the single artifact.

getAll

fun <FileTypeT : FileSystemLocation> getAll(type: MultipleArtifact<FileTypeT>): Provider<List<FileTypeT>>

Get all the Providers of FileTypeT for the passed Artifact.

Parameters
`type: MultipleArtifact<FileTypeT>`	Type of the multiple artifact.

getBuiltArtifactsLoader

fun getBuiltArtifactsLoader(): BuiltArtifactsLoader

Provides an implementation of BuiltArtifactsLoader that can be used to load built artifacts metadata.

Returns
`BuiltArtifactsLoader`	A thread safe implementation of `BuiltArtifactsLoader` that can be reused.

use

fun <TaskT : Task> use(taskProvider: TaskProvider<TaskT>): TaskBasedOperation<TaskT>

Access Task based operations.

Parameters
`taskProvider: TaskProvider<TaskT>`	The `TaskProvider` for the `TaskT` that will be producing and/or consuming artifact types.

Returns
`TaskBasedOperation<TaskT>`	A `TaskBasedOperation` object using the passed `TaskProvider` for all its operations.