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// Top-level build file where you can add configuration options common to all sub-projects/modules.
buildscript {
ext.build = [
ndkVersion: "26.2.11394342", // Keep it in sync in TC Dockerfile.
// In general, we should aim to keep these in sync with AC
compileSdkVersion: 34,
targetSdkVersion: 34,
minSdkVersion: 21,
jvmTargetCompatibility: 17,
]
repositories {
mavenCentral()
google()
maven {
}
maven {
name "Mozilla"
content {
// Improve performance: only check moz maven for mozilla deps.
includeGroupByRegex "org\\.mozilla\\..*"
}
}
}
dependencies {
// NOTE: Do not place your application dependencies here; they belong
// in the individual module build.gradle files
classpath libs.kotlin.gradle.plugin
classpath libs.mozilla.glean.gradle.plugin
classpath libs.mozilla.rust.android.gradle
classpath libs.tools.android.plugin
// Yes, this is unusual. We want to access some host-specific
// computation at build time.
classpath libs.jna
}
}
plugins {
alias libs.plugins.detekt
alias libs.plugins.gradle.download.task // Downloading libs/archives from Taskcluster.
alias libs.plugins.protobuf.gradle apply false
}
allprojects {
repositories {
google()
jcenter()
maven {
name "Mozilla"
content {
// Improve performance: only check moz maven for mozilla deps.
includeGroupByRegex "org\\.mozilla\\..*"
}
}
}
}
task clean(type: Delete) {
delete rootProject.buildDir
}
// Avoid Gradle namespace collision. This is here, rather than in `buildscript
// { ... }`, to avoid issues with importing.
import com.sun.jna.Platform as DefaultPlatform
// If this is `null`, we use libs from the source directory.
// Check if there are any changes to `libs` since `main`, and if not,
// use the sha to download the artifacts from taskcluster.
//
// Note we pass the path to the git-dir so that this still works when
// used as a dependency substitution from e.g. android-components.
ext.libsGitSha = "git --git-dir=${rootProject.rootDir}/.git diff --name-only main -- :/libs".execute().text.allWhitespace ?
"git --git-dir=${rootProject.rootDir}/.git rev-parse HEAD:libs".execute().text.trim() : null
// Use in-tree libs from the source directory in CI or if the git SHA is unset; otherwise use
// downloaded libs.
// XX: Since we switched the libs directory to be `darwin-x86-64` and `darwin-aarch64` in https://github.com/mozilla/application-services/pull/4792
// we have mimatch with the libs built on CI, since they have the libraries under `darwin`.
// Temporarily, we are disabling downloaded libs
// we should enable them once our CI builds libs the same way as our local environments
// def useDownloadedLibs = !System.getenv('CI') && ext.libsGitSha != null
def useDownloadedLibs = false
if (useDownloadedLibs) {
task downloadAndroidLibs(type: Download) {
dest new File(buildDir, "libs.android.${rootProject.ext.libsGitSha}.tar.gz")
doFirst {
if (it.dest.exists()) {
throw new StopExecutionException("File to download already exists: ${it.dest.path}")
}
}
overwrite true
}
task untarAndroidLibs(dependsOn: downloadAndroidLibs, type: Copy) {
from tarTree(downloadAndroidLibs.dest)
into rootProject.buildDir
}
task downloadDesktopLibs(type: Download) {
src {
switch (DefaultPlatform.RESOURCE_PREFIX) {
case 'darwin-x86-64':
case 'darwin-aarch64':
case 'linux-x86-64':
default:
throw new GradleException("Unknown host platform '${DefaultPlatform.RESOURCE_PREFIX}'. " +
"Set `ext.libsGitSha = null` in ${rootProject.rootDir}/build.gradle and build your own libs. " +
"If you don't want to build your own libs for Android, you can untar\n\n${downloadAndroidLibs.src}\n\nat top-level to populate `libs/android/`. " +
"You'll need build your own libs for your host platform in order to be able to build and run unit tests.")
}
}
dest {
switch (DefaultPlatform.RESOURCE_PREFIX) {
case 'darwin-x86-64':
case 'darwin-aarch64':
return new File(buildDir, "libs.desktop.macos.${rootProject.ext.libsGitSha}.tar.gz")
case 'linux-x86-64':
return new File(buildDir, "libs.desktop.linux.${rootProject.ext.libsGitSha}.tar.gz")
default:
throw new GradleException("Unknown host platform '${DefaultPlatform.RESOURCE_PREFIX}'. " +
"Set `ext.libsGitSha = null` in ${rootProject.rootDir}/build.gradle and build your own libs.")
}
}
doFirst {
if (it.dest.exists()) {
throw new StopExecutionException("File to download already exists: ${it.dest.path}")
}
}
overwrite true
}
task untarDesktopLibs(dependsOn: downloadDesktopLibs, type: Copy) {
from tarTree(downloadDesktopLibs.dest)
into rootProject.buildDir
}
subprojects { project ->
afterEvaluate {
android.libraryVariants.all { v ->
v.preBuildProvider.configure {
dependsOn(rootProject.untarAndroidLibs)
dependsOn(rootProject.untarDesktopLibs)
}
}
}
}
}
// Additionally, we require `--locked` in CI, but not for local builds.
// Unlike the above, this can't be overridden by `local.properties` (mainly
// because doing so seems pointless, not for any security reason)
ext.extraCargoBuildArguments = []
if (System.getenv("CI")) {
ext.extraCargoBuildArguments = ["--locked"]
}
// The Cargo targets to invoke. The mapping from short name to target
// triple is defined by the `rust-android-gradle` plugin.
// They can be overwritten in `local.properties` by the `rust.targets`
// attribute.
ext.rustTargets = [
'arm',
'arm64',
'x86_64',
'x86',
]
// Generate libs for our current platform so we can run unit tests.
switch (DefaultPlatform.RESOURCE_PREFIX) {
case 'darwin-x86-64':
ext.nativeRustTarget = 'darwin-x86-64'
break
case 'darwin-aarch64':
ext.nativeRustTarget = 'darwin-aarch64'
break
case 'linux-x86-64':
ext.nativeRustTarget = 'linux-x86-64'
break
}
ext.rustTargets += ext.nativeRustTarget
ext.libsRootDir = useDownloadedLibs ? rootProject.buildDir : rootProject.rootDir
subprojects {
group = "org.mozilla.appservices"
apply plugin: 'maven-publish'
// Kotlin settings applicable to all modules.
afterEvaluate{
if (it.hasProperty('android')) {
android {
// This shouldn't be needed anymore with AGP 8.1.0+
compileOptions {
sourceCompatibility rootProject.ext.build.jvmTargetCompatibility
targetCompatibility rootProject.ext.build.jvmTargetCompatibility
}
buildFeatures {
buildConfig true
}
publishing {
singleVariant('release') {
withSourcesJar()
}
}
}
}
tasks.withType(org.jetbrains.kotlin.gradle.tasks.KotlinCompile).all {
kotlinOptions.allWarningsAsErrors = true
}
}
// This allows to invoke Gradle like `./gradlew publishToRootProjectBuildDir` (equivalent to
// `./gradlew publish`) and also `./gradlew publishToProjectBuildDir`.
publishing {
repositories {
maven {
name = "rootProjectBuildDir"
}
maven {
name = "projectBuildDir"
}
}
}
}
// Configure some environment variables, per toolchain, that will apply during
// the Cargo build. We assume that the `libs/` directory has been populated
// before invoking Gradle (or Cargo).
ext.cargoExec = { spec, toolchain ->
spec.environment("NSS_STATIC", "1")
spec.environment("NSS_DIR", new File(rootProject.ext.libsRootDir, "libs/${toolchain.folder}/nss").absolutePath)
}
detekt {
input = files(
fileTree(dir: "${projectDir}/components", excludes: ["external", "**/generated", "**/templates"]),
"${projectDir}/gradle-plugin",
"buildSrc"
)
buildUponDefaultConfig = true
config = files("${projectDir}/.detekt.yml")
reports {
xml.enabled = false
}
}
tasks.withType(io.gitlab.arturbosch.detekt.Detekt) {
exclude(".*test.*,.*/resources/.*,.*/tmp/.*,.*/build/.*")
}
configurations {
ktlint
}
dependencies {
ktlint(libs.ktlint) {
attributes {
attribute(Bundling.BUNDLING_ATTRIBUTE, getObjects().named(Bundling, Bundling.EXTERNAL))
}
}
}
tasks.register("ktlint", JavaExec) {
group = "verification"
description = "Check Kotlin code style."
classpath = configurations.ktlint
main = "com.pinterest.ktlint.Main"
args "${projectDir}/components/**/*.kt", "${projectDir}/gradle-plugin/**/*.kt", "buildSrc/**/*.kt", "!**/build", "!**/templates/**", "!components/external", "!**/generated/**"
}
tasks.register("ktlintFormat", JavaExec) {
group = "formatting"
description = "Fix Kotlin code style deviations."
classpath = configurations.ktlint
main = "com.pinterest.ktlint.Main"
args "-F", "${projectDir}/components/**/*.kt", "${projectDir}/gradle-plugin/**/*.kt", "buildSrc/**/*.kt", "!**/build", "!**/templates/**", "!components/external", "!**/generated/**"
jvmArgs("--add-opens", "java.base/java.lang=ALL-UNNAMED")
}
// Extremely unsophisticated way to publish a local development version while hiding implementation details.
//
// This shells out to a python script that tries to detect whether the working directory has changed since the last
// time it was run, and it so then it shells out to `./gradlew publishToMavenLocal -Plocal=<timestamp>` to publish
// a new version of of the code with an auto-incrementing version number.
//
// It would be nice to implement this natively in gradle using gradle's own change-detection facilities, but I don't know
// enough about gradle to take that on. At least this approach gives a nice stable `./gradlew autoPublishForLocalDevelopment`
// interface for consumers.
task autoPublishForLocalDevelopment(type: Exec) {
commandLine "./automation/publish_to_maven_local_if_modified.py"
}
task printNdkVersion {
doLast {
println project.ext.build.ndkVersion
}
}