This commit configures the Foojay resolver plugin in the Gradle build in
order to auto-provision a required JDK distribution if it's not present
already on the host.
Currently the Spring Framework build requires both a JDK 17 and a JDK 21
distribution to build artifacts.
Closes gh-30474
Prior to this commit, the Spring Framework build would publish several
zip artifacts:
* a "*-schema.zip" containing all the XSD schemas produced
* a "*-docs.zip" containing the API docs
* a "*-dist.zip" containing all of the above, plus module jars
Since the reference docs are now produced by Antora in a separate
process, the "*-docs.zip" does not contain the reference docs anymore.
But it still contains the API docs which are automatically fetched from
the artifact repository and published on the docs.spring.io website.
This commit intends to update the current arrangement and optimize the
build.
First, the "*-dist.zip" is not published anymore, since it cannot be
consumed anyway by the community: repo.spring.io does not distribute
release artifacts publicly, developers are expected to get them from
Maven Central. This arrangement is quite dated anyway and is not really
useful in current application build setups.
The generation of API docs is moved to a new "framework-api" module,
separating it from the reference docs module ("framework-docs") which
contains Java, Kotlin and Asciidoctor sources. This removes the custom
javadoc aggregation task and instead uses a dedicated Gradle plugin.
This change also adds a new `-PskipDocs` Gradle project property that
skips entirely the documentation tasks (javadoc, kdocs) as well as the
"distrbution" tasks managed in the framework-api module.
This allows developers to publish locally a SNAPSHOT of Spring Framework
without creating the entire documentation distribution. This is
particularly useful for local testing.
For example, `$ ./gradlew pTML -PskipDocs`.
Closes gh-31049
This commit creates a new "framework-docs" module, which is dedicated to
documentation generation (reference and API docs).
This commit refactors the build configuration and moves the asciidoc
files to a separate location, but does not change the name nor the
nature of published artifacts.
Closes gh-29417
This new GraalVM feature replaces ConstantFieldFeature and
introduces various enhancements:
- Leverage the new FieldValueTransformer API
- Use GraalVM 22.3 graal-sdk dependency instead of svm one
- Avoid using internal GraalVM APIs
- No need to configure JPMS exports
- Directly integrated in spring-core module
- Simplified build configuration
Closes gh-29081
Closes gh-29080
Closes gh-29089
Prior to this commit, the ApiDiff Gradle task would be configured for
all submodules of the Spring Framework project and would assume that
they all existed for the baseline version considered for the API diff.
This would cause issues when:
* the sub-project is not published as it's not an official "spring-*"
module
* the "spring-*" module is new and did not exist for the baseline
version
This commit ensures that only "spring-*" modules are considered for this
task and that we trigger an early resolution of the baseline version -
if the version doesn't exist, a warn message is logged and we assume
that this is a new module, to be compared with an empty configuration.
This commit also renames the "spring-core-graalvm" project to
"graalvm-feature", since this sub-project is not an official module
published to Maven Central, but rather an internal dependency.
Fixes gh-28818
This commit leverages a subset of @philwebb initial experimentation
to compute at build time the value of specific boolean static fields
in native images. This enhancement is implemented for now as a
GraalVM feature.
The goal here is to keep an optimized footprint via build time code
removal without leveraging build-time class initialization which is known
for the blocking compatibility issues it introduces due to its viral nature.
For now, the static fields initialized at build time with native are:
- NativeDetector#imageCode
- Fields with a name ending by "Present" in "org.springframework" package
typically used for classpath check with ClassUtils#isPresent
Closes gh-28624
Add a new unpublished `spring-core-test` module to support testing of
generated code. The module include a `TestCompiler` class which can be
used to dynamically compile generated Java code. It also include an
AssertJ friendly `SourceFile` class which uses qdox to provide targeted
assertions on specific parts of a generated source file.
See gh-28120
Update the pluginManagement repositories used by Grade to include
`mavenCentral()` since `gradlePluginPortal()` has been suffering
from timeouts recently.
Update the pluginManagement repositories used by Grade to include
`mavenCentral()` since `gradlePluginPortal()` has been suffering
from timeouts recently.
Migrate `CoroutinesUtils` from Kotlin code to Java and drop the
`kotlin-coroutines` module.
This update removes the need for Kotlin tooling IDE plugins to be
installed.
Closes gh-27379
Prior to this commit, we registered custom values in the build scan for
the main and test toolchains based on input values provided via the
mainToolchain and testToolchain project properties.
Beginning with this commit, the custom values we register are based on
the available metadata for the resolved JDK/JVM for each toolchain.
For example, instead of registering the following custom value...
Test toolchain : JDK11
... we now register the following which includes the vendor, version,
and installation path of the JDK/JVM.
Test toolchain : AdoptOpenJDK 11 (/Library/Java/JavaVirtualMachines/adoptopenjdk-11.jdk/Contents/Home)
Once Gradle's JavaInstallationMetadata includes the exact version, we
will likely use that instead of the installation path.
See gh-25787
Prior to this commit, the Spring Framework build would rely on
setting a custom Java HOME for building all sources and tests
with that JDK.
This approach is not flexible enough, since we would be testing
the source compatibility against a recent JDK, but not a common
case experienced by the community: compiling and running
application code with a recent JDK and the official, JDK8-based
Framework artifacts.
This method is also limiting our choice of JDKs to the ones
currently supported by Gradle itself.
This commit introduces the support of Gradle JVM Toolchains in
the Spring Framework build.
We can now select a specific JDK for compiling the main
SourceSets (Java, Groovy and Kotlin) and another one for
compiling and running the test SourceSets:
`./gradlew check -PmainToolChain=8 -PtestToolchain=15`
Gradle will automatically find the JDKs present on the host or
download one automcatically. You can find out about the ones
installed on your host using:
`./gradlew -q javaToolchains`
Finally, this commit also refactors the CI infrastructure to:
* only have a single CI image (with all the supported JDKs)
* use this new feature to compile with JDK8 but test it
against JDK11 and JDK15.
Closes gh-25787
This commit introduces support for R2DBC ("Reactive Relational Database
Connectivity") with custom ConnectionFactory implementations, a
functional DatabaseClient for SQL execution, transaction management, a
bind marker abstraction database initialization utilities, and
exception translation.
Closes gh-25065
- The compiler is configured to retain compatibility with Kotlin 1.3.
- Explicit API mode is not yet enabled but could be in the future.
- A workaround for Gradle build is required for now, see
https://youtrack.jetbrains.com/issue/KT-39610 for more details.
- Some exceptions thrown by Kotlin have changed to NullPointerException,
see https://youtrack.jetbrains.com/issue/KT-22275 for more details.
Closes gh-24171
This commit ensures that the build directory exists before writing the
build scan URL to it. This is useful when the `clean` task is executed
and the build folder is gone by the time the execution is done.
See gh-22490
- Build Scan plugin is now Gradle Enterprise plugin applied in settings
- Compile task dependencies are now defined through classpath
- Test fixture publication can be disabled through public API
Closes gh-24384
This commit enables the publishing of Gradle metadata with Spring
Framework artifacts. This feature will be enabled by default with Gradle
6.0, so Spring Framework will consistently push this information in the
5.2.x generation.
Fixes gh-23503
Prior to this commit, the Spring Framework build would mix proper
framework modules (spring-* modules published to maven central) and
internal modules such as:
* "spring-framework-bom" (which publishes the Framework BOM with all
modules)
* "spring-core-coroutines" which is an internal modules for Kotlin
compilation only
This commit renames these modules so that they don't start with
"spring-*"; we're also moving the "kotlin-coroutines" module under
"spring-core", since it's merged in the resulting JAR.
See gh-23282
This commit moves the dependency management and test source files
related to integration tests to a dedicated module.
This allows us to focus the root project on building the Spring
Framework.
See gh-23282
This commit moves the existing "test sources" Gradle plugin from Groovy
to Java and updates the "buildSrc" build file to prepare for additional
plugins in the Spring Framework build.
The plugin itself looks, for a given Spring Framework module, at all the
project dependencies for the following scopes: "compile", "testCompile",
"api", "implementation" and "optional" (to be supported by a different
plugin).
See gh-23282
Stéphane Nicoll
Victor Georgescu
Brian Clozel
Sam Brannen
Jerome Prinet
Sébastien Deleuze
Johnny Lim
Andy Wilkinson
Phillip Webb
Sam Brannen
Nelson Osacky
Juergen Hoeller
Mark Paluch
Brian Clozel
Jendrik Johannes
Sam Brannen
Andy Wilkinson