Commit 3eec27a723 introduced a custom resource filter for projects
imported into Eclipse IDE. However, commit 85eb589c2e introduced
generated source files within the Gradle 'build' folder, and the filter
prevents Eclipse from seeing the generated sources, resulting in build
errors within the spring-oxm project in Eclipse.
This commit therefore effectively reverts 3eec27a723 by removing the
resource filter.
See gh-25787
This commit fixes various issues with the configuration of the Gradle
Java toolchain in the build.
First, the configuration of build properties is fixed in the CI pipeline
because it wasn't properly checked.
The JMH plugin is also upgraded and we now configure its toolchain
support.
This commit also rewrites the XJC tasks in the spring-oxm module,
leveraging a Gradle plugin that creates actual compile tasks we can
configure.
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
Recently the Spring Framework projects could no longer be imported into
Eclipse IDE without compilation errors in JMH sources.
This commit addresses this issue by applying workarounds for bugs in
Gradle and the JMH plugin for Gradle.
Gradle bug: https://github.com/gradle/gradle/issues/14932
JMH plugin bug: https://github.com/melix/jmh-gradle-plugin/issues/157
The Gradle bug has already been fixed in Gradle 6.8 RC1; however, the
issue for the JMH plugin bug seems not to have been triaged yet.
Closes gh-26140
Prior to this commit, the `docsZip` task would not reference the new
output locations for the `asciidoctor` and `asciidoctorPdf` tasks.
This results with missing reference docs in the docs zip.
This commit updates the input locations of the Zip task to include the
produced reference docs.
Fixes gh-25783
Prior to this commit, the asciidoctor Gradle task was configured to
generate both the HTML5 and PDF backends. Unfortunately, this resulted
in resources such as HTML, JavaScript, CSS, and images being published
alongside the generated PDF documents.
This commit addresses this issue by introducing the use of a dedicated
asciidoctorPdf Gradle task. The existing asciidoctor Gradle task has
been modified to only generate HTML5 output. Both of these tasks now
share common configuration supplied by the updated asciidoctorj Gradle
task.
In addition, the asciidoctor task now depends on the asciidoctorPdf
task. Thus, invoking `./gradlew asciidoctor` will still generate both
the HTML5 and PDF outputs; whereas, `./gradlew asciidoctorPdf` will
generate only the PDF outputs. We may later decide to rework the tasks
to introduce a dedicated asciidoctorHtml task so that we can generate
the HTML outputs without having to generate the PDF outputs (which are
more time consuming).
See gh-25783
Prior to this commit, the asciidoctor Gradle task was configured to
generate both the HTML5 and PDF backends. Unfortunately, this resulted
in resources such as HTML, JavaScript, CSS, and images being published
alongside the generated PDF documents.
This commit addresses this issue by introducing the use of a dedicated
asciidoctorPdf Gradle task. The existing asciidoctor Gradle task has
been modified to only generate HTML5 output. Both of these tasks now
share common configuration supplied by the updated asciidoctorj Gradle
task.
In addition, the asciidoctor task now depends on the asciidoctorPdf
task. Thus, invoking `./gradlew asciidoctor` will still generate both
the HTML5 and PDF outputs; whereas, `./gradlew asciidoctorPdf` will
generate only the PDF outputs. We may later decide to rework the tasks
to introduce a dedicated asciidoctorHtml task so that we can generate
the HTML outputs without having to generate the PDF outputs (which are
more time consuming).
See gh-25783
This is done:
- For consistency with other Spring projects
- Because it is probably a better option to use reference instead of
spring-framework-reference (spring-framework is already present in
the URL)
- To improve PDF documentation discoverability
As a consequence:
- spring-framework-reference HTML documentation is now published
under reference/html
- spring-framework-reference/pdf PDF documentation is now published
under reference/pdf
The following permanent redirect should be created before Spring
Framework 5.3.0 release:
- current/spring-framework-reference/pdf/* to current/reference/pdf/*
- current/spring-framework-reference/* to current/reference/html/*
Closes gh-25071
Prior to this commit, the Spring Framework test suite would rely only on
"Performance" tests associated with a specific CI build. As outlined in
gh-24830, the way they're built and executed is not working well
anymore.
This commit introduces a new JMH benchmark infrastructure in the build.
The goal here is not to run those benchmarks as part of a CI build, but
rather provide a proper infrastructure for writing and locally running
micro-benchmarks when working on specific optimizations.
This commit adds and configures a Gradle JMH plugin to allow for JMH
benchmark classes in Spring Framework modules (in `src/jmh/java` of each
`spring-*` module). It's also relaxing the checkstyle rules for JMH
classes, especially around Javadoc rules: this code is not meant to
have Javadocs.
Finally, this commit links to a new Wiki page on the project GitHub
repository documenting the infrastructure and helping contributors to
run and design benchmarks.
See gh-24830
The `images` folder contains some files used to create the images, such
as OmniGraffle and SVG.
This commit modifies the `include` pattern to ensure that only `*.png`
files are copied from the source folder to the published reference
manual.
- 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
As we're moving the build to Concourse CI, we don't need to use the
Artifactory plugin anymore. Our build will publish the artifacts to a
repository on the local filesystem and will push its content to
Artifactory with the spring-io/artifactory-resource.
This commit also adds the conditional configuration for publishing to a
local repository.
See gh-22490
This commit updates the spring-doc-resources version to 0.2.0 to get the
latest look and feel in the HTML version of the reference manual.
Closes gh-24831
A change in `docs.gradle` in 5.2.4 resulted in distribution zip files
no longer being published to
https://repo.spring.io/release/org/springframework/spring/.
This commit fixes this by updating the `mavenContent` configuration as
suggested by @wilkinsona.
Closes gh-24605
Setting `options.fork = true` causes the classpath in the forked
compiler process to include Class-Path entries from MANIFEST.MF files
in JARs in the classpath, which results in warnings about missing
classpath entries.
This commit removes the `options.fork = true` declaration and further
simplifies the script.
See gh-24474
0.4.0 provides built-in support for remembering a user's selections
using local storage. This replaces the custom switch language
JavaScript.
The selection is stored using a key derived from the
options that were available. Concretely, when the options are Java or
Kotlin, the local storage key is java-kotlin. Similarly, if the
choices were Java, Kotlin, and XML, the key would be java-kotlin-xml.
Given local storage's domain and protocol scoping, the nature of the
key that's used for storage will allow a user's selections to be
applied across all documentation hosted on https://docs.spring.io that
offer the same options.
Closes gh-24481
Prior to this commit, the "-Werror" was removed as a command-line
argument in order not to fail the build for missing classpath elements.
This commit reinstates "-Werror" and removes "-Xlink:path" in order to
explicitly ignore warnings for missing classpath elements when executing
the build with a custom JAVA_HOME.
See gh-24474
Sam Brannen
Brian Clozel
Stephane Nicoll
Sébastien Deleuze
Brian Clozel
Sam Brannen
Jendrik Johannes
Sam Brannen
Jay Bryant
Sébastien Deleuze
Andy Wilkinson