This commit adds support for the following two JVM system properties
that control the Gradle build for alternative JDKs (i.e., a JDK other
than the one used to launch the Gradle process).
- customJavaHome: absolute path to the alternate JDK installation to
use to compile Java code and execute tests. Setting this system
property causes Groovy 3.0 RC3 to be used instead of 2.5.x. This
system property is also used in spring-oxm.gradle to determine
whether JiBX is supported.
- customJavaSourceVersion: Java version supplied to the `--release`
command line flag to control the Java source and target compatibility
version. Supported versions include 9 or higher. Do not set this
system property if Java 8 should be used.
Examples:
./gradlew -DcustomJavaHome=/opt/java/jdk-14 test
./gradlew --no-build-cache -DcustomJavaHome=/opt/java/jdk-14 test
./gradlew -DcustomJavaHome=/opt/java/jdk-14 -DcustomJavaSourceVersion=14 test
See gh-24474
The parallel forks configuration of Test tasks can have a big impact
on their execution time. This commit updates the build can
configuration to capture each Test task's maxParallelForks
configuration as custom values in the build scan. This will make this
data available when comparing scans which will be useful as we
experiment with different parallel fork settings to reduce the
build's overall execution time.
Closes gh-23691
When exposed as an environment variable Bamboo's bamboo.resultsUrl
is mapped to bamboo_resultsUrl. This commit updates the build scan
user data script to look for the latter rather than the former.
Closes gh-23597
When exposed as an environment variable Bamboo's bamboo.resultsUrl
is mapped to bamboo_resultsUrl. This commit updates the build scan
user data script to look for the latter rather than the former.
This commit adds opt-in build scan integration with Gradle Enterprise.
When the GRADLE_ENTERPRISE_URL environment variable is set on a
developer's machine or on CI, a build scan will be automatically
uploaded to Gradle Enterprise at the end of the build.
This initial integration will establish a baseline for Spring
Framework builds. Once that baseline has been established we can use
the build scans to identify ways in which the build can be optimized
and updated to make use of Gradle's build caching which should reduce
build times, significantly so for changes that only affect tasks near
the leaf nodes of the task graph.
Andy Wilkinson
Sam Brannen