This commit includes a number of changes to reduce overall build
configuration time. These optimizations include:
- Removing the usage of the 'nebula.info-scm' plugin. This plugin
leverages jgit to load read various pieces of VCS information. This
is mostly overkill and we have our own minimal implementation for
determining the current commit id.
- Removing unnecessary build dependencies such as perforce and jgit
now that we don't need them. This reduces our classpath considerably.
- Expanding the usage lazy task creation, particularly in our
distribution projects. The archives and packages projects create
lots of tasks with very complex configuration. Avoiding the creation
of these tasks at configuration time gives us a nice boost.
Guava was removed from Elasticsearch many years ago, but remnants of it
remain due to transitive dependencies. When a dependency pulls guava
into the compile classpath, devs can inadvertently begin using methods
from guava without realizing it. This commit moves guava to a runtime
dependency in the modules that it is needed.
Note that one special case is the html sanitizer in watcher. The third
party dep uses guava in the PolicyFactory class signature. However, only
calling a method on the PolicyFactory actually causes the class to be
loaded, a reference alone does not trigger compilation to look at the
class implementation. There we utilize a MethodHandle for invoking the
relevant method at runtime, where guava will continue to exist.
Backport of #54276.
Move and rename formatter config file, so that it is easier for
Eclipse users to import.
Also switch to an opt-out list for formatting. Instead of explcitly
listing projects that should be formatted, instead list projects
that should not be formatted. This means that any new projects will
automatically be formatted and checked.
This commit removes the configuration time vs execution time distinction
with regards to certain BuildParms properties. Because of the cost of
determining Java versions for configuration JDK locations we deferred
this until execution time. This had two main downsides. First, we had
to implement all this build logic in tasks, which required a bunch of
additional plumbing and complexity. Second, because some information
wasn't known during configuration time, we had to nest any build logic
that depended on this in awkward callbacks.
We now defer to the JavaInstallationRegistry recently added in Gradle.
This utility uses a much more efficient method for probing Java
installations vs our jrunscript implementation. This, combined with some
optimizations to avoid probing the current JVM as well as deferring
some evaluation via Providers when probing installations for BWC builds
we can maintain effectively the same configuration time performance
while removing a bunch of complexity and runtime cost (snapshotting
inputs for the GenerateGlobalBuildInfoTask was very expensive). The end
result should be a much more responsive build execution in almost all
scenarios.
(cherry picked from commit ecdbd37f2e0f0447ed574b306adb64c19adc3ce1)
This commit introduces aarch64 packaging, including bundling an aarch64
JDK distribution. We had to make some interesting choices here:
- ML binaries are not compiled for aarch64, so for now we disable ML on
aarch64
- depending on underlying page sizes, we have to disable class data
sharing
This commit makes a number of improvements when importing the
Elasticsearch project into IntelliJ IDEA. Specifically:
- Contributing documentation has been updated to reflect that the
'idea' task should no long be used and Gradle project import is
instead the officially supported way of setting up the project.
- Attempts to run the 'idea' task will result in a failure with a
message directing folks to our CONTRIBUTING.md document.
- The project JDK is explicit set rather that using whatever JAVA_HOME
is.
- Gradle build operation delegation is disabled, and test execution is
configured to 'choose per test'.
- Gradle is configured to inherit the project JDK.
- Some code style conventions are automatically configured.
- File encoding is explicitly set to UTF-8.
- Parallel module compilation is enabled and deprecated feature
warnings are disabled.
- A remote debug run configuration using listen mode is created.
- JUnit runner is configured with required system properties.
- License headers are configured such that Apache 2 is the default
notice added to all source files with exception of source in /x-pack
which will use the Elastic license.
This upgrade required a few significant changes. Firstly, the build
scan plugin has been renamed, and changed to be a Settings plugin rather
than a project plugin so the declaration of this has moved to our
settings.gradle file. Second, we were using a rather old version of the
Nebula ospackage plugin for building deb and rpm packages, the migration
to the latest version required some updates to get things working as
expected as we had some workarounds in place that are no longer
applicable with the latest bug fixes.
(cherry picked from commit 87f9c16e2f8870e3091062cde37b43042c3ae1c5)
The test task is configured to use the runtime java version, but there
are issues with the version of groovy used by gradle pre 6.0. In order
to workaround this, we use the Gradle JDK to execute the build-tools
tests.
Closes#49404Closes#49253
This PR adds build configuration to use the `jdk-download` plugin with
unit tests when no runtime java is configured externally.
It's a first part in a longer chain of changes described in #40531.
Backport of #48849. Update `.editorconfig` to make the Java settings the
default for all files, and then apply a 2-space indent to all `*.gradle`
files. Then reformat all the files.
* Add links to infra-stats for scans generated in CI
It turns out we already gather system logs in infra-stats, and we have
system metrics too there.
This PR adds a links to the logs we gather for the host the build is
runnig on.
And a link to the host overview in the infrastructure app tuned to 5
minutes from before gradle started to 5 minutes after the scan was
generated.
* add buildFinished
* Always publish a build scan in CI
This PR changes the build scan configuration to alwasy publisha build
scan when running in our CI.
We should alkready be passing these env vars into the Vagrant VM so this
will make it produce a build scan too.
The old properties to accept build scan ToS on the public server are
thus no longer relevant and will be cleaned up from the Jenkins config
once this is merged.
* Pass env vars to vagrant VM
* Enable running in parallel in the VM
* Add job name and build nomber as custom values
* Relative paths, jornalctl in additional logs
This PR fixes the archive generation to preserve the paths relative to
the project directory.
It also fixes calling journalctl to get the system log.
* explicitly remove the file we are building
* Skip files locked on windows
* Extended readability probe
* Try to read the file ahead on windows
* Make the tar a best effort
* Catch all exceptions
* Create an upload report once the build completes
We used to have this logic in Jenkins, but that forced us to make it
platform dependent and gave us less control on what to include here.
With this change we create a single archive to be uploaded after the
build completes, and we include a link in the build scan to where we
know this should get uploaded.
* Fix when there's nothign to upload
* Log the directory size
* Switch to ant to walk the project tree
* Collect journlas
* Filter for regular files
* only call journalctl on unix where we have bash
* Grab only logs fro this gradle version
* restrict demon log to relevant one
This PR makes the necesary adaptations to the tests and adds a power shell script to
invoke the OS tests on GCP instances connected as CI workers.
Also noticed that logs were not being produced by the tests and that theses were not using log4j so fixed that too.
One of the difficulties in working on theses tests was that the tests just stalled with no indication where the problem is.
To ease with the debugging, after process explorer suggested that the tests are running some commands, we now have multiple timeouts: one for the tests ( which will generate a thread dump ) and one for individual commands ( that bails with the command being ran and output and error so far ) to make it easier to see what went wrong.
The tests were blocking because apparently the pipes to the sub-process were not closing, thus the threads were blocking on them and we were blocking indefinitely on the join. I'm not sure why this doesn't happen in vagrant, but we now properly deal with it.
Here are the highlights of this release:
- Feature variants AKA "optional dependencies"
- Type-safe accessors in Kotlin precompiled script plugins
- Gradle Module Metadata 1.0
For more details see https://docs.gradle.org/5.3/release-notes.html
Rene Groeschke
Rene Groeschke
Mark Vieira
Ryan Ernst
Rory Hunter
Jason Tedor
Rafael Acevedo
Jay Modi
Alpar Torok