Sandboxes the groovy scripting language with multiple configurable
whitelists:
`script.groovy.sandbox.receiver_whitelist`: comma-separated list of string
classes for objects that may have methods invoked.
`script.groovy.sandbox.package_whitelist`: comma-separated list of
packages under which new objects may be constructed.
`script.groovy.sandbox.class_whitelist` comma-separated list of classes
that are allowed to be constructed.
As well as a method blacklist:
`script.groovy.sandbox.method_blacklist`: comma-separated list of
methods that are never allowed to be invoked, regardless of target
object.
The sandbox can be entirely disabled by setting:
`script.groovy.sandbox.enabled: false`
This commit adds checks for nocommit and tabs in the source code.
The task is executed during the validate phase and can be disabled via
`-Dvalidate.skip`
Revert "[BUILD] Promote artifacts from strings to their own type"
This reverts commit dcd4ba0654eb6780235718092969c2f9e6b38775.
This reverts commit 00d7eb3c0a6eefdb5947d07b18cf071ba538d696.
In our REST tests we already have support for features and skip sections that allow to skip tests if a feature is not supported.
We can then add a skip section based on the benchmark feature to the benchmark tests and execute them only when they are supported, knowing that they need at least a node with node.bench settings within the cluster. We can check that this requirement is met by calling the nodes info api.
This way we can dynamically decide whether to execute those tests or not and we don't need to have a node.bench around all the time. In fact, given that the REST tests use the GLOBAL cluster, we want to be able to randomize settings as much as possible and run tests against default settings as well. Also, this mechanism can be easily supported by the external cluster implementation that is used during the release process.
Introduced ability to disable benchmark nodes which is needed by BenchmarkNegativeTest.
ElasticsearchRestTests extends now ElasticsearchIntegrationTest and makes use of our ordinary test infrastructure, in particular all randomized aspects now come for free instead of having to maintain a separate (custom) tests runner
We previously parsed only the tests that needed to be run given the version of the cluster the tests are running against. This doesn't happen anymore as it didn't buy much and it would be harder to support as the tests get now parsed before the test cluster gets started. Thus all the tests are now parsed regardless of their skip sections, afterwards the ones that don't need to be run will be skipped through assume directives.
Fixed REST tests that rely on a specific number of shards as this change introduces also random number of shards and replicas (through randomIndexTemplate)
Closes#5654
Elasticsearch is release from release-branches but the modifications
to the documentation must be cherry-picked into the current development
branch. To make this easier this commit splits the commits of the
Version and the documenation into seperate commits.
Just call ./es_release_notes.pl <issue-tag> to get all release notes.
By default html output is returned, but you can switch to markdown by calling
./es_release_notes.pl <issue-tag> markdown
Local mode modification done previously faulty. env[‘WORKSPACE’ is not
the sufficient discriminator to see if script is running under Jenkins.
This fails on the Jenkins parent jobs since those type of jobs don’t
have WORKSPACE set.
We currently run always with SecurityManager installed. To make sure we
work also without we should randomly swap it out ie. run without the
security manager.
this commit allows to run the release tool for smoke
testing without being on the actually released branch.
This commit also added a list of plugins that will be installed
for smoke testing to see if the plugin startup mechanism works
correctly.
the build_release.py tool now also downloads and verfyfies the
released packages from S3. It checks integrity based on the sha1
checksums and runs the smoketest against the specs in the current branch.
Currently when importing projects into eclipse you need to run 'mvn
eclipse:eclipse' on the command line to generate the poject files. This
means that when the pom changes you need to re-run the command on the
command line to reflect those changes in the project in eclipse. This
commit allows the developer to import the project as an existing maven
project (can be shared using git after import) and then allows the
application to be run inside eclipse using the .launch file in
/dev-tools enabling easy debugging of the application within eclipse
without requiring a maven build.
1) add build_desc property variable
2) use build_id plus build_number as an unique file name
3) tools subdirectory should be under current PWD when the script is
executing
Lee Hinman
Simon Willnauer
Andrew Raines
Alexander Reelsen
javanna
Bill Hwang
David Pilato
b.hwang
colings86