Fork this repository on GitHub, and clone locally with git clone
.
OpenSearch builds using Java 11 at a minimum, using the Adoptium distribution. This means you must have a JDK 11 installed with the environment variable JAVA_HOME
referencing the path to Java home for your JDK 11 installation, e.g. JAVA_HOME=/usr/lib/jvm/jdk-11
. This is configured in buildSrc/build.gradle and distribution/tools/java-version-checker/build.gradle.
allprojects {
targetCompatibility = JavaVersion.VERSION_11
sourceCompatibility = JavaVersion.VERSION_11
}
sourceCompatibility = JavaVersion.VERSION_11
targetCompatibility = JavaVersion.VERSION_11
Download Java 11 from here.
To run the full suite of tests, download and install JDK 14 and set JAVA11_HOME
, and JAVA14_HOME
. They are required by the backwards compatibility test.
- Clone the repository (see Forking and Cloning)
- Make sure
JAVA_HOME
is pointing to a Java 11 JDK (see Install Prerequisites) - Launch Intellij IDEA, Choose Import Project and select the settings.gradle file in the root of this package.
This package uses the Gradle build system. Gradle comes with excellent documentation that should be your first stop when trying to figure out how to operate or modify the build. we also use the OpenSearch build tools for Gradle. These tools are idiosyncratic and don't always follow the conventions and instructions for building regular Java code using Gradle. Not everything in this package will work the way it's described in the Gradle documentation. If you encounter such a situation, the OpenSearch build tools source code is your best bet for figuring out what's going on.
Currently we just put RCF jar in lib as dependency. Plan to publish to Maven and we can import it later. Before publishing to Maven, you can still build this package directly and find source code in RCF Github package.
./gradlew build
builds and tests all subprojects../gradlew :alerting:run
launches a single node cluster with the alerting plugin installed../gradlew :alerting:run -PnumNodes=3
launches a multi-node cluster with the alerting plugin installed../gradlew :alerting:integTest
launches a single node cluster with the alerting plugin installed and runs all integ tests../gradlew :alerting:integTest -PnumNodes=3
launches a multi-node cluster with the alerting plugin installed and runs all integ tests../gradlew :alerting:integTest -Dtests.class="*MonitorRunnerIT"
runs a single integ test class./gradlew :alerting:integTest -Dtests.method="test execute monitor with dryrun"
runs a single integ test method (remember to quote the test method name if it contains spaces)../gradlew :alerting:integTestRemote -Dtests.rest.cluster=localhost:9200 -Dtests.cluster=localhost:9200 -Dtests.clustername=docker-cluster
launches integration tests against a local cluster./gradlew :alerting:integTestRemote -Dtests.rest.cluster=localhost:9200 -Dtests.cluster=localhost:9200 -Dtests.clustername=docker-cluster -Dsecurity=true -Dhttps=true -Duser=admin -Dpassword=admin
launches integration tests against a local cluster and run tests with security./gradlew alertingBwcCluster#mixedClusterTask
launches a cluster with three nodes of bwc version of OpenSearch with alerting and tests backwards compatibility by upgrading one of the nodes with the current version of OpenSearch with alerting, creating a mixed cluster../gradlew alertingBwcCluster#rollingUpgradeClusterTask
launches a cluster with three nodes of bwc version of OpenSearch with alerting and tests backwards compatibility by performing rolling upgrade of each node with the current version of OpenSearch with alerting../gradlew alertingBwcCluster#fullRestartClusterTask
launches a cluster with three nodes of bwc version of OpenSearch with alerting and tests backwards compatibility by performing a full restart on the cluster upgrading all the nodes with the current version of OpenSearch with alerting../gradlew bwcTestSuite
runs all the above bwc tests combined.
When launching a cluster using one of the above commands, logs are placed in alerting/build/testclusters/integTest-0/logs/
. Though the logs are teed to the console, in practices it's best to check the actual log file.
-
Setup a local opensearch cluster with security plugin.
-
./gradlew :alerting:integTest -Dtests.rest.cluster=localhost:9200 -Dtests.cluster=localhost:9200 -Dtests.clustername=opensearch -Dhttps=true -Dsecurity=true -Duser=admin -Dpassword=<admin-password>
-
./gradlew :alerting:integTest -Dtests.rest.cluster=localhost:9200 -Dtests.cluster=localhost:9200 -Dtests.clustername=opensearch -Dhttps=true -Dsecurity=true -Duser=admin -Dpassword=<admin-password> --tests "org.opensearch.alerting.MonitorRunnerIT.test execute monitor returns search result"
-
Currently, the only IDE we support is IntelliJ IDEA. It's free, it's open source, it works. The gradle tasks above can also be launched from IntelliJ's Gradle toolbar and the extra parameters can be passed in via the Launch Configurations VM arguments.
Sometimes it's useful to attach a debugger to either the Opensearch cluster or the integ tests to see what's going on. When running unit tests, hit Debug from the IDE's gutter to debug the tests. You must start your debugger to listen for remote JVM before running the below commands.
To debug code running in an actual server, run:
./gradlew :alerting:integTest -Dcluster.debug # to start a cluster and run integ tests
OR
./gradlew :alerting:run --debug-jvm # to just start a cluster that can be debugged
The Opensearch server JVM will launch suspended and wait for a debugger to attach to localhost:5005
before starting the Opensearch server. The IDE needs to listen for the remote JVM. If using Intellij you must set your debug configuration to "Listen to remote JVM" and make sure "Auto Restart" is checked. You must start your debugger to listen for remote JVM before running the commands.
To debug code running in an integ test (which exercises the server from a separate JVM), run:
./gradlew :alerting:integTest -Dtest.debug
The test runner JVM will start suspended and wait for a debugger to attach to localhost:8000
before running the tests.
Additionally, it is possible to attach one debugger to the cluster JVM and another debugger to the test runner. First, make sure one debugger is listening on port 5005
and the other is listening on port 8000
. Then, run:
./gradlew :alerting:integTest -Dtest.debug -Dcluster.debug
Sometimes you need to launch a cluster with more than one Opensearch server process.
You can do this by running ./gradlew :alerting:run -PnumNodes=<numberOfNodesYouWant>
You can also run the integration tests against a multi-node cluster by running ./gradlew :alerting:integTest -PnumNodes=<numberOfNodesYouWant>
You can also debug a multi-node cluster, by using a combination of above multi-node and debug steps.
But, you must set up debugger configurations to listen on each port starting from 5005
and increasing by 1 for each node.
If you're trying to execute run/integTest on ARM MacOS, or current opensearch-min distro artifact is not available for any reason, you can use your own distro jar.
Pass -PcustomDistributionUrl=/path/to/distro
to run/integTest to execute them with local opensearch distro.
- Build Opensearch min distribution:
- Clone Opensearch repo
- Execute ./gradlew assemble (you will need docker installed)
- Built distros are in distribution/archives//distributions/
./gradlew run -PcustomDistributionUrl=/path/to/distro
Example running on ARM MacOS with local artifact:
./gradlew integTest -PnumNodes=3 -PcustomDistributionUrl=/Users/macos-user/OpenSearch/distribution/archives/darwin-arm64-tar/build/distributions/opensearch-min-2.5.0-SNAPSHOT-darwin-arm64.tar.gz