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OpenSearch/qa/os/windows-2016/build.gradle

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Separate distro tests to be per distribution (#45565) The java based distribution tests currently have a single Tests class which encapsulates all of the tests for a particular distribution. The test task in gradle then depends on all distributions being built, and each individual tests class looks for the particular distribution it is trying to test. This means that reproducing a single test failure triggers all the distributions to be built, even though only one is needed for the test. This commit reworks the java distribution tests to pass in a particular distribution to be tested, and changes the base test classes to be actual test classes which have assumptions around which distributions they operate on. For example, the archives tests will be skipped when run with an rpm distribution, and vice versa for the package tests. This makes reproduction much more granular. It also also better splitting up tests around a particular use case. For example, all tests for systemd behavior can be in one test class, and run independently of all tests against rpm/deb distributions.
2019-08-20 13:12:15 -07:00
import org.elasticsearch.gradle.test.GradleDistroTestTask
Convert vagrant tests to per platform projects (#45064) The vagrant based tests currently reside in a single project, creating dozens of tasks to manage starting and stopping the vagrant VM along with running java and bats tests within each image. This all-in-one pattern makes parallelizing packaging tests difficult. This commit rewrites the vagrant testing infrastructure to be independent of the actual test runners, thus allowing each platform to be handled in a separate subproject. Additionally, the java and bats tests are changed to be run through a "destructive" gradle task, which is run inside the VM. The combination of these will allow parallelization both locally (through running several VMs at once) as well as running the destructive tasks in CI machines dedicated to each platform (thus removing the need for vagrant in CI).
2019-08-12 16:01:53 -07:00
String boxId = project.properties.get('vagrant.windows-2016.id')
if (boxId != null) {
vagrant {
hostEnv 'VAGRANT_WINDOWS_2016_BOX', boxId
}
} else {
Separate distro tests to be per distribution (#45565) The java based distribution tests currently have a single Tests class which encapsulates all of the tests for a particular distribution. The test task in gradle then depends on all distributions being built, and each individual tests class looks for the particular distribution it is trying to test. This means that reproducing a single test failure triggers all the distributions to be built, even though only one is needed for the test. This commit reworks the java distribution tests to pass in a particular distribution to be tested, and changes the base test classes to be actual test classes which have assumptions around which distributions they operate on. For example, the archives tests will be skipped when run with an rpm distribution, and vice versa for the package tests. This makes reproduction much more granular. It also also better splitting up tests around a particular use case. For example, all tests for systemd behavior can be in one test class, and run independently of all tests against rpm/deb distributions.
2019-08-20 13:12:15 -07:00
// box id was not supplied, so disable the distro tests
tasks.withType(GradleDistroTestTask).configureEach {
onlyIf { false }
Convert vagrant tests to per platform projects (#45064) The vagrant based tests currently reside in a single project, creating dozens of tasks to manage starting and stopping the vagrant VM along with running java and bats tests within each image. This all-in-one pattern makes parallelizing packaging tests difficult. This commit rewrites the vagrant testing infrastructure to be independent of the actual test runners, thus allowing each platform to be handled in a separate subproject. Additionally, the java and bats tests are changed to be run through a "destructive" gradle task, which is run inside the VM. The combination of these will allow parallelization both locally (through running several VMs at once) as well as running the destructive tasks in CI machines dedicated to each platform (thus removing the need for vagrant in CI).
2019-08-12 16:01:53 -07:00
}
}
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