Automatic merge from submit-queue
Fix killing child sudo process in e2e_node tests
Fixes#29211; re-doing #29380 which was reverted due to cross-platform build failure #29669.
The context is we are trying to kill a process started as `sudo kube-apiserver`, but `sudo` ignores signals from the same process group. Applying `Setpgid` means the `sudo kill` process won't be in the same process group, so will not fall foul of this nifty feature.
~~I also took the liberty of removing some code setting `Pdeathsig` because it claims to be doing something in the same area, but actually it doesn't do that at all. The setting is applied to the forked process, i.e. `sudo`, and it means the `sudo` will get killed if we (`e2e_node.test`) die. This (a) isn't what the comment says and (b) doesn't help because sending SIGKILL to the sudo process leaves sudo's child alive.~~
We do need to use the same 'hack' to access `Setpgid` as the `e2e_node.test` program gets built on Windows (although it doesn't run there).
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Automatic merge from submit-queue
Use report-dir in test framework instead.
We already have `report-dir` option in framework test context.
The node e2e framework should use it as well.
/cc @ronnielai
Automatic merge from submit-queue
For e2e_node tests tell etcd to listen on ports 2379 and 4001
This is the default for etcd2, but etcd3 only listens on 2379.
Specifying the ports keeps things consistent no matter which version the user has installed.
Fixes#29117
Automatic merge from submit-queue
Node E2E: Make node e2e parallel
For https://github.com/kubernetes/kubernetes/issues/29081.
Fix https://github.com/kubernetes/kubernetes/issues/26215.
Based on https://github.com/kubernetes/kubernetes/pull/28807, https://github.com/kubernetes/kubernetes/pull/29020, will rebase after they are merged.
**Only the last commit is new.**
We are going to move more tests into the node e2e test. However, currently node e2e test only run sequentially, the test duration will increase quickly when we add more test.
This PR makes the node e2e test run in parallel so as to shorten test duration, so that we can add more test to improve the test coverage.
* If you run the test locally with `make test-e2e-node`, it will use `-p` ginkgo flag, which uses `(cores-1)` parallel test nodes by default.
* If you run the test remotely or in the Jenkin, the parallelism will be controlled by the environment variable `PARALLELISM`. The default value is `8`, which is reasonable for our test node (n1-standard-1).
Before this PR, it took **833.592s** to run all test on my desktop.
With this PR, it only takes **234.058s** to run.
The pull request node e2e run with this PR takes **232.327s**.
The pull request node e2e run for other PRs takes **673.810s**.
/cc @kubernetes/sig-node
Automatic merge from submit-queue
Fix killing child sudo process in e2e_node tests
Fixes#29211.
The context is we are trying to kill a process started as `sudo kube-apiserver`, but `sudo` ignores signals from the same process group. Applying `Setpgid` means the `sudo kill` process won't be in the same process group, so will not fall foul of this nifty feature.
I also took the liberty of removing some code setting `Pdeathsig` because it claims to be doing something in the same area, but actually it doesn't do that at all. The setting is applied to the forked process, i.e. `sudo`, and it means the `sudo` will get killed if we (`e2e_node.test`) die. This (a) isn't what the comment says and (b) doesn't help because sending SIGKILL to the sudo process leaves sudo's child alive.
I didn't use the "hack for linux-only" approach because I think `Setpgid` is available on all platforms that `e2e_node` builds on.
This is the default for etcd2, but etcd3 only listens on 2379.
Specifying the ports keeps things consistent no matter which
version the user has installed.
Automatic merge from submit-queue
Use slices of items to clean up after tests
Fixes#27582.
We used to maintain a pointer variable for each process to kill after the
tests finish. @lavalamp suggested using a slice instead, which is a much
cleaner solution. This implements @lavalamp's suggestion and also extends
the idea to tracking directories that need to be removed after the tests finish.
This also means that we should no longer check for nil `killCmd`s inside
`func (k *killCmd) Kill() error {...}` (see #27582 and #27589). If a nil
`killCmd` makes it in there, something is bad elsewhere and we want to see
the nil pointer exception immediately.
Mentioning @timstclair and @euank wrt the original issue/PR.
Fixes#27582
We used to maintain a pointer variable for each process to kill after the
tests finish. @lavalamp suggested using a slice instead, which is a much
cleaner solution. This implements @lavalamp's suggestion and also extends
the idea to tracking directories that need to be removed after the tests finish.
This also means that we should no longer check for nil `killCmd`s inside
`func (k *killCmd) Kill() error {...}` (see #27582 and #27589). If a nil
`killCmd` makes it in there, something is bad elsewhere and we want to see
the nil pointer exception immediately.
- Add junit test reported
- Write etcd.log, kubelet.log and kube-apiserver.log to files instead of stdout
- Scp artifacts to the jenkins WORKSPACE
Fixes#25966
Correct the display of the output when e.g. starting the kubelet fails in the node e2e tests. This
change makes it display a string instead of an array of decimal values.
- Add keep-alive to ssh connection
- Don't try to stop services on image-based runs
- Increase jenkins ci timeout to 90 minutes to accomadate unpredictable go build times
- Remove spammy log statement
Automatic merge from submit-queue
e2e_node: port privileged pod tests from test/e2e/priviliged.go
The ported test is functionally the same as the original test.
The main difference between the two tests is that the original test relies on
`kubectl` to exec into the container, while the latter directly uses the REST
client of the apiserver. This avoids the need to copy kubectl to the node under
test.
The ported test is functionally the same as the original test.
The main difference between the two tests is that the original test relies on
`kubectl` to exec into the container, while the latter directly uses the REST
client of the apiserver. This avoids the need to copy kubectl to the node under
test.
