when serialized to proto.
The SetRemainingItemCount() and GetRemainingItemCount() still takes and
returns an int64 to make developers life easier.
Kubernetes-commit: e28a1072d94d947f38db7abc4c66426b8f057b17
conflict.
Adding unit test verify that deleteValidation is retried.
adding e2e test verifying the webhook can intercept configmap and custom
resource deletion, and the existing object is sent via the
admissionreview.OldObject.
update the admission integration test to verify that the existing object
is passed to the deletion admission webhook as oldObject, in case of an
immediate deletion and in case of an update-on-delete.
Kubernetes-commit: 7bb4a3bace048cb9cd93d0221a7bf7c4accbf6be
- Move from the old github.com/golang/glog to k8s.io/klog
- klog as explicit InitFlags() so we add them as necessary
- we update the other repositories that we vendor that made a similar
change from glog to klog
* github.com/kubernetes/repo-infra
* k8s.io/gengo/
* k8s.io/kube-openapi/
* github.com/google/cadvisor
- Entirely remove all references to glog
- Fix some tests by explicit InitFlags in their init() methods
Change-Id: I92db545ff36fcec83afe98f550c9e630098b3135
Kubernetes-commit: 954996e231074dc7429f7be1256a579bedd8344c
Like we do everywhere else we use TranformFromStorage. The current
behavior is causing all service account tokens to be regenerated,
invalidating old service account tokens and unrecoverably breaking apps
that are using InClusterConfig or exported service account tokens.
If we are going to break stuff, let's just break the Lists so that
misconfiguration of encryption config or checkpoint corruption are
obvious.
Kubernetes-commit: e7bda4431da05b55b4e8f66ed308d4ed90efd2df
Reuse leases for keys in a time window, to reduce the overhead to etcd
caused by using massive number of leases
Fixes#47532
Kubernetes-commit: 163529bc202054d991f0ce2e21738cc18ffd6022
Pick a reasonable middle ground between allocating larger chunks of
memory (2048 * ~500b for pod slices) and having many small allocations
as the list is resized by preallocating capacity based on the expected
list size. At worst, we'll allocate a 1M slice for pods and only add
a single pod to it (if the selector is very specific).
Kubernetes-commit: ce0dc76901bd1ce36ca20c5cf96b89088d0e95a2
The etcd3 storage now attempts to fill partial pages to prevent clients
having to make more round trips (latency from server to etcd is lower
than client to server). The server makes repeated requests to etcd of
the current page size, then uses the filter function to eliminate any
matches. After this change the apiserver will always return full pages,
but we leave the language in place that clients must tolerate it.
Reduces tail latency of large filtered lists, such as viewing pods
assigned to a node.
Kubernetes-commit: da7124e5e5c0385dd5bcfc72ef035effc7708913
This commit adds an option for controlling request of compaction to
etcd3 from apiserver. There is a situation that apiserver cannot fully
own its etcd cluster (e.g. sharing it with canal). In such a case,
apiserver should have limited access in terms of etcd's auth
functionality so it don't have a priviledge to issue compaction
requests. It means that the compaction requests should be issued by
other component and apiserver's compaction requests are needless.
For such use cases, this commit adds a new flag
`storagebackend.Config.CompactionInterval`. If the flag is non 0,
apiserver issues the compaction requests like current behaviour (the
default is 5 minutes). If it is 0, apiserver doesn't issue the
requests. It can be configured with a newly added option of apiserver
`--etcd-compaction-interval`.
Kubernetes-commit: 87d4d3e92be6b93517f189082b0451cee6957ee5
In GuaranteedUpdate, if it was called with a suggestion (e.g. via the
watch cache), and the suggested object is stale, perform a live lookup
and then retry the update.
Signed-off-by: Andy Goldstein <andy.goldstein@gmail.com>
Kubernetes-commit: bf33df16b52508974ddedacd814010cfe0fb79f0
wojtekt