CSI is used by both the kubelet and kube-controller-manager. Both
components will initialize the csiPlugin with different VolumeHost
objects. The csiPlugin will then assign a global variable for
the node info manager. It is then possible that the kubelet gets
the credentials of the kube-controller-manager and that will cause
CSI to fail.
Accessing svc.Spec.IPFamilies[0] without a bounds check panics when a
service reaches the controller with an empty IPFamilies field. This can
happen via watch events: the apiserver's defaultOnRead decorator populates
IPFamilies on GET/LIST but not on watch (cachingObject wrapping bypasses
the type assertion).
Restore the inference logic removed in #130101: fall back to ClusterIP
for headful services and pod IP for headless services.
Signed-off-by: Rahul <rahulbabu95@gmail.com>
On a remount (e.g. CSIDriver.spec.requiresRepublish=true), the volume is
already published and the pod is observing the existing bind mount.
Removing the mount dir on a NodePublish error left the pod with stale
contents that subsequent successful republishes could not repair.
Thread the reconciler's existing isRemount signal into MounterArgs so
volume plugins can distinguish an initial publish from a republish
(e.g. CSIDriver.spec.requiresRepublish=true). No behavior change.
Added podToVolumes reverse index to optimize DeletePod.
Currently we simply iterate through all the volumes and remove the pod
being deleted from there. This is inefficient and takes longer the
longer the volume list becomes.
Keeping a map pod -> volumes makes removing a pod fast. We can just jump
to the relevant volumes directly and remove the pod from there.
When calling ControllerSELinuxTranslator.Conflicts(), the SELinux label
is repeatedly split into []string to detect conflicts. This causes a huge
number of allocations when there are many comparisons.
This is now made more efficient by pre-parsing the SELinux label and
storing it in podInfo as [4]string for fast comparison when needed.
When collecting all matching devices for AllocationModeAll, the allocator did not record the source pool on the candidate device. Devices with consumed counters use that pool when checking shared counter availability, which caused kube-scheduler to panic.
Set the pool on all-devices candidates in the stable, incubating, and experimental allocators, and add a shared regression test for AllocationModeAll with consumed counters.
