* Update CRDs and CLI to support in-place restore (#10038)
Update CRDs(Restore, DataDownload, PodVolumeRestore) and restore create CLI to support in-place restore
Signed-off-by: Wenkai Yin(尹文开) <yinw@vmware.com>
* Update Kopia(filesystem) uploader to support incremental and deleteExtraFile during restore (#10066)
Update Kopia(filesystem) uploader to support incremental and deleteExtraFile during restore
Signed-off-by: Wenkai Yin(尹文开) <yinw@vmware.com>
* Update Restore Exposer and PVC CSI to support in-place restore (#10104)
1. Update Restore Exposer to support exposing with existing PV for in-place restore
2. Update PVC CSI RIA to continue the restore process for in-place restore
Signed-off-by: Wenkai Yin(尹文开) <yinw@vmware.com>
* Update Block uploader to support increase restore (#10244)
Update Block uploader to support increase restore
Signed-off-by: Wenkai Yin(尹文开) <yinw@vmware.com>
* Update Exposer to recreate the target PV if the volume mode is different with the restore PVC (#10257)
Update Exposer to recreate the target PV if the volume mode is different with t
he restore PVC
Signed-off-by: Wenkai Yin(尹文开) <yinw@vmware.com>
* Preserve PVC selected-node annotation via carrier annotation for in-place restore
For in-place volume data restore, the existing PVC is deleted and
recreated. For StorageClasses with the WaitForFirstConsumer volume
binding mode, losing the volume.kubernetes.io/selected-node annotation
could let the scheduler place the recreated workload Pod in a different
zone than the original PV, leaving it stuck in ContainerCreating.
Instead of relying on RestoreItemAction execution order (the generic
PVC RIA unconditionally strips the selected-node annotation), the PVC
CSI RIA now captures the annotation from the existing PVC right before
deleting it and carries it on the target PVC via the Velero-internal
restore.velero.io/inplace-restore-selected-node annotation. The restore
engine translates the carrier back to the Kubernetes annotation after
all RestoreItemActions have run and always strips the carrier so it
never lands on the cluster.
This makes the behavior independent of RIA ordering: the Kubernetes
annotation is stripped by default on every path (including when the
target PVC does not exist and Velero falls back to provisioning a new
PVC), and preservation only happens when the CSI RIA explicitly
captured a value from the existing PVC.
Signed-off-by: chlins <chlins.zhang@gmail.com>
* Update the control path to make the in-place incremental restore with block data mover work E2E (#10410)
Update the control path to make the in-place incremental restore with block data mover work E2E
Signed-off-by: Wenkai Yin(尹文开) <yinw@vmware.com>
---------
Signed-off-by: Wenkai Yin(尹文开) <yinw@vmware.com>
Signed-off-by: chlins <chlins.zhang@gmail.com>
Co-authored-by: chlins <chlins.zhang@gmail.com>
The copied secret/configmap label value was the owner (DataUpload/
DataDownload) name, which is derived from the Backup/Restore name and
can exceed the 63-char Kubernetes label-value limit or contain invalid
characters. That would make the copy label and the cleanup selector
diverge and orphan the copied resources.
Use string(ownerObject.UID) consistently for the label value in both
copy and cleanup (backup and restore exposers). The UID is a stable,
always-valid label value.
Signed-off-by: Shubham Pampattiwar <spampatt@redhat.com>
Mirror the backup-side fix on the restore path. The generic restore
exposer creates the intermediate restore PVC in the Velero namespace
using the target PVC's StorageClass. For encrypted volumes this fails
because ceph-csi looks up the KMS token secret in the PVC's namespace
(the Velero namespace), where it does not exist.
Add SecretNames/ConfigMapNames to the RestorePVC config. When set, the
generic restore exposer copies the named secrets/configmaps from the
target namespace to the Velero namespace before creating the restore
PVC, and cleans them up in CleanUp(). Reuses the same copy/delete
helpers and label as the backup path.
Signed-off-by: Shubham Pampattiwar <spampatt@redhat.com>
* refactor: use k8s.io/api well-known label constants
Several well-known Kubernetes label strings were hardcoded across the
codebase instead of using the constants already exported by
k8s.io/api/core/v1, which is an existing dependency:
"kubernetes.io/hostname" -> corev1api.LabelHostname
"kubernetes.io/os" -> corev1api.LabelOSStable
"topology.kubernetes.io/zone" -> corev1api.LabelTopologyZone
The local kube.NodeOSLabel and zoneLabel consts, which duplicated the
upstream values verbatim, are now defined in terms of the upstream
constants rather than repeating the literal. Both are kept: NodeOSLabel
is exported and referenced from four packages alongside NodeOSLinux and
NodeOSWindows, which have no upstream equivalent, and zoneLabel sits
beside the deprecated-label fallback it is compared against.
No functional change - every replacement is a constant with an identical
value.
Signed-off-by: Harshit saini <harshitsaini1188@gmail.com>
* Add changelog for #10279
Signed-off-by: Harshit saini <harshitsaini1188@gmail.com>
* Cover the selected-node path in createRestorePod
TestCreateRestorePod only exercised selectedNode == "", so the branch
that pins the restore pod to a node was never executed. Add a case with
a selected node and assert the resulting pod carries the hostname label
in its node selector.
Signed-off-by: Harshit saini <harshitsaini1188@gmail.com>
* Also use constants for the arch and deprecated zone labels
Extends the same replacement to the two remaining well-known labels
raised on the issue:
"kubernetes.io/arch" -> corev1api.LabelArchStable
"failure-domain.beta.kubernetes.io/zone" -> corev1api.LabelFailureDomainBetaZone
zoneLabelDeprecated in item_backupper.go was the last local const still
repeating a literal that upstream already exports, so the zone pair now
reads consistently against k8s.io/api. The deprecation note upstream
applies to the label itself, not the constant; Velero reads that label
deliberately as the fallback for PVs created before the topology labels
existed.
Signed-off-by: Harshit saini <harshitsaini1188@gmail.com>
---------
Signed-off-by: Harshit saini <harshitsaini1188@gmail.com>
Change errors.Cause to errors.Is, because github.com/cockroachdb/errors
New() function create a error with error stack with depth 1, but
github.com/pkg/errors's New() function create error with no depth.
Signed-off-by: Xun Jiang <xun.jiang@broadcom.com>
- Add --server-priority-class-name and --node-agent-priority-class-name flags to velero install command
- Configure data mover pods (PVB/PVR/DataUpload/DataDownload) to use priority class from node-agent-configmap
- Configure maintenance jobs to use priority class from repo-maintenance-job-configmap (global config only)
- Add priority class validation with ValidatePriorityClass and GetDataMoverPriorityClassName utilities
- Update e2e tests to include PriorityClass testing utilities
- Move priority class design document to Implemented folder
- Add comprehensive unit tests for all priority class implementations
- Update documentation for priority class configuration
- Add changelog entry for #8883
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
remove unused test utils
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
feat: add unit test for getting priority class name in maintenance jobs
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
doc update
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
feat: add priority class validation for repository maintenance jobs
- Add ValidatePriorityClassWithClient function to validate priority class existence
- Integrate validation in maintenance.go when creating maintenance jobs
- Update tests to cover the new validation functionality
- Return boolean from ValidatePriorityClass to allow fallback behavior
This ensures maintenance jobs don't fail due to non-existent priority classes,
following the same pattern used for data mover pods.
Addresses feedback from:
https://github.com/vmware-tanzu/velero/pull/8883#discussion_r2238681442
Refs #8869
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
refactor: clean up priority class handling for data mover pods
- Fix comment in node_agent.go to clarify PriorityClassName is only for data mover pods
- Simplify server.go to use dataPathConfigs.PriorityClassName directly
- Remove redundant priority class logging from controllers as it's already logged during server startup
- Keep logging centralized in the node-agent server initialization
This reduces code duplication and clarifies the scope of priority class configuration.
🤖 Generated with [Claude Code](https://claude.ai/code)
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
refactor: remove GetDataMoverPriorityClassName from kube utilities
Remove GetDataMoverPriorityClassName function and its tests as priority
class is now read directly from dataPathConfigs instead of parsing from
ConfigMap. This simplifies the codebase by eliminating the need for
indirect ConfigMap parsing.
Refs #8869🤖 Generated with [Claude Code](https://claude.ai/code)
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
refactor: remove priority class validation from install command
Remove priority class validation during install as it's redundant
since validation already occurs during server startup. Users cannot
see console logs during install, making the validation warnings
ineffective at this stage.
The validation remains in place during server and node-agent startup
where it's more appropriate and visible to users.
Signed-off-by: Tiger Kaovilai <tkaovila@redhat.com>
Co-Authored-By: Claude <noreply@anthropic.com>
Wenkai Yin(尹文开)andGitHub
Lyndon-Li
Shubham Pampattiwar
harshit sainiandGitHub
lyndon-liandGitHub
Xun Jiang/Bruce JiangandGitHub
Xun Jiang
Tiger KaovilaiandClaude
Matthieu MORELandGitHub
Scott Seago