The sidecar now has a control loop, which watches its ClusterIP
Service for the `cassandra.rook.io/decommissioned` label.
If it finds it, then it decommissions and updates the label to
value "true".
Signed-off-by: Yannis Zarkadas <yanniszarkadas@gmail.com>
Implementation of the cassandra sidecar logic.
This sidecar helps us inject our custom values during startup
and provides HTTP liveness and readiness checks.
In the future it will also be used for:
- Shutting Down / Decommissioning a cassandra instance
- Backups
- Restores
Signed-off-by: Yannis Zarkadas <yanniszarkadas@gmail.com>
Scaffolding of a Kubernetes controller using the informer-workqueue
pattern.
Dockerfiles and Makefiles to build the cassandra operator image.
Manifests to deploy the Cassandra operator and create a Cluster CRD.
Signed-off-by: Yannis Zarkadas <yanniszarkadas@gmail.com>
Introduce mount security mode for basic multi tenancy
Fixes#2164.
This adds three new parameters/options to StorageClass/flexvolume entry:
* `mountUser`
* `mountSecret`
* `mountSecretNamespace`
Signed-off-by: Alexander Trost <galexrt@googlemail.com>
Progress toward issue #2003.
Includes design from design doc PR #1578
Use init containers to create configuration for Ceph mgrs. There is only
one init container in this design. The init container calls the Rook
binary to create Ceph config files which are then shared with the mds
daemon main container.
Once this init is run, the main mds daemon is run. Leaving room to use
the Ceph-versioned image in the future, call `ceph-mds --foreground ...`
to run the Ceph mds.
The refactor to using an init container also necessitated refactoring
the mdses replicaset implementation to a deployment-per-pod
implementation due to a chicken-egg problem. With a single container (in
the before times) the Rook binary was able to call the ceph-mds daemon
with an id generated from the pod name. Since the pod name is not known
before runtime, and the id is one of the few params that must be
specified to Ceph daemons on run, it is necessary to know the id
beforehand; thus the move to a deployment architecture following the
likes of the mon and mgr daemons.
Signed-off-by: Blaine Gardner <blaine.gardner@suse.com>
Progress toward issue #2003.
Includes design from design doc PR #1578
Use init containers to create configuration for Ceph mgrs. There is only
1 init container in this design:
1. Using the Rook image, call the Rook binary to create Ceph config
files shared with the mgr daemgr container.
Once this init is run, the main mgr daemgr is run. Leaving room to use
the Ceph-versioned image in the future, call `ceph-mgr --foreground ...`
to run the Ceph mgr.
Signed-off-by: Blaine Gardner <blaine.gardner@suse.com>
Progress toward issue #2003.
Includes design from design doc PR #1578
Use init containers to create configuration for Ceph mons. There are 3
init containers in this design:
1. Using the Rook image, call the Rook binary to create Ceph config
files ultimately stored in a k8s EmptyDir which is shared between all
containers in a mon pod.
2. Leaving room to use the Ceph-versioned image in the future, call
`monmaptool` to generate the monmap, stored in a shared config dir.
3. Leaving room to use the Ceph-versioned image in the future, call
`ceph-mon --mkfs ...` to set up the mon filesystem on the host's disk.
Once this init is run, the main mon daemon is run. Leaving room to use
the Ceph-versioned image in the future, call `ceph-mon --foreground ...`
to run the Ceph mon.
Signed-off-by: Blaine Gardner <blaine.gardner@suse.com>
To help with code readability, include daemons from `pkg/daemon/ceph`
as `<dmn>daemon "github.com/rook/rook/pkg/daemon/ceph/<dmn>`. This will
make it easier to understand code lines without needing to scroll up to
check the includes, as there are mon/mds/mgr/osd/rgw packages for
daemons as well as operator and cmd.
Signed-off-by: Blaine Gardner <blaine.gardner@suse.com>
Create a cephconfig module in Ceph's daemon pkg source, and refactor the
config and keyring generation that exists in the mon package into the
new cephconfig package. The config/keyring generation code is used by
most all daemons and not just mon, so a new package is a more
appropriate place for this.
Signed-off-by: Blaine Gardner <blaine.gardner@suse.com>
As the `rookflex` volume plugin, the root command should be
`rookflex` instead of `rook`, else we'll get below confusing
message:
```
...bin/#./rookflex help
Rook Flex volume plugin
Usage:
rook [command]
Available Commands:
help Help about any command
init Initialize the volume plugin
mount Mounts the volume to the pod volume
unmount Unmounts the pod volume
```
Signed-off-by: Dennis Chen <dennis.chen@arm.com>
Fixes the issue that when the old IPv4 flags were set, the new flags
were still used because of the default being the new flags not being
empty.
Added `NetworkInfo()` func to cmd/ceph to get simplified network info
Signed-off-by: Alexander Trost <galexrt@googlemail.com>
deprecate NetworkInfo.PublicAddrIPv4, use NetworkInfo.PublicAddr instead
deprecate NetworkInfo.ClusterAddrIPv4, use NetworkInfo.ClusterAddr instead
deprecate command flag public-ipv4, use public-ip instead
deprecate command flag private-ipv4, use private-ip instead
change ROOK_PUBLIC_IPV4 to ROOK_PUBLIC_IP
change ROOK_PRIVATE_IPV4 to ROOK_PRIVATE_IP
Signed-off-by: Zhang Miaolei <zmlcc@outlook.com>
run "rook discover" on storage nodes and discover devices on each node. The discovered disks are saved in a per node configmap, local-device-nodename.
Device information consits of name and persistent names, uuid, partition, filesystem, rotational, readonly, size, etc.
Signed-off-by: Huamin Chen <hchen@redhat.com>
Yannis Zarkadas
Dmitry Yusupov
travisn
Alexander Trost
Blaine Gardner
Angus Lees
Huamin Chen
Ganesh Maharaj Mahalingam
Dennis Chen
rohan47
Jared Watts
Tony Allen
Zhang Miaolei