The Cinder chart can now manage its storage init itself. This PS
now removes the unrequired pool creation in the Ceph bootstrap job.
It also updates the `ensure_pool` to better support luminious.
Change-Id: I4a71df9a6d3a0e45c6ef6812926d66455055ae9f
This PS updates the dependency tree in ceph to take into account
the keyring jobs and also the tollerance for unready endpoints
introduced in the k8s 1.6 era.
Change-Id: If76efeafdbcbe88ee699e7553f0effd5da7ce624
init osd: Ceph luminous release init osd differently. This fix detects
ceph releases and use the right process to init osd directory
mgr: Set mgr daemonset that is in Luminous
Change-Id: I99a102f24c4a8ba18a0bba873e9f752368bea594
Signed-off-by: Huamin Chen <hchen@redhat.com>
Depends-On: I17359df62a720cbd0b3ff79b1d642f99b3e81b3f
This PS makes the service-specific images for Ceph have
explicit names, allowing simple over-riding of images for an
entire site.
Change-Id: I735c5fdc08c2a83893f25e6f6f9824089916507f
This PS updates the values file layout for images to allow simple
parsing of the images in use by charts, allowing them to be queried
and modified much more simply. By moving the image tags to a 'tags'
key, we can extend the options used simply to accomodate extra
options simply (eg prefixing the tag for use with an internal
registry) or pre-pulling the images to reduce chart deploy failure.
Change-Id: I9ec1dbb00d997ab6cb021bf0b698f7aae740e95d
New kubernetes-entrypoint version was released. K8s-entrypoint
authors maintain images at Quay. The image uses CoreOS, which
is more lightweight than the current Ubuntu image, so it
should lessen the burden on the infrastructure.
Change-Id: Id8c2a4d065550ffbd64476377247cccf213b58e1
Partial-Implements: blueprint entrypoint-namespaces
This PS enables the following backends for glance:
* PVC
* RBD
* RadosGW (direct)
* Swift
It also moves the creation of the RBD pool when required to a storage
init job. This job also creates credentials as required for glance to
use when accessing the required backend, rather than using the admin
keyring.
Change-Id: I90fead961ff73a9263826acc794128fa73ead2e1
This PS implements the ceph radosgw and also provides keystone
intergration, allowing ceph to provide a swift like service if
desired for object storage.
In addtion it updates the endpoint lookups to use valid yaml when
dealing with keystone services with a '-' in their name.
Change-Id: I9162ad657df2f77c1bc1afa93a8b999894b1b470
This PS adds namespace and fqdn support to endpoint lookup functions,
it also permits over-riding of the puplic endpoint for ingress.
Change-Id: Ib61c5c00a214d75fe85fbffe9080c2ae88bd8cb9
Use ClusterFirstWithHostNet DNS policy so osd pods can resolve mon address
through host network
Change-Id: I7aaeee1fc26cc1812c210bfe2c0f5b131c4cbd81
Closes-Bug: #1709439
This PS updates the pod affinity function to allow customisation by
operators at the point of deployment.
Change-Id: I8b7b2f584e990e068051d9a6d5cc7b1e1adb5aa5
Ceph mon has been changed from a statefulset to a daemonset,
so the PodDisruptionBudget is no longer needed.
Change-Id: I86d46ed2e6377177eff9251d5e4f3bb433eaf250
Ceph's health when running in the single node gate currently
is 'HEALTH_WARN'. This PS adds an extra config option such that
the ceph cluster will not attempt to perform replication when deployed
on a single node, as well as introduces a mvp yaml file for ceph
deployments in the gate.
Change-Id: Ib2ec3345140f541c94da044ff9d77723ea3ee2bd
This enhances the stability and recovery of ceph by leveraging
hostNetworking for monitors as well as OSDs, and enables the
K8S_HOST_NETWORK variable within ceph-docker. This enhancement should
allow recovery of monitors from a complete downed cluster.
Additionally, ceph's generic "ceph-storage" node label has been
split out for mon, mds, and osd.
Co-Authored-By: Larry Rensing <lr699s@att.com>
Change-Id: I27efe5c41d04ab044dccb5f38db897cb041d4723
This PS refactors the ceph chart and secret generation process.
The updated chart replaces the existing "bootstrap" chart.
Additionally, Ceph manifests and deployment guides were modified
accordingly.
Change-Id: I6f5bb88fc0f40cfee8865d9dab83859d765e7537
Co-Authored-By: Larry Rensing <lr699s@att.com>
* Add imagePullPolicy to ceph with default
* Add imagePullPolicy to mariadb with default
* Add missing imagePullPolicies to nova with defaults
* Remove malfunctioning daemonset dependency from nova
* Add missing neutron endpoint definition to nova values
* Force v4 networking in ceph. Repeated bootstrapping
is unreliable without this.
* Update cinder dependencies based on testing
* Optonal Horizon NodePort
* Revert iptables stub for nova-api-osapi because
we lack permississions to overwrite /sbin/iptables. We
will continue to run in a privileged security context
until we have a working solution.
The IPs of ceph monitors cannot (or should not) change.
This refactor allows the ceph monitors to act as statefulsets.
It also persists their on disk data to nodeDirs, to allow cluster
wide restarts (in parallel), where previously this would lose
data. This is accompanied by some docker images changes that
ensure that auth for the OSDs is restored/reinserted as auth
data is somehow not persisted to disk at this time.
* A new boolean value controls whether secrets and
the ceph.conf secret ConfigMaps are installed allowing
you to bring-your-own ceph configs. This should
remove the dependency on having to generate secrets
using the common chart if you have installed your own.
* A new boolean value controls whether we install
a storage class as part of the ceph chart install allowing
you to externally manage this
* More of the ceph values have been converted to values
variables, paving the way for a master yaml to provide input
and overrides to many independent "sub" charts without a parent chart
* Made values.yaml consistent throughout charts. Removed any globals
references in subcharts as these are difficult to override. Only
ports should be in globals to build URLs which can come as part
of a future commit. The hostname endpoint aspect of a service
will come from openstack-base/_hosts.tpl and the port
would come from the chart itself as a global so other charts
can reference the port to build a complete URL. Putting the
hostnames themselves as globals in individual charts makes it
difficult to make a sweeping top level FQDN change.
* Cleaned up yaml requirements and incorporated a new _common.tpl
that is distributed to all charts to allow common endpoint naming
while still retaining the ability to install individual charts.
* Fixed keystone URL generation during bootstrap as a correct
URL is critical given keystone uses this to construct all
subsequent URLs in the request. Also allow controlling the
default endpoint version and scheme.
* Added missing NAMESPACE declaration to keystone deployment
as this is required for entrypoint to discover resources
not in the 'default' namespace.
* Refactored all nodeSelector values to be consistent throughout
all charts
