* provide event stream API
* check manifest settings for logical decoding before creating streams
* operator updates Postgres config and creates replication user
* name FES like the Postgres cluster
* add delete case and fix updating streams + update unit test
* check if fes CRD exists before syncing
* existing slot must use the same plugin
* make id and payload columns configurable
* sync streams only when they are defined in manifest
* introduce applicationId for separate stream CRDs
* add FES to RBAC in chart
* disable streams in chart
* switch to pgoutput plugin and let operator create publications
* reflect code review and additional refactoring
Co-authored-by: Paŭlo Ebermann <paul.ebermann@zalando.de>
* Make CRD registration configurable and drop RBAC permissions when CRD registration is disabled
* add generated deep copy functions
Co-authored-by: Damian Peckett <d.peckett_admin@mgmt.innovo-cloud.de>
* Initial commit for new 1.6 release with Postgres 13 support.
* Updating maintainers, Go version, Codeowners.
* Use lazy upgrade image that contains pg13.
* fix typo for ownerReference
* fix clusterrole in helm chart
* reflect GCP logical backup in validation
* improve PostgresTeam docs
* change defaults for enable_pgversion_env_var and storage_resize_mode
* explain manual part of in-place upgrade
* remove gsoc docs
Co-authored-by: Felix Kunde <felix-kunde@gmx.de>
* helm-chart: allow configmaps instead of endpoints if leader elections uses the configmaps method
* helm-chart: allow endpoints get even if config maps are used
* helm-chart: allow configmaps instead of endpoints on the operator role too.
Co-authored-by: Enno Boland <mail@eboland.de>
* check resize mode on update events
* add unit test for PVC resizing
* set resize mode to pvc in charts and manifests
* add test for quantityToGigabyte
* just one debug line for syncing volumes
* extend test and update log msg
* PostgresTeamCRD for advanced team management
* rework internal structure to be closer to CRD
* superusers instead of admin
* add more util functions and unit tests
* fix initHumanUsers
* check for superusers when creating normal teams
* polishing and fixes
* adding the essential missing pieces
* add documentation and update rbac
* reflect some feedback
* reflect more feedback
* fixing debug logs and raise QueueResyncPeriodTPR
* add two more flags to disable CRD and its superuser support
* fix chart
* update go modules
* move to client 1.19.3 and update codegen
* post polishing for latest PRs
* update travis and go modules
* make deprecation comments in structs less confusing
* have separate pod priority class es for operator and database pods
* Add EventsGetter to KubeClient to enable to sending K8S events
* Add eventRecorder to the controller, initialize it and hand it down to cluster via its constructor to enable it to emit events this way
* Add first set of events which then go to the postgresql custom resource the user interacts with to provide some feedback
* Add right to "create" events to operator cluster role
* Adapt cluster tests to new function sigurature with eventRecord (via NewFakeRecorder)
* Get a proper reference before sending events to a resource
Co-authored-by: Christian Rohmann <christian.rohmann@inovex.de>
Connection pooler support
Add support for a connection pooler. The idea is to make it generic enough to
be able to switch between different implementations (e.g. pgbouncer or
odyssey). Operator needs to create a deployment with pooler and a service for
it to access.
For connection pool to work properly, a database needs to be prepared by
operator, namely a separate user have to be created with an access to an
installed lookup function (to fetch credential for other users).
This setups is supposed to be used only by robot/application users. Usually a
connection pool implementation is more CPU bounded, so it makes sense to create
several pods for connection pool with more emphasize on cpu resources. At the
moment there are no special affinity or tolerations assigned to bring those
pods closer to the database. For availability purposes minimal number of
connection pool pods is 2, ideally they have to be distributed between
different nodes/AZ, but it's not enforced in the operator itself. Available
configuration supposed to be ergonomic and in the normal case require minimum
changes to a manifest to enable connection pool. To have more control over the
configuration and functionality on the pool side one can customize the
corresponding docker image.
Co-authored-by: Felix Kunde <felix-kunde@gmx.de>
* bump version to 1.4.0 + some polishing
* align version for UI chart
* update user docs to warn for standby replicas
* minor log message changes for RBAC resources
* add tab for monthly costs per cluster
* sync run_local and update version number
* lowering resources
* some Makefile polishing and updated admin docs on UI
* extend admin docs on UI
* add api-service manifest for operator
* set min limits in UI to default min limits of operator
* reflect new UI helm charts in docs
* make cluster name label configurable
* define postgres-pod clusterrole and align rbac in chart
* align UI chart rbac with operator and update doc
* operator RBAC needs podsecuritypolicy to grant it to postgres-pod
* add CRD manifests with validation
* update documentation
* patroni slots is not an array but a nested hash map
* make deps call tools
* cover validation in docs and export it in crds.go
* add toggle to disable creation of CRD validation and document it
* use templated service account also for CRD-configured helm deployment
* Introduce crds directory for compatibility with Helm v3
This commit introduce a crd directory for the helm chart which has all
custom resource definitions. The files in the crd directory is plain
YAML. The crds got the label `app.kubernetes.io/name: postgres-operator`
and removes all the templating.
Helm v3 ignores the objects from the `templates` directory which have a
`crd-install` hook. This commit addes templates/crds.yaml which
generates YAMLs for CRDs. The hooks from these CRDs are detected by Helm
v2 as well as v3. Helm v2 executes the hook and Helm v3 ignores the hook
(YAML files are not applied)
The approach is inspired by the prometheus-operator chart
helm/charts@89b233eef6
* align config map, operator config, helm chart values and templates
* follow helm chart conventions also in CRD templates
* split up values files and add comments
* avoid yaml confusion in postgres manifests
* bump spilo version and use example for logical_backup_s3_bucket
* add ConfigTarget switch to values
Fixing privileges to execute `patronictl remove`.
You could/should have also just used the operator delete cluster flow (remove manifest). It is not really the plan to use patroni inside a pod to remove a existing cluster.
* turns PostgresStatus type into a struct with field PostgresClusterStatus
* setStatus patch target is now /status subresource
* unmarshalling PostgresStatus takes care of previous status field convention
* new simple bool functions status.Running(), status.Creating()
Helm chart, that contains all required components to install postgres-operator.
So far all the versions are hardcoded to the latest release, and documentation
mention helm mostly for development purposes with minikube.
Alfred Schmid
Felix Kunde
Damian Peckett
Philip Sieder
Olle Larsson
Damiano Albani
Julian
Jan Mussler
Enno Boland
Alex Stockinger
Christian Rohmann
Dmitry Dolgov
siku4
Jonas Brunsgaard
Emre Hasegeli
deitmerit
Yujun Zhang
Taehyun Kim
Sergey Dudoladov