* Fix merge conflict in kube_features
* Add alpha support for EndPort in Network Policy
Signed-off-by: Ricardo Pchevuzinske Katz <ricardo.katz@gmail.com>
* Add alpha support for EndPort in Network Policy
Signed-off-by: Ricardo Pchevuzinske Katz <ricardo.katz@gmail.com>
* Add alpha support for EndPort in Network Policy
Signed-off-by: Ricardo Pchevuzinske Katz <ricardo.katz@gmail.com>
* Correct some nits
Signed-off-by: Ricardo Pchevuzinske Katz <ricardo.katz@gmail.com>
* Add alpha support for EndPort in Network Policy
* Add alpha support for EndPort in Network Policy
* Add alpha support for EndPort in Network Policy
* Add alpha support for EndPort in Network Policy
* Mixed protocol support for Services with type=LoadBalancer
KEP: https://github.com/kubernetes/enhancements/blob/master/keps/sig-network/20200103-mixed-protocol-lb.md
Add new feature gate to control the support of mixed protocols in Services with type=LoadBalancer
Add new fields to the ServiceStatus
Add Ports to the LoadBalancerIngress, so cloud provider implementations can report the status of the requested load balanc
er ports
Add ServiceCondition to the ServiceStatus so Service controllers can indicate the conditions of the Service
* regenerate conflicting stuff
- Remove feature gate consideration from EndpointSlice validation
- Deprecate topology field, note that it will be removed in future
release
- Update kube-proxy to check for NodeName if feature gate is enabled
- Add comments indicating the feature gates that can be used to enable
alpha API fields
- Add comments explaining use of deprecated address type in tests
In addition to adding NodeName, this notes that the topology field will
be deprecated soon. It also removes the IP address type that was
deprecated in Kubernetes 1.17 and intended to be removed in 1.20.
Service has had a problem since forever:
- User creates a service type=LoadBalancer
- We silently allocate them a NodePort
- User changes type to ClusterIP
- We fail the operation because they did not clear NodePort
They never asked for or used the NodePort!
Dual-stack introduced some dependent fields that get auto-wiped on
updates. This carries it further.
If you squint, you can see Service as a big, messy discriminated union,
with type as the discriminator. Ignoring fields for non-selected
union-modes seems right.
This introduces the potential for an apply loop. Specifically, we will
accept YAML that we did not previously accept. Apply could see the
field in local YAML and not in the server and repeatedly try to patch it
in. But since that YAML is currently an error, it seems like a very low
risk. Almost nobody actually specifies their own NodePort values.
To mitigate this somewhat, we only auto-wipe on updates. The same YAML
would fail to create. This is a little inconsistent. We could
auto-wipe on create, too, at the risk of more potential impact.
To do this properly, we need to know the old and new values, which means
we can not do it in defaulting or conversion. So we do it in strategy.
This change also adds unit tests and updates e2e tests to rely on and
verify this behavior.
