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Changed default scsi controller type in vSphere Cloud Provider
This PR changes default scsi controller to ```pvscsi``` in vSphere Cloud Provider. Fixes#37527
Automatic merge from submit-queue (batch tested with PRs 38818, 38813, 38820)
AWS: Add sequential allocator for device names.
On AWS, we should not reuse device names as long as possible, see https://aws.amazon.com/premiumsupport/knowledge-center/ebs-stuck-attaching/
> "If you specify a device name that is not in use by EC2, but is being used by the block device driver within the EC2 instance, the attachment of the EBS volume does not succeed and the EBS volume is stuck in the attaching state."
This patch adds a device name allocator that tries to find a name that's next to the last used device name instead of using the first available one. This way we will loop through all device names ("xvdba" .. "xvdzz") before a device name is reused.
Fixes: #31891
@wongma7, @gnufied, @childsb PTAL
On AWS, we should not reuse device names as long as possible, see
https://aws.amazon.com/premiumsupport/knowledge-center/ebs-stuck-attaching/
"If you specify a device name that is not in use by EC2, but is being used by
the block device driver within the EC2 instance, the attachment of the EBS
volume does not succeed and the EBS volume is stuck in the attaching state."
This patch adds a device name allocator that tries to find a name that's next
to the last used device name instead of using the first available one.
This way we will loop through all device names ("xvdba" .. "xvdzz") before
a device name is reused.
Automatic merge from submit-queue (batch tested with PRs 38638, 38334)
Remove Azure Subnet RouteTable check
**What this PR does / why we need it**:
PR Removes the subnet configuration check for Azure cloudprovider. The subnet check ensures that the subnet is associated with the Route Table. However if the VNET is in a different Azure Resource Group then the check fails, even if the subnet is already valid. This a stop gap fix, to allow Kubernetes to be deployed to Custom VNETs in Azure, that may reside in a different resource group to the cluster.
fixes#38134
@colemickens
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Bad conditional in vSphereLogin function
```release-note
Fixes NotAuthenticated errors that appear in the kubelet and kube-controller-manager due to never logging in to vSphere
```
With this conditional being == instead of !=, a login would never actually be attempted by this provider, and disk attachments would fail with a NotAuthenticated error from vSphere.
This method has been unused by k8s for some time, and yet is the last
piece of the cloud provider API that encourages provider names to be
human-friendly strings (this method applies a regex to instance names).
Actually removing this deprecated method is part of a long effort to
migrate from instance names to instance IDs in at least the OpenStack
provider plugin.
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openstack: Implement the `Routes` provider API
``` release-note
Implement the Routes provider API for OpenStack using Neutron extraroute extension. This removes the need for flannel/etc where supported. To use, ensure all your nodes are on the same Neutron (private) network and specify the router ID in new `[Route]` section of provider config:
[Route]
router-id = <router UUID>
```
Automatic merge from submit-queue (batch tested with PRs 36543, 38189, 38289, 38291, 36724)
context.Context should be the first parameter of a function in vsphere
**What this PR does / why we need it**:
Change the position of the context.Context parameter.
**Which issue this PR fixes** *(optional, in `fixes #<issue number>(, #<issue_number>, ...)` format, will close that issue when PR gets merged)*: fixes #
**Special notes for your reviewer**:
golint
**Release note**:
```release-note
```
Signed-off-by: yupeng <yu.peng36@zte.com.cn>
Check for error conditions from the vSphere API and return the err if one occurs. The vSphere API does not return an err for unauthenticated users, it just returns a nil user object.
Automatic merge from submit-queue (batch tested with PRs 38076, 38137, 36882, 37634, 37558)
Allow backendpools in Azure Load Balancers which are not owned by cloud provider
**What this PR does / why we need it**: It fixes#36880
**Which issue this PR fixes**: fixes#36880
**Special notes for your reviewer**:
**Release note**:
```release-note
Allow backendpools in Azure Load Balancers which are not owned by cloud provider
```
Instead of bailing out when we find another backend pool, we just ignore
other backend pools and add ours to the list of existing.
Fixes#36880
This change implements the Routes API using Neutron's "extraroute"
extension.
To use, this requires all the nodes to be on the same Neutron network
and the UUID of the Neutron router on that network.
Required cloud provider config section:
[Route]
router-id = <UUID of Neutron router>
Ensure kube-controllermanager is started with (non-default)
`--allocate-node-cidrs=true` and set `--cluster-cidr` to the POD
super-subnet (a private /16 would be reasonable).
Based on an earlier version by @timbyr (#19473)
Update EnsureLoadBalancer/UpdateLoadBalancer API to use node objects.
In particular, this allows us to take the node address directly from the
node.Status.Addresses and avoids a name -> instance lookup.
Many providers need to do some sort of node name -> IP or instanceID
lookup before they can use the list of hostnames passed to
EnsureLoadBalancer/UpdateLoadBalancer.
This change just passes the full Node object instead of simply the node
name, allowing providers to use the node's provider ID and cached
addresses without additional lookups. Using `node.Name` reproduces the
old behaviour.
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Support persistent volume usage for kubernetes running on Photon Controller platform
**What this PR does / why we need it:**
Enable the persistent volume usage for kubernetes running on Photon platform.
Photon Controller: https://vmware.github.io/photon-controller/
_Only the first commit include the real code change.
The following commits are for third-party vendor dependency and auto-generated code/docs updating._
Two components are added:
pkg/cloudprovider/providers/photon: support Photon Controller as cloud provider
pkg/volume/photon_pd: support Photon persistent disk as volume source for persistent volume
Usage introduction:
a. Photon Controller is supported as cloud provider.
When choosing to use photon controller as a cloud provider, "--cloud-provider=photon --cloud-config=[path_to_config_file]" is required for kubelet/kube-controller-manager/kube-apiserver. The config file of Photon Controller should follow the following usage:
```
[Global]
target = http://[photon_controller_endpoint_IP]
ignoreCertificate = true
tenant = [tenant_name]
project = [project_name]
overrideIP = true
```
b. Photon persistent disk is supported as volume source/persistent volume source.
yaml usage:
```
volumes:
- name: photon-storage-1
photonPersistentDisk:
pdID: "643ed4e2-3fcc-482b-96d0-12ff6cab2a69"
```
pdID is the persistent disk ID from Photon Controller.
c. Enable Photon Controller as volume provisioner.
yaml usage:
```
kind: StorageClass
apiVersion: storage.k8s.io/v1beta1
metadata:
name: gold_sc
provisioner: kubernetes.io/photon-pd
parameters:
flavor: persistent-disk-gold
```
The flavor "persistent-disk-gold" needs to be created by Photon platform admin before hand.
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cloudprovider/cloudstack: Fix a bug where we assume IP addresses instead of a hostnames
Because of how our test environment was setup, we didn’t notice that we were assuming the load balancer hosts list to always be IP addresses, while they actually are hostnames.
So without this PR, the load balancer code will not work as expected as it will not be able to find the nodes that need to be load balanced.
Also updated some comments and added a check to prevent trying to release a public IP if we don’t have one.
Automatic merge from submit-queue
azure: loadbalancer rules use DSR
**What this PR does / why we need it**:
Enables "direct server return" on the load balancer in Azure, which causes the DIP to be preserved when traffic goes through the load balancer. This enables service traffic to go to the Service Port rather than having to go through the NodePort.
**Special notes for your reviewer**:
N/A.
**Tested with...**:
```shell
kubectl run nginx --image=nginx
kubectl run nginx2 --image=nginx
kubectl expose deployment nginx --port=80 --type=LoadBalancer
kubectl expose deployment nginx2 --port=80 --type=LoadBalancer
```
Ensuring that both services got external IPs and that the resources created looked correct.
**Release note**:
```release-note
azure: load balancer preserves destination ip address
```
CC: @brendandburns
