kubernetes-sigs/cluster-api-provider-azure PR #3314 pull-cluster-api-provider-azure-e2e-windows-dockershim-v1beta1 #1636447808468815872

Skipped

capz-e2e [It] Conformance Tests conformance-tests

capz-e2e [It] Running the Cluster API E2E tests API Version Upgrade upgrade from v1alpha4 to v1beta1, and scale workload clusters created in v1alpha4 Should create a management cluster and then upgrade all the providers

capz-e2e [It] Running the Cluster API E2E tests Running KCP upgrade in a HA cluster [K8s-Upgrade] Should create and upgrade a workload cluster and eventually run kubetest

capz-e2e [It] Running the Cluster API E2E tests Running KCP upgrade in a HA cluster using scale in rollout [K8s-Upgrade] Should create and upgrade a workload cluster and eventually run kubetest

capz-e2e [It] Running the Cluster API E2E tests Running the MachineDeployment rollout spec Should successfully upgrade Machines upon changes in relevant MachineDeployment fields

capz-e2e [It] Running the Cluster API E2E tests Running the quick-start spec Should create a workload cluster

capz-e2e [It] Running the Cluster API E2E tests Running the self-hosted spec Should pivot the bootstrap cluster to a self-hosted cluster

capz-e2e [It] Running the Cluster API E2E tests Running the workload cluster upgrade spec [K8s-Upgrade] Should create and upgrade a workload cluster and eventually run kubetest

capz-e2e [It] Running the Cluster API E2E tests Should successfully exercise machine pools Should successfully create a cluster with machine pool machines

capz-e2e [It] Running the Cluster API E2E tests Should successfully remediate unhealthy machines with MachineHealthCheck Should successfully trigger KCP remediation

capz-e2e [It] Running the Cluster API E2E tests Should successfully remediate unhealthy machines with MachineHealthCheck Should successfully trigger machine deployment remediation

capz-e2e [It] Running the Cluster API E2E tests Should successfully scale out and scale in a MachineDeployment Should successfully scale a MachineDeployment up and down upon changes to the MachineDeployment replica count

capz-e2e [It] Running the Cluster API E2E tests Should successfully set and use node drain timeout A node should be forcefully removed if it cannot be drained in time

capz-e2e [It] Workload cluster creation Creating a Flatcar cluster [OPTIONAL] With Flatcar control-plane and worker nodes

capz-e2e [It] Workload cluster creation Creating a GPU-enabled cluster [OPTIONAL] with a single control plane node and 1 node

capz-e2e [It] Workload cluster creation Creating a VMSS cluster [REQUIRED] with a single control plane node and an AzureMachinePool with 2 Linux and 2 Windows worker nodes

capz-e2e [It] Workload cluster creation Creating a cluster that uses the intree cloud provider [OPTIONAL] with a 1 control plane nodes and 2 worker nodes

capz-e2e [It] Workload cluster creation Creating a cluster with VMSS flex machinepools [OPTIONAL] with 1 control plane node and 1 machinepool

capz-e2e [It] Workload cluster creation Creating a dual-stack cluster [OPTIONAL] With dual-stack worker node

capz-e2e [It] Workload cluster creation Creating a highly available cluster [REQUIRED] With 3 control-plane nodes and 2 Linux and 2 Windows worker nodes

capz-e2e [It] Workload cluster creation Creating a ipv6 control-plane cluster [REQUIRED] With ipv6 worker node

capz-e2e [It] Workload cluster creation Creating a private cluster [OPTIONAL] Creates a public management cluster in a custom vnet

capz-e2e [It] Workload cluster creation Creating an AKS cluster [Managed Kubernetes] with a single control plane node and 1 node

capz-e2e [It] Workload cluster creation Creating clusters on public MEC [OPTIONAL] with 1 control plane nodes and 1 worker node

capz-e2e [It] Workload cluster creation Creating clusters using clusterclass [OPTIONAL] with a single control plane node, one linux worker node, and one windows worker node