Loading README.md +7 −7 Original line number Diff line number Diff line Loading @@ -49,13 +49,13 @@ kubectl create -f storageclass.yaml ### 4. Test the S3 driver * Create a pvc using the new storage class: 1. Create a pvc using the new storage class: ```bash kubectl create -f pvc.yaml ``` * Check if the PVC has been bound: 2. Check if the PVC has been bound: ```bash $ kubectl get pvc csi-s3-pvc Loading @@ -63,7 +63,7 @@ NAME STATUS VOLUME CAPACITY ACC csi-s3-pvc Bound pvc-c5d4634f-8507-11e8-9f33-0e243832354b 5Gi RWO csi-s3 9s ``` * Create a test pod which mounts your volume: 3. Create a test pod which mounts your volume: ```bash kubectl create -f poc.yaml Loading @@ -71,7 +71,7 @@ kubectl create -f poc.yaml If the pod can start, everything should be working. * Test the mount 4. Test the mount ```bash $ kubectl exec -ti csi-s3-test-nginx bash Loading Loading @@ -135,7 +135,7 @@ Fore more detailed limitations consult the documentation of the different projec ### Issues while creating PVC * Check the logs of the provisioner: Check the logs of the provisioner: ```bash kubectl logs -l app=csi-provisioner-s3 -c csi-s3 Loading @@ -143,8 +143,8 @@ kubectl logs -l app=csi-provisioner-s3 -c csi-s3 ### Issues creating containers * Ensure feature gate `MountPropagation` is not set to `false` * Check the logs of the s3-driver: 1. Ensure feature gate `MountPropagation` is not set to `false` 2. Check the logs of the s3-driver: ```bash kubectl logs -l app=csi-s3 -c csi-s3 Loading Loading
README.md +7 −7 Original line number Diff line number Diff line Loading @@ -49,13 +49,13 @@ kubectl create -f storageclass.yaml ### 4. Test the S3 driver * Create a pvc using the new storage class: 1. Create a pvc using the new storage class: ```bash kubectl create -f pvc.yaml ``` * Check if the PVC has been bound: 2. Check if the PVC has been bound: ```bash $ kubectl get pvc csi-s3-pvc Loading @@ -63,7 +63,7 @@ NAME STATUS VOLUME CAPACITY ACC csi-s3-pvc Bound pvc-c5d4634f-8507-11e8-9f33-0e243832354b 5Gi RWO csi-s3 9s ``` * Create a test pod which mounts your volume: 3. Create a test pod which mounts your volume: ```bash kubectl create -f poc.yaml Loading @@ -71,7 +71,7 @@ kubectl create -f poc.yaml If the pod can start, everything should be working. * Test the mount 4. Test the mount ```bash $ kubectl exec -ti csi-s3-test-nginx bash Loading Loading @@ -135,7 +135,7 @@ Fore more detailed limitations consult the documentation of the different projec ### Issues while creating PVC * Check the logs of the provisioner: Check the logs of the provisioner: ```bash kubectl logs -l app=csi-provisioner-s3 -c csi-s3 Loading @@ -143,8 +143,8 @@ kubectl logs -l app=csi-provisioner-s3 -c csi-s3 ### Issues creating containers * Ensure feature gate `MountPropagation` is not set to `false` * Check the logs of the s3-driver: 1. Ensure feature gate `MountPropagation` is not set to `false` 2. Check the logs of the s3-driver: ```bash kubectl logs -l app=csi-s3 -c csi-s3 Loading