CSI Drivers
General information regarding CSI Drivers and sample drivers that can be leveraged to evaluate Trilio for Kubernetes are discussed in this section
Last updated
Was this helpful?
1.0.X-1.1.X(Deprecated)
General information regarding CSI Drivers and sample drivers that can be leveraged to evaluate Trilio for Kubernetes are discussed in this section
Last updated
Was this helpful?
Please refer to the that lists almost all CSI drivers available along with the features that they support (snapshot, volume expansion etc.)
The snapshot feature must be supported by the CSI driver to be able to function with Trilio for Kubernetes
If your environment does not support a CSI driver with snapshot functionality, a few sample CSI drivers along with instructions to install and configure are provided below. These CSI drivers can be leveraged for evaluating Trilio for Kubernetes.
Hostpath CSI driver is a sample (non-production) CSI Driver that creates a local directory as a volume on a single node.
Please follow the steps to install the Hostpath CSI Driver from or a simpler form of the same procedure from the . Note that the GitHub instructions may be more current than the instructions provided in the Appendix and might require minor tweaks. Please confirm before proceeding.
If your Kubernetes cluster is running with Amazon Web Services, the EBS CSI Driver can be leveraged for persistent volume storage.
Please follow the steps to install and AWS EBS CSI Driver from
If your Kubernetes cluster is running within Google Cloud, the Google Compute Engine CSI driver can be leveraged for persistent volume storage.
Rook is one of the Operators that is deployed through OpenShift Container Storage (OCS) operator. However, the snapshot capabilities are not enabled if installed via the OCS operator.
Please follow the steps to install the GCE CSI Driver from
Therefore, to leverage Ceph CSI with snapshot capabilities as persistent storage, install the Rook based operator via the.