This module will walk the user through the process of installing the CSI driver for FSx for Lustre and then using the CSI driver with Dynamic Provisioning to create an FSx for Luster file system and associate it with an S3 bucket for caching of S3 objects for access in EKS.
Provide the flow of the lab exercise, including what sample application components will be used
IAM roles for CSI driver created in Terraform
S3 bucket created in Terraform
CSI Driver installed manually from the repo of the CSI driver
Storage Class deployed manually with S3 ImportPath and ExportPath defined
PVC created manually (which will create the file system using Dynamic Provisioning)
Deploy an nginx pod using a deployment and add a new product sku in the file system
Use the lfs hsm_archive command to sync the new product sku to S3
Clean up the environment using Terraform
What additional AWS infrastructure or EKS addons/components will need to be created or installed to support this lab?
S3 bucket
IAM role for CSI driver
What additional software or configuration will be required in the Cloud9 IDE?
None
Are enhancements to the retail sample application required to support this lab exercise?
Outline the high level topic of the lab
This module will walk the user through the process of installing the CSI driver for FSx for Lustre and then using the CSI driver with Dynamic Provisioning to create an FSx for Luster file system and associate it with an S3 bucket for caching of S3 objects for access in EKS.
Provide the flow of the lab exercise, including what sample application components will be used
What additional AWS infrastructure or EKS addons/components will need to be created or installed to support this lab?
What additional software or configuration will be required in the Cloud9 IDE?
None
Are enhancements to the retail sample application required to support this lab exercise?
TBD