Kubernetes Administrator: Using PersistentVolume & PersistentVolumeClaim
Kubernetes
| Intermediate
- 15 videos | 58m 5s
- Includes Assessment
- Earns a Badge
Kubernetes manages Volumes and Containers by defining low level representation of a StorageVolume using the PersistentVolume object and binding Pod and PersistentVolume using PersistentVolumeClaim. In this course you'll recall the applicable Reclaim policies and features for PersistentVolume, the concept of Node Affinity, the various phases of a Volume, the maximum number of volumes that can be attached to a Node and the approach of configuring custom limits. Next, you'll create a storage device using AWS EBS and a PersistentVolume that uses the EBS, create a PersistentVolumeClaim to use the PersistentVolume of AWS EBS storage device, create a PersistentVolume with an EBS via AWS API and mount it to AWS EC2 instance. You'll also create a Pod that uses Dynamic PersistentVolumeClaim, delete PersistentVolume and PersistentVolumeClaim, change the Reclaim policy from Retain to Delete for PersistentVolume and create a PersistentVolume using an existing Compute Engine persistent disk. Finally, you'll create a Pod with two containers to exchange data, create a deployment that uses a PersistentVolumeClaim to mount it as a Volume and create a Pod to mount the NFS Volume in a Docker container to the master node. This course is part of a series that aligns with the Certified Kubernetes Administrator exam's objectives and can be used in its preparation.
WHAT YOU WILL LEARN
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Discover the key concepts covered in this course
List the reclaim policies and features that can be applied on persistentvolume
Create a storage device using aws ebs, write a manifest file, and create a persistentvolume that uses the ebs
Create a manifest file that can be used to create a persistentvolumeclaim that uses the persistentvolume of an aws ebs storage device
Dynamically create a persistentvolume with an ebs via aws api and mount to aws ec2 instance
Create a manifest file and use it to create a pod that uses dynamic persistentvolumeclaim
Demonstrate the steps involved in deleting persistentvolume and persistentvolumeclaim
Demonstrate the steps involved in changing the reclaim policy from retain to delete for persistentvolume -
Create a persistentvolume using an existing compute engine persistent disk populated with data and use it in a pod
Describe the concept of node affinity along with the various phases of a volume
Recognize the maximum number of volumes that can be attached to nodes for various cloud providers along with the approach to configuring custom limits
Create a pod with two containers that use an emptydir volume to exchange data
Create a deployment that uses a persistentvolumeclaim to mount it as a volume
Create a pod that mounts the nfs volume provisioned in a docker container on the master node
Summarize the key concepts covered in this course
IN THIS COURSE
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2m 8s
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4m 15s
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3. Creating PersistentVolume4m 39s
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4. Creating PersistentVolumeClaim5m 16s
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5. Creating a PersistentVolume with an EBS5m
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6. Creating Pod to Use Dynamic PersistentVolumeClaim3m 52s
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7. Deleting PersistentVolume and PersistentVolumeClaim2m 43s
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8. Changing Reclaim Policy3m 5s
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9. Creating PersistentVolume Using Compute Engine4m 1s
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10. Node Affinity6m 1s
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11. Volume Limits for Cloud Providers3m 8s
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12. Exchanging Data between Containers2m 54s
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13. Mounting PVC on Deployment4m 56s
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14. Mounting NFS Volume4m 47s
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15. Course Summary1m 20s
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