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This article mainly introduces the relevant knowledge of "how to use NFS as backup storage in data processing". The editor shows you the operation process through an actual case. The operation method is simple, fast and practical. I hope this article "how to use NFS as backup storage in data processing" can help you solve the problem.

Network File Storage (NFS)

Because NFS is a shared file system accessible through Internet, there are two main reasons why it is useful. The first reason is that even if the pod is destroyed, nothing stored in the system will be deleted. The data will continue to exist and will be persistent.

The second reason is that NFS can be accessed through Internet from multiple Pod at the same time. NFS can even share data between Pod. If you need a backup storage system, you may need to run the NFS of a file system that is shared among multiple application servers.

NFS allows you to run Kubernetes, Wordpress, and so on. NFS must be in place before using Kubernetes.

Kubernetes

You can demonstrate software that defines backup storage such as Linview or Kubernetes from NFS so that you can understand how to use it for your own backup storage system. When people are not familiar with Kubernetes storage, they usually combine data and control planes to provide the smallest possible product.

However, if you separate the Kubernetes components, you can provide more. The separation of components helps prevent controller failures, so you do not affect the availability of the storage system. These are the key components and benefits of using Kubernetes.

There is no doubt that this result will allow your company to spend less time and effort on storage systems, thereby increasing productivity. Getting the best and most efficient NFS backup storage system is essential for all enterprises and organizations. By having the best NFS-enabled storage systems, you can add value and efficiency in maintaining the storage integrity you need.

Kubernetes as a backup storage system

Storage classes in Kubernetes have field specifications, parameters, and recycling policies. These are used when persistent volumes that belong to this class need to be provided dynamically. The name of the required storage class is important.

Each storage name is how the user determines his or her specific class. The name of the administrator and the allocation parameters of the class when the storage class object is created. Once named and created, they cannot be updated.

In addition, when using Kubernetes as a backup storage system, you must realize that the NFS server is not a Kubernetes concept. Kubernetes demonstrates, illustrates, and provides a convenient way to expose how NFS servers address the number of pod in a cluster.

NFS and Kubernetes Pod steps

To demonstrate how to use NFS by running Kubernetes pod, you need to follow these steps.

Expose the NFS server number pod in the cluster by creating a service.

Go to the service API version.

The metadata name is NFS-service.

Selector role NFS.

The port required by the NFS server.

Open the port as required by the NFS server number.

Port 2049 of TCP-name-TCP-2049.

Port 111UDP- name UDP-111 port: 111protocol UDP.

Run the NFS server pod # exposed by the service.

Pod apiVersion v1metadata-name-NFS- server Pod label-NFS role.

Name-NFS Server-Container Image-CPUguy83/NFS-server.

Security context-privileged true-args.

You should be able to use the NFS server to create Kubernetes resource applications. If you are using a Mac computer, you will sometimes encounter completion problems.

What is NFS storage?

The NFS system is defined in the most basic terms as a network file system mechanism that supports data storage and retrieval. You can access this data from multiple disks and directories on a shared network system. NFS is considered to be an integral part of storage technology.

NFS is a network, but it is a local network like LAN, but it is not limited to LAN. Any user can run the NFS client in the computer background settings. The data is stored on the LAN network, although it can also be on another computer that acts as a NFS server.

NFS configuration

You can always use your computer's server manager to install and configure basic NFS on a Windows server. All you have to do is open your server manager and click manage. You may also see the Administration, add roles, and Features Wizard.

In adding roles and features, it refers to your wizard. Click the server role and select your file and storage service. Expand your files and iSCSI services, and select a file server and server for NFS.

Click the add feature option, which includes the NFS feature. Then, click install to configure the components you want to configure on the server. You have manually installed the Network File system (NFS) on the Windows server.

The best way to use NFS

NFS provides access to information and files on remote servers. When you need a file, you can access the file through the steps that you can easily perform through the settings on the NFS server. You can find this setting in the top-level menu of the device dashboard, which provides administrative network settings linked to NFS. The NFS system displays your access hostname, system mount, and remote directory.

The default access is read and write, but once you use the NFS backup storage system that best suits your needs, there are other options to access data on the remote server.

This is the end of the content about "how to use NFS as backup storage in data processing". Thank you for reading. If you want to know more about the industry, you can follow the industry information channel. The editor will update different knowledge points for you every day.

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