#Ext4 Explorer How To Install YugabyteDB
#Ext4 Explorer Free Shared Buff

If you prefer to use the Windows Explorer, macOS Finder.QTS is the operating system for entry- and mid-level QNAP NAS. WIth Linux and ext4, QTS enables reliable storage for everyone with versatile value-added features and apps, such as snapshots, Plex media servers, and easy access of your personal cloud.

We want to mount Linux Filesystem (ext4/ext3/ext2) on Windows 10, so that we can access it or modify files on it or even access it via Windows File Explorer. In the past, we will have to use some utility software, now we can use the WSL 2 in Windows 10 Preview 20211. 1 Make sure WSL 2 is installed and working.

Ext4 Explorer How To Install YugabyteDB

And when I joined Yugabyte, many friends from the oracle community asked me about the Oracle Cloud (OCI). I am able to copy items into my home directory from my Windows file system.We have documented how to install YugabyteDB on the main cloud providers ( ). •Access WSL2/Ubuntu Drive from File Explorer.With WSL2/Ubuntu installed, the local Windows C drive is mounted in Ubuntu automatically.Everything works great.

Oracle provides a Terraform installer for that. Do-It-Yourself with IaaS (Infrastructure as a Service)Obviously, you can provision some compute instances (and network and storage) running Docker and install Kubernetes (or other orchestration). Ext4 8227l-dome Som the Oracle Cloud there are 2 ways to run containers: Are read by any usb port of the headunit.

2 Load Balancers (for master and tserver), with their security listsI’m using public endpoints here because this is a lab, but obviously you put your database on a private subnet.A first Node Pool will be created, with the number of nodes you define here. 3 subnets (one private for the worker nodes, and the other public as I keep the default “public workers” for this demo) A VCN, with NAT, Internet and Service Gateways The version of Kubernetes to run on the master node

KubeconfigNow, the easiest way to install YugabyteDB is to continue with kubectl from the Cloud Shell and have all of the information to set the configuration be visible from the Access Cluster button. If you want to stop the nodes you can scale down the pool to zero nodes.Of course there will still be the Block Volumes and Load Balancers as well in the bill when you have all nodes stopped. In the Advanced Options you can upload your public ssh keys if you want to access the nodes without kubectl.You can review and create it directly, or “Save as Stack” to create it with Terraform later:You can also look at the support tab which you can access with the new Ring Buoy icon which floats on the right of the screen.Here are the services being created (with their OCID – the identifier in the Oracle Cloud):With this I have 3 nodes running, one in each Availability Domain (the OCI equivalent of Availability Zone) which I can see in the “Compute” service, with my other VMs:This is what will be billed. Don’t forget that the database will be stored on each node, with two mounted block volumes.

Ext4 Explorer Free Shared Buff

I can check on the filesystems, memory, and cpu for a node in this way: :~ (uk-london-1)$ kubectl exec -namespace yb-demo -it yb-tserver-0 - df -Th /mnt/disk0 /mnt/disk1Use 'kubectl describe pod/yb-tserver-0 -n yb-demo' to see all of the containers in this pod.Filesystem Type Size Used Avail Use% Mounted on/dev/sde ext4 50G 59M 47G 1% /mnt/disk1 :~ (uk-london-1)$ kubectl exec -namespace yb-demo -it yb-tserver-0 - free -hTotal used free shared buff/cache available:~ (uk-london-1)$ kubectl exec -namespace yb-demo -it yb-tserver-0 - lscpu Note about Storage ClassNote that on my first attempt, without mentioning StorageClass, I got it failing with something like this because the default is not correct: :~ (uk-london-1)$ kubectl describe pod -namespace yb-demoWarning FailedScheduling 6m44s default-scheduler no nodes available to schedule podsWarning FailedScheduling 6m43s default-scheduler no nodes available to schedule podsWarning FailedScheduling 6m39s default-scheduler 0/1 nodes are available: 1 pod has unbound immediate PersistentVolumeClaims.Warning FailedScheduling 6m18s default-scheduler 0/3 nodes are available: 3 pod has unbound immediate PersistentVolumeClaims.The reason for unbound PersistentVolumeClaims was: Events:Warning ProvisioningFailed 4m (x142 over 39m) persistentvolume-controller storageclass.storage.k8s.io 'standard' not foundLet’s check the storageclass: :~ (uk-london-1)$ kubectl get storageclassNAME PROVISIONER RECLAIMPOLICY VOLUMEBINDINGMODE ALLOWVOLUMEEXPANSION AGEOci (default) oracle.com/oci Delete Immediate false 3h32mOci-bv blockvolume.csi.oraclecloud.com Delete WaitForFirstConsumer false 3h32mThis is the reason I mentioned the ‘oci-bv’ (Container Storage Interface to the Block Volumes) storage class with: -set storage.master.storageClass=oci-bv,storage.tserver.storageClass=oci-bv Checking installationThe install takes a few minutes and here are the pods up and running: :~ (uk-london-1)$ kubectl -namespace yb-demo get podsKubectl exec allows you to perform a shell command after ‘ -‘.