If that worked, we can proceed with scheduling the tests. You should be able to run the following command to see a status page for your disk: smartctl -a -d ata /dev/sda Now let’s confirm that we have the location of your disk correct. Removing any trailing numbers will get you location of the disk in your system, i.e. It will probably be something like “/dev/sda1”. Get the matching “Filesystem” entry for the same line from the far left column. Look for the mount point that you care abou tin the column on the right it will probably be something like “/”. This will print out a list of mounted drives. To set your server up the same way, you’ll want to first get the logical names of your hard drives. Basically it strips out all of the indicators except for the ones that indicate imminent failure. I set my server up to do a long drive test of each of my hard drives every month, and then email me only the attributes that I care about. You can find what each of the different rows mean on Wikipedia. You can also see a report of different statuses and metrics that your drive keeps track of in the background. You can run a short test that checks that basic disk functionality is healthy, or you can run a long test (several hours) that checks every sector of your hard drive. Smartmontools gives you access to a lot of different things through the smartctl command line tool that comes with it.
UBUNTU CHECK SSD HEALTH COMMAND LINE INSTALL
You can install it like this: sudo apt-get install smartmontools The Linux tool for accessing the SMART reporting framework is called Smartmontools. This file tells your computer that all email intended for the “root” user should be sent to the “brismuth” user, and that all email intended for the “brismuth” user should be sent to Step 2: schedule the drive tests You can do this by adding something like this to your /etc/aliases file: root: brismuth brismuth: want to replace “brismuth” with your username and you’ll want to use your own email address at the end. Īfter you’ve set up your server to use your gmail account, you’ll want to set your personal email address to be the recipient for cron jobs. You can follow this guide to set that up.
I think the easiest way to configure email is to set your server up to use your gmail account. Things won’t be as easy to automate in Windows. Note: this post assumes you are running Ubuntu. I’m going to show you how you can schedule drive tests and configure them to send you updates to your personal email. This built in monitoring can be much more useful if you leverage it at the operating system level. Basically disks have built in monitoring systems that detect errors and can frequently predict drive failure before any data loss has occurred. monitoring (Self-Monitoring, Analysis and Reporting Technology). Most modern storage mediums (hard drives and solid state drives) have something call S.M.A.R.T. Not paying for Medium? Find most of the same content of this post here:
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