November 6, 2016
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Yeah, I’m a sucker for IoT things like this. Amazon’s Alexa found a new home via eBay in Rockford, and I have to admit, we felt a little empty with the gap she left. “Alexa, what’s the weather” mostly.
So I jumped on board when Google announced their own voice-activated assistant, Google Home. I preordered directly from Google for $129 sometime in October, and it arrived just this week. Setup required me to download the “Google Home” app on my android phone, and I was then prompted to enter my Google account info. A simple process, it did some updates, knew somehow it was in my kitchen, and connected to my home wifi network.
Firstly, there is no privacy with these devices. Google knows who I am, where I live, and can listen to all the conversation maybe even in the entire house. That near-field technology is quite good, and even when laying down in an adjacent room Google Home could hear my commands, all given with the obligatory “Okay Google” salutation.
Unlike Alexa, Google Home, or rather the Google Assitant is quite smart, rattling off answers to questions like “Who just won the World Series” and whatever else we could think of. The biggest surprise was when I asked her to play some music. I have precious little in Google Play, but based on one album I bothered to upload sometime ago (The Blossom Toes’ Ever So Clean), she offered a quite satisfying playlist of late 60s psychedelia I could imagine. Bravo.
So here she will sit, ever listening and patiently awaiting our commands, until we too get bored with her!
November 5, 2016
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I’ve always kept my media on a second drive in my linux box and backed it up to a remote NAS. While a perfectly acceptable setup, what I always wanted was two mirrored drives with all my data. The computer already a WD Red 1TB drive so I thrilled when I found another of the exact same drive for $67. Always a best practice to use the same model when building a mirrored RAID1.
I bought a Syba 2-port SATA RAID controller card that plugged into the empty PCI-e slot on the motherboard. It was only $25, but honestly if I had a motherboard with more features, I wouldn’t have needed it. Nonetheless, after moving the drives around in the case so the power connectors would match up to all the drives, I booted the computer and used CTRL-R immediately to get to the card’s BIOS to setup the RAID. It didn’t initially recognize all the drives, so I booted into Ubuntu and used the program Disks to format the new drive. (I also edited /etc/fstab and took out the reference to the old single drive). Rebooting again, the card recognized both drives, and then setup them up as a RAID1 using the card’s BIOS utility.
Continuing into Ubuntu, I again ran Disks and formatted the new single drive. I then edited /etc/fstab with the new mount point (which I had to create), and then ran a sudo mount -all to access it.
Now it’s time to copy everything back to my new mirrored data drive. Remember, when it comes to data, you must have two copies of everything you’d ever expect to keep. But two drives mirrored are really only one copy (think accidental erase), so I’ll still need to keep a backup of files I want to keep forever.