The Pitch Wouldn't it be great if there was a simple way to send a notification to your phone(s) with just a curl call? Then you could get notified when a script completes, a server reboots, a user logs in to a system, or a sensor connected to Home Assistant changes state. How great would that be??
ntfy.sh (pronounced notify) provides just that. It's an open-source, easy-to-use, HTTP-based notification service, and it can notify using mobile apps for Android (Play or F-Droid) or iOS (App Store) or a web app.
It's super handy when a Linux config file is loaded with comments to tell you precisely how to configure the thing, but all those comments can really get in the way when you're trying to review the current configuration.
Next time, instead of scrolling through page after page of lengthy embedded explanations, just use:
1egrep -v "^\s*(#|$)" $filename For added usefulness, I alias this command to ccat (which my brain interprets as "commentless cat") in my ~/.
I've been leveraging the open-source Tanzu Community Edition Kubernetes distribution for a little while now, both in my home lab and at work, so I was disappointed to learn that VMware was abandoning the project. TCE had been a pretty good fit for my needs, and now I needed to search for a replacement. VMware is offering a free version of Tanzu Kubernetes Grid as a replacement, but it comes with a license solely for non-commercial use so I wouldn't be able to use it at work.
Lately I've been spending some time getting more familiar with VMware's Tanzu Community Edition Kubernetes distribution, but I'm still not quite familiar enough with the tanzu command line. If only there were a better way for me to discover the available commands for a given context and help me type them correctly...
Oh, but there is! You see, one of the available Tanzu commands is tanzu completion [shell], which will spit out the necessary code to generate handy context-based auto-completions appropriate for the shell of your choosing (provided that you choose either bash or zsh, that is).
In case you missed the news, I recently migrated this blog from a site built with Jekyll to one built with Hugo. One of Hugo's cool features is the concept of Page Bundles, which bundle a page's resources together in one place instead of scattering them all over the place.
Let me illustrate this real quick-like. Focusing only on the content-generating portions of a Hugo site directory might look something like this:
I'm preparing to migrate this blog thingy from Hashnode (which has been great!) to a GitHub Pages site with Jekyll so that I can write posts locally and then just do a git push to publish them - and get some more practice using git in the process. Of course, I've written some admittedly-great content here and I don't want to abandon that.
Hashnode helpfully automatically backs up my posts in Markdown format to a private GitHub repo so it was easy to clone those into a local working directory, but all the embedded images were still hosted on Hashnode:
While working on my vRealize Automation 8 project, I wanted to let users specify how large a VM's system drive should be and have vRA apply that without any further user intervention. For instance, if the template has a 60GB C: drive and the user specifies that they want it to be 80GB, vRA will embiggen the new VM's VMDK to 80GB and then expand the guest file system to fill up the new free space.
I've written in the past about the Linux setup I've been using on my Pixel Slate. My Slate's keyboard stopped working over the weekend, though, and there don't seem to be any replacements (either Google or Brydge) to be found. And then I saw that Walmart had the 64GB Lenovo Chromebook Duet temporarily marked down to a mere $200 - just slightly more than the Slate's keyboard originally cost. So I jumped on that deal, and the little Chromeblet showed up today.
I found myself with a sudden need for parsing a Linux server's logs to figure out which host(s) had been slamming it with an unexpected burst of traffic. Sure, there are proper log analysis tools out there which would undoubtedly make short work of this but none of those were installed on this hardened system. So this is what I came up with.
Find IP-ish strings This will get you all occurrences of things which look vaguely like IPv4 addresses:
