Yesterday I found a typo in a pull request description while browsing another team’s project which I stumbled upon. I mentioned it to the author but it turned out that that part of the text came from the repository’s pull request template, which means every pull request will have this amusing but irritating mistake. I sent them a pull request, modifying the template, to fix the mistake at the source and avoid it in future, and thought that would be the end of it.
It turns out that template was written once and then copied across to new repos, which means this typo actually exists in almost all the pull requests in all of that team’s projects. Well that escalated quickly. This is the point where the average person probably says “OK whatever, it’s not worth it for something so small, there are too many repos, it’s just a small typo, never mind” and stop. A very determined person might actually start opening browser tabs and psyching themselves up to do pull requests. I open my terminal emulator and start writing a for loop. Continue reading
I’ve decided to give Wakatime a second try. It’s a tool that tracks the time you spend programming on different projects by integrating into your IDE. This works well for typical development work where you open your IDE in the morning and type code in it, do commits with it, and everything else related to the project and Wakatime will track that.
I don’t work like that though, so I had two issues with it last time, both resulting in a lower reported time spent working:
- I spent most of the day working on different remote servers and it would be a hassle to set it up in the text editor on each of them and it would undoubtedly cause slowdown on the older servers
- I use the command line tools as my IDE, so the time recorded opening the text editor to make some changes is not representative of the time spent working
This time it’s different because nowadays I virtualise most of the services I work with, using Docker on my local machine, and I’m hoping that using the Wakatime Z Shell integration will give a better record of time spent working on a project. Continue reading
How and why I normalised my Go paths and personal/local home paths.
Like many people, I have my own scripts and stuff in a
bin directory in my home directory. Actually it’s a symlink to
~/.local/bin because I saw there was a
~/.local/share which some programs use to store user-specific things and I wanted to be consistent.
Then I saw some people have
~/src and I thought that looked like a Continue reading
I keep forgetting this, but it’s really useful when working in the command line so I’m writing it down now. I use the grml zsh configuration in my shell and it has several very good features; a cool one I’d use more often if I could remember the shortcut is “in-place mkdir”. The key sequence is:
That’s Ctrl and x, followed by an uppercase M.
Here’s an example use case: Imagine you’re writing a command to do something with a very long path, like moving a file deep into a source tree
mv File.java src/something/very/long/
except half-way in your realise some of the directories in that path don’t exist. No problem! Usually you’d have to cancel that command, create the missing directories and then type it again. Now you can just type
Ctrl-X, Shift-M, the directories are created and you can just press enter to use them. Much less annoying! This can even work for different directories in the same command; move the cursor to the directory you need and zsh will create that one!
For other useful shortcuts, see the reference card.
If you have had any experience with administering a UNIX or Linux system, even for personal use, then I’m sure you’ll laugh out loud at some of these hilarious new UNIX commands! (obviously not real commands, the site is just for laughs)
Recently I did a friend a favour and installed Linux Mint on her laptop as she was a bit frustrated with Windows. Unfortunately I assumed she’d backed up everything before handing it over to me, so I re-partitioned the whole drive to ext4. She hadn’t.
On the bright side the computer was quite new and the only thing she wanted from the disk were some photos she’d taken. Well, that just made it my lucky day because there just happens to be a tool specifically for recovering photos (and a myriad of other filetypes) from disks that have been written over: TestDisk
After my previous post about checking computer specs in Linux somebody asked an interesting question: how do you check your computer’s specifications if you don’t actually have any operating system to check them with?
In my opinion the easiest way to do this would be to download a disk image of a live CD for a lightweight Linux distribution, such as my favourite: ArchLinux. Once you’ve burned it to a disc you can put it in your computer and boot directly from the disc. ArchLinux is light and fast and will allow you to log in as root with command line access, where you will be able to run the commands I talked about in my other post to find your computer specs even for a computer with no OS or in other cases, for example where you don’t have permission to check with the current OS. If you’re not familiar with Linux don’t worry, follow the on-screen instructions and just type the commands I described. When you’re done checking you can turn off the computer and take out the CD and things will be just as they were before.
❗ Note: automated script downloadable at the bottom of this post!
Something you always want to do on a computer, even if only once, is to check its hardware specifications, that is:
- how much RAM do I have?
- how much hard disk space do I have?
- how “fast” is my CPU?
- how much RAM does my graphics card have?
Of course most modern GNU/Linux desktop environments like Ubuntu usually come with some kind of graphical tool to find this information. GNOME’s System Monitor program should provide at least some of what you’re looking for. The information here is more for when you’re staring at a blinking cursor on a black screen trying to remember what the command was to show information about the CPU, RAM or Graphics Card.
This is the third time I’ve had to go on an internet search quest to remind myself how to do this in a Linux terminal. To save myself the trouble in the future, I’m writing down the commands here and if anyone else finds it useful then that’s great, and a second bird is figuratively killed!
You can look down on the idea of it all you want but command-line games have their place. Not only are there situations where you need them but in a way, not having any graphics sometimes allows them to focus on other aspects of gameplay that makes them better. I was installing a new operating system on my computer today but I messed up somewhere and ended up with no Desktop Environment. Imagine turning on your computer one day and where you usually get:
“Hi, welcome to your computer [insert lots of fancy graphics and stuff], please pick who you want to log in as and I’ll give you a desktop with buttons and icons that will show you programs in little windows and let you click on things to do stuff.”
you now instead get this: Continue reading