this gist is part of this series
thunderbolt and thunderbolt-net kernel modules (this must be done all nodes - yes i know it can sometimes work withoutm but the thuderbolt-net one has interesting behaviou' so do as i say - add both ;-)
nano /etc/modules add modules at bottom of file, one on each linex then y then enterI have an updated version of this on my blog here: https://chrisamico.com/blog/2023-01-14/python-setup/.
This is my recommended Python setup, as of Fall 2022. The Python landscape can be a confusing mess of overlapping tools that sometimes don't work well together. This is an effort to standardize our approach and environments.
<%* /*
*/
const view = app.workspace.activeLeaf.view;
const editor = view.editor;
const curLineNum = editor.getCursor().line;
const curLineText = editor.getLine(curLineNum);
const title = tp.file.title;
const today = title.match(/\d{4}\-\d{2}\-\d{2} .+/) //are we on the DNP?
[1] On the CLIENT machine in BTT setup these Named triggers:
| Mute these words in your settings here: https://twitter.com/settings/muted_keywords | |
| ActivityTweet | |
| generic_activity_highlights | |
| generic_activity_momentsbreaking | |
| RankedOrganicTweet | |
| suggest_activity | |
| suggest_activity_feed | |
| suggest_activity_highlights | |
| suggest_activity_tweet |
Already, Jupyter notebook system is great for sharing course content, and does it in a way that I can constantly write and improve it. However, there was one drawback in the course that I'm offering (IB Diploma Computer Science) and it's that it teaches Pseudocode, and not any official language. That means that I can't just ask them to open the terminal, or use a text editor and execute.
However, like all Open Source tools, Jupyter is very customizable. So I set to work. This is what I wanted:
Learning Rust
The following is a list of resources for learning Rust as well as tips and tricks for learning the language faster.
Warning
Rust is not C or C++ so the way your accustomed to do things in those languages might not work in Rust. The best way to learn Rust is to embrace its best practices and see where that takes you.
The generally recommended path is to start by reading the books, and doing small coding exercises until the rules around borrow checking become intuitive. Once this happens, then you can expand to more real world projects. If you find yourself struggling hard with the borrow checker, seek help. It very well could be that you're trying to solve your problem in a way that goes against how Rust wants you to work.
| # This is a Slate configuration file: https://github.com/jigish/slate | |
| # For a good overview: http://thume.ca/howto/2012/11/19/using-slate/ | |
| # | |
| # | |
| # Highlevel configuration options | |
| # | |
| config defaultToCurrentScreen true |
This mainly demonstrates my goal of preparing a Raspberry Pi to be provisioned prior to its first boot. To do this I have chosen to use the same cloud-init that is the standard for provisioning servers at Amazon EC2, Microsoft Azure, OpenStack, etc.
I found this to be quite challenging because there is little information available for using cloud-init without a cloud. So, this project also servers as a demonstration for anyone on any version of Linux who may want to install from source, and/or use without a cloud. If you fall into that later group, you probably just want to read the code. It's bash so everything I do, you could also do at the command line. (Even the for loop.)
