There are numerous suggestions, I'm not yet aware of any other collection.
If the list below grows to become useful, someone might like to adapt its content for the FreeBSD wiki.
https://forums.freebsd.org/posts/381779 (2018-03-17)
| (** {0 An implementation of a small dependently typed language} | |
| This is an implementation simple dependently typed language where types are | |
| first-class and where the output types of functions may depend on the inputs | |
| supplied to them. | |
| Type checking is is implemented in terms of an {i elaborator}, which checks | |
| and tanslates a user-friendly {i surface language} into a simpler and more | |
| explicit {i core language} that is more closely connected to type theory. | |
| Because we need to simplify types during elaboration we also implement an |
| require "open-uri" | |
| r = -> { URI(_1).read } | |
| post_dates = r.("https://daringfireball.net/archive/") | |
| .scan(%r{<small>(.+?)</small>}) | |
| .map { |(x)| Date.parse(x.gsub(" ", " ")) } | |
| link_dates = r.("https://daringfireball.net/linked/") | |
| .scan(%r{href="(.+?/linked/20\d\d/.+?)"}) |
There are numerous suggestions, I'm not yet aware of any other collection.
If the list below grows to become useful, someone might like to adapt its content for the FreeBSD wiki.
https://forums.freebsd.org/posts/381779 (2018-03-17)
This project is a tiny compiler for a very simple language consisting of boolean expression.
The language has two constants: 1 for true and 0 for false, and 4 logic gates:
! (not), & (and), | (or), and ^ (xor).
It can also use parentheses to manage priorities.
Here is its grammar in BNF format:
expr ::= "0" | "1"
| #!/bin/bash | |
| #************************************************ | |
| # hdrtosdr.sh * | |
| # v1.0.0 * | |
| # developer: SCG82 ([email protected]) * | |
| #************************************************ | |
| USAGE_S="Usage: $0 -s [start time hh:mm:ss] -e [end time hh:mm:ss] -w width -h height -p preset FILE" | |
| USAGE="Usage (arguments are optional): $0 -s [start time hh:mm:ss] -e [end time hh:mm:ss] -w [output width] -h [output height] -p [preset: ultrafast,superfast,veryfast,faster,fast,medium,slow,slower,veryslow,placebo] FILE" |
NOTE: Time flies, and it's been almost five years(!) since I wrote this. Beaware the text below is now outdated (e.g., now Asahi Linux has graphics acceleration even better than this). The commands listed are up-to-date.
I bought M1 MacBook Air. It is the fastest computer I have, and I have been a GNOME/GNU/Linux user for long time. It is obvious conclusion that I need practical Linux desktop environment on Apple Silicon.
The purpose of this tutorial is to walk through the required steps to upgrade NXT chip (or pocketchip) from debian jessie to debian buster.
If you would like to start your Chip from scratch, follow the steps in the Preparation section.
A linux host machine, recommended Ubuntu 18.04. However I managed to do it with 20.10 with some tweak.
A wide variety of widely-available flight controllers and associated robotics boards have been released in the past five years. These boards incorporate a careful selection of sensors and actuator outputs useful for robotics-- not just for flying vehicles, but also rovers and underwater vehicles. This living document analyzes briefly the compatibility of embedded Rust with these inexpensive and powerful boards.
General issues that impact the usefulness of embedded Rust with these kinds of boards: