| $ virtualenv /tmp/sandbox | |
| ... | |
| $ /tmp/sandbox/bin/pip install mako | |
| ... | |
| $ /tmp/sandbox/bin/python mako_tb.py | |
| = Default traceback = |
First, follow the instructions on this page up until it tells you to unmount root: http://archlinuxarm.org/platforms/armv7/samsung/samsung-chromebook-2
Dont unmount root yet. you need to run cp /lib/firmware/mrvl/* root/lib/firmware/mrvl
This copies the proper wireless drivers to your new installation (otherwise wireless will NOT work)
Now you can umount root and sync and reboot.
After rebooting, press Ctrl + u at the boot screen to boot to your SD card.
| mount_*/ | |
| environment_*/ | |
| output.log |
| # original XML at http://www.w3.org/Math/characters/unicode.xml | |
| # XSL for conversion: https://gist.github.com/798546 | |
| unicode_to_latex = { | |
| u"\u0020": "\\space ", | |
| u"\u0023": "\\#", | |
| u"\u0024": "\\textdollar ", | |
| u"\u0025": "\\%", | |
| u"\u0026": "\\&", |
| ;;; test-lsp-jdtls-installation.el --- Test lsp jdtls installation -*- lexical-binding: t; -*- | |
| ;;; Date: 2020-05-11_09.12.50 | |
| ;;; Usage: | |
| ;; ┌──── | |
| ;; │ $ emacs -nw -Q -l \ | |
| ;; │ --eval '(setq with-proxy-http-server "127.0.0.1:XXXX")' \ | |
| ;; │ /path/to/test-lsp-jdtls-installation.el | |
| ;; └──── | |
| (toggle-debug-on-error) | |
| (setq user-emacs-directory (format "~/.emacs.d/%s/%s/" (file-name-base load-file-name) emacs-version)) |
This is a step-by-step tutorial for setting up your own conda feedstock from scratch. I started with the instructions here:
As a novice, I found that the above tutorial lacked sufficient detail. So, I decided to document the process that I used for my own future reference.
| # PCA on n=6990 images of handwritten 2's, each with d = 784 pixels. | |
| # install.packages("remotes") | |
| # remotes::install_github("jlmelville/snedata") | |
| # thank you jlmelville for making this data so easy to access! | |
| library(snedata) | |
| library(magrittr) | |
| library(Matrix) | |
| library(rARPACK) |
| 1. Install msys2 from msys2.org | |
| 2. run msys2.exe: pacman -Syu, restart, pacman -Su | |
| 3. run mingw64.exe: pamcan -S mingw-w64-x86_64-emacs | |
| 4. create C:\msys2_64\runemacs_patched_path.bat: | |
| cmd /C "set PATH=C:\msys2_64\mingw64\bin;C:\msys2_64\usr\bin;%PATH% && C:\msys2_64\mingw64\bin\runemacs.exe --daemon" | |
| 5. Super-R shell:startup [RET] | |
| 6. Create shortcut to runemacs_patched_path.bat, call it e.g. "emacs-daemon" | |
| 7. Create a short-cut in Start menu: | |
| C:\msys2_64\mingw64\bin\emacsclientw.exe -c -n -a "C:\msys2_64\mingw64\bin\runemacs.exe" |
| // Commented version of https://twitter.com/zozuar/status/1441384708441456651 | |
| // Google-translated (with some editing) from @gam0022's version | |
| float i, // Ray marching loop counter | |
| e, // Volume density (the smaller the value, the higher the density) | |
| s, // FBM scale (and loop counter) | |
| g, // Ray's distance (also used for tunnel twirl and camera prespective) | |
| k = .01; // Handy constant | |
| // Ray marching loop |
| *.pyc | |
| *.aux | |
| *.log | |
| *.out |
