- Add a max width to constraint the width of the content
- Add horizontal padding to improve readability on handheld devices
- Reduce the font size of all headings
With this simple change, Nix should copy the static directory and all of its
contents to /nix/store and return the path to that directory.
See TODO for more what I would have liked to do ideally.
Adding a personal introduction, overview of coding, pricing, and contact
information.
Also using a CDN to install TailwindCSS, which the TailwindCSS authors
discourage, but I don't want to setup a complicated build process at the
moment.
See the README.md for more context about this project.
TODO: I configure nginx to serve static files from /var/www/learn. I'd like to
symlink /var/www/learn to briefcase/learn as part of my `rebuild` script, but I
don't currently.
readTree uses the output attribute set of default.nix as the value for
nixos.socrates, which disables me from resolving nixos.socrates.rebuild since
there is no rebuild attribute in the output attribute set from default.nix.
If I rename default.nix -> configuration.nix, I can resolve
nixos.socrates.{configuration,hardware,rebuild}.
Nix complains that `nixos.socrates` is not a function but a set. By adding
`{ ... }:` to the top of the file, I'm hoping to change it from a set to a
function.
I'm currently setting NIX_PATH in ~/briefcase/shell.nix. This means when I call
`nix/rebuild-emacs` from a buffer that is inside the briefcase directory, the
command succeeds because NIX_PATH is properly defined. When I call
`nix/rebuild-emacs` from any other location it fails.
I'm hard-coding the NIX_PATH in this command so that I can call
`nix/rebuild-emacs` from any buffer that is currently active.
I patched home-manager locally to support fzf keybindings for fish. I will PR
this into home-manager, but I haven't yet, which means that my home.nix file
depends on my local ~/home-manager.
I've been consistently using vterm enough that I don't think I will change
shells anytime soon. Couple this with my previous commit where I hint that I'd
like to curb all terminal usage if possible, and it seems unlikely that I'll
want to keep this terminator configuration.
As I pruned increasingly more dependencies, the few dependencies that desktop
and laptop hosted were too trivial for me to justify supporting. And so, I no
longer support them.
Support commonly used programs like fd, exa, bat, etc.
For now, I'm unsure how to manage the programs in my emacs/default.nix with my
home.nix. I'll wait until I have a stronger opinion to handle this.
Prefer starting lorri with home-manager.
Note: I could have removed the `systemctl --user start lorri.service` line
before switching to home-manager by calling `systemctl --user enable
lorri.service`. This would have made a symlink in
`~/.config/systemd/user/default.target.wants`.
I haven't used Tmux for months.
I also suspect that using the terminal in general may be a crutch. Ideally I
could replace everything I do in the terminal with Emacs analogues. Perhaps one
month I'll force myself to work without a terminal to see what happens.
While I do still technically own a Google cloudtop device, I haven't used it in
at least six months. In the interest of pruning non-critical dependencies, I'm
deleting it. I can alway restore it thanks to Git.
I didn't port everything from .ssh/config to home-manager. I omitted a few hosts
that I don't connect to anymore. I also omitted the `corp-ssh-helper`
configuration.
Today I wrote myself a custom fish prompt. It's mostly what I'd like, but I'd
like to finely tune it a bit. I'd like to create a separate repository to
release this. In that repository, I'll explain why I wrote this.
This problem challenged me: without using division, write a function that maps a
list of integers into a list of the product of every integer in the list except
for the integer at that index.
This was another greedy algorithm. The take-away is to first solve the problem
using brute force; this yields an algorithm with O(n*(n-1)) time
complexity. Instead of a quadratic time complexity, a linear time complexity can
be achieved my iterating over the list of integers twice:
1. Compute the products of every number to the left of the current number.
2. Compute the products of every number to the right of the current number.
Finally, iterate over each of these and compute lhs * rhs. Even though I've
solved this problem before, I used InterviewCake's hints because I was stuck
without them.
I should revisit this problem in a few weeks.
