A better rust version of pokeget.
pokeget <pokemon>
For more info, run pokeget --help.
If you're using pokeget on shell startup, such as in .bashrc,
then instead of running pokeget <pokemon>, you can write the output
to a file by doing: pokeget <pokemon> > file.txt
and then have something like cat file.txt in your bashrc.
This makes your shell initialization practically instant, but obviously won't work with random pokemon. pokeget is already fairly fast, so using it on shell initialization is also not a very large bottleneck.
pokeget bulbasaur pikachu random
pokeget 1 2 3
pokeget raichu sandslash meowth --alolan
The recommended installation method is to use cargo:
cargo install pokegetand making sure $HOME/.cargo/bin is added to $PATH.
If you're on Arch, you can also use the AUR:
yay -S pokegetYou can also clone the repository and compile manually by doing:
git clone --recurse-submodules https://github.com/talwat/pokeget-rs.git
cd pokeget-rs
cargo build --release
mv target/release/pokeget ~/.local/binand making sure $HOME/.local/bin is added to $PATH.
Append this to your .bashrc or .zshrc:
export PATH="<path>:$PATH"Run this in your CLI:
fish_add_path <path>Just rerun cargo install pokeget or git pull on the repository and then recompile.
Because the first pokeget was slow, bloated, and super complicated, so I decided to make a better version in rust.
Now, instead of precomputing all the sprites and uploading them to a repo, pokeget will be able to compute them on-demand which makes everything much more flexible. Rust enables that computation to be done much more quickly than something like python.
It will also draw the sprites 2x smaller by using half squares.
pokeget-rs has an edge over projects like the old pokeget, pokeshell, etc... since it's in rust.
It also is significantly (5.5x) faster than krabby which is another very similar project.
For more info, go to OTHER_PROJECTS.md.
Gone. Reduced to atoms.
In all seriousness, I've just decided to not deal with them since it's significantly extra work that I don't want to deal with. They were rarely used, and looked ugly in small terminal windows, so there was little use in keeping them.
This time, the sprites are from pokesprite and pokeget uses them with a git submodule.
Sprites are embedded into the binary, so pokeget won't download them. This is a good compromise, since while the binary may be large, pokeget can execute almost instantly and while offline.
pokeget uses the MIT license, so feel free to fork it and customize it as you please. If you're unsure about any of the internal workings of pokeget, open an issue, and I'll answer whatever question you might have.