M B m-bartlett

Generate animated frames of a hyperbolic tree of life. See the --help output for info on using ffmpeg to also generate a video file from the resulting rendered frames.

SnapSHAt

This tool uses the existing Python standard library as of 3.11, no external dependencies are needed.

Note

When I was initially began writing this tool I was using SHA256 to compute file hashes but later found empirically that BLAKE2 was considerably faster, and since filesystems can easily exceed millions of files to hash it was a significant speedup to change the hashing algorithm. However, I still feel this pun encapsulates the essence of the tool and couldn't think of a better name.

Features

Stores unique file contents in a "blob cache" where the content files are renamed after the hash of their contents (this is similar to how git stores files).
Hardlinks files to these hashed blobs. The usefulness of this comes with subsequent snapshots, where presumably the majority of your filesystem is unchanged. Unchanged files will produce the same hash, and therefore can be hardlinked once again to the same blob which reuses the storage in the blob instead of creating a redundant copy o

	#!/usr/bin/env bash
	declare $(xdotool getmouselocation --shell)
	declare _X=$X _Y=$Y
	declare $(xdotool getwindowgeometry --shell $(xdotool search --class nm-applet \| tail -1))
	xdotool \
	mousemove $X $Y \
	mousemove_relative 7 7 \
	click 1 \
	mousemove $_X $_Y

	import sys
	import termios
	import atexit

	def password_input(prompt="Enter password: "):
	fd = sys.stdin.fileno()
	iflag, oflag, cflag, lflag, ispeed, ospeed, cc = termios.tcgetattr(fd)
	def _restore_tty():
	termios.tcsetattr(fd, termios.TCSANOW, [iflag,oflag,cflag,lflag\|termios.ECHO\|termios.ICANON,ispeed,ospeed,cc])
	atexit.register(_restore_tty) # restore tty on unexpected exit

	#!/usr/bin/env bash

	# Usage:
	# Multiple args: $ youtube-playlist https://youtu.be/############ https://youtu.be/############ ...
	# Single delimited arg: $ youtube-playlist 'https://youtu.be/############ https://youtu.be/############ ...'


	youtube-playlist() {
	local urls=( $(IFS=$'\n'; <<<"$" grep -o 'v=.' \| cut -f 2 -d=) )
	local comma_separated="$(IFS=,; echo "${urls[*]}")"

	#!/usr/bin/env python3
	import i3ipc
	from time import sleep

	DROPDOWN_IDENTIFIER = "dropdown"
	DROPDOWN_CHILD_IDENTIFIER = "dropdownchild"
	INITIAL_TERMINAL_QUANTITY = 3
	TERMINAL_COMMAND = f"terminal -n {DROPDOWN_CHILD_IDENTIFIER}"
	HEIGHT_PERCENTAGE = 39
	FRAME_STEP = 20

	#!/usr/bin/env python
	import i3ipc
	import subprocess
	import json

	def node_contains_point(node, x, y):
	"""Determine if the given point (x,y) is contained by the given node's boundary"""
	r = node.rect
	return all((x > r.x,
	x < (r.x + r.width),

	// Copied and minified from https://gist.github.com/JamieMason/c43e7ee1d078fc63e7c0f15746845c2e

	console.log([].map.call(document.querySelectorAll('.anchor'), function(el) {var indents = ' '.repeat(parseFloat(el.parentNode.nodeName.charAt(1)) - 1);var label = el.parentNode.innerText;var link = el.getAttribute('href');return `${indents}* [${label}](${link})`}).join('\n'))