SteveDaulton

#!/usr/bin/env python3
# -*- coding: utf-8 -*-

"""Automate Audacity via mod-script-pipe.

Pipe Client may be used as a command-line script to send commands to
Audacity via the mod-script-pipe interface, or loaded as a module.
Requires Python 3.
(Python 2.7 is now obsolete, so no longer supported)

asterite

def affected_files(file, dependencies)
  tracked_files = Set(String).new
  track(file, dependencies, tracked_files)
  tracked_files
end

def track(file, dependencies, tracked_files)
  return unless tracked_files.add?(file)

  dependencies[file].each do |to|

LintaoAmons

# ... your other config

bind-key -n M-3 run-shell 'toggle-tmux-popup'
# you can switch `M-3` to any keybindings you like.

columbarius

#!/bin/sh

pw-dump | jq -r '[.[] | select(.info.props."node.name" | IN("firefox","gnome-shell","kwin_wayland","obs","xdg-desktop-portal-wlr","xdp-screencast.py")) | .id] as $pw_node_ids | [ .[] | select(.info.props."node.id" | IN($pw_node_ids[])) | .id ] as $pw_port_ids | .[] | select(.id | IN(($pw_node_ids + $pw_port_ids)[]))'

tkuhn

Welcome to the New Era of Scientific Publishing

— by Tobias Kuhn, 4 April 2022; reporting on work with Cristina Bucur, Davide Ceolin, and Jacco van Ossenbruggen [1,2] —

I believe we have made the first steps venturing into a new era of scientific publishing. Let me explain. [Update: At what point exactly a new era begins and what counts as first steps are of course subject to debate. I therefore added a section on related initiatives and further reading below.]

Science is nowadays communicated in a digital manner through the internet. We essentially have a kind of "scientific knowledge cloud", where researchers with the help of publishers upload their latest findings in the form of scientific articles, and where everybody who is interested can access and retrieve these findings. (This is in fact only true for articles that are published as Open Access, but that is not the point here.)

cisert

import py3Dmol
from rdkit import Chem

def draw_mol_with_highlights(mol, hit_ats, style=None):
    """Draw molecule in 3D with highlighted atoms. 

    Parameters
    ----------
    mol : RDKit molecule
    hit_ats : tuple of tuples

nerdinand

FROM ruby:3.1

# throw errors if Gemfile has been modified since Gemfile.lock
RUN bundle config --global frozen 1

WORKDIR /usr/src/app

COPY Gemfile Gemfile.lock ./
RUN bundle install

4abhinavjain

# should works on any cloud-init enabled hypervisor (openstack.. )

# start from a normal ubuntu 20.04 install as minimal was not available for ARM64
# Since ARM64 machines has higher RAM, Shrinking is desired but not necessary. Instead we will increase tmpfs to 1700MB

# Getting root (if sudo -i doesn't work then set a root password beforehand using 'sudo passwd root'

sudo -i

# make sure we are on the highest kernel, so we can delete all the others ...

asterite

require "benchmark"

module Parser(T)
  def self.char(a : Char)
    CharParser.new(a)
  end

  def self.int
    IntParser.new
  end

mattmc3

# Manual opt parsing example
#
# Features:
# - supports short and long flags (ie: -v|--verbose)
# - supports short and long key/value options (ie: -f <file> | --filename <file>)
# - supports short and long key/value options with equals assignment (ie: -f=<file> | --filename=<file>)
# - does NOT support short option chaining (ie: -vh)
# - everything after -- is positional even if it looks like an option (ie: -f)
# - once we hit an arg that isn't an option flag, everything after that is considered positional
function optparsing_demo() {