damienrg

#!/usr/bin/env bash

# Allow multiple hooks.
#
# To use it copy this script with executable permission in ".git/hooks/hook-name"
# where hook-name is the name of the hook (see man githooks to know available hooks).
# Then place your scripts with executable permission in ".git/hooks/hook-name.d/".

hook_type=${BASH_SOURCE##*/}

lypanov

require "json"
require "pp"

state = false
references_raw, content = *(`elinks -dump /tmp/dump4`.lines.partition { |line| state = true if line == "References\n" ; state } )
content_began, delayed_link = false, nil
references = references_raw.inject({}) do |hsh, line|
	if line =~ /Visible links$/
		content_began = true
		next hsh

abbbi

#!/usr/bin/env python3
#
# Building a tar file chunk-by-chunk.
#
# This is a quick bit of sample code for streaming data to a tar file,
# building it piece-by-piece. The tarfile is built on-the-fly and streamed
# back out. This is useful for web applications that need to dynamically
# build a tar file without swamping the server.
import os
import sys

nielsvanvelzen

Jellyfin API Authorization

To start using the Jellyfin API, authorization is probably the first thing you'll need to do. Jellyfin's authorization options can be a bit confusing because there are a lot of deprecated options.

Generally there are three ways to authenticate: no authorization, user authorization with an access token or authorization with an API key. The first way is easy, just do nothing. But most often you'll need to use either the access token or API key.

Sending authorization values

There are multiple methods for transmitting authorization values, however, some are outdated and scheduled to be removed. It's recommend to use the Authorization header. If header auth isn't an option, the token may be sent through the ApiKey query parameter. Sending secure data in a query parameter is unsafe as the changes of it leaking (via logs, copy-paste actions or by other means) are high. Only use this method as a last resort.

paniq

# evolutionary algorithm vs algorithm with a first derivative

from math import *
import random

"""
1. Generate the initial population of individuals randomly. (First generation)

2. Evaluate the fitness of each individual in the population (time limit, sufficient fitness achieved, etc.)
3. Select the fittest individuals for reproduction. (Parents)