jul

#!/usr/bin/env python
# requires pip install multipart
import multipart
from wsgiref.simple_server import make_server
from json import dumps
from urllib.parse import parse_qsl
# require pip install confined my OWN FORTH BASED templating SYNTAX
from confined import templatize

class e: a=0

jul

import multipart
from wsgiref.simple_server import make_server
from json import dumps
from urllib.parse import parse_qsl


import logging

def simple_app(environ, start_response):
    fo,fi=multipart.parse_form_data(environ)

jul

#!/usr/bin/env bash
# author julien@tayon.net
# licence WTFPL2.0
WORKDIR=./__
WVENVDIR=todel
GRUIK=
PYTHON=
export WVENVDIR
UPGRADE_PIP=hygien
TO_KEEP_OR_NOT_TO_KEEP="DONT_KEEP"

jul

#!/usr/bin/env python3
from requests import get
import re
'''
sometimes, you want a minimalistic magic number detection for simple file types.
Like for instance, you scrap the web and you don't trust the web server when returning the mime type
(actually happened to me on bilbliothèque nationale de france more than once)
So, yo want to make sure that for instance, the returned content is atcually a jpeg, and you may not be
on a unix OS with libmagic and you may not want to add dependencies and ...
just comparing 3 bytes in a row in a raw byte stream is not THAT hard

jul

#!/usr/bin/env bash
export LANG=C

redadd() { python3 -c '(s,d,r)=(__import__("sys"),__import__("archery").mdict,__import__("functools").reduce);print(sorted(r(d.__add__,(d({l[:-1]:1}) for l in s.stdin.readlines())).items(),key=lambda k:k[1],reverse=True)[:10])' ; }
red() { python3 -c '(s,d,r)=(__import__("sys"),__import__("archery").mdict,__import__("functools").reduce);print(sorted(r(d.__radd__,(d({l[:-1]:1}) for l in s.stdin.readlines())).items(),key=lambda k:k[1],reverse=True)[:10])' ; }
function count() { python3 -c'(s,d)=(__import__("sys"),__import__("archery").mdict);print(sorted(sum((d({l[:-1]:1}) for l in s.stdin.readlines()),{}).items(),key=lambda k:k[1],reverse=True)[:10])'; }
cfl() { python3 -c'(s,t,d,f)=(__import__("sys"),__import__("tld"),__import__("archery").mdict,lambda l:t.get_fld(l[:-1],fix_protocol=True,fail_silently=True));print(sorted(sum((d({f(l):1}) for l in s.stdin.readlines()),{}).items(),key=lambda k:k[1],reverse=True)[:10])'; }
test_time() {
    func="$1"
    TIMEFORMAT="%U"

jul

#!/bin/bash
set -e

# specs for virtual machine 
declare -A VMACHINE=( [RAM]=1g [CPU]=1 )
# you can override them by redifining them in this file
[ -e specs.sh ] && source ./specs.sh

LOCATION=$(pwd)
ARCH=amd64

jul

import PySimpleGUI as sg
from operator import itemgetter
### uitliser ipython -i argv[0] pour être en interactif et faire joujou
can = sg.Canvas(size=(1412,998))
status=sg.Text('status')
win = sg.Window("titre",[[can,],[status,],], finalize=True)
c = can.TKCanvas
from time import sleep, time
from random import randint
from os import system

jul

import PySimpleGUI as sg
from operator import itemgetter
### uitliser ipython -i argv[0] pour être en interactif et faire joujou
can = sg.Canvas(size=(400,600))
status=sg.Text('status')
win = sg.Window("titre",[[can,],[status,],], finalize=True)
c = can.TKCanvas
from time import sleep
SZ=50

jul

import PySimpleGUI as sg
### uitliser ipython -i argv[0] pour être en interactif et faire joujou
can = sg.Canvas(size=(400,600))
win = sg.Window("titre",[[can,],],finalize=True)
c = can.TKCanvas
from time import sleep
SZ=50

ORD=1
def save(canvas, name="save"):

jul

import PySimpleGUI as sg
### uitliser ipython -i argv[0] pour être en interactif et faire joujou
can = sg.Canvas(size=(400,600))
win = sg.Window("titre",[[can,],],finalize=True)
c = can.TKCanvas
SZ=50

def tr(x,y, up=1,**kw):
    """ créer un triangle équilatéral centré en x,y avec une homothétie /
    symmétrie sur l'axe des y (up / down) exprimée en coordonnées