dualbus

#!/bin/bash

python -c '
import sys
x = sys.stdin.readlines()
try:
    print(x[0].decode("utf-8"))
except Exception as e:
    print(repr(e.object))
' <<< $'\xed'

dualbus

     11 bash: 2
      8 dash: 0
      3 dash: 3
     10 jsh: 0
      1 jsh: 3
     11 ksh: 3
     11 mksh: 0
     11 zsh: 2

dualbus

Relevant section from ''man bash'', SIGNALS:

> The  shell exits by default upon receipt of a SIGHUP.  Before exiting, an interactive shell resends the SIGHUP to all jobs,
> running or stopped.  Stopped jobs are sent SIGCONT to ensure that they receive the SIGHUP.  To prevent the shell from send‐
> ing  the  signal  to  a particular job, it should be removed from the jobs table with the disown builtin (see SHELL BUILTIN
> COMMANDS below) or marked to not receive SIGHUP using disown -h.
> 
> If the huponexit shell option has been set with shopt, bash sends a SIGHUP to all jobs  when  an  interactive  login  shell
> exits.

dualbus

#!/bin/sh
ip -o addr \
  | awk '
$2 ~ /:$/ {
  i=$2;
  sub(/:$/,"",i);
  status[i]=$9
}

$3 == "inet" {

dualbus

// Input jobs
var jobs = [
  {'hash': 'abc', 'initial':   0, 'final':  99},
  {'hash': 'abc', 'initial': 100, 'final': 199},
  {'hash': 'abc', 'initial': 200, 'final': 299},
  ...,
];

// Task definition
var task = function(description) {

dualbus

#!/usr/bin/env python

from zipfile import ZipFile
from os import walk
from os.path import isfile, isdir, join

class Zipper(object):
    _class = ZipFile
    def __init__(self, zip_file, recurse=False):
        self._zip = self._class(zip_file, 'w')

dualbus

#!/bin/bash


shopt -s extglob



function isValidIdentifier {
  typeset identifier=$1 identifierPattern='+([[:alpha:]_])+([[:alnum:]_])'

dualbus

$ js wat.js 
2
0
11
0
11
0
1
1
1

dualbus

package main

import (
  "os"
  "strconv"
)

func fibonacci(n int) uint64 {
  if n > 0 {
    return fibonacci(n - 1) * uint64(n);

dualbus

#!/usr/bin/awk -f

function sqlite_escape(v) {
  gsub(/'/, "''", v);
  return v;
}

function process_line(_F, _NF) {
  print "1:", _F[1];
  print "second to last:", _F[_NF - 1];