steinnes

A simple way to test this is to run wait_for_port.sh against localhost on a random unused port:

$ .ci/wait_for_port.sh localhost 12345
.....

Then in another shell, listen on that port:

$ nc -l 12345

steinnes

import sys

UTF8Writer = codecs.getwriter('utf8')

class SafeStdoutWriter(UTF8Writer):
    """ A safe stdout writer class which expects to output only unicode string objects
    but if it encounters a decoding error (because the given string is not unicode but
    a normal 'str') it will attempt to convert it to unicode and try again.  If that
    conversion fails we fall back to decoding iso-8859-1 which is the default codec
    the CSVOutput writer uses.

steinnes

Keybase proof

I hereby claim:

• I am steinnes on github.
• I am steinnes (https://keybase.io/steinnes) on keybase.
• I have a public key ASBhjE9xWeYPkNk07XoFpdyknK8dxarE3VhcJ6VQbFwQjQo

To claim this, I am signing this object:

steinnes

# This is a list of Circle CI environment variables, pulled on Feb 9th 2017 @ 00:10
# This can be useful for example when running tests inside a docker and you wish to
# pass environment variables into the docker via docker-compose.  That's why I made
# this list by starting a build with SSH enabled, and executing:
#
# ubuntu@box103:~$ env|grep ^CI|cut -d\= -f1|sort -u

CI
CI_PULL_REQUEST
CI_PULL_REQUESTS

steinnes

user www-data;
worker_processes auto;
pid /run/nginx.pid;

events {
	worker_connections 768;
	# multi_accept on;
}

steinnes

import threading
import time

from functools import wraps

FN_LOCKS = {}

class Lock(object):
    def __init__(self, func_id):
        global FN_LOCKS

steinnes

import time

timings = (
    (1, 'up'),
    (2, 'down'),
    (7, 'up'),
    (8, 'down'),
    (13, 'up'),
    (14, 'down'),
    (19, 'up'),

steinnes

container_commands:
    01setup_swap:
        command: "bash .ebextensions/setup_swap.sh"

steinnes

#!/bin/bash

SWAPFILE=/var/swapfile
SWAP_MEGABYTES=2048

if [ -f $SWAPFILE ]; then
	echo "Swapfile $SWAPFILE found, assuming already setup"
	exit;
fi

steinnes

def human_time_string(delta):
    '''
    Return a nice human readable "X days[, Y hours [and Y minutes]]" string
    for a given datetime.timedelta
    '''
    minutes = delta.seconds // 60
    hours = delta.seconds // 3600
    minutes -= hours * 60  # subtract hours
    days = delta.days