rfk

import time
import os
import cPickle as pickle
import cjson
import ujson
import tnetstring


cjson.dumps = cjson.encode
cjson.loads = cjson.decode

rfk

# Each application has some credentials identifing it
# as an authorized application.  They are the same for
# all requests.
store = Sauropod("https://sauropod.mozilla.com",
                 "MY APPLICATION ID",
                 "MY APPLICATION PRIVATE KEY")

# You always interact with the store as a particular user.
# Provide credentials to start a session.
# They might be a BrowserID, a "super-credential", whatever.

rfk

/* 
 * A silly little test program involving switches, loops, and gotos.
 * It's designed to emulate the kind of spaghetti-goto code produced by
 * PyPy for its bytecode interpretation loop.
 *
 * This program takes a string as command-line argument, counts the number
 * of zeros in the string, checks for the presence of the digits 1 through 4,
 * and prints its findings to stdout.  Example:
 *
 *   $> js test_degenerate_switch.js 00203

rfk

/* 
 * A silly little test program involving switches, loops, and gotos.
 * It's designed to emulate the kind of spaghetti-goto code produced by
 * PyPy for its bytecode interpretation loop.
 *
 * This program takes a string as command-line argument, counts the number
 * of zeros in the string, checks for the presence of the digits 1 through 4,
 * and prints its findings to stdout.  Example:
 *
 *   $> js test_degenerate_switch.js 00203

rfk

import sys
import base64
import getpass
import hashlib
import urllib2
import optparse

import requests

rfk

import sys
import base64
import getpass
import hashlib
import urllib2
import optparse

import requests

rfk

Keybase proof

I hereby claim:

• I am rfk on github.
• I am rfkelly (https://keybase.io/rfkelly) on keybase.
• I have a public key whose fingerprint is E071 C568 AFF3 039C 47A1 EDC7 21CC 6BCE C81C 03C9

To claim this, I am signing this object:

rfk

MariaDB [weave0]> EXPLAIN SELECT * FROM bso0 WHERE ttl < (UNIX_TIMESTAMP() - 1000) ORDER BY ttl LIMIT 10000;
+------+-------------+-------+-------+---------------+-------------+---------+------+------+-------------+
| id   | select_type | table | type  | possible_keys | key         | key_len | ref  | rows | Extra       |
+------+-------------+-------+-------+---------------+-------------+---------+------+------+-------------+
|    1 | SIMPLE      | bso0  | range | bso_ttl_idx   | bso_ttl_idx | 4       | NULL |    5 | Using where |
+------+-------------+-------+-------+---------------+-------------+---------+------+------+-------------+
1 row in set (0.00 sec)

MariaDB [weave0]>
MariaDB [weave0]> EXPLAIN SELECT * FROM batch_upload_items0 WHERE batch < (UNIX_TIMESTAMP() - 1000) * 1000 ORDER BY batch LIMIT 100000;

rfk

#
#  This is a little script to populate Firefox Sync with
#  fake password records.  Use it like so:
#
#    $> pip install PyFxA syncclient cryptography
#    $> python ./upload_fake_passwords.py 20
#
#  It will prompt for your Firefox Account email address and
#  password, generate and upload 20 fake password records, then
#  sync down and print all password records stored in sync.

rfk

#
#  To run this script, you'll need to install some dependencies:
#
#    $> pip instal hkdf jwcrypto crockford
#
#  Then you can run it without arguments, and it will print out
#  a series of test vectors for checking compatibility of other
#  implementations of Recovery Keys.
#
#    $> python ./recovery_key_test_vectors.py