TooTallNate

Copy this file to: /Library/LaunchDaemons/fwd-80-to-3000.plist and then reboot:

$ sudo -s
$ curl -L https://gist.github.com/TooTallNate/3372589/raw/ace6451e9e47f59550f12d09cb924a64531cfd1f/fwd-80-to-3000.plist > /Library/LaunchDaemons/fwd-80-to-3000.plist
$ reboot

dominictarr

Evolution of Cooporation

Robert Axelrod; William D. Hamilton http://citeseer.ist.psu.edu/viewdoc/download?doi=10.1.1.147.9644&rep=rep1&type=pdf

Great paper on Iterated Prisoners Delimma. Many citations of biological research. Shows that Tit4Tat is dominant strategy and gives parameters in which t4t players become dominant agaisnt allD.

The PageRank Citation Ranking: bringing order to the web.

max-mapper

for ubuntu, to set up a dynamic dns service that tells you what the external ip of some machine is

• npm install dat lil-pids run-every add-to-systemd -g
• mkdir ipdat; cd ipdat; dat create; cd ..;
• edit file services with this:

cd ipdat && dat sync
cd ipdat && run-every 3600 curl ipinfo.io/ip > ip.txt

fritzy

SELECT json_build_object(
  'total', (SELECT n_live_tup FROM pg_stat_user_tables WHERE relname='sometable'),
  'count', count(sometable_rows.*),
  'offset', 0,
  'results', json_agg(row_to_json(sometable_rows))
)
FROM (SELECT * FROM sometable
ORDER BY "time"
LIMIT 10 OFFSET 0)
sometable_rows;

mattsears

Gittr.rb

Git as a key-value store! Build with Grit, it supports SET, GET, KEYS, and DELETE operations. In addition, we can also get the change history of key/values.

And since it's Git, we can easily enhance it to include other awesome Git features such as branches, diffs, reverting, and more!

Example:

entrity

### MARKHAM'S NOTES:

# This Makefile includes the Arduino core sources. (Set ARDDIR here:)
ARDDIR 				= /d/arduino

# You should build a tiny Makefile for each of your projects and just declare a few
# things in it, then include this Makefile in it. Your Makefile should be in the same
# directory as your TARGET file (see below).
#
# Exemplia gratia:

max-mapper

# create a tinycorelinux fs with custom .tcz packages
# prerequisites: apt-get install squashfs-tools, npm i nugget -g

# dl release + packages (add your packages here)
nugget http://tinycorelinux.net/6.x/x86/release/TinyCore-current.iso http://tinycorelinux.net/6.x/x86/tcz/{nodejs,fuse,openssl-1.0.1,python,pkg-config,make,gcc,cloog,isl,gmp,mpfr,binutils,mpc,gcc_base-dev,gcc_libs-dev,gcc_libs,glibc_base-dev,linux-3.16.2_api_headers}.tcz -c

# node (add your packages here)
unsquashfs -f nodejs.tcz
unsquashfs -f openssl-1.0.1.tcz

zacstewart

import os
import numpy
from pandas import DataFrame
from sklearn.feature_extraction.text import CountVectorizer
from sklearn.naive_bayes import MultinomialNB
from sklearn.pipeline import Pipeline
from sklearn.cross_validation import KFold
from sklearn.metrics import confusion_matrix, f1_score

NEWLINE = '\n'

dominictarr

Tahoe LAFS

Tahoe LAFS is a distributed file system with an interesting permissions model. (whitepaper) Both Immutable and Mutable files are supported (Mutable is the most complex and interesting) There are three levels of permissions, Write, Read, and Verify. Each permission is granted by giving a user a special key called a "capability". If you have the Write capability you can update the file, if you have the Read capability you can retrieve the plain text, but if you only have the Verify capability you can only validate the file integrity, but not read the contents.

The lower level capabilities are generated deterministically from the higher level capabilites.

danackerson

# using such a setup requires `apt-get install lua-nginx-redis` under Ubuntu Trusty
# more info @ http://wiki.nginx.org/HttpLuaModule#access_by_lua

http {
  lua_package_path "/etc/nginx/include.d/?.lua;;";
  lua_socket_pool_size 100;
  lua_socket_connect_timeout 10ms;
  lua_socket_read_timeout 10ms;
  
  server {