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ansible-best-practises

A project structure that outlines some best practises of how to use ansible

array-mixer

Powerful, super tiny and easy to use lib to reorder your javascript arrays.

autocompleteengine

bbr-replication

canary-automation

Tutorial using Cumulus and Ansible to demonstrate the concept of Canarying configuration changes in network automation

cldemo-roh-ansible

Cumulus Networks Routing on the Host with Ansible Demo

cldemo-vagrant

Vagrantfile used to provision the Cumulus Demo Reference Topology

compinvesting

cryptocurrency_arbitrage

Automated Trading program that detects pairwise and triangular arbitrage opportunities on altcoin/bitcoin exchanges

devenv

This repo aims to centralize developer environment efforts

dotfiles

My configuration. Minimalist, but helps save a few thousand keystrokes a day.

gtthreads

localbtc_crawler

Localbitcoins.com Crawler

lterm

Online bash terminal(emulator) tutorial. A step by step tutorial for the bash shell.

mac-dev-playbook

Mac setup and configuration via Ansible.

mgt-4067

In this repo I create jupyter notebook examples for the gatech MGT-4067 class: Fncl Mkts Trading&Struct

mininet

Emulator for rapid prototyping of Software Defined Networks

napalm-ansible

oftest

OpenFlow Switch Test Framework

onos

Open Network Operating System

onos-byon

Build Your Own Network: ONOS Tutorial application for creating virtual networks

onossystemtest

Open Networking Lab Test Repository

quagga-net

Playing with Quagga and Mininet

readme-best-practices

Best practices for writing a README for your open source project

release-based-workflow

release-it

Automate the tedious tasks of software releases. Happily release and publish your Git repositories, npm packages, GitHub & GitLab releases, changelogs, and much more!

rpi2-nginx-cluster

rtd-tutorial

ryu

Ryu component-based software defined networking framework

ryu-of13-metering

This project is a system to reinforce bandwidth limits and data volume constraints through metering capabilities of OpenFlow 1.3. The application controls the network dynamically according to a network database, where the allowed users and their respective speed and data volume limits are set. These architecture allows the easy implementation o a Bandwidth-on-Demand scheme.