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from __future__ import absolute_import, unicode_literals

from celery import current_app
from celery.bin import worker


if __name__ == '__main__':
    app = current_app._get_current_object()

    worker = worker.worker(app=app)

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var drivingSchedule = {};
var turnNumber = 0;
var MIN_VISITS_PER_VEHICLE = 1; // to keep everyone busy
var OPTIMIZE_EVERY_X_TURNS = 5;

var turn = function(vehicles, people, buildings) {
  'use strict';

  if(turnNumber % OPTIMIZE_EVERY_X_TURNS === 0 && turnNumber < 1000) {
    // Parse data to be suitable for Routific's API

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This is how I configured the deploy of my rails apps to AWS Elastic Beanstalk through CircleCI.

Configure Environments Variables

On Project Settings > Environment Variables add this keys:

• AWS_ACCESS_KEY_ID
• AWS_SECRET_ACCESS_KEY
  The aws user must have the right permissions. This can be hard, maybe, this can help you.

Create a bash script to create the eb config file

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Table Of Contents

• [Data Structures] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#data-structures)
• [Linked Lists] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#linked-lists)
• [Trees] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#trees)
  • [Binary Trees] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#binary-trees)
  • [Binary Search Tree] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#binary-search-tree)
  • [Red-Black Tree] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#red-black-tree)
  • [AVL Tree] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#avl-tree)
• [Tries] (https://gist.github.com/lawloretienne/6f7d7d92f72986f5ebd60f226d9044ee#tries)

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{
  "type": "service_account",
  "project_id": "max-v2",
  "private_key_id": "edb744c66db9f8cf0b2454aa3136fa09305c3230",
  "private_key": "-----BEGIN PRIVATE KEY-----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Serving Django and Twisted using HAproxy

Why?

Because we wanted to achive the following while developing a webapp using websockets:

Static serving (nginx), Django application (gunicorn) and Websockets service (twisted)

• on the same IP

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            let unassigned = realtime.unassigned.child(attrs.body.order_id)
            let assigned = realtime.assigned.child(attrs.body.order_id)

            unassigned.ref.once('value', (data) => {
                data = data.val()
                data['status'] = 'assigned'
                assigned.set(data, (error) => {
                    if (!error) {
                        let champion_ref = realtime.champions.child(attrs.body.champion_id + '/assigned/' + attrs.body.order_id)
                        champion_ref.set(data, (error) => {

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- What do Etcd, Consul, and Zookeeper do?
  - Service Registration:
    - Host, port number, and sometimes authentication credentials, protocols, versions
      numbers, and/or environment details.
  - Service Discovery:
    - Ability for client application to query the central registry to learn of service location.
  - Consistent and durable general-purpose K/V store across distributed system.
    - Some solutions support this better than others.
    - Based on Paxos or some derivative (i.e. Raft) algorithm to quickly converge to a consistent state.
    - Centralized locking can be based on this K/V store.

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.PHONY: all

assets:
	gsutil -m rsync -R <public_dir>/ gs://<bucket_id>/<public_dir>


worker:
	gcloud app deploy worker.yaml --stop-previous-version --verbosity=info --promote --project=<project_id>

web:

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# Deploy to AWS using docker-machine and docker-compose

## 1. Prepare your machine

Please follow this steps:

1.1 Install docker in your localhost. [Installation link](https://docs.docker.com/engine/installation/)
1.2 Install docker-machine in your localhost. [Installation link](https://docs.docker.com/compose/install/)
1.3 Install docker-compose in your localhost. [Installation link](https://docs.docker.com/machine/install-machine/)
1.4 Create an account in AWS (skip this step if you already have one). [AWS](https://aws.amazon.com/)