fortruce

var Promise = require('bluebird');

function Micro (id) {
  this.id = id;
}

Micro.prototype.connect = function () {
  return new Promise(function (fulfill, reject) {
    setTimeout(function() {
      if (Math.random() > 0.5)

fortruce

BluebirdMikrotik.prototype.connect = function  () {
  var p = new Promise.defer();
  //console.log('intentando conexion')
  this.api.connect(function(c) {
    console.log(c)
    this.con=c
    console.log('.')
    console.log(this.con)
    p.resolve()
  }.bind(this));                          //*********************** BIND

fortruce

var Promise = require('bluebird')
var Api = require('mikronode');
var colors = require('colors')
var con, api

var BluebirdMikrotik = function(a,debug){
 console.log(a)
 this.api = new Api(a.host,a.user,a.password);
}

fortruce

import matplotlib.pyplot as plt
import matplotlib.animation as anim
from collections import deque
import random

MAX_X = 100   #width of graph
MAX_Y = 1000  #height of graph

# intialize line to horizontal line on 0
line = deque([0.0]*MAX_X, maxlen=MAX_X)

fortruce

;; This is a weird LightTable REPL session trying to understand how to actually use the concepts outlined
;; in http://thinkrelevance.com/blog/2013/06/04/clojure-workflow-reloaded and the related talk he gave at
;; Clojure West.
;; The following code does NOT make sense when run in order as I was evaluating things on the fly with LightTable.

(defn system []
  {:db {:conn nil
        :collection "collection"}})
  
(defn start [system]

fortruce

(defn pluralize
  "Takes an integer and a string and returns a string of '%d %s' where %s is pluralized based on %d.
  Assumes x >= 1 and s is singular."
  ([x s] (pluralize x s nil))
  ([x s ss]
   (format "%d %s" x 
           (if (= 1 x) s
             (or ss (condp re-matches s
                      #".*(x|[^aeiou]o|ch|s)" (str s "es")
                      #".*[^aeiou]y" (str (apply str (drop-last s)) "ies")