nicola

import psutil


def get_connections(p):
    try:
        return p.get_connections()
    except:
        return []

nicola

# Find open FirefoxOS connection open and listening for remote debugging

import psutil


def get_connections(p):
    try:
        return p.get_connections()
    except:
        return []

nicola

var discoverPorts = function (callback) {
	
	var ports = [];

	if (os == 'darwin') {
		var output = exec(LSOF_CMD, {silent: true}).output;
		var regex = /^b2g[-bin]?.*[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+:([0-9]*)/;
		var lines = output.split('\n');
		for (var line=0; line < lines.length; line++) {
			var matches = regex.exec(lines[line]);

nicola

var gulp = require('gulp');
var deploy = require('moz-deploy-b2g');
var reloadcss = require('moz-reloadcss-b2g');
var zip = require('gulp-zip');

var paths = {
  build: ['**/*.html', '**/*.properties', '**/*.js', '!**/node_modules/**/*'],
  css: ['**/*.css'],
};

nicola

node getAttachments.js | grep filename | sed "s/\ *filename:\ '~\(.*\),/'\/Users\/mozilla\1/" | sed 's/^/open\ /g'

nicola

This aims at visualizing Barclays bikes against the tube map

nicola

Visualizing empty and full Barclays' bikes stops

• Red is full (2 empty spaces left)
• Green is empty (2 bikes left)

nicola

See the tubemaps library

This is part of a set of visualisation that try to improve the Barclay's bike distribution in London. Visualizing the map of the London Tube is the first step to understand any correlation with bikes usage.

Aim

The technical aim I tried to achieve, is a very simple codebase that enables interaction (such as zooming) for later data analysis.

Inspiration

I have been using RandomETC's idea. However, in order to support scaling and to have a more structured code-base, most of the code has been re-written.

nicola

Showing how you can visualize tube closures with TubeMaps

nicola

Showing Voronoi with TubeMaps