magnatronus

/// Demo of using the oscilloscope package
/// This uses the output from the Acceleromter on a device 

import 'package:flutter/material.dart';
import 'package:oscilloscope/oscilloscope.dart';
import 'package:sensors/sensors.dart';


void main() => runApp(new MyApp());

magnatronus

/// This gist assumes that Flutter Blue (https://github.com/pauldemarco/flutter_blue) is used to connect to a BBC Micro:bit 
/// and is listening to the [device.onValueChanged] for the correct characteristic ("E95DCA4B-251D-470A-A062FA1922DFA9A8")
///
/// this will be something similar to
///
/// device.onValueChanged( (accChar).listen( (value){ convertRawData(value)}));
///
/// the 'raw' listen value is a List<int> of length 6 this needs to be converted into the X,Y and Z values from the 
/// accelerometer and is done with the function below
///

magnatronus

void main() {
	List myList = List();
	myList.add({'title' :"Chocolate", 'isFavorite': true});
	myList.add({'title' :"Cucumber", 'isFavorite': false});

	myList.forEach( (item) {
 	print('${item['title']} ${(item['isFavorite'])?"is my favourite": "is not my favourite"}');
	});
}

magnatronus

{
  "name": "erbium",
  "version": "1.0.0",
  "description": "Erbium ES6 framework for Titanium Development",
  "project" :{
    "name": "",
    "theme": ""
  },
  "ti" :{
    "appId": "uk.spiralarm.",

magnatronus

/**
 * Testing Hyperloop in Erbium ES6 franework
 *
 *  This uses the Hyperloop example from the Axway blog post
 *  https://www.appcelerator.com/blog/2016/08/hyperloop-working-with-native-controls-in-ios/
 *
 * But it has been updated to use ES6
 * 28 July 2017
 */
import UIButton from 'UIKit/UIButton';

magnatronus

import React, { Component, Globals } from '/libs/erbium';
import { View, Image, Label, TableView, TableViewSection, TableViewRow } from '/libs/erbium-ui';
import Theme from '/themes/ThemeOne';
import WeatherAPI from '/components/WeatherAPI';
import moment from '/libs/moment';

class ForecastList extends Component {

  componentWillMount(){
      this.api = new WeatherAPI();