bacalj

Notes

1. Make the app

$ mix phx.new blogfour
$ cd blogfour
$ mix ecto.create
$ mix phx.server

bacalj

/* grab objects for data, template, and target folder */
MY_VALUES = SpreadsheetApp.getActiveSpreadsheet().getRange('replace_this_string_with_range_in_A1_notation').getValues();
MY_TEMPLATE = DriveApp.getFileById('replace_this_string_with_fileid');
MY_FOLDER = DriveApp.getFolderById('replace_this_string_with_folderid');

/* timestamp function */
function niceStamp(){
  return Utilities.formatDate(new Date(), "GMT-4", "MM-dd-yy ' at ' HH:mm:ss ");
}

bacalj

GRWqNGj

A Pen by Joseph Bacal on CodePen.

License.

bacalj

export default {
  name: 'author',
  title: 'Author',
  type: 'document',
  fields: [
    {
      name: 'name',
      title: 'Name',
      type: 'string',
    },

bacalj

const process = require('process')

const sanityClient = require('@sanity/client')

// You will need to configure environment variables for Sanity.io project id,
// dataset name, and a token with write access. The variables are named
//
// SANITY_PROJECTID
// SANITY_DATASET
// SANITY_TOKEN

bacalj

// with thanks to https://github.com/Urigo/graphql-modules/blob/8cb2fd7d9938a856f83e4eee2081384533771904/website/lambda/contact.js
const process = require('process')
const { promisify } = require('util')

const sendMailLib = require('sendmail')

const { validateEmail, validateLength } = require('./validations')

const sendMail = promisify(sendMailLib())

bacalj

import { 
    getArtistIdMap,
    getFeedItems,
    createDocsFromItems
} from './artistUtils'

let artistIdsMap;
let feedItems;
let startingIndex;
let endingIndex;

bacalj

const fetch = require('node-fetch')

function deCloudinaried(url){
	const urlTokenized = url.split('/')
    	urlTokenized.splice(3,1)
    	const basicUrl = urlTokenized.join('/')
	return basicUrl
}

let urls = [

bacalj

#define NUM_LED 6  //sets the maximum numbers of LEDs
#define MAX 150     //maximum posible reading. TWEAK THIS VALUE!!
int reading[10];
int finalReading;
byte litLeds = 0;
byte multiplier = 1;
byte leds[] = {8, 9, 10, 11, 12, 13};

void setup(){
  Serial.begin(9600); //begin serial communications

bacalj

/**
 * micro:bit + Dataflow: "Listener Program"
 * 
 * This is the basic program for the micro:bit physically attached to the computer.
 * A companion program "Broadcaster Program" runs on the micro:bits not physically attached to the computer.
 * 
 * An alternative approach would use the same program on all microbits, with lots of mode-checking. 
 * This is here as a proof-of-concept 
 * 
 * [ A ] - mode 1 - "awake" : pass `name:value` rxed from from radio to serial (dataflow)