bacalj

{
  "rowMap": {
    "B0rVs5_fa3cLYNH_": {
      "id": "B0rVs5_fa3cLYNH_",
      "isSectionHeader": true,
      "sectionId": "start",
      "tiles": []
    },
    "GTGXP-3bG7lQpFmt": {
      "id": "GTGXP-3bG7lQpFmt",

bacalj

Run Moodle Locally with Lando

Moodle: https://moodle.org/ Lando: https://docs.devwithlando.io/ Docker: https://docs.docker.com/

---

1. Run docker on your machine. I use the "Docker for Mac" desktop app.

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

  /*
  * ----------------------------------------------------------------------------------------------------
  * Muscle SpikerShield Arduino UNO Code for Interface with Dataflow
  * This code is up to date for use with the "Claw Pro R3"
  *
  * This sketch allows for two way communication between Concord Consortium's Dataflow Tile and
  * Backyard Brains' Muscle Spiker Shield & associated hardware.
  *
  * Based on original script by Backyard Brains 2015, by Marcio Amorim and Stanislav Mircic
  * Adapted by Concord Consortium, 2023.

bacalj

/*
  * ----------------------------------------------------------------------------------------------------
  * THIS IS FOR THE 2022 Version of the Gripper
  *
  * Muscle SpikerShield Arduino UNO Code for Interface with Dataflow
  *
  * This sketch allows for two way communication between Concord Consortium's Dataflow Tile and
  * Backyard Brains' Muscle Spiker Shield & associated hardware.
  *
  * Based on original script by Backyard Brains 2015, by Marcio Amorim and Stanislav Mircic

bacalj

  /*
  * ----------------------------------------------------------------------------------------------------
  * THIS IS FOR THE 2023 Version of the Gripper
  *
  * Muscle SpikerShield Arduino UNO Code for Interface with Dataflow
  *
  * This sketch allows for two way communication between Concord Consortium's Dataflow Tile and
  * Backyard Brains' Muscle Spiker Shield & associated hardware.
  *
  * Based on original script by Backyard Brains 2015, by Marcio Amorim and Stanislav Mircic

bacalj

  /*
  * ----------------------------------------------------------------------------------------------------
  * THIS IS FOR THE 2022 Version of the Gripper
  *
  * Muscle SpikerShield Arduino UNO Code for Interface with Dataflow
  *
  * This sketch allows for two way communication between Concord Consortium's Dataflow Tile and
  * Backyard Brains' Muscle Spiker Shield & associated hardware.
  *
  * Based on original script by Backyard Brains 2015, by Marcio Amorim and Stanislav Mircic

bacalj

  /*
  * ----------------------------------------------------------------------------------------------------
  * Muscle SpikerShield Arduino UNO Code for Interface with Dataflow
  *
  * This sketch allows for two way communication between Concord Consortium's Dataflow Tile and
  * Backyard Brains' Muscle Spiker Shield & associated hardware.  The FSR and EMG sensor pins are set
  * to match the 2023 Gripper/Shield combination. 
  *
  * Based on original script by Backyard Brains 2015, by Marcio Amorim and Stanislav Mircic
  * Adapted by Concord Consortium, 2023.

bacalj

   private tick = () => {
    const {tileModel, playBackIndex, isPlaying} = this.props;
    const dataSet = tileModel.dataSet;
    const now = Date.now();
    this.setState({lastIntervalDuration: now - this.lastIntervalTime});
    this.lastIntervalTime = now;

    const isCleared = this.props.programRecordState === 0;
    const isRecording = this.props.programRecordState === 1;
    const isRecorded = this.props.programRecordState === 2;

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)