t3db0t

// constants won't change. They're used here to set pin numbers:
const int motorPin = 4;

// int high_in_millisecond = 50;  // how long 5V is sent (in ms)
// int low_in_millisecond = 500; // how long 0V is sent (in ms)

// variables will change:
// int motorState = LOW;
//int ledState = HIGH;
int switchPin = 8;

t3db0t

[{
    "title": "Pilgrims travel to the healing temples of Asclepieion ",
    "start":
    {
        "$date": "-000300-01-01T05:00:00.000Z"
    }
}]

t3db0t

const Redis = require("ioredis");

const redisOpts = {
  port: 6379,
  host: "127.0.0.1"
};
var _redis = new Redis(redisOpts);

var blacklist = [];

t3db0t

var supercrawler = require("supercrawler");

// 1. Create a new instance of the Crawler object, providing configuration
// details. Note that configuration cannot be changed after the object is
// created.
var crawler = new supercrawler.Crawler({
  // By default, Supercrawler uses a simple FIFO queue, which doesn't support
  // retries or memory of crawl state. For any non-trivial crawl, you should
  // create a database. Provide your database config to the constructor of
  // DbUrlList.

t3db0t

TL;DR: JIRA is the salesforce of project management: slow, ancient, difficult. Clubhouse is a modern, reactive application tailor-made for agile product development.  I’ve measured speed increases of 400-1500% (or more in a few worst cases). No, I’m not making that up.

Why Clubhouse?

Here’s a simple presentation I made of why:
https://docs.google.com/presentation/d/14KWfFRXzAJGA1oAblV_5Z4wSPcuR74QxaFLaM2Mjhsg/pub?start=false&loop=false&delayms=3000

A few additional items:
- Easily configurable/filterable workspaces
- Shareable workspaces for custom views tailored to a specific purpose

t3db0t

switch item.Status {
    case "Ready for Test":
        // ready for test
        state = 500000010
    case "Task In Progress":
        // in progress
        state = 500000015
    case "Selected for Review/Development":
    	// selected
    	state = 500000011

t3db0t

[
	{
		"jiraUsername": "userA",
		"chProjectID": 5,
		"chID": "476257c9-ac5a-46bc-67d6-4bc8bbfde7be"
	},
	{
		"jiraUsername": "userB",
		"chProjectID": 81,
		"chID": "476257c9-ac5a-46bc-67d6-4bc8bbfde7be"

t3db0t

/******************************************************

    Arduino EEPROM Read-Write Test
    by Ted Hayes 2012
    [email protected]
    
    Demonstrates the usage of the EEPROM Library for checking the state of a single value,
    changing it, and resetting it.  To use:
    
    1) Put a momentary switch between ground and pin 11 on your Arduino.

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/*
 * buttonLED.c:
 *      Simple test program to change the blinking rate of an LED when a button is pressed
 */

#include <wiringPi.h>
#include <stdio.h>

int main (void)
{

t3db0t

/*
 * blink.c:
 *      Simple test program to blink an LED on pin 7
 */

#include <wiringPi.h>
#include <stdio.h>

int main (void)
{