Shamasis Bhattacharya shamasis

## muppy.js
const OpenAI = require('openai'),
      readline = require('readline');

// Initialize OpenAI with API key
const openai = new OpenAI({
    apiKey: "" // your-api-key-here
    // For extra safety, use the line below, comment the line above and pass the API key as an environment variable:
    // apiKey: process.env['OPENAI_API_KEY']
});

## climate.yaml
substitutions:
  name: climate-control-esph-1337
  friendly_name: Climate Control ESPH-1337
  pin_status_led: GPIO2
  pin_transmitter: GPIO4
  pin_receiver: GPIO12
  pin_dht: GPIO14

esphome:
  name: ${name}

## esp32.blink.ino
/*
  ESP 32 Blink
  Turns on an LED on for one second, then off for one second, repeatedly.
  The ESP32 has an internal blue LED at D2 (GPIO 02)
*/

// int LED_BUILTIN = 2;

void setup()
{

## esphome-web-rain-sensor.yaml
# This is an ESPHome configuration for an Outdoor Weather Station.
# The configuration includes a raindrop coverage sensor and a rain sensor.
# The raindrop coverage sensor uses an ADC to measure water resistance,
# while the rain sensor is a digital sensor indicating whether it is raining or not.
#
# The configuration uses substitutions to define all the configurable parts,
# making it easy to adjust pins and other settings without modifying the entire file.

substitutions:
  name: esph-29697f-ows-1

## event-layer-coordinates.js
/**
 * Get layerX and layerY of an event across all browsers without
 * using the deprecated layerX of webkit.
 * It stores `targetX` and `targetY` in the event, to act like `layerY`
 * and `layerY` respectively.
 */
getElementPosition = (function () {
    var body = window.document.body || window.document.documentElement;

    return function (event) {

## main.cpp
#include <WiFi.h>
#include <NTPClient.h>

// dependencies
#include "TOTP++.h"
#include "SSD1306.h"

// replace with your network credentials
const char* ssid     = "Redacted";
const char* password = "Redacted";

## describe-it.js
/**
 * @module describe-it
 *
 * This module defines global variables to provide unit test case runner functions compatible with mocha and jasmine.
 * The codebase is written for brevity and facilitate being as lightweight as possible.
 *
 * The code is intended to be included in Postman Test Sandbox.
 */

/**

## alloc-assoc-elastic-ip.sh
aws ec2 associate-address --instance-id $1 --public-ip $(aws ec2 allocate-address --output text --query 'PublicIp')

## say-watch.sh
watch -n 30 say It is time

## benchmark-compare-keys-vs-loop-obj-iteration.spec.js
require("microtime");

const
    _ = require('lodash'),
    Benchmark = require('benchmark'),
    suite = new Benchmark.Suite,
    result = [],

    seedSize = 10000,
    seedData = Array(seedSize).fill().map(() => String(Math.round(Math.random() * seedSize))).reduce((obj, val) => {
	const OpenAI = require('openai'),
	readline = require('readline');

	// Initialize OpenAI with API key
	const openai = new OpenAI({
	apiKey: "" // your-api-key-here
	// For extra safety, use the line below, comment the line above and pass the API key as an environment variable:
	// apiKey: process.env['OPENAI_API_KEY']
	});
	substitutions:
	name: climate-control-esph-1337
	friendly_name: Climate Control ESPH-1337
	pin_status_led: GPIO2
	pin_transmitter: GPIO4
	pin_receiver: GPIO12
	pin_dht: GPIO14

	esphome:
	name: ${name}
	/*
	ESP 32 Blink
	Turns on an LED on for one second, then off for one second, repeatedly.
	The ESP32 has an internal blue LED at D2 (GPIO 02)
	*/

	// int LED_BUILTIN = 2;

	void setup()
	{
	# This is an ESPHome configuration for an Outdoor Weather Station.
	# The configuration includes a raindrop coverage sensor and a rain sensor.
	# The raindrop coverage sensor uses an ADC to measure water resistance,
	# while the rain sensor is a digital sensor indicating whether it is raining or not.
	#
	# The configuration uses substitutions to define all the configurable parts,
	# making it easy to adjust pins and other settings without modifying the entire file.

	substitutions:
	name: esph-29697f-ows-1
	/**
	* Get layerX and layerY of an event across all browsers without
	* using the deprecated layerX of webkit.
	* It stores `targetX` and `targetY` in the event, to act like `layerY`
	* and `layerY` respectively.
	*/
	getElementPosition = (function () {
	var body = window.document.body \|\| window.document.documentElement;

	return function (event) {
	#include <WiFi.h>
	#include <NTPClient.h>

	// dependencies
	#include "TOTP++.h"
	#include "SSD1306.h"

	// replace with your network credentials
	const char* ssid = "Redacted";
	const char* password = "Redacted";
	/**
	* @module describe-it
	*
	* This module defines global variables to provide unit test case runner functions compatible with mocha and jasmine.
	* The codebase is written for brevity and facilitate being as lightweight as possible.
	*
	* The code is intended to be included in Postman Test Sandbox.
	*/

	/**
	require("microtime");

	const
	_ = require('lodash'),
	Benchmark = require('benchmark'),
	suite = new Benchmark.Suite,
	result = [],

	seedSize = 10000,
	seedData = Array(seedSize).fill().map(() => String(Math.round(Math.random() * seedSize))).reduce((obj, val) => {