Parking Project: Using multiple analog sensors

Instructables:

https://www.instructables.com/id/ESP8266-with-Multiple-Analog-Sensors/

Circuit:  https://crcit.net/c/8f90e6a2

Database:

Code:
https://snipit.io/lists/5265/16084

See file:  14-sendata-mux

Browser tests:
http://localhost/parking/setdata.php?a=1&b=1&c=1&d=1&e=1&f=1&g=1&h=1

http://localhost/parking/index.php

http://localhost/parking/setcmd.php?cmd=0

http://localhost/parking/getdata.php

Using CD4051:

https://www.lelong.com.my/cd-4051-stelectronics-210206620-2020-12-Sale-P.htm
http://synacorp.my/v3/en/

Blynk Server Auth Tokens

Public blynk server:

tMZ6z5ihx-Eujz_Lnxcsjnh64hJuaYz6


Private blynk server:

c1viXI8rK9CpPoRLG3nJVJn1rNcYit4T

Hosting your own Blynk Server

Reference:

https://www.youtube.com/watch?v=33ynNkvfvWU

http://docs.blynk.cc/

Download:

https://github.com/blynkkk/blynk-server#blynk-server

Direct download:

https://github.com/blynkkk/blynk-server/releases

Run:

java -jar  server-0.41.8-java8.jar -dataFolder server_data

Getting started with Blynk

How to install Blynk Library for Arduino

http://help.blynk.cc/en/articles/512105-how-to-install-blynk-library-for-arduino

Udemy: Project 8 - Read Light Sensor

Description:
Reads light intensity from LDR and maps it to a range from 0 - 100

Parts:
1. NodeMCU x 1
2. LDR Sensor
3. Jumper wires x 3 (male to male)
4. Breadboard

https://crcit.net/c/bac8809c

Code:

https://snipit.io/lists/5265/15764

Udemy: Project 7 - Read Light Sensor Module

Description:
Reads light intensity. If it exceeds certain threshold, it displays 0, if there is no light, it displays 1 to Serial Monitor.

Parts:
1. NodeMCU x 1
2. LDR Sensor Module
3. Jumper wires x 3 (male to male)
4. Breadboard

Code:
https://snipit.io/lists/5265/15758

Ref:
Using Digital Pin:
https://tutorial.cytron.io/2017/07/10/getting-started-light-sensor-module-sn-light-mod/

Using Analog Pin:
https://www.instructables.com/id/LDR-Sensor-Module-Users-Manual-V10/

Udemy: Project 6 - Analog Read

Description:
This example shows you how to read analog input from the physical world using a potentiometer. A potentiometer is a simple mechanical device that provides a varying amount of resistance when its shaft is turned. By passing voltage through a potentiometer and into an analog input on your board, it is possible to measure the amount of resistance produced by a potentiometer (or pot for short) as an analog value. In this example you will monitor the state of your potentiometer after establishing serial communication between your Arduino or Genuino and your computer running the Arduino Software (IDE).

Note:
You can also use Serial Plotter

Parts:
1. NodeMCU x 1
2. Potentiometer x 1
3. Jumper wires x 3 (male to male)
4. Breadboard

Circuit:
https://crcit.net/c/fe9b46ed

Code:

https://snipit.io/lists/5265/15638