SPECIFICATIONS

Chapter 1, Getting to know Arduino for the first time

1.1 What is Arduino?

1.2 Origin of Arduino

1.3 Why use Arduino as a development platform?

1.4 Arduino hardware - choose an Arduino controller that suits you

1.4.1 know the different Arduino controllers

1.4.2 numerous Arduino peripherals

1.4.3 start with ArduinoUNO

1.5 Arduino software

1.5.1 download and configure the Arduino development environment

1.5.2 know ArduinoIDE

1.5.3 install Arduino drivers

1.6 Blink - HellloWorld for Arduino!

Chapter 2, The Basics

2.1 Arduino language and program structure

2.1.1 Arduino language

2.1.2 Arduino program structure

2.2 C/C++ language basics

2.2.1 data types

2.2.2 Operator

2.2.3 expression

2.2.4 Array

2.2.5 string

2.2.6 Notes

2.2.7 represent a program in a flowchart

2.2.8 sequential structure

2.2.9 selection structure

2.2.10 loop structure

2.3 Electronic components and Arduino expansion modules

2.4 Use of sensor expansion board

2.5 Simple control of Arduino I/O

2.5.1 use of digital I/O

2.5.2 project: Human body sensor lamp (relay module and digital sensor)

2.5.3 use of analog I/O

2.5.4: Electronic thermometer

2.5.5 Use of Digital and Analog Sensors

2.6 Communicating with a computer - using a serial port

2.6.1 serial output

2.6.2 serial input

2.6.3 experiment: serial port control switch lamp

2.7 Time control function

2.7.1 run time function

2.7.2 delay function

Chapter 3 Advanced I/O Applications

3.1 Tuning function

3.2 Projects

3.3 Pulse width measurement function and ultrasonic ranging

3.3.1 pulse width measurement function

3.3.2 ultrasonic ranging

3.4 Setting the ADC reference voltage

3.5 External interruption

3.5.1 use of external interrupts

3.5.2 experiment: external interrupt triggers buzzer alarm

Chapter 4, Using and Writing Class Libraries

4.1 Write and use functions to improve the readability of the program

4.2 Using the Arduino Class Library

4.3 Writing an Arduino class library

4.3.1 writing header files

4.3.2 preprocessing commands

4.3.3 macro definition

4.3.4 file contains

4.3.5 conditional compilation

Compatible 4.3.6 versions

4.3.7 prepare .cpp files

4.3.8 keyword highlighting

4.3.9 build sample programs

4.4 Class library optimization and release

Chapter 5, Communications

5.1 Hardware Serial Communication - Use of HardwareSerial Class Library

5.1.1 HardwareSerial class library member functions

5.1.2 the difference between print () and write () output methods

5.1.3 read () and peeek () input methods

Read string 5.1.4 serial port

5.1.5 Serial Events

5.1.6 experiment: serial port control RGBLED dimming

5.1.7 Better Serial Monitor - Serial Debugging Assistant

5.2 Software emulates serial communication - the use of the SoftwareSerial class library

Limitations 5.2.1 SoftwareSerial Class Library

5.2.2 SoftwareSerial class library member functions

5.2.3 establish a soft serial communication

5.2.4 experiment: Serial communication between Arduino

5.2.5 use multiple soft serial ports simultaneously

5.3 Use of the IIC Bus - Use of the Wire Class Library

5.3.1 IIC host, slave and pin

5.3.2 Wire Class Library Member Functions

5.3.3 IIC connection method

5.3.4 host to write data, receive data from the machine

5.3.5 Slave sends data, Host reads data

5.4 Using the SPI Bus - Using the SPI Class Library

5.4.1 SPI pin

Slave device selection on 5.4.2 SPI bus

5.4.3 SPI class library member functions

Data transmission and reception on 5.4.4 SPI bus

5.4.5 Experiment: Using the Digital Potentiometer AD5206

5.4.6 software emulates SPI communication

5.4.7 Experiment: Extended I/O Port with 74HC595

Chapter 6, Storage

6.1 Data can also be saved after power failure - the use of EEPROM class library

6.1.1 EEPROM class library member functions

6.1.2 write operation

6.1.3 read operation

6.1.4 clear operation

6.1.5 use community to store various types of data to EEPROM

6.2 Saving large amounts of data - using the SD card library

6.2.1 format SD card

6.2.2 SD Card Class Library Member Functions

6.2.3 use SD card read/write module

6.2.4 create files

6.2.5 Delete Files

6.2.6 writing documents

6.2.7 read the file

6.3 Project: SD Card Environmental Data Logger

6.3.1 the use of DHT11 temperature and humidity detection module

6.3.2 hardware connection method

6.3.3 temperature and humidity recorder

6.3.4 Analyze Data in Excel

Chapter 7, Wireless Communications - Infrared Remote Control

7.1 IRremote class library member functions

7.2 Infrared reception

7.3 Infrared emission

7.4 Experiment: Remote Control Appliances

Chapter 8: LCD Display

8.1 Use of 1602 LCD - Use of LiquidCrystal Class Library

8.1.1 connect 1602 LCD to Arduino

8.1.2 4-bit data cable connection

8.1.3 1602LCD related parameters

8.1.4 LiquidCrystal class library member functions

8.1.5 experiment: "helllo, world!"

8.1.6 experiment: display serial input data to 1602 LCD

8.1.7 experiment: show scrolling effect

8.1.8 experiment: show custom characters

8.2 Project: Making an electronic clock

8.2.1 DS1307 clock module

8.2.2 electronic clock

8.3 Usage of Graphics Displays - Usage of the u8glib Class Library

8.3.1 select LCD and connect to Arduino

8.3.2 connect to Arduino and create u8g object

8.3.3 u8glib program structure

8.3.4 plain text display

8.3.5 data show

8.3.6 Experiment: Drawing Graphics

8.3.7 experiment: display picture - bitmap model

Chapter 9: The Use of USB Class Libraries

9.1 USB device simulation related functions

9.1.1 member functions of the USB mouse class

9.1.2 member functions of the USB keyboard class

9.2 Analog keyboard input information

9.2.1 Arduino Leonardo cannot download programs normally after emulating a USB device

9.2.2 analog keyboard combination keys

9.3 Experiment: Using a joystick module to control a computer mouse

9.4 Project: PPT Playback Remote Control

Chapter 10: Using the Ethernet Class Library

10.1 Ethernet related hardware introduction

10.2 Ethernet Class Library

10.2.1 Ethernet class

10.2.2 IPAddress class

10.2.3 EthernetServer class

10.2.4 EthernetClient class

10.3 Initialization of Ethernet

10.3.1 Custom Internet Protocol Address

Get Internet Protocol Address 10.3.2 DHCP

10.4 Create a simple chat room through Telnet

10.4.1 Build Arduino Telnet Chat Server

10.4.2 Windows Telnet Client

10.5 Ethernet and Web Applications

10.5.1 HTTP protocol

10.5.2 HTTP response

10.5.3 client side

10.5.4 web server

10.6 UDP communication

10.6.1 EthernetUDP class

10.6.2 use UDP to receive/send data

10.7 Project: Web Control Arduino