C Programming on Raspberry Pi

Chapter 1 ● Installing the Operating System on Raspberry Pi
	1.1 ● Overview
	1.2 ● Raspbian Buster installation steps on Raspberry Pi 4
	1.3 ● Using networked connection
	1.4 ● Remote access
	1.5 ● Using Putty
		1.5.1 ● Configuring Putty
	1.6 ● Remote access of the Desktop
	1.7 ● Static IP address
	1.8 ● Summary
Chapter 2 ● Raspberry Pi Program Development
	2.1 ● Overview
	2.2 ● The nano text editor
	2.3 ● Example project
	2.4 ● Creating and running a Python program on Raspberry Pi
	2.5 ● Creating and running a C program on Raspberry Pi
	2.6 ● Summary
Chapter 3 ● C Programming for Raspberry Pi
	3.1 ● Overview
	3.2 ● The C Language
		3.2.1 ● Variables
		3.2.2 ● Screen output and keyboard input
		3.2.3 ● Comparison
		3.2.4 ● Operators
		3.2.5 ● Auto increment/decrement operators
		3.2.6 ● Logical operators
		3.2.7 ● Flow control
		3.2.8 ● Arrays
		3.2.9 ● String variables
		3.2.10 ● Arithmetic functions
		3.2.11 ● String functions
		3.2.12 ● Character macros
		3.2.13 ● Alternative numeric input
		3.2.14 ● User functions
		3.2.15 ● File processing
		3.2.16 ● Structures
		3.2.17 ● Unions
		3.2.18 ● Pointers
	3.3 ● Summary
Chapter 4 ● Hardware Programming using C
	4.1 ● Overview
	4.2 ● The general purpose input-output ports (GPIO)
	4.3 ● Interfacing with GPIO
		4.3.1 ● Loads requiring small currents
		4.3.2 ● Loads requiring higher currents
		4.3.3 ● Using relays
	4.4 ● Project 1: Flashing LED - compilers available
		4.4.1 ● Using the pigpio library
		4.4.2 ● Using the wiringPi library
		4.4.3 ● Other C libraries/compilers for Raspberry Pi
	4.5 ● Using the Geany editor
	4.6 ● The hardware
	4.7 ● Summary
Chapter 5 ● Hardware Projects using C
	5.1 ● Overview
	5.2 ● Project 1 - Rotating LEDs
	5.3 ● Project 2 - Christmas lights
	5.4 ● Project 3 - Binary up counter with LEDs
	5.5 ● Project 4 - Binary up/down counter with LEDs
	5.6 ● Project 5 - LED dice
	5.7 ● Project 6 - LED colour wand
	5.8 ● Project 7 - Changing the brightness of an LED
	5.9 ● Project 8 - Generating random sounds using a buzzer
	5.10 ● Project 9 - Display temperature and relative humidity
	5.11 ● Project 10 - ON/OFF temperature controller
	5.12 ● Summary
Chapter 6 ● LCD Projects
	6.1 ● Overview
	6.2 ● HD44780 LCD module
	6.3 ● Project 1 - Displaying text
	6.4 ● Project 2 - Second counter
	6.5 ● Project 3 - Creating a custom character
	6.6 ● Project 4 - Creating multiple custom characters
	6.7 ● Project 5 - Displaying current date and time
	6.8 ● Project 6 - Displaying the temperature and humidity
	6.9 ● Summary
Chapter 7 ● I2C Bus Interface
	7.1 ● Overview
	7.2 ● The I2C Bus
	7.3 ● Project 1 - Port expander
	7.4 ● Project 2 - EEPROM memory
	7.5 ● Project 3 - TMP102 temperature display
	7.6 ● Project 4 - I2C LCD
	7.7 ● Project 5 - Using the pigpio library with I2C - TMP102 temperature display
	7.8 ● Summary
Chapter 8 ● SPI Bus Interface
	8.1 ● Overview
	8.2 ● Raspberry Pi SPI pins
	8.3 ● Project 1 - Port expander
	8.4 ● Summary
Chapter 9 ● Using Analogue-to-Digital Converters (ADCs)
	9.1 ● Overview
	9.2 ● Project 1 - Analogue temperature sensor thermometer
	9.3 ● Summary
Chapter 10 ● Using Digital-to-Analogue Converters (DACs)
	10.1 ● Overview
	10.2 ● The MCP4921 DAC
	10.3 ● Project 1 - Generating square wave signal with any peak voltage
	10.4 ● Project 2 - Generating sawtooth wave signal
	10.5 ● Summary
Chapter 11 ● Using Serial Communication
	11.1 ● Overview
	11.2 ● Raspberry Pi serial port
	11.3 ● Project 1 - Serial communication between Raspberry Pi and Arduino Uno
	11.4 ● Summary
Chapter 12 ● Other Useful Functions wiringPi
	12.1 ● Overview
	12.2 ● Project 1 - Using external interrupts - event counter
	12.3 ● Project 2 - Using the tone library - generating 1kHz signal
	12.4 ● Project 3 - Using the tone library - sweep frequency tone generation
	12.5 ● Project 4 - Using the tone library - reading the frequency from the keyboard
	12.6 ● Project 5 - Using the tone library - melody maker
	12.7 ● Timing library
	12.8 ● Multitasking threads
	12.9 ● Project 6 - Multi-threading - flashing 3 LEDs at different rates
	12.10 ● Project 7 - Multi-threading - Two-digit 7-segment LED counter
	12.11 ● Hardware PWM
	12.12 ● GPIO utility
	12.13 ● Support for other chips and add-on boards
	12.14 ● Summary
Chapter 13 ● Other Useful Functions - pigpio
	13.1 ● Overview
	13.2 ● Project 1 - Using external interrupts - event counter
	13.3 ● Timing
	13.4 ● Timer interrupts
	13.5 ● Project 2 - Using timer interrupts - flashing LED
	13.6 ● Project 3 - Using timer interrupts - 2 digit 7-segment LED counter
	13.7 ● Project 4 - Multi-threading - flashing 3 LEDs at different rates
	13.8 ● Project 5 - Hardware PWM- generate 1kHz PWM wave with hardware
	13.9 ● File handling
	13.10 ● Waves
	13.11 ● picscope
	13.12 ● pigpiod
	13.13 ● Summary
Chapter 14 ● Communication over Wi-Fi
	14.1 ● Overview
	14.2 ● UDP and TCP/IP
	14.3 ● UDP communication
	14.4 ● Project 1 - Communicating with an Android smartphone using UDP (Raspberry Pi is the server)
	14.5 ● Project 2 - Sending temperature readings to Android smartphone (Raspberry Pi is the server)
	14.6 ● Project 3 - Communicating with an Android smartphone using UDP (Raspberry Pi is the client)
	14.7 ● Project 4 - Sending time-stamped temperature readings to Android smartphone (Raspberry Pi is
	14.8 ● Project 5 - Web Server application - controlling two LEDs
	14.9 ● Summary
Chapter 15 ● Bluetooth Communication
	15.1 ● Overview
	15.2 ● Project 1 - Bluetooth communication with a smartphone - sending and receiving text messages
	15.3 ● Project 2 - Bluetooth communication with a smartphone - controlling two LEDs
Chapter 16 ● Automatically Running Programs on Startup
	16.1 ● Overview
	16.2 ● Scheduling a program to run at specified times
Chapter 17 ● Sending Data to the Cloud
	17.1 ● Overview
	17.2 ● Project - Sending temperature and humidity data to the cloud
● Index