Introduction to object-oriented programming with Arduino

Introduction to object-oriented programming with Arduino, available at $49.99, has an average rating of 4.5, with 71 lectures, 4 quizzes, based on 24 reviews, and has 1628 subscribers.

You will learn about The structure of a class What data encapsulation is and how we implement this concept Creation and use of constructors Overloading constructors and functions (polymorphism) Inheritance of classes Use and adaptation of inherited classes Interaction of headers and CPP files Control of servo motors, infrared sensors, LEDs. Use of Visual Studio Code / Platform IO (with Arduino IDE also possible) Provide of own libraries for external developers Creation of individual libraries for own use Best practices in object oriented programming of microcontrollers Many practical examples which are built up step by step This course is ideal for individuals who are Anyone who wants to deepen their knowledge of object-oriented programming (OOP) in the Arduino environment. or Developers who are interested in taking their code to the next level. or All of you who want to understand, apply and write OOP themselves or All of you who want to create their own libraries It is particularly useful for Anyone who wants to deepen their knowledge of object-oriented programming (OOP) in the Arduino environment. or Developers who are interested in taking their code to the next level. or All of you who want to understand, apply and write OOP themselves or All of you who want to create their own libraries.

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Summary

Title: Introduction to object-oriented programming with Arduino

Price: $49.99

Average Rating: 4.5

Number of Lectures: 71

Number of Quizzes: 4

Number of Published Lectures: 71

Number of Published Quizzes: 4

Number of Curriculum Items: 75

Number of Published Curriculum Objects: 75

Original Price: 69.99

Quality Status: approved

Status: Live

What You Will Learn

The structure of a class

What data encapsulation is and how we implement this concept

Creation and use of constructors

Overloading constructors and functions (polymorphism)

Inheritance of classes

Use and adaptation of inherited classes

Interaction of headers and CPP files

Control of servo motors, infrared sensors, LEDs.

Use of Visual Studio Code / Platform IO (with Arduino IDE also possible)

Provide of own libraries for external developers

Creation of individual libraries for own use

Best practices in object oriented programming of microcontrollers

Many practical examples which are built up step by step

Who Should Attend

Anyone who wants to deepen their knowledge of object-oriented programming (OOP) in the Arduino environment.

Developers who are interested in taking their code to the next level.

All of you who want to understand, apply and write OOP themselves

All of you who want to create their own libraries

Target Audiences

Anyone who wants to deepen their knowledge of object-oriented programming (OOP) in the Arduino environment.

Developers who are interested in taking their code to the next level.

All of you who want to understand, apply and write OOP themselves

All of you who want to create their own libraries

Especially in the development of microcontrollers we often work with libraries, for example to control hardware components. The advantages of flexible and efficient source code design will be introduced to you in this course.

An ESP32 is used in the entire course, but all the examples (except the last one with the Website/Webserver and WIFI), exercises and explanations can be done with any Arduino.

Once you have completed this course, you will be able to…

create your own object-oriented programs and libraries

program reusable source code

create clean source code architecture for flexible programming and adaptation

code generalized classes and provide the libraries

implement the basic concepts of OOP for your own projects and apply them immediately.

save time for cumbersome programming. Because of the given conceptual design, your self-written code is easier to adapt.

maintain your own code better even after a longer period of time.

What we go through in the course:

Basics of object-oriented programming in the Arduino environment. We will go through the essential contents of OOP step by step. We will get right into practical examples.

Practical example: Own LED class. Many different functions and interfaces.

Practical example 2: Galton board with marble elevator and evaluation of 12 IR sensors.

Practical example 3: Headlamp with only one(!) button, two LEDs and three light modes.

Practical example: Rock, paper, scissors game. We develop this small game. We compete against the bot and play to win two games. The logic is triggered by a web server on the ESP32 (with server side events).

My approach in the course:

None (ok, only very few) slides/Powerpoints. We start in the basics immediately with a practical example. Also the theory can be tested immediately on the Arduino with the Serial Monitor and thus immediately better understood.

The practical projects are developed together in step-by-step instructions.

Together means in this context that I demonstrate the code, depending on the task, and you can follow me along with the source code.

All codes are available for download on the platform, so you can get to the result without frustration.

No rambling explanations or theory monologues, we get right to work in the basics chapter.

Benefit from my years of experience and get the key skills in microcontroller development.

I’m looking forward to see you in class

Markus Edenhauser

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to this course

Lecture 2: About me

Lecture 3: Download code snippets

Lecture 4: List of components

Lecture 5: Practical experience vs. theory

Lecture 6: Prerequisites for this course

Lecture 7: Disclaimer

Chapter 2: Basics

Lecture 1: Intro

Lecture 2: ESP32 Pinout

Lecture 3: VS Code vs Arduino IDE

Lecture 4: Open Source Code from VS Code in Arduino IDE

Lecture 5: Online Simulator

Lecture 6: Enum

Lecture 7: Struct

Chapter 3: Short introduction to object-oriented programming

Lecture 1: Intro

Lecture 2: Basic setting of an empty project

Lecture 3: Structure of a class & data encapsulation

Lecture 4: Instance and constructor

Lecture 5: Overloading constructor

Lecture 6: Exercise example Interaction of header and CPP files

Lecture 7: Getter

Lecture 8: Setter

Lecture 9: Inheritance

Lecture 10: Inherited function overloaded

Lecture 11: Recap Introduction OOP

Chapter 4: Individual LED Class

Lecture 1: Wiring and series resistance calculation

Lecture 2: Headerfile

Lecture 3: Control the LED with an object

Lecture 4: Toggle LED

Lecture 5: Turn LED off after x seconds

Lecture 6: Fading

Lecture 7: Pulsate

Lecture 8: Instantiate objects in array

Lecture 9: LED chasing effect

Chapter 5: IR sensors using the Galton board as an example

Lecture 1: Project Introduction

Lecture 2: Wiring

Lecture 3: Create Project and Class

Lecture 4: Address IR sensor individually

Lecture 5: Objects into an array

Lecture 6: Simulate Motor on off

Lecture 7: Evaluation of the IR sensors

Lecture 8: Craft Project Overview

Lecture 9: Recap OOP IRSensors

Chapter 6: Headlamp – Button short/long click

Lecture 1: Project idea

Lecture 2: Wiring

Lecture 3: Add Class Button

Lecture 4: Debounce button with millis

Lecture 5: Detect duration of clicks

Lecture 6: Clean Interface

Lecture 7: Control LEDs

Lecture 8: ButtonHeadlamp inherits from Button

Lecture 9: Function Keep button pressed

Lecture 10: Add function Fade

Lecture 11: Additional task implement LED class

Lecture 12: Possible solution

Chapter 7: Rock Paper Scissors

Lecture 1: Project idea

Lecture 2: Wiring

Lecture 3: Creating class files

Lecture 4: Headerfile

Lecture 5: First game mode

Lecture 6: Game mode in loop

Lecture 7: Create a website

Lecture 8: Access website via ESP32 Webserver

Lecture 9: Transfer data from website to ESP32

Lecture 10: Game mode on two games won

Lecture 11: Sending Server Side Events

Lecture 12: Prettify events

Lecture 13: Implement LED Class

Lecture 14: Housing

Chapter 8: Publish your OOP source code as Arduino library

Lecture 1: Create and publish your own library

Chapter 9: Conclusion

Lecture 1: Summary of the Learnings

Instructors

Markus Edenhauser
Tech Enthusiast, Dozent & systemischer Coach

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2 stars: 1 votes

3 stars: 3 votes

4 stars: 6 votes

5 stars: 14 votes

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