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    Embedded Programming With C++

    Posted By: ELK1nG
    Embedded Programming With C++

    Embedded Programming With C++
    Published 7/2023
    MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
    Language: English | Size: 2.81 GB | Duration: 6h 10m

    Advanced C++ concepts for embedded project development

    What you'll learn

    Use the C++ concepts of generic programming and object oriented programming principles for writing firmware

    Debug the code and make the appropriate changes

    Understand the datasheet and reference manual of cortex microcontroller

    Understand the way to write peripheral driver and memory management using C++ features

    Learn the ways to verify concepts using debugging principles

    Requirements

    Basic experience in C programming is required

    Description

    As there are many features and intricate details incorporated in C++ language, embedded developers are finding it a fascinating topic in recent years. The present course will essentially give a practical understanding to write software for the ARM cortex microcontrollers, along with modern C++ features.In the present course, the author has mainly concentrated to teach a way to leverage the C++ features along with object-oriented principles for microcontroller software. The C++ 11 version has been considered, for writing the drivers to peripherals and memory management of the STM32F446RE microcontroller. In section-1, the discussion is all about understanding the build process, KEIL, and DEV IDE installation. Such that reader will get comfortable with using ARM version-6 compiler for writing software to Cortex devices. Throughout the course, the community edition of those IDE’s are used for exploring the subject and it is free.In section-2, the discussion is all about giving some insight into the key topics related to C++ 11, such as templates and classes. For a better understanding, real-time examples were considered.  In addition, some focus is given to the scalability, modularity, and performance of software.In section-3, we have discussed the topic of register access,  by simply using both macros and explicit casting. In addition, the concept templates were also considered for understanding real-time usage.In section-4, the discussion is all about creating a GPIO peripheral driver and then a custom library using advanced C++ topics for controlling the Led connected to STM32F446RE. The listener will understand the usage of UML and generic programming concepts while designing the code.The section-5 is all about heap usage and custom memory management in the microcontroller, by using C++ concepts. Here we have only standard libraries are considered, for the sake of a clear and practical understanding of concepts.

    Overview

    Section 1: Introduction

    Lecture 1 Introduction and Overview

    Lecture 2 KEIL IDE download

    Lecture 3 KEIL IDE installation

    Lecture 4 Package installation for STM32 device

    Lecture 5 Creating a project in KEIL

    Lecture 6 Dev C++ installation

    Section 2: C++ topics

    Lecture 7 concept of "constexpr"

    Lecture 8 Use of 'namespaces' in embedded program

    Lecture 9 Use of 'explicit conversions' in embedded program

    Lecture 10 Intro to class: lec-1

    Lecture 11 Intro to class: lec-2

    Lecture 12 use of "dynamic polymorphism"

    Lecture 13 Intro to template: lec-1

    Lecture 14 Intro to template: lec-2

    Lecture 15 Intro to template: lec-3

    Section 3: Register Access

    Lecture 16 Memory model of Cortex-M3 microcontroller

    Lecture 17 Accessing a register using macro

    Lecture 18 Accessing a register using “reinterpret_cast”

    Lecture 19 Accessing a register using “template class”

    Section 4: GPIO Driver

    Lecture 20 GPIO peripheral explanation

    Lecture 21 GPIO driver development

    Lecture 22 Adding template class to GPIO driver

    Lecture 23 OOP based GPIO driver

    Section 5: Custom Memory Management

    Lecture 24 Basic heap usage

    Lecture 25 Custom Pool Allocator

    Firmware developers,hobbyists,Students and Instructors,Embedded software developers,Researchers