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Hands-On Embedded Programming with C++17

Hands-On Embedded Programming with C++17

By : Maya Posch
2.5 (6)
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Hands-On Embedded Programming with C++17

Hands-On Embedded Programming with C++17

2.5 (6)
By: Maya Posch

Overview of this book

C++ is a great choice for embedded development, most notably, because it does not add any bloat, extends maintainability, and offers many advantages over different programming languages. Hands-On Embedded Programming with C++17 will show you how C++ can be used to build robust and concurrent systems that leverage the available hardware resources. Starting with a primer on embedded programming and the latest features of C++17, the book takes you through various facets of good programming. You’ll learn how to use the concurrency, memory management, and functional programming features of C++ to build embedded systems. You will understand how to integrate your systems with external peripherals and efficient ways of working with drivers. This book will also guide you in testing and optimizing code for better performance and implementing useful design patterns. As an additional benefit, you will see how to work with Qt, the popular GUI library used for building embedded systems. By the end of the book, you will have gained the confidence to use C++ for embedded programming.
Table of Contents (17 chapters)
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Section 1: The Fundamentals - Embedded programming and the role of C++
7
Section 2: Testing, Monitoring
12
Section 3: Integration with other tools and frameworks

Custom peripherals and drivers

A peripheral is defined as an ancillary device that adds I/O or other functionality to a computer system. This can be anything from an I2C, SPI, or SD card controller to an audio or graphics device. Most of those are part of the physical SoC, with others added via interfaces that the SoC exposes to the outside world. Examples of external peripherals would be RAM (via the RAM controller) and a real-time clock (RTC).

One issue that one will likely encounter when using cheaper SBCs such as the Raspberry Pi, Orange Pi, and countless similar systems is that they usually lack an RTC, meaning that when they are powered off, they no longer keep track of the time. The thought behind this is usually that those boards will be connected to the internet anyway, so the OS can use an online time service (Network Time Protocol, or NTP) to synchronize the system...

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