Explore the intricacies of composable firmware development for deeply embedded systems in this CppNow 2023 conference talk. Dive into a live demonstration of creating a remote-controlled RGB lighting controller, covering hardware register access, interrupt handling, logging, task registration, and safe arithmetic. Follow along as the hardware is built from scratch, including microcontroller setup, logic analyzer usage, USB UART adapter integration, RGB LED implementation, and IR receiver addition. Learn about C++ design concepts such as compile-time constructs, component decoupling strategies, and hardware abstraction techniques. Gain insights into modern C++ approaches for efficient and maintainable firmware development in tiny embedded systems.
Overview
Syllabus
Introduction
The Tiny System
The Problem
The Breadboard
Testing the Breadboard
Testing the LED
Testing the logic analyzer
Services and features
Components
Services
FlowService
Topological Sort
LED Logging
Firmware Logging
Speed Efficiency
Debug Strings
Logging Script
Logging Framework
Remote Control
IR Receiver
Interrupt
Pin Change Interrupt
IR LED
Demonstration
callback service
message Handler service
index version
benchmark
Taught by
CppNow
