Modern C++ for Embedded Systems

Overview of C++11, C++14, C++17, and C++20 Features

Use of auto Keyword, Range-based Loops, and Uniform Initialization

Compile-Time Evaluation using constexpr and consteval

Exception Safety with noexcept

Resource Management with Smart Pointers (unique_ptr, shared_ptr, weak_ptr)

Custom Deleters and Memory Management for Embedded Systems

Introduction to Function and Class Templates

Specialization and Partial Specialization Techniques

Variadic Templates and Compile-Time Computation

Using constexpr Functions for Embedded Optimizations

Type Traits and Concepts using std::enable_if, std::is_same, std::conditional

Compile-Time Assertions and Static Polymorphism

Embedded Application of TMP for Lookup Tables and Code Generation

Efficient Use of STL Containers (std::array, std::vector, std::deque, std::list)

Evaluating STL Containers for Embedded Constraints

Using std::map and std::unordered_map in Resource-Limited Environments

STL Algorithms for Sorting, Searching, and Transformations

Implementing Custom Comparators and Predicates

Introduction to C++20 Ranges Library and Writing Custom Iterators

Using std::chrono for Timing and Scheduling in Embedded Systems

Managing Threads with std::thread, std::jthread, and Synchronization Primitives

Implementing Mutexes, Locks, and Condition Variables

Understanding Latches and Barriers for Thread Synchronization

Using std::future, std::promise, and std::async for Asynchronous Tasks

Handling Concurrency Issues like Race Conditions, Deadlocks, and Livelocks

Real-Time Considerations for Embedded Concurrency Management

Implementing Event-Driven Systems for Sensor Data Handling and Task Management