Mastering C++ Standard Library Features

Overview of std::unique_ptr and its basic interface, understand how unique_ptr works and what problem it solves

Overview of std::shared_ptr and std::weak_ptr, understand how they work and the type of ownership they model

Learn how to choose between raw/unique/shared/weak pointers in your interfaces and implementation, understanding their pro/cons and “conventional” meanings

Now that you are done with the videos of section 2, let’s assess your learning. Here, are a few questions, followed by options, out of which one is correct. Select the right option and validate your learning! The answers are provided in a separate sheet

Learn rules that can guide developers to write correct and complete movable classes

Step-by-step implementation of an `std::vector` clone that uses move semantics and is move-aware

Now that you are done with the videos of section 3, let’s assess your learning. Here, are a few questions, followed by options, out of which one is correct. Select the right option and validate your learning! The answers are provided in a separate sheet

Learn how lambda expressions work and what the compiler generates under the hood

In-depth analysis of lambda expression syntax from C++11 to C++17

Now that you are done with the videos of section 4, let’s assess your learning. Here, are a few questions, followed by options, out of which one is correct. Select the right option and validate your learning! The answers are provided in a separate sheet

Learn how to store arbitrary closures and callable objects, and the `FunctionObject` and `Callable` concept definitions

Learn about higher-order functions and the problems solved by them, techniques to pass functions to other functions

Now that you are done with the videos of section 5, let’s assess your learning. Here, are a few questions, followed by options, out of which one is correct. Select the right option and validate your learning! The answers are provided in a separate sheet

Learn how and when to use lambdas as short local functions, in order to reduce repetition and increase maintainability

Through realistic examples, understand how higher-order functions can be used to create safer and easier interfaces for your users

Now that you are done with the videos of section 6, let’s assess your learning. Here, are a few questions, followed by options, out of which one is correct. Select the right option and validate your learning! The answers are provided in a separate sheet

Learn about `constexpr` features in the Standard Library introduced throughout C++11/14/17, and upcoming C++20 features

Understand the interactions between exceptions and compile-time evaluation of `constexpr` functions

Now that you are done with the videos of section 7, let’s assess your learning. Here, are a few questions, followed by options, out of which one is correct. Select the right option and validate your learning! The answers are provided in a separate sheet

Learn about the most important features from the `` and `` headers

Learn how to create a simple set-like compile-time data structure with a familiar `constexpr`-based syntax

Now that you are done with the videos of section 8, let’s assess your learning. Here, are a few questions, followed by options, out of which one is correct. Select the right option and validate your learning! The answers are provided in a separate sheet