Get the free C++11: Additional Features

This chapter covers additional features introduced in C++11, including smart pointers, multithreading, noexcept, move semantics, static_assert, decltype, constexpr, defaulted special member functions,

How to fill out c11 additional features

How to fill out C++11: Additional Features

1. Start by reviewing the C++11 standard to understand its additional features.
2. Identify the specific additional features you want to implement, such as auto, nullptr, range-based for loops, or lambda expressions.
3. Make sure your compiler supports C++11. Update it if necessary.
4. Use the 'nullptr' keyword in place of NULL for better type safety.
5. Implement 'auto' keyword to simplify type declaration and enhance code readability.
6. Utilize range-based for loops to iterate through containers with ease.
7. Take advantage of lambda expressions for concise function definitions.
8. Consider using smart pointers like std::unique_ptr or std::shared_ptr to manage memory safely.
9. Test your code thoroughly to ensure compatibility with C++11 features.
10. Regularly consult online resources or documentation for any additional guidance or best practices.

Who needs C++11: Additional Features?

1. Software developers looking to improve their C++ coding efficiency and capabilities.
2. Teams maintaining legacy C++ codebases who want to modernize their code.
3. Students and educators seeking to learn and teach modern C++ practices.
4. Companies aiming to take advantage of the performance and safety improvements offered by C++11.

People Also Ask about

Which of the following was introduced in C++11?

C++11 introduced strongly-typed enums ( enum class ) to avoid name clashes and improve type safety. C++11 introduced a standardized way to specify attributes in code using [[attribute]] syntax, enabling more granular control over compiler behavior.

What is the difference between C++ and C++11?

C++11 is a major upgrade over C++98/03, with performance and convenience features that make it feel like a new language. The previous (and first) standard is often referred to as C++98 or C++03; the differences between C++98 and C++03 are so few and so technical that they ought not concern users.

What are the features of C++11 and C++14?

C++11 allowed lambda functions to deduce the return type based on the type of the expression given to the return statement. C++14 provides this ability to all functions. It also extends these facilities to lambda functions, allowing return type deduction for functions that are not of the form return expression; .

What was added in C++11?

C++11 standard introduces the ability to initialize class objects by rvalues, to write clear, concise, and efficient code. This means that temporaries are now initialized directly from the entire rvalue object, instead of calling a constructor to copy the object into the temporary.

What are the changes between C++11 and C++14?

C++11 allowed lambda functions to deduce the return type based on the type of the expression given to the return statement. C++14 provides this ability to all functions. It also extends these facilities to lambda functions, allowing return type deduction for functions that are not of the form return expression; .

What are features added in C++11?

The C++11 Standard Library was also revamped with new algorithms, new container classes, atomic operations, type traits, regular expressions, new smart pointers, async() facility, and of course a multithreading library. A complete list of the new core and library features of C++11 is available here.

What are the additional features of C++11 C++14 and C++17?

C++11: Introduces auto, range-based for loops, and smart pointers. C++14: Adds generic lambdas, variable templates, and improved constexpr. C++17: Features structured bindings, std::optional, and parallel algorithms.

For pdfFiller’s FAQs

What is C++11: Additional Features?

C++11: Additional Features refers to the enhancements and new features introduced in the C++11 standard of the C++ programming language, including improvements to performance, memory management, concurrency, and support for modern programming techniques.

Who is required to file C++11: Additional Features?

Developers and programmers using C++11 in their projects may need to file C++11: Additional Features in order to document and utilize the new capabilities and features available in the C++11 standard.

How to fill out C++11: Additional Features?

To fill out C++11: Additional Features, developers should include information about the specific features being used, their impact on the project, and how they enhance the code or development process, following any provided guidelines or templates.

What is the purpose of C++11: Additional Features?

The purpose of C++11: Additional Features is to provide a structured way for developers to indicate which new features of the C++11 standard they are utilizing in their code, facilitating better understanding and collaboration within development teams.

What information must be reported on C++11: Additional Features?

Information that must be reported includes a list of the specific C++11 features being used, the benefits they provide, any potential compatibility issues, and how they improve the overall efficiency and functionality of the application.