Standard Template Library (STL) Certification
About Standard Template Library (STL)
The Standard Template Library (STL) is a collection of template classes and functions in the C++ programming language that provide common data structures and algorithms. The STL is designed to be generic and efficient, and it is intended to be used as a toolkit for common programming tasks, such as managing dynamic arrays, linked lists, and other data structures.
The STL includes several container classes, such as vector, list, and deque, which can be used to store and manage collections of data. It also includes several algorithm classes, such as sort, find, and transform, which can be used to perform common operations on the data in the containers. Additionally, the STL provides several iterator classes, which allow programmers to traverse and manipulate the contents of the containers in a consistent and efficient way.
STL is widely used by C++ programmers, it is part of the C++ Standard Library, it is available in all standard compliant C++ compilers, and it provides a lot of useful features that saves time, improves readability and reliability of the code and reduces the amount of work to be done.
Who should take the Standard Template Library (STL) Certification exam?
Individuals who work or want to work in fields such as computer science, software development, and IT would benefit from taking a Standard Template Library (STL) course. This course would cover topics such as the use of the STL in C++, including containers, algorithms, and iterators. It would be beneficial for students who are studying computer science or related fields, and for professionals who work in software development or IT and want to improve their skills and knowledge in using the STL in C++.
Standard Template Library (STL) Certification Course Outline
Some common topics covered in a Standard Template Library (STL) course include:
Introduction to the STL and its role in C++ programming
Understanding the container classes and types (e.g., vector, list, deque, set, map)
Understanding the iterators and their use in STL algorithms
Using STL algorithms for common tasks (e.g., sorting, searching, and manipulating data)
Understanding the function objects and functors
Creating custom classes and function objects to work with the STL
Using STL for efficient and robust memory management
Understanding of the STL performance and scalability
Understanding of the STL with other C++ features such as templates and overloading operators
Understanding of the STL compatibility with other languages and libraries
Understanding of the STL with C++11, C++14 and C++17
Understanding of the STL in multithreading
Understanding of the STL in generic programming
Understanding of the STL in software development best practices
Understanding of the STL in debugging and error handling
Understanding of the STL in code optimization.
Understanding of the STL with smart pointers
Understanding of the STL with move semantics
Understanding of the STL with C++ standard library functions
Understanding of the STL with C++ standard library classes