C++11 Programming Essentials E-Learning Training
- Language: English
- Target audience: ICT professionals who want to learn everything about C++11 Programming
- Level of knowledge required: Basic Computer Skills
- Course duration: 8:21 hours (depending on personal speed)
- Online access: 24/7, 365 days after activation
- Award Winning E-learning
- User-friendly environment
- Certificate of Participation included
C++11 Training
If you purchase this C++11 Programming Essentials E-Learning training, you will have 1 year of unlimited access to comprehensive interactive videos, clear explanations, exercises, and robust progress tracking. Upon completion, you can request a certificate of participation.
What is C++11?
C++11 is a major revision of the C++ programming language released in 2011. It introduced powerful new features that enhance safety, readability, and performance. This course covers:
- Lambda expressions for defining anonymous functions
- Range-based for loops for simplified iteration
- Strongly-typed enumerations for safer enum usage
- Improved multithreading and concurrency support
- Enhancements to the standard library
- Efficient type inference using the
auto keyword
You’ll gain hands-on experience using these features to write clean, modern C++ code.
Why Choose This Training?
- Master modern C++ features to write efficient, maintainable code
- 1 year of 24/7 access to interactive, hands-on learning modules
- Perfect for software engineering and development careers
- Includes exercises, tracking, and a certificate of participation
- Designed for both beginners and experienced programmers
Who Should Attend?
- Developers and engineers transitioning to C++11
- Computer science students learning industry-relevant C++
- Embedded and game developers needing performance and control
- Anyone working with high-performance or system-level applications
Course content
C++11 Essentials
Course: 24 Minutes
- Course Introduction
- The C++11 Auto Keyword
- The C++11 Nullptr Literal
- Using initializer_list in C++
- The C++11 Constant Expression
- Suppressing Allocation Exceptions in C++
- Specifying Return Type Using Suffix Notation in C++
Containers, Data Structures, and Data Types
Course: 1 Hour, 1 Minute
- Using unordered_map in C++
Using unordered_set in C++
- Using Bit Fields in C++
- Using std::bitset in C++
- Using std::pair in C++
- Using std::deque in C++
- Using std::multimap in C++
- Using std::multiset in C++
- Using std::array in C++
- Using std::priority_queue in C++
- Using std::stringstream in C++
- Numeric Type Literals in C++
Iterators
Course: 16 Minutes
- Introduction to Iterators Using Find in C++
- Introduction to Iterators Using Sort in C++
- Introduction to Insert Iterators in C++
- Using Iterators to Copy and Move in C++
Enumeration Class
Course: 7 Minutes
- Enumeration Classes in C++
- Overloading Operators on an Enumeration Class in C++
Practice: Programming Fundamentals in C++
Course: 20 Minutes
- Exercise: Programming Fundamentals in C++11
Function Adapters
Course: 9 Minutes
- Course Introduction
- Using bind for Partial Evaluation in C++
- Using the mem_fn Function Adapter in C++
Assertions and Type Traits
Course: 42 Minutes
- Introduction to static_assert and type_traits in C++
- Using Type Information at Run-Time in C++
- Primary Type Traits in C++
- Composite Type Categories in C++
- Type Properties in C++
- Type Features in C++
- Type Relationships in C++
- Property Queries in C++
Threads and Concurrency
Course: 45 Minutes
- Introduction to Threads in C++
- Passing Arguments to Threads in C++
- Returning from Threads in C++
- Using Mutexes in C++
- Sharing Data Between Threads in C++
- Using future and promise in C++
- Using Packaged Task in C++
- Async in C++
- Accessing Properties of This Thread in C++
- Atomic Variables in C++
Practice: C++11 Programming Techniques
Course: Course: 20 Minutes
- Exercise: C++11 Programming Techniques
Getting Started with Boost
Course: 7 Minutes
- Course Introduction
- Introduction to Boost
- Configuring the Visual Studio IDE for Boost
Boost Data Structures
Course: 35 Minutes
- Using the Bimap in Boost
- Using the Circular Buffer in Boost
- Introduction to Dynamic Bitset in Boost
- Using the Dynamic Bitset in Boost
- Using Any in Boost
- Using Variant in Boost
- Variant Visitor in Boost
Boost Utilities
Course: 57 Minutes
- BOOST_FOREACH
- Using Tokenizer in Boost
- Token Separators in Boost
- Introduction to Format in Boost
- Tabulation and Manipulators in Boost
- Lexical Cast in Boost
- Numeric Cast in Boost
- Numeric Converter in Boost
- Numeric Bounds in Boost
- Date Time: Posix Time in Boost
- Date Time: Gregorian Calendar in Boost
- UUID in Boost
Boost String Algorithms
Course: 49 Minutes
- Introduction to Boost String Algorithms
- Case Conversion in Boost
- Trimming Strings in Boost
- String Iterators in Boost
- String Predicates in Boost
- String Find Algorithms in Boost
- String Erase and Replace in Boost
- Split String in Boost
- String Classification in Boost
Practice: Programming C++ with Boost
Course: 20 Minutes
- Exercise: Using the Boost Library
Lambda Expressions
Course: 19 Minutes
- Course Introduction
- Introduction to Lambda Expressions in C++
- Using the Capture List in C++ Lambda Expressions
- Using stl::for_each in C++ Lambda Expressions
- Using stl::sort in C++ Lambda Expressions
Smart Pointers
Course: 17 Minutes
- Introduction to Smart Pointers in C++
- Using the Shared Pointer in C++
- Using the Unique Pointer in C++
- Using the Weak Pointer in C++
Valarray
Course: 18 Minutes
- Introduction to Valarray in C++
- Valarray Operations in C++
- Valarray Slices in C++
C++14 Preview of Changes
Course: 17 Minutes
- C++14 Overview
- Lambda Capture Expressions in C++
- Function Return Type Deduction in C++
- Updated Constant Expressions in C++
- Binary Literals and Literal Suffixes in C++
Practice: C++14 Advanced Techniques
Course: 20 Minutes
- Exercise: C++14 Preview and C++11 Advanced Techniques
10 benefits of C++11
- Smart Pointers: C++11 introduces smart pointers that automatically manage memory, making it easier to write code that is free of memory leaks.
- Lambdas: C++11 introduces lambda functions that allow you to define anonymous functions inline, leading to more concise and readable code.
- Range-based For-Loops: C++11 introduces range-based for-loops that make it easier to iterate over a range of elements without having to use an iterator.
- Move semantics: C++11 introduces move semantics that can significantly improve performance in some cases by allowing you to move rather than copy the contents of an object.
- Variadic Templates: C++11 introduces variadic templates that allow you to define functions and classes that can accept a variable number of arguments.
- Threading Support: C++11 introduces a new thread library that allows you to write code that can take advantage of multi-core processors.
- Type inference: C++11 introduces type inference that allows the compiler to infer the type of a variable based on its initializer.
- constexpr: C++11 introduces constexpr that lets you define functions that can be evaluated at compile-time instead of runtime.
- Uniform initialization: C++11 introduces uniform initialization that allows you to initialize objects with the same syntax, whether they are built-in types or user-defined types.
- Standardized library: C++11 includes many improvements to the standard library, making it easier to write code that is portable across platforms and compilers.
Why is C++11 important?
- C++11 is an important update to the C++ programming language. It introduces several new features and improvements that make programming easier, faster and more secure. Some important aspects include:
- Improved support for multithreading, allowing more efficient writing of code that uses multiple cores of the processor.
- Introducing smart pointers, which prevent memory leaks.
- Improved control over object construction and destruction through move semantics and uniform initialization.
- Improved standard library with more containers, algorithms and functions, making it easier to write reliable and efficient code.
- Introduced lambda functions and range-based for-loops, making code more readable and easier to understand.
All these improvements contribute to writing safe, efficient and readable code. C++11 is therefore an important update to the language, contributing to the development of high-quality software.
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