Modern C++ Training Course | DevelopIntelligence

Course Summary

The Modern C++ training course is designed to upgrade the skills of existing C++ programmers to encompass the language additions and changes in C++ 14 and C++ 17. New topics are presented with coding examples. Students will practice applying their new knowledge to their existing code base.

The course begins by covering the C++ 14 topics which include: Lambdas, functions, and attributes. The course then dives into C++ 17 topics which include: folding expressions, inline variables, and structured bindings. The course concludes by reviewing new standard attributes.

Purpose

Learn how to use the latest capabilities of the Modern C++ language.

Audience

This course is designed for developers who are already familiar with earlier versions of the C++ language.

Role

Software Developer

Skill Level

Intermediate

Style

Targeted Topic - Workshops

Duration

3 Days

Related Technologies

C++

Download

Productivity Objectives:

Understand the new language, library additions, and modifications in C++ 14 and 17
Utilize the new language in your existing and new source code

Learn About Virtual Training

Request Information

Get your team upskilled or reskilled today. Chat with one of our experts to create a custom training proposal. Fully customized at no additional cost.

If you are not completely satisfied with your training class, we'll give you your money back.

about our training

Real-World Content

Project-focused demos and labs using your tool stack and environment, not some canned "training room" lab.
Expert Practitioners

Industry experts with 15+ years of industry experience that bring their battle scars into the classroom.
Experiential Learning

More coding than lecture, coupled with architectural and design discussions.
Fully Customized

One-size-fits-all doesn't apply to training teams. That's where we come in!

What You'll Learn

In the Modern C++ training course, you'll learn:

C++ 14 Topics:
- binary literals
- generic lambda expressions
- lambda capture initializers
- return type deduction
- decltype(auto)
- relaxing constraints on constexpr functions
- variable templates
- [[deprecated]] attribute
- user-defined literals for standard library types
- compile-time integer sequences
- Std::make_unique
C++ 17 Topics:
- template argument deduction for class templates
- declaring non-type template parameters with auto
- folding expressions
- new rules for auto deduction from braced-init-list
- constexpr lambda
- lambda capture this by value
- inline variables
- nested namespaces
- structured bindings
- selection statements with initializer
- constexpr if
- utf-8 character literals
- direct-list-initialization of enums
- New standard attributes
  - std::variant
  - std::optional
  - std::any
  - std::string_view
  - std::invoke
  - std::apply
  - std::filesystem
  - std::byte
- splicing for maps and sets
- parallel algorithms