What will you learn in C++17 in Detail: A Deep Dive Course
Explore the core updates and new features introduced in C++17
Understand advanced topics like structured bindings, fold expressions, and
if constexprGain deep insights into STL updates, string_view, optional, variant, and parallel algorithms
Learn how to modernize legacy C++ code using C++17 idioms
Prepare for modern C++ development in high-performance and production systems
Program Overview
Module 1: Introduction to C++17 & Setup
⏳ 1 week
Topics: Evolution of C++, overview of C++17 goals, compiler support
Hands-on: Configure a C++17 environment and run sample programs
Module 2: Language Enhancements
⏳ 1 week
Topics: Structured bindings, inline variables,
if constexpr, fold expressionsHands-on: Refactor legacy code to use
auto, bindings, and constant expressions
Module 3: Standard Library Updates
⏳ 1 week
Topics:
std::optional,std::variant,std::any,string_viewHands-on: Build flexible data containers using
optionalandvariant
Module 4: Parallel Algorithms & Performance
⏳ 1 week
Topics: Parallel STL, execution policies, new
std::filesystem, memory optimizationsHands-on: Implement parallel
for_eachand file iteration examples
Module 5: Templates, Lambdas & Type Traits
⏳ 1 week
Topics: Template deduction guides, lambda capture improvements, type utilities
Hands-on: Create generic utilities and lambdas with auto parameters
Module 6: Migration & Best Practices
⏳ 1 week
Topics: Porting from C++11/14, writing future-proof C++17 code
Hands-on: Modernize an existing C++14 project with idiomatic C++17 patterns
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Job Outlook
C++17 skills are in high demand in industries like finance, game dev, system software, and embedded systems
Roles include Systems Programmer, Game Developer, and Software Architect
Salary potential ranges from $90,000 to $150,000+ based on specialization
Modern C++ proficiency is critical for competitive software engineering roles
Specification: C++17 in Detail: A Deep Dive Course
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FAQs
- Solid foundation in C++11/14 is recommended for understanding C++17 features.
- Familiarity with OOP, templates, and basic STL usage is helpful.
- The course dives deep into modern language features, assuming prior knowledge.
- Beginners may find the content dense without prior experience.
- Prepares learners to upgrade legacy C++ codebases efficiently.
- Hands-on labs include structured bindings, fold expressions, and
if constexpr. - Exercises cover STL updates like
string_view,optional,variant, and parallel algorithms. - Learners practice modernizing legacy code with C++17 idioms.
- Projects involve implementing efficient, real-world C++17 solutions.
- Helps consolidate theoretical knowledge with practical coding experience.
- Covers parallel STL algorithms and execution policies for faster processing.
- Teaches memory optimization techniques for large-scale applications.
- Introduces modern C++17 idioms to reduce runtime overhead.
- Hands-on labs simulate performance-critical scenarios.
- Prepares learners for high-performance, production-level C++ development.
- Suitable for roles like Systems Programmer, Game Developer, and Software Architect.
- Focuses on best practices for maintainable, modern C++ code.
- Emphasizes modernization of legacy projects to meet current industry standards.
- Builds expertise relevant for finance, gaming, system software, and embedded systems.
- Enhances employability with advanced C++17 skills.
- Introduces C++17 idioms to replace outdated constructs.
- Covers refactoring techniques for code modernization and efficiency.
- Hands-on labs involve updating C++11/14 projects to C++17 standards.
- Focuses on best practices for maintainable and scalable code.
- Prepares learners to handle legacy projects in professional settings confidently.
