Course Outline
Module 1
- Introduction and References
- Core Fundamentals
- Practical Workshop: Basics
- Function Overloading
- Understanding Overloadable Elements and Techniques
- Additional C++ Types (bool & reference)
- Practical Workshop: Overloading
- Object-Oriented Programming (OOP)
- Rapid Introduction to OOP Concepts
- Classes
- Structs
- Access Modifiers
- Constructors
- Default and Deleted Functions
- Initializer Syntax and Constructor Initialization Lists
- Practical Workshop: Classes
- Memory Management
- Traditional Memory Interaction Models
- Practical Workshop: Memory
Module 2
- Inheritance
- Construction Processes
- Polymorphism
- Virtual, Pure Virtual, Abstract Classes, and Interfaces
- Access Modifiers
- Practical Workshop: Inheritance (Shapes)
- Exceptions
- Understanding Exception Mechanics
- Operational Logic
- Guidelines for Throwing and Catching Exceptions
- Practical Workshop: Exception Handling
- Memory Exhaustion
- Notification Mechanisms
- Handling Strategies
- Modern Memory Management Techniques
- RAII (Resource Acquisition Is Initialization)
- Applying Templates to Modern Memory Management (SmartPointers)
- C++11 Standardized SmartPointers
- nullptr
- Practical Workshop: SmartPointers
- Namespaces
- Practical Workshop: Namespaces
Module 3
- Auto Type Deduction
- The Modern Auto Keyword
- Modern Auto Return Syntax
- Enumerations (enum)
- Strongly Typed Enums
- Constant Expressions (constexpr)
- Advanced Constant Expressions
- Understanding Constness
- Const and Mutable Qualifiers Explained
- Lambdas and Function Objects
- Class-Based Function Alternatives
- Introduction to Lambda Functions
- Chrono Library
- Overview of the New Chrono Library
Module 4
- Type Casting
- Standard Library Overview
- String Manipulation
- Container Types
- Vector (std::vector)
- List (std::list)
- Map (std::map)
- Array (std::array)
- Tuple (std::tuple)
- Initializer Lists
- Iterators
- Range-Based For Loop Syntax
- Standard Algorithms
- Input/Output Streams
- Essential Keywords
- Static
- Explicit
Module 5
- Move Semantics
- Introduction to L-values and R-values
- Applying R-value References to Move Semantics
- Type Traits
- Compile-Time Information Retrieval
- Concurrency
- Introduction to C++11 Threading, async/future, and Atomic Types
- Variadic Templates: An Introduction to C++11 Variadic Templates
Requirements
Requires a minimum of one year of experience with C++
Testimonials (3)
how we can use reserved words and best practices to be used when using Objet Oriented Programming. how we can rely on cpp reference to get knowledge of desired topics
Alejandro - we need to hace this group for mexico people only from Turf and compact utility
Course - Advanced C++ Software Design
The trainer always solves my doubts.
David C Pascual C - we need to hace this group for mexico people only from Turf and compact utility
Course - Advanced C++ Software Design
I liked being submerged into the C++ language for 5 days - not interrupted by regular work - in a row a lot ... Personally not as experienced in C++ as my colleagues, I decided to join this course to take a deep dive. The dive triggered me hugely to learn more ... which is exactly what I wanted to achieve. I appreciated the expertise knowledge of the trainer - and that of my colleagues. The fact that topics were very quickly touched and not addressed in detail, is what I expect from an advanced course. Sometimes too quick for me to follow (but that's a known and accepted drawback from my joining this course :-)) ... but on the other hand provided me with a fairly complete overview of the subtleties of the language. Thanks a lot for presenting a course in this way! Most appreciated!!!
