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Course Outline
Introduction to Object-Oriented Programming in C++
- Foundational overview of object-oriented programming concepts.
- Comparison between procedural and object-oriented programming approaches.
- Advantages of adopting modular and reusable software design patterns.
- Recognizing C++ as a native object-oriented language.
C++ Classes and Object Design
- Basic introduction to classes and objects.
- Processes for defining classes and instantiating objects.
- Role of constructors and destructors in object management.
- Controlling the full lifecycle of objects.
- Application of access specifiers:
- Public access
- Private access
- Protected access
Encapsulation and Abstraction
- Concepts of data hiding and encapsulation.
- Designing interfaces for reusable software components.
- Effective utilization of member variables and functions.
- Applying abstraction principles to simplify software design.
C++ Functions and Advanced Class Features
- Techniques for function overloading.
- Usage of the scope resolution operator.
- Implementation of static members and static functions.
- Utilization of friend classes and friend functions.
- Application of operator overloading.
Inheritance and Polymorphism
- Core concepts of inheritance in C++.
- Construction of class hierarchies.
- Implementation strategies for polymorphism.
- Use of virtual functions for dynamic behavior.
- Designing applications that are both flexible and maintainable.
Data Handling and Type Conversion
- Mechanisms of data conversion in C++.
- Interaction between object types and primitive data types.
- Application of safe conversion techniques.
Exception Handling and Templates
- Strategies for robust error handling.
- Integration of exceptions in C++ applications.
- Introductory concepts of templates.
- Creation of reusable, generic code structures.
Input and Output Streams
- Operations with C++ input and output streams.
- Efficient methods for reading and writing data.
- Management of stream-based operations.
Practical C++ Programming Workshop
- Practical application of object-oriented design principles.
- Development of modular C++ applications.
- Construction of reusable classes and components.
- Review of common design best practices.
Course Review and Next Steps
- Recap of key C++ object-oriented concepts.
- Discussion of best practices in software design.
- Identification of further learning paths in C++ development.
Requirements
- Familiarity with fundamental programming concepts, including variables, loops, and functions.
- Practical experience with the fundamentals of C programming.
- Foundational knowledge of general software development principles.
Target Audience
- C programmers seeking to acquire object-oriented programming techniques.
- Software developers aiming to transition from procedural paradigms to object-oriented design.
- Engineers and developers focused on structuring large-scale C applications effectively.
7 Hours
Testimonials (1)
Good examples, focus on most useful material
