Course C++ Part 10: Arrays, Vectors, Ranges, and Functional-Style Programming
Course Description
This lesson covers the use of arrays, vectors, and ranges, introducing functional programming techniques for more elegant C++ code.
Boost your C++ programming efficiency by mastering arrays, vectors, ranges, and functional-style programming! This course explores the fundamentals of arrays and std::vector, helping you manage dynamic data structures with ease. You'll dive into C++ ranges, a modern approach to working with sequences that enhances code readability and safety. Additionally, you'll learn how to apply functional-style programming concepts, leveraging higher-order functions, lambda expressions, and algorithms to write cleaner and more expressive C++ code. Whether you're optimizing performance or improving code maintainability, these techniques will elevate your C++ skills to a new level!
Course Curriculum
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001. Lesson 10 Overview--OOP Inheritance and Runtime Polymorphism
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002. Base Classes and Derived Classes
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003. Relationship between Base and Derived Classes
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004. Creating and Using a SalariedEmployee Class
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005. Creating a SalariedEmployee-SalariedCommissionEmployee Inheritance Hierarchy
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006. Constructors and Destructors in Derived Classes
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007. Relationship Among Objects in an Inheritance Hierarchy
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008. Invoking Base-Class Functions from Derived-Class Objects
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009. Aiming Derived-Class Pointers at Base-Class Objects
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010. Derived-Class Member-Function Calls via Base-Class Pointers
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011. virtual Funtions
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012. Do Not Call virtual Functions from Constructors and Destructors
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013. virtual Destructors
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014. final Member Functions and Classes
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015. Abstract Classes and Pure virtual Functions
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016. Declaring a Pure Virtual Function
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017. Case Study Payroll System Using Runtime Polymorphism
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018. Creating Abstract Base-Class Employee
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019. Creating Concrete Derived-Class SalariedEmployee
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020. Creating Concrete Derived-Class CommissionEmployee
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021. Demonstrating Runtime Polymorphic Processing
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022. Runtime Polymorphism, Virtual Functions and Dynamic Binding Under the Hood
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023. Non-Virtual Interface (NVI) Idiom
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024. Refactoring Class Employee for the NVI Idiom
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025. Updated Class SalariedEmployee
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026. Updated Class CommissionEmployee
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027. Runtime Polymorphism with the Employee Hierarchy Using NVI
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028. 10.12 Program to an Interface, Not an Implementation
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029. Rethinking the Employee Hierarchy--CompensationModel Interface
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030. Class Employee
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031. CompensationModel Implementations
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032. Testing the New Hierarchy
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033. Runtime Polymorphism with stdvariant and stdvisit
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034. Runtime Polymorphism with stdvariant and stdvisit--Compensation Model Salaried
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035. Runtime Polymorphism with stdvariant and stdvisit--Compensation Model Commission
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036. Runtime Polymorphism with stdvariant and stdvisit--Employee Class Definition
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037. Runtime Polymorphism with stdvariant and stdvisit--Testing Runtime Polymorphism with stdvariant and stdvisit
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038. Multiple Inheritance
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039. Multiple Inheritance Example
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040. Diamond Inheritance
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041. Eliminating Duplicate Subobjects with virtual Base-Class Inheritance
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042. protected Class Members
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043. public, protected and private Inheritance
£44.00
£67.00
Course includes:
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Level
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Intermediate
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Duration
3h 23m
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Lessons
43
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Certifications
Yes
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Language
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English
