C/C++ 3000: GNU For Advanced Students

C/C++ 3000: GNU For Advanced Students, available at $29.99, has an average rating of 3.21, with 58 lectures, based on 7 reviews, and has 101 subscribers.

You will learn about Create Objects, Factories, and Frameworks using Modern C/C++ This course is ideal for individuals who are Student looking to gain practical, hands-on experience using Object Orientation It is particularly useful for Student looking to gain practical, hands-on experience using Object Orientation.

Enroll now: C/C++ 3000: GNU For Advanced Students

Summary

Title: C/C++ 3000: GNU For Advanced Students

Price: $29.99

Average Rating: 3.21

Number of Lectures: 58

Number of Published Lectures: 58

Number of Curriculum Items: 58

Number of Published Curriculum Objects: 58

Original Price: $29.99

Quality Status: approved

Status: Live

What You Will Learn

Create Objects, Factories, and Frameworks using Modern C/C++

Who Should Attend

Student looking to gain practical, hands-on experience using Object Orientation

Target Audiences

Student looking to gain practical, hands-on experience using Object Orientation

Once we understand how to create classes, the next challenge is to understand how to apply Object Orientation to our software creation & maintenance activities. Far more that simply using inheritance therefore are the concepts that will allows us to test, as well as to encapsulate and / or manage key operations. -Features required to keep multiple projects working as expected.

Rollings Review
If you are familiar with C and functional C++ then you should feel confident jumping right into the 3000 lesson set. If C and / or C++ are new to you, we start our with a review of the core concepts.

I think you’ll appreciate the review, as well as the additional extended topics that we’re going to be presenting in this 3000 level – or advanced C/C++ educational opportunity.

Focus

The focus of C/C++ 3000: GNU For Advanced Students series is on the advanced Object Oriented Framework and Factories. Code relationship & capabilities that make modern C++ a natural choice for people who have very little legacy, or for software developer who wish to take their legacies to the next level using this C++ 98, C++ 11, C++ 14 or 2017 concepts.

Bottom Line?

Writing C/C++ for decades I believe students need to know how to work with those huge legacy code bases? Never soon to be updated, if it isn’t broken then we should understand why many will want us to work with those classic standards!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Namespaces

Lecture 1: Namespace Orientation

Lecture 2: Using Namespaces

Lecture 3: Namespace Implementation

Lecture 4: Namespace Test

Lecture 5: Making & Building

Chapter 3: Advanced C/C++ Syntax

Lecture 1: Advanced Syntax Highlights

Lecture 2: Deprication Demonstration

Lecture 3: Deprication Streams

Lecture 4: International Streams

Lecture 5: Attributed Functions

Lecture 6: Run-Time Type Information

Lecture 7: Classes in Namespaces

Lecture 8: Namespace Management

Lecture 9: Cross-Era File Reationships

Lecture 10: Makefile Management

Lecture 11: Updating the Test Driver

Lecture 12: Combining Namespaves

Lecture 13: Instance Management

Lecture 14: Polymorphism and Frameworks

Lecture 15: Slicing, Paterns & Re-Use

Lecture 16: Abstract Classes

Lecture 17: Casting & Inheritance

Lecture 18: More Casting Possibilities

Lecture 19: Abstract Class Code Review

Lecture 20: Code Building & Project Strategies

Lecture 21: Factories: Even More Slicing!

Lecture 22: Relationships: `isa` -v- `hasa`

Lecture 23: Inherited Aggregations

Lecture 24: Project Oriented Software Design

Lecture 25: Abstraction & Project Design

Lecture 26: Encapsulated Time Demonstration

Lecture 27: Encapsulated Containership

Lecture 28: Array of Classes

Lecture 29: Operator Overloading

Lecture 30: Testing Strategies

Lecture 31: Shopping Cart Code Review

Lecture 32: Template Containership

Lecture 33: Metaclasses

Lecture 34: Vector Collection & Conversions

Lecture 35: Tactical Library Reuse

Lecture 36: Vector Class Conversion

Lecture 37: Concurrency

Lecture 38: Meta-Classes: Converting to List

Lecture 39: Testing Frameworks

Lecture 40: Polymorphic Products

Lecture 41: Understanding 'Move'

Lecture 42: The Shopping Cart Framework

Lecture 43: More Template Operations

Lecture 44: Searching & Sorting

Lecture 45: Lamda Operations

Lecture 46: Dictionaries & Sets

Lecture 47: Custom Exceptions

Lecture 48: Make: Code Sytle Enforcement

Lecture 49: Diamond Inheritance

Lecture 50: Displaying Bits & Bytes

Lecture 51: More Best Practices

Lecture 52: Homework: Era Project Review

Instructors

Randall Nagy
Software Engineer & Educator

Rating Distribution

1 stars: 2 votes
2 stars: 1 votes
3 stars: 0 votes
4 stars: 2 votes
5 stars: 2 votes

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