CC++ 2000- GNU For Intermediate Students

C/C++ 2000: GNU For Intermediate Students, available at $22.99, has an average rating of 3.43, with 63 lectures, based on 7 reviews, and has 76 subscribers.

You will learn about Manage Polymorphic Relationships Use GNU program creation & maintenance tools Manage the debugging process This course is ideal for individuals who are Students who need to understanc how classes work in Modern C/C++ or Software developers who are looking to manage GNU Makefiles or Students who want to learn how to created static & dynamic libraries or Learners needing addition practice using the GNU compiler tool chain It is particularly useful for Students who need to understanc how classes work in Modern C/C++ or Software developers who are looking to manage GNU Makefiles or Students who want to learn how to created static & dynamic libraries or Learners needing addition practice using the GNU compiler tool chain.

Enroll now: C/C++ 2000: GNU For Intermediate Students

Summary

Title: C/C++ 2000: GNU For Intermediate Students

Price: $22.99

Average Rating: 3.43

Number of Lectures: 63

Number of Published Lectures: 63

Number of Curriculum Items: 63

Number of Published Curriculum Objects: 63

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Manage Polymorphic Relationships

Use GNU program creation & maintenance tools

Manage the debugging process

Who Should Attend

Students who need to understanc how classes work in Modern C/C++

Software developers who are looking to manage GNU Makefiles

Students who want to learn how to created static & dynamic libraries

Learners needing addition practice using the GNU compiler tool chain

Target Audiences

Students who need to understanc how classes work in Modern C/C++

Software developers who are looking to manage GNU Makefiles

Students who want to learn how to created static & dynamic libraries

Learners needing addition practice using the GNU compiler tool chain

C/C++ 2000: GNU For Intermediate Students will review the key language-centric concepts modern C/C++ professionals will need to be aware of. Building upon the concepts presented in GNU C/C++ 1000, students should be familiar with the complete keyword set as presently defined by the modern standard for C programmers.

Classics Matter!

Writing C/C++ for decades I believe students need to alsoknow 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!

Rollings Review
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 2000 level – or intermediate C/C++ educational opportunity. If you are familiar with C and basic C++ then you will also feel confident jumping right into this intermediate, 2000 level, lesson set.

Note also that we will be talking about a state machine and revisiting many concepts that were presented in the C/C++ 1000 series.

Additional Learning ‘Ops

The reason why I like to present a concept more than once and in several different ways is as to make sure people understand the key concepts that are required for topical mastery. No practice, no glory?

So I hope you’ll enjoy the review and if you didn’t take C++ 1000 you might want to enroll in the beginning programming lessons as well.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: GNU Make – Intorduction & Overview

Lecture 3: Platforms & Rules

Lecture 4: Make Targets

Lecture 5: The C/C++ Command-Line Tooling

Lecture 6: External CLI

Lecture 7: More C/C++ Command Options

Lecture 8: The ERA Namespace

Lecture 9: Library Creation

Lecture 10: GNU Debugging

Lecture 11: Enabling Make Debug

Chapter 2: GNU C/C++ 2000

Lecture 1: Training Overview: Intermediate Software Developers

Lecture 2: Object Orientation

Lecture 3: The C/C++ Generations

Lecture 4: The Study: Location & Tools

Lecture 5: GNU Tool Review

Lecture 6: The Programming Environment

Lecture 7: Code Creation

Lecture 8: Compiling Code

Lecture 9: Debugging Code

Chapter 3: File Logging

Lecture 1: Forward Headers & Code Files

Lecture 2: Effective Header Management

Lecture 3: Code Manangement Activity

Lecture 4: Exception Management

Lecture 5: Pre Processor Concepts

Lecture 6: Macro & Inline Functions

Chapter 4: Syntactical Sugar

Lecture 1: Pointers & References

Lecture 2: Default Parameters

Lecture 3: Overloading – Revisited

Lecture 4: Namespaces

Chapter 5: State Machine, Revisited

Lecture 1: State Machines & Typedefd Functions

Lecture 2: Review: Data Types and Sizes

Lecture 3: String Sizes & Internal Representations

Lecture 4: Cross-Platform & Cross-Language Character Sizes

Lecture 5: Logical Data Type Review

Lecture 6: Integral Data Type Review

Lecture 7: Operators, Sizes, & Limitations

Lecture 8: Arrays & Strings

Lecture 9: String & Array Activity

Lecture 10: Common Functions & Libraries

Lecture 11: Advanced Concepts

Lecture 12: Data & Persistance

Lecture 13: Input Streams

Lecture 14: Stream Strategies

Lecture 15: Classes, Objects, & Frameworks

Lecture 16: Structures & Classes

Lecture 17: Mutators & Accessors

Lecture 18: Frameworks & Object Famlies

Lecture 19: Understanding This

Lecture 20: Class Construction

Lecture 21: Static Initialization

Chapter 6: Object Relationships

Lecture 1: Object Factories and the `isa Relationship

Lecture 2: Inheritance Strategies

Lecture 3: Object Factories & Object Pointers

Lecture 4: C++ Memory Management

Lecture 5: Polymorphic Factories

Lecture 6: The Object Lifecycle

Lecture 7: Scope & Visibility

Chapter 7: Bonus Content – File Logging

Lecture 1: Using Fstream

Lecture 2: Time and the C/C++ Standard

Lecture 3: API Wrappers

Lecture 4: Re-Using EzLog

Lecture 5: Final Activity

Instructors

Randall Nagy
Software Engineer & Educator

Rating Distribution

1 stars: 2 votes

2 stars: 0 votes

3 stars: 1 votes

4 stars: 1 votes

5 stars: 3 votes

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