CC++ 1000- GNU For Beginners

C/C++ 1000: GNU For Beginners, available at $29.99, has an average rating of 4.1, with 57 lectures, based on 12 reviews, and has 73 subscribers.

You will learn about Create programs using Modern C/C++ Use GNU C/C++ under Cygwin on Microsot Windows, or natively on Linux / macOS Complete Common Grounds Keyword Coverage! This course is ideal for individuals who are Learners looking to use Modern C, and / or Modern C++ or Students using Microsoft Windows, Linux, or macOS or Developers who need to understand what C and C++ have in common It is particularly useful for Learners looking to use Modern C, and / or Modern C++ or Students using Microsoft Windows, Linux, or macOS or Developers who need to understand what C and C++ have in common.

Enroll now: C/C++ 1000: GNU For Beginners

Summary

Title: C/C++ 1000: GNU For Beginners

Price: $29.99

Average Rating: 4.1

Number of Lectures: 57

Number of Published Lectures: 57

Number of Curriculum Items: 57

Number of Published Curriculum Objects: 57

Original Price: $29.99

Quality Status: approved

Status: Live

What You Will Learn

Create programs using Modern C/C++

Use GNU C/C++ under Cygwin on Microsot Windows, or natively on Linux / macOS

Complete Common Grounds Keyword Coverage!

Who Should Attend

Learners looking to use Modern C, and / or Modern C++

Students using Microsoft Windows, Linux, or macOS

Developers who need to understand what C and C++ have in common

Target Audiences

Learners looking to use Modern C, and / or Modern C++

Students using Microsoft Windows, Linux, or macOS

Developers who need to understand what C and C++ have in common

C/C++ 1000: GNU For Beginners is about creating C++ application on Linux, AIX, MacOS and other POSIX-inspired operating systems. Using Cygwin and Windows Sub-System for Linux (WSL) even students working on Microsoft Windows can begin to master the Linux / Unix programming world!

Standardized since 1998, Modern C and C++ share a rich & common legacy. Often called upon to work with legacy code, modern C/C++ software developers are more likely to encounter older, rather than newer, software. C/C++ 1000: GNU For Beginners is designed for students who will need to be able to detect the difference between the standards. 

Part of a three (3) part series, GNU C/C++ For Beginners begins by covering what every new software developer should know. Starting out by focusing upon basic compiler concepts, our keyword-centric approach ensures that no concept will be left behind!

Why C/C++?

Yet another forever go-to technology, discovering how to create high-performance software often involves using some part – if not all – of the C/C++ programming standard. Not only does every operating system rely upon some part of the C/C++ standardization effort, but every modern, popular operating system supports both C/C++ as well as the GNU Tool-set. -Almost all other programming languages also support, if not directly rely upon the free & open C/C++ community!

From popular applications, robotics, and operating systems to the Cloud itself then at some point in time everything relies upon software written in C/C++.

What Will I Learn?

Using the cross-platform, time-proven GNU tool set, understanding how products such as Cygwin can be used to create standards-compliant, portable software also allows students working on Microsoft Windows to begin to master the Linux / Unix programming world. Covering control flows, functions, pseudo functions, structures, typedefs, argument processing, unions, and even state machines will prepare new students for the GNU C/C++ 2000 training opportunity.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction 2

Lecture 2: Generations

Lecture 3: Ide Cygwin

Chapter 2: The C/C++ Commons

Lecture 1: Common Main

Lecture 2: GCC Main

Lecture 3: GCC Main Demonstration

Lecture 4: Comments

Lecture 5: Printing to the Screen (printf)

Lecture 6: Printif Solution

Lecture 7: Reading Input Using scanf()

Lecture 8: The GNU Toolchain: Linking for Debugging

Chapter 3: Parameters, Processes, and Functions

Lecture 1: Functions

Chapter 4: Encapsulation

Lecture 1: Practial Data-Hiding

Lecture 2: Files & Paths

Lecture 3: Control Flow & Mathematical Operators

Lecture 4: Assignment, Equity, While, and Zero-Based Arrays

Lecture 5: Calculator Lab Solution

Chapter 5: Data Conversion & Collection

Lecture 1: Data Conversion & Scanning Strings

Lecture 2: Even More Operators!

Lecture 3: Bits & Bytes

Lecture 4: The Show Bit Soluiton

Chapter 6: The Command Line Interface

Lecture 1: Revisiting Main()

Lecture 2: Command-Line Calculator

Lecture 3: Command-Line Calculator, Part II

Lecture 4: More Input / Output Redirections

Chapter 7: Extended Control Flows

Lecture 1: More Keywords & Control Structures

Lecture 2: Boolean & Integral Equivalents

Lecture 3: Ternary Operator: Assignment, Testing & Evaluations

Lecture 4: Using switch

Chapter 8: Arrays: Looping & Iteration

Lecture 1: Integral & Non-Terminated Arrays

Lecture 2: C++ Memory Allocation

Lecture 3: Managing while Iterations

Lecture 4: More Pointer & Addressable Concepts

Chapter 9: Data Limits & Ranges

Lecture 1: Knowing Your Limits

Lecture 2: Understanfing the C/C++ Pre Processor

Lecture 3: Primitive Data – Representational Range Review

Lecture 4: Updating Show Bits

Chapter 10: Enumeration – Managing States & Types

Lecture 1: An Enumerated Data Set

Lecture 2: Enumerated Possibilities

Chapter 11: State Machines: Managing Programmable Reactions

Lecture 1: State Machine Defined

Lecture 2: Paramaterized States & Callbacks

Lecture 3: Decimal Precisions

Chapter 12: Complex Data Structures

Lecture 1: Keyword Support

Lecture 2: Dynamic Structure Management

Lecture 3: Data Structure Activity

Lecture 4: Passing By Reference / Passing By Value

Lecture 5: Register Values & Pointer to Pointer

Lecture 6: Member Functions

Chapter 13: Managing Data Types & Structures

Lecture 1: Static & Dynamic Usages

Lecture 2: Dynamic Usages, Part II

Lecture 3: Converting To Pointers

Lecture 4: Pseudo Functions

Lecture 5: Typedef

Lecture 6: Unions

Chapter 14: Closing Concepts

Lecture 1: Keyword Wrap-Up

Lecture 2: Common String Operations

Lecture 3: Closing Inspirations

Instructors

Randall Nagy
Software Engineer & Educator

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2 stars: 2 votes

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4 stars: 3 votes

5 stars: 6 votes

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