C++ Programming for Beginners
C++ Programming for Beginners, available at $19.99, with 15 lectures, and has 1002 subscribers.
You will learn about Learn C++ programming from beginner to expert level Understand C++ Debugging Tools, Objects, Types, Values Learn Multithreads and Mutexes Define Lambda Expressions, Classes, Inheritance in C++ Define Virtual Functions and Run-time Polymorphism Understand Atomic Memory Models and Undefined Behavior Learn Best Practices, Tips, and Pitfalls in C++ Acquire skills to become a C++ and/or Embedded C++ engineer This course is ideal for individuals who are Software Engineers: C, C++ or Beginners & newbies aspiring for a career as Software Developer or C C++ Embedded Software Engineers or Software Developers or C++ Developers/Software Engineers – Modern C++ – Python – SQL – Agile or Anyone interested in C++ programming or C#/C++ Developers or Senior Software Engineers: C++ or Embedded Electronics Engineers C/C++ or C++ Software Engineers Linux – Cyber Security or C++ Engineers or Solution Architects: C++ It is particularly useful for Software Engineers: C, C++ or Beginners & newbies aspiring for a career as Software Developer or C C++ Embedded Software Engineers or Software Developers or C++ Developers/Software Engineers – Modern C++ – Python – SQL – Agile or Anyone interested in C++ programming or C#/C++ Developers or Senior Software Engineers: C++ or Embedded Electronics Engineers C/C++ or C++ Software Engineers Linux – Cyber Security or C++ Engineers or Solution Architects: C++.
Enroll now: C++ Programming for Beginners
Summary
Title: C++ Programming for Beginners
Price: $19.99
Number of Lectures: 15
Number of Published Lectures: 15
Number of Curriculum Items: 15
Number of Published Curriculum Objects: 15
Original Price: $19.99
Quality Status: approved
Status: Live
What You Will Learn
- Learn C++ programming from beginner to expert level
- Understand C++ Debugging Tools, Objects, Types, Values
- Learn Multithreads and Mutexes
- Define Lambda Expressions, Classes, Inheritance in C++
- Define Virtual Functions and Run-time Polymorphism
- Understand Atomic Memory Models and Undefined Behavior
- Learn Best Practices, Tips, and Pitfalls in C++
- Acquire skills to become a C++ and/or Embedded C++ engineer
Who Should Attend
- Software Engineers: C, C++
- Beginners & newbies aspiring for a career as Software Developer
- C C++ Embedded Software Engineers
- Software Developers
- C++ Developers/Software Engineers – Modern C++ – Python – SQL – Agile
- Anyone interested in C++ programming
- C#/C++ Developers
- Senior Software Engineers: C++
- Embedded Electronics Engineers C/C++
- C++ Software Engineers Linux – Cyber Security
- C++ Engineers
- Solution Architects: C++
Target Audiences
- Software Engineers: C, C++
- Beginners & newbies aspiring for a career as Software Developer
- C C++ Embedded Software Engineers
- Software Developers
- C++ Developers/Software Engineers – Modern C++ – Python – SQL – Agile
- Anyone interested in C++ programming
- C#/C++ Developers
- Senior Software Engineers: C++
- Embedded Electronics Engineers C/C++
- C++ Software Engineers Linux – Cyber Security
- C++ Engineers
- Solution Architects: C++
A warm welcome to the C++ Programming for Beginnerscourse by Uplatz.
C++ is a cross-platform language that can be used to create high-performance applications. C++ was developed by Bjarne Stroustrup, as an extension to the C language. It gives programmers a high level of control over system resources and memory. C++ is used everywhere, to develop literally anything, e.g. operating systems, web browsers, microcontrollers, video games, client-server applications, device drivers, embedded firmware, and so on.
C++ is a general purpose, case-sensitive, free-form programming language that supports object-oriented, procedural and generic programming. C++ supports the object-oriented programming, the four major pillar of object-oriented programming (OOPs) used in C++ viz. Inheritance, Polymorphism, Encapsulation, Abstraction. C++ is widely used now a days for competitive programming. It has imperative, object-oriented and generic programming features. C++ runs on lots of platform like Windows, Linux, Unix, Mac etc.
Since C++ supports different ways of programming like procedural, object-oriented, functional, etc., this makes C++ powerful as well as flexible.
In essence, Standard C++ programming is divided into three important parts:
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The core library includes the data types, variables and literals, etc.
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The standard library includes the set of functions manipulating strings, files, etc.
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The Standard Template Library (STL) includes the set of methods manipulating a data structure.
Advantages of using C++
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C++ is one of the world’s most popular programming languages.
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C++ can be found in today’s operating systems, Graphical User Interfaces, and embedded systems.
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C++ is an object-oriented programming language which gives a clear structure to programs and allows code to be reused, lowering development costs.
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C++ is portable and can be used to develop applications that can be adapted to multiple platforms.
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C++ is fun and easy to learn!
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As C++ is close to C# and Java, it makes it easy for programmers to switch to C++ or vice versa
This C++ course will help you learn the fundamentals of programming in the C++ programming language, syntax, data types, iteration, decision branching, expressions, control statements, objects and classes, inheritance, constructor, destructor, this, static, polymorphism, abstraction, abstract class, interface, namespace, encapsulation, arrays, strings, exception handling, File IO, and so on. This C++ training provides knowledge of basic to advanced concepts of C++ programming language. The C++ course is designed for beginners as well as professionals.
C++ Programming for Beginners – Course Syllabus
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Introduction to C++ Programming
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Debugging Tools – Objects – Types – Values
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Operators – Expressions – Control Flow – Functions
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Input – Output – Classes
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Temporary Objects – Functors – Templates
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Lambda Expressions – Classes – Inheritance
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Virtual Functions and Run-time Polymorphism
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Containers – Iterators – Algorithms – Templates
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Time Measurements – Exceptions – References
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Smart Pointers and References
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Moving – Forwarding – Concurrency
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Multithreads and Mutexes
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Condition Variables and Atomics
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Atomic Memory Models and Undefined Behavior
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Best Practices – Tips – Pitfalls in C++
Course Curriculum
Chapter 1: Introduction to C++ Programming
Lecture 1: Introduction to C++ Programming
Chapter 2: Debugging Tools – Objects – Types – Values
Lecture 1: Debugging Tools – Objects – Types – Values
Chapter 3: Operators – Expressions – Control Flow – Functions
Lecture 1: Operators – Expressions – Control Flow – Functions
Chapter 4: Input – Output – Classes
Lecture 1: Input – Output – Classes
Chapter 5: Temporary Objects – Functors – Templates
Lecture 1: Temporary Objects – Functors – Templates
Chapter 6: Lambda Expressions – Classes – Inheritance
Lecture 1: Lambda Expressions – Classes – Inheritance
Chapter 7: Virtual Functions and Run-time Polymorphism
Lecture 1: Virtual Functions and Run-time Polymorphism
Chapter 8: Containers – Iterators – Algorithms – Templates
Lecture 1: Containers – Iterators – Algorithms – Templates
Chapter 9: Time Measurements – Exceptions – References
Lecture 1: Time Measurements – Exceptions – References
Chapter 10: Smart Pointers and References
Lecture 1: Smart Pointers and References
Chapter 11: Moving – Forwarding – Concurrency
Lecture 1: Moving – Forwarding – Concurrency
Chapter 12: Multithreads and Mutexes
Lecture 1: Multithreads and Mutexes
Chapter 13: Condition Variables and Atomics
Lecture 1: Condition Variables and Atomics
Chapter 14: Atomic Memory Models and Undefined Behavior
Lecture 1: Atomic Memory Models and Undefined Behavior
Chapter 15: Best Practices – Tips – Pitfalls in C++
Lecture 1: Best Practices – Tips – Pitfalls in C++
Instructors
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Uplatz Training
Fastest growing global Technology & Cloud Training Provider
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