Master on your C++ skills – Hands-on Session on arrays, pointers
What you will learn
Learn to program with one of the most powerful programming languages that exists today, C++.
Master about every intermediate C++ topic starting with basic of C++ programming.
Learn to code C++ pointers for great performance app development.
Coding intermediate problem statements using the C++ language
Setting up a local C++ coding environment to create your own coding practices
Develop skills on real-world Arrays, pointers, structures, and external file systems
Learn how to work with string statements and smart pointers.
Learn Document processing using .CSV files with built-in standard filestream library
Convert dynamic data type as required formats to proces by doing C++ coding
Enable Logical skills by applying pointers and structure programming
Learn to Apply Great future of C++, Dynamic memory allocation techniques for great Application Performance
Description
Welcome to the C++ Intermediate course, With its latest version, this course teaches every essential concept of intermediate coding examples in a single course, allowing you to start your intermediate coding journey step by step.
C++ is a beautiful cross-platform language that can be used to build a variety of high-performance software applications. C++ was developed by Bjarne Stroustrup as an extension to the C language. C++ gives programmers a high level of control over system resources and memory.
Including C++ intermediate concepts, real-world applications could be created as follows:
Operating Systems
GUI-Based Applications
Embedded Systems
Web Browsers
Banking Applications
Database management software
Games with actions
Advanced Computation and Graphics
Compilers
Cloud/Distributed Systems
Standard Libraries
Learn C++, The first step in learning C++ for success in software application development is that it is easy to learn and understand. Our online C++ Intermediate Training course is designed for you, with all of the intermediate topics covered. Mr. Sudha Sekhar will explain to you even complex topics to simplify them and teach you so that even beginners could easily understand them with real-time examples.
Create a Good and Strong base foundation in C++ Concepts using Microsoft Visual Studio Community IDE code editor.
Once you master C++’s intermediate programming concepts, you’ll have lots of options in front of you. You can choose to build more apps if you prefer, or change jobs and work as a C++ developer. As long as you know the fundamentals and intermediate concepts pretty well, switching to different technology stacks should be pretty easy for you.
Knowing these C++ Intermediate programming techniques will allow you to easily switch over to any other programming language.
Learn from real-world experts
By learning these C++ skills, you will be eager to learn other software development languages very quickly, which will lead you to become a successful code developer.
If you really want to learn C++ and improve dynamic memory allocation techniques, this C++ Intermediate Programming Course is for you to develop your skills more than others and become strong in C++ code development.
THE COMPLETE C++ PACKAGE:
This course is the first level of Sekhar’s complete C++ series Online:
Level 1: Learn C++ Fundamentals Coding for Absolute Beginners: C++ Basic
Level 2: Learn C++ Intermediate: Pointers, Structures, and File Streams
Level 3: Learn C++ Advanced: Classes, Object-Oriented Programming, and Templates
Check out the free preview videos for more information!
By the end of this package, you will be fluent in C++ programming and ready to make any application you can dream of.
Β Β Β Sign up today, and look forward to:
Β Β Β Β HD Video Lectures
Β Β Β Β C++ Challenges and Exercises
Β Β Β Β Lovely real-world dynamic examplesΒ
About Your Instructor
Sekhar Metla is a software engineer with 20+ years of professional experience. He is the author of several online-selling courses with more than 40,000+ students in many countries. He has a Master of Science in Computer Applications in Software Engineering. His students describe him as passionate, pragmatic, and motivational in his teaching.
Content
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Course Overview
- This course bridges C++ fundamentals to advanced paradigms, enabling efficient applications. It delves into critical intermediate concepts for managing system resources and complex data with precision.
- Explore data storage and manipulation architecture, understanding direct memory interaction.
- Solidify C++’s core strengths, preparing you for real-world challenges demanding fine-grained resource control and data persistence.
- Gain practical experience building robust C++ components interacting with the OS and external data sources.
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Requirements / Prerequisites
- C++ Fundamentals: Solid grasp of basic C++ syntax: variables, data types, operators, conditionals, loops, functions.
- Basic Problem-Solving: Ability to logically approach and break down coding problems.
- C++ Compiler & IDE: Working C++ compiler (g++ or MSVC) and IDE (e.g., VS Code) set up for hands-on practice.
- Command Line Comfort: Basic command line understanding for compiling/running C++ programs.
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Skills Covered / Tools Used
- Advanced Memory Management: Grasp stack vs. heap, dynamic allocation (`new`/`delete`), and memory leak prevention.
- Custom Data Aggregation: Design and implement sophisticated user-defined data types using C++ `struct` for logical data encapsulation.
- Direct Memory Interaction: Master raw pointers, including arithmetic and dereferencing, for direct data access and manipulation.
- Resource-Safe Programming: Implement `std::unique_ptr` and `std::shared_ptr` for automatic, safe memory management, reducing common pointer-related bugs.
- Robust File I/O: Develop programs for reading and writing various file types (`std::fstream`, `std::ifstream`, `std::ofstream`), handling modes and error conditions.
- Efficient String Handling: Utilize `std::string` for dynamic string manipulation, searching, and formatting.
- Delimited Data Processing: Learn techniques for parsing and generating structured data files, specifically CSVs, using standard library streams.
- Debugging Techniques: Employ IDE debugger tools to diagnose and fix memory and file operation issues.
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Benefits / Outcomes
- Develop High-Performance Applications: Write C++ code optimized for speed and memory efficiency via direct memory access and intelligent resource management.
- Create Robust Data Solutions: Design and implement custom data structures tailored to application needs, ensuring data integrity and efficient access.
- Master Persistent Data Storage: Build applications capable of permanently storing configuration, logs, or user data to external files, enabling data persistence.
- Enhance Problem-Solving Acumen: Strengthen analytical skills by tackling complex scenarios involving memory allocation, data organization, and file processing.
- Prepare for Advanced C++: Establish a strong foundation for delving into topics like OOP, Data Structures & Algorithms, and System Programming.
- Boost Employability: Gain highly sought-after skills crucial for roles in game development, embedded systems, high-frequency trading, and operating system development.
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PROS
- Deep dive into C++’s powerful low-level capabilities, often overlooked in intro courses.
- Empowers developers to write highly efficient, resource-aware code for performance-critical apps.
- Offers extensive hands-on practice, solidifying theoretical knowledge with practical implementation.
- Provides directly applicable skills for systems programming, driver development, and game engine architecture.
- Fosters a deeper understanding of program interaction with hardware and the operating system.
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CONS
- The complexity of manual memory management and pointer arithmetic can be challenging and prone to errors for new learners, requiring careful attention to detail.