Hello Guys,
In this video we will be install software for C/C++ programming language.

00:00 Introduction
00:18 How to download & install VS Code in windows
01:16 How to download & install minGW compiler & configure with VS Code
03:37 How to download & install code blocks in windows
06:01 How to download & install Dev C++ in windows
07:47 How to download & install Turbo C/C++

What is IDE
An integrated development environment (IDE) is software for building applications that combines common developer tools into a single graphical user interface (GUI). An IDE typically consists of:

Source code editor:
A text editor that can assist in writing software code with features such as syntax highlighting with visual cues, providing language specific auto-completion, and checking for bugs as code is being written.

Local build automation:
Utilities that automate simple, repeatable tasks as part of creating a local build of the software for use by the developer, like compiling computer source code into binary code, packaging binary code, and running automated tests.

Debugger:
A program for testing other programs that can graphically display the location of a bug in the original code.

Why do developers use IDEs?
An IDE allows developers to start programming new applications quickly because multiple utilities don’t need to be manually configured and integrated as part of the setup process. Developers also don’t need to spend hours individually learning how to use different tools when every utility is represented in the same workbench. This can be especially useful for onboarding new developers who can rely on an IDE to get up to speed on a team’s standard tools and workflows. In fact, most features of IDEs are meant to save time, like intelligent code completion and automated code generation, which removes the need to type out full character sequences.

Other common IDE features are meant to help developers organize their workflow and solve problems. IDEs parse code as it is written, so bugs caused by human error are identified in real-time. Because utilities are represented by a single GUI, developers can execute actions without switching between applications. Syntax highlighting is also common in most IDEs, which uses visual cues to distinguish grammar in the text editor. Some IDEs additionally include class and object browsers, as well as class hierarchy diagrams for certain languages.

It is possible to develop applications without an IDE, or for each developer to essentially build their own IDE by manually integrating various utilities with a lightweight text editor like Vim or Emacs. For some developers the benefit of this approach is the ultra-customization and control it offers. In an enterprise context, though, the time saved, environment standardization, and automation features of modern IDEs usually outweigh other considerations.

Popular kinds of IDEs
There are many different technical and business use cases for IDEs, which likewise means there are many proprietary and open source IDE options on the market. Typically, the most important differentiating characteristics between IDEs are:

The number of supported languages:
Some IDEs are dedicated to one language, and so are a better match for a specific programming paradigm. IntelliJ, for instance, is known primarily as a Java IDE. Other IDEs have a broad array of supported languages all in one, like the Eclipse IDE which supports Java, XML, Python, and others.

Supported operating system(s):
A developer’s operating system will constrain which IDEs are viable (unless an IDE is cloud-based), and if the application being developed is intended for an end user with a specific operating system (like Android or iOS), this may be an additional constraint.

Automation features:
Even though most IDEs include the 3 key features of a text editor, build automation, and debugger, many include support for additional features like refactoring, code search, and continuous integration and continuous deployment (CI/CD) tools.

Impact on system performance:
An IDE’s memory footprint may be important to consider if a developer wants to run other memory-intensive applications concurrently.

Plugins and extensions:
Some IDEs include the ability to customize workflows to match a developer’s needs and preferences.

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