What is Turbo C++? Is it worth learning? What are its pros and cons? How does it compare to other IDEs?

Turbo C++ was originally developed by Borland Software Corporation (now owned by Embarcadero) in 1987. The IDE was designed to provide developers with a simple way to create applications for MS-DOS systems. Over time, the IDE became very popular due to its ease of use and low cost. In addition, the IDE allowed programmers to develop their programs without having to purchase expensive software licenses or pay royalties to Microsoft.

 History of Turbo C

Turbo C++ is a powerful programming tool that allows you to write code faster and easier than ever before. This article provides a detailed overview of the IDE and explains why it should be considered a valuable asset for every developer.

Borland Turbo C++ was released back in 1989 and quickly became the standard toolset for programmers looking to write code for MS-DOS based operating systems. Since its release, Borland Turbo C++ has been updated numerous times and has become a staple in the programming world. However, when Microsoft introduced Visual Studio in 1990, Borland decided to discontinue support for the product.

In recent years, however, Borland has made some changes to the product and rebranded it as Turbo C++. While the name change may seem like a simple cosmetic update, the product itself has undergone several upgrades and improvements.


 1. Run on Modern Versions of Windows

While Borland Turbo C++ originally ran only on MS-DOS, it has since been ported to newer versions of Windows including Windows XP, Vista, 7, 8 and 10.

 2. Support Multiple Compilers

Since Borland Turbo C++ supports multiple compilers, developers can choose between different compilers depending on their needs. For instance, Borland Turbo C/C++ supports both GCC and Intel C++ compilers.

 3. Improved Code Editing Tools

Borland TurboC++ has also improved its code editing tools over the years. For instance, the IDE now allows users to view source files inline and provides syntax highlighting.

 4. Integrated Development Environment

Borland Turbo c++ has also added additional functionality to the IDE. For instance, the debugger now displays stack traces and memory leaks.

 5. Enhanced Debugging Capabilities

Borland Turboc++ has also enhanced its debugging capabilities. For instance, the product now supports breakpoints, watch windows, conditional compilation, and more.

 6. Improved Project Management Features

Borland Turboc++ has also added project management features to the IDE. These include the ability to manage projects, build configurations, and compile options.

 7. Additional Language Support

Borland Turbo-C++ has also added support for additional languages including Ada, Fortran, Java, Pascal, Perl, PHP, Python, Ruby, Tcl, VBScript, and XML.

 8. Improved Performance

Borland Turbo -C++ has also improved performance. For instance, the compiler runs faster and produces smaller binaries.

 9. Updated Documentation

Finally, Borland Turbo C ++ has also updated its documentation. Users can access the documentation via the Help menu.

Features of turbo c

Turbo C++ is a powerful IDE that allows developers to write code faster and easier than ever before. With its ability to compile and debug applications quickly, Turbo C++ is perfect for beginners looking to learn programming.

Here’s a quick overview of some of the key features of Turbo C++:


 * Compile and Debug Applications Quickly

With Turbo C++, you can easily build and test your application within seconds. Simply select the project type and click Build to begin compiling your source files. Once complete, you can view the results of your compilation right away.

 * Create Projects Using Templates

You can also save yourself hours of tedious coding by creating projects using templates. Just choose the template you like best and click Add Project.

 * Use Visual Studio Code Integration

Visual Studio Code integration makes it simple to open and edit existing.cpp and.hpp files directly from within Turbo C++.

 * Support Multiple Languages

Turbo C++ supports multiple languages including C/C++, Java, Python, PHP, HTML, XML, JavaScript, and others.

 * Powerful IntelliSense Features

IntelliSense provides instant access to information about variables, functions, classes, and so much more.

 * Integrated Help System

Turbo C++ comes with a built-in help system that contains everything you need to get started.

 * Built-In Source Control Tools

Turbo C++ includes support for Git, SVN, Mercurial, and TFS.


How to install turbo c

Turbo C++ is a compiler developed by Borland Software Corporation. It was released in 1991 and was discontinued in 2002. Turbo C++ is still widely used in educational settings due to its low cost and ease of installation.

Here’s a step-by-step guide to installing Turbo C++ on Windows 7/8/10:


  1. Download Turbo C++

Download the latest version of Turbo C++ here.

  1. Install Turbo C++

After downloading the software, double click the.exe file to begin the installation process. Follow the prompts to complete the installation.

  1. Run Turbo C++

Once installed, launch the application and follow the instructions to run the program.


Turbo C++ is an easy-to-use development environment that makes writing code fast and fun. It is ideal for beginners who want to get started developing applications.

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