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Table of contents
1.
Introduction
2.
Most popular Compilers for C++
2.1.
Microsoft Visual C++
2.2.
Codeblocks
2.3.
Eclipse IDE
2.4.
GCC
2.5.
Borland C++
2.6.
MinGW
2.7.
Clang C++
3.
FAQs
4.
Key Takeaways
Last Updated: Mar 27, 2024
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Compilers for C++

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Introduction

A compiler is a tool that can read the source code and translate it to object-level code. The source codes are in human-readable format, but the system cannot directly understand them. It will only understand the object-level codes.

So, the compiler acts as a bridge between human-readable and machine-readable formats. It parses the source file and converts it to a machine-readable object file.

 

 

This article will discuss some of the most popular compilers for C++, their features, and their differences.

Also, see Literals in C.Fibonacci Series in C++
 

Most popular Compilers for C++

Microsoft Visual C++

It is a full-featured IDE that works on Windows, iOS, and Android platforms and allows you to build applications in C++, C#, node.js, python, and other languages. It is the most widely used online C++ compiler and IDE in today's software industry.

Source: Link

You can also do a free certification of Basics of C++.

Features:

  • It provides language support for C++ and C#.net compiler and other languages like python, node.js, etc.
  • Using this IDE, we can create a variety of applications in various languages, and it also serves as a testing environment for the applications.
  • It is a full-featured IDE that enables us to develop applications for Windows, the web, iOS, Android, and various other platforms.
  • It includes IntelliSense, which assists us in writing efficient code.

You can also do a free certification of Basics of C++

 

Codeblocks

It is a free and open-source IDE that supports coding in C, C++, FORTRAN, XML etc. Codeblocks IDE is a popular IDE that provides support for multiple compilers.

 

Source: Link

 

Features:

  • Cross-platform compatibility. It is compatible with Windows, Linux, and Mac OS.
  • The IDE is written entirely in C++ and does not require any proprietary libraries or interpreted languages to run.
  • Easily extensible through plugins.
  • It supports a variety of compilers, including clang, GCC, and Borland.

Also see, Abstract Data Types in C++

Eclipse IDE

It is a popular IDE for Java, C and C++ development. Eclipse is available for all major platforms, including Windows, Mac OS, and Linux, and it has powerful features that can be used to create full-fledged projects.

 

Source: link

Features:

  • It has a fantastic user interface with drag-and-drop functionality for UI design.
  • It supports project development, and administration frameworks for various toolchains and the classic make framework and source navigation.
  • Folding and hyperlink navigation, grading, a macro definition browser, code editing with syntax highlighting, and other source knowledge tools are supported.
  • To debug the code, it provides an excellent visual code debugging tool.

 

GCC

GCC (GNU Compiler Collection) is a compiler system developed by the GNU project that supports multiple programming languages.

GNU is a toolchain, and GCC is a key component of that toolchain. It is the standard compiler for the majority of GNU and Linux projects. The Linux Kernel is a well-known project that makes use of GCC.

 

Source: link

 

Features:

  • GCC is cross-platform, which means it works on various platforms such as Windows, Unix, Mac OS, and others and iOS and Android.
  • Aside from C/C++, GCC supports a wide range of programming languages.
  • They are widely used as a development tool for both free and commercial software.

 

Borland C++

It is a C/C++ integrated development environment (IDE) for Windows and MS-DOS. It is the successor to Turbo C++ and includes a better debugger, Turbo Debugger, which is written in protected mode DOS.

 

Source: link

 

Features:

  • It is the successor for Turbo C++.
  • It consists of Object Windows Library (OWL), a library made up of C++ classes that can be used to create professional Windows graphics applications.
  • It also includes "Turbo Vision," a set of C++ classes for developing DOS applications. 

 

MinGW

MinGW stands for "Minimalist GNU for Windows." It is a straightforward development environment for native Windows applications. It is an open-source programming environment used to create native Windows applications that do not rely on third-party C-runtime DLLs.

 

Features:

  • Native TLS callback is supported.
  • Wide-character startup is supported (-Unicode).
  • Windows i386 (32-bit) and x64 (64-bit) are supported.
  • Multilib toolchains are supported.
  • Binutils or bleeding-edge GCC are supported.

 

Clang C++

It is an "LLVM native" C/C++/Objective-C compiler. It aims to provide extremely fast compiles. It is a platform for creating fantastic source-level tools and extremely useful error and warning messages. The clang compiler includes the Clang Static Analyzer tool, which automatically finds bugs in your code.

Source: link

Features:

  • End-user features such as fast compilation, GCC compatibility, low memory usage, and expressive diagnostics are supported.
  • Clang has a modular library-based architecture that allows for refactoring, static analysis, code generation, and other features.
  • It allows for close integration with IDEs such as Visual Studio.
  • It is compatible with C, C++, Objective-C, and variants.

 

Also check out this article - Pair in C++

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FAQs

  1. What does a compiler do?
    Compilers are utility programmes that convert your code into executable machine code files. The preprocessor first reads the source code (the C++ file you just wrote) when you run your code through a compiler.
     
  2. How is an interpreter different from a compiler?
    The interpreter only converts one program statement at a time into machine code, whereas the compiler scans the entire program and converts it all at once into machine code.
     
  3. What characteristics does a compiler have?
    Compilation time.
    → The accuracy of machine code.
    → Code's meaning should not change.
    → Machine code speed.
    → Excellent error detection.
    → Correctly checking the code for grammar.

Key Takeaways

This article discussed compiler, how it works, and the most popular compilers for C++ with their features.

We hope that this blog has helped you enhance your knowledge regarding Compilers for C++ and if you would like to learn more about DSA, check out our articles on the link. Do upvote our blog to help other ninjas grow. 

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