Open Source Code Formatters
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Code Formatters
View 5644 business solutionsBrowse free open source Code Formatters and projects below. Use the toggles on the left to filter open source Code Formatters by OS, license, language, programming language, and project status.
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Dev-C++
A free, portable, fast and simple C/C++ IDE
A new and improved fork of Bloodshed Dev-C++ -
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Dev-C++ for Windows 10/8/7
A fast, portable, simple, and free C/C++ IDE
Coding Boot Camp Learning to program? Check out the free boot camp from Embarcadero which runs from Monday, August 22nd to Friday, August 26th. https://learndelphi.org/boot-camp-2022/ Embarcadero Dev-C++ is a new and improved fork (sponsored by Embarcadero) of Bloodshed Dev-C++ and Orwell Dev-C++. It is a full-featured Integrated Development Environment (IDE) and code editor for the C/C++ programming language. It uses Mingw port of GCC (GNU Compiler Collection) as its compiler. Embarcadero Dev-C++ can also be used in combination with Cygwin or any other GCC based compiler. Embarcadero Dev-C++ is built using the latest version of Embarcadero Delphi. Embarcadero Dev-C++ has a low memory footprint because it is a native Windows application and does not use Electron. Optimized for parallel compilation on modern multi-core machines. GitHub Project: https://github.com/Embarcadero/Dev-Cpp/ Sponsored by Embarcadero: https://www.embarcadero.com/free-tools/dev-cpp -
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A Free, Fast, and Small Automatic Formatter for C, C++, C++/CLI, Objective-C, C#, and Java Source Code. Website: http://astyle.sourceforge.net/ Git Repository: https://gitlab.com/saalen/astyle/
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SQLiteStudio
A free, open source, multi-platform SQLite database manager
A free, open-source, multi-platform SQLite database manager written in C++, with use of Qt framework. It's free of charge for everybody, for any purpose (including commercial). It's safe, as anyone can review the source code. The SQL Editor window assists users with SQL syntax hints & highlighting, provides pretty-print code formatter, and marks syntax errors. You can Ctrl+click on the table mentioned in the SQL query to open that table (or index, or trigger, or view). Currently supported encrypted, password-protected SQLite variations are SQLCipher, WxSQLite3, and System.Data.SQLite. You can execute SQL statements that refer to multiple databases within a single query, thanks to a transparent database attaching mechanism built into the SQL Editor of SQLiteStudio. You can implement your own SQL functions (scalar & aggregate) using JavaScript, Python, or Tcl. There is a repository of ready-to-use scripts on the wiki page. -
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xq
Command-line XML and HTML beautifier and content extractor
Command-line XML and HTML beautifier and content extractor. Syntax highlighting, automatic indentation, and formatting. Automatic pagination and node content extraction. -
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Falcon C++
C++ IDE easy and complete.
Falcon C++ is a IDE that was developed to turn development of C++ applications easily. -
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Deno
A secure runtime for JavaScript and TypeScript
Deno is a secure by default, open source runtime for JavaScript and TypeScript, providing a productive and secure scripting environment for the modern programmer. It is distributed as a single executable with no dependencies, and takes on the role of both runtime and package manager. It uses a standard browser-compatible protocol for loading modules, which are URLs. Built on top of V8, Rust and TypeScript, Deno has support for TypeScript right out of the box. It has a set of built-in utilities as well as reviewed (audited) standard modules. -
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Prettier Formatter for Visual Studio
Visual Studio Code extension for Prettier
Prettier is an opinionated code formatter. It enforces a consistent style by parsing your code and re-printing it with its own rules that take the maximum line length into account, wrapping code when necessary. To ensure that this extension is used over other extensions you may have installed, be sure to set it as the default formatter in your VS Code settings. This setting can be set for all languages or by a specific language. If you want to disable Prettier on a particular language you can either create a .prettierignore file or you can use VS Code's editor.defaultFormatter settings. Additionally, you can disable format on save for specific languages if you don't want them to be automatically formatted. This extension will use prettier from your project's local dependencies (recommended). When the prettier.resolveGlobalModules is set to true the extension can also attempt to resolve global modules. -
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Ruff Python
An extremely fast Python linter and code formatter, written in Rust
Ruff is a fast Python linter focused on code quality, catching syntax errors and enforcing style guidelines. -
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google-java-format
Reformats Java source code to comply with Google Java Style
google-java-format is a program that reformats Java source code to comply with Google Java Style. The formatter can act on whole files, on limited lines, on specific offsets, passing through to standard-out (default) or altered in-place. There is no configurability as to the formatter's algorithm for formatting. This is a deliberate design decision to unify our code formatting on a single format. The formatter can be used in software that generates java to output more legible java code. Just include the library in your maven/gradle/etc. configuration. A google-java-format IntelliJ plugin is available from the plugin repository. To install it, go to your IDE's settings and select the Plugins category. Click the Marketplace tab, search for the google-java-format plugin, and click the Install button. -
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AutoCorrect
A linter and formatter to help you to improve copywriting, etc.
AutoCorrect is a linter and formatter to help you to improve copywriting, correct spaces, words, and punctuations between CJK (Chinese, Japanese, Korean). Like Eslint, Rubocop and Gofmt, AutoCorrect allows us to check source code, and output as colorized diff with corrected suggestions. You can integrate to CI (GitLab CI, GitHub Action, Travis CI....) for use to check the contents in source code. Recognize the file name, and find out the strings and the comment part. Add spacing between CJK (Chinese, Japanese, Korean) and English words. Correct punctuations into full-width near the CJK. Correct punctuations into half-width in English content. (Experimental) Spellcheck and correct words with your dictionary. Lint checking and output diff or JSON result, so you can integrate everywhere (GitLab CI, GitHub Action, VS Code, Vim, Emacs...) -
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Taplo
A TOML toolkit written in Rust
A versatile, feature-rich TOML toolkit. This is the repository for Taplo, a TOML v1.0.0 toolkit, more details are on the website. Validate TOML documents syntactically or against JSON schemas. Formatter with fine-grained options. Embeddable language server with features based on JSON schemas. Available wherever Rust compiles. Taplo CLI aims to be an one stop shop tool for working with TOML files via the command line. The features include validation, formatting, and querying TOML documents with a jq-like fashion. -
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dprint
Pluggable and configurable code formatting platform written in Rust
A pluggable and configurable code formatting platform written in Rust. This project is under active early development. I recommend you check its output to ensure it's doing its job correctly and only run this on code that has been checked into source control. Monorepo for dprint—a pluggable and configurable code formatting platform. The plugins property specifies which plugins to use for formatting. These may be URLs or file paths to a WebAssembly file of the plugin. By default, plugins will pull in files based on their extension. Sometimes a file may have a different extension or no extension at all, but you still want to format it with a certain plugin. The plugin "associations" config allows you to do that by associating a certain file pattern to one or multiple plugins. -
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StyLua
An opinionated Lua code formatter
An opinionated code formatter for Lua 5.1, 5.2, 5.3, 5.4 and Luau, built using full-moon. StyLua is inspired by the likes of prettier, it parses your Lua codebase, and prints it back out from scratch, enforcing a consistent code style. By default, these are built with all syntax variants enabled (Lua 5.2, 5.3, 5.4 and Luau), to cover all possible codebases. If you would like to format a specific Lua version only, see installing from crates.io. You can use the stylua-action GitHub Action in your CI to install and run StyLua. This action uses the prebuilt GitHub release binaries, instead of running cargo install, for faster CI times. This command will format the foo.lua and bar.lua file, and search down the src directory to format any files within it. StyLua can also read from stdin, by using - as the file name. -
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fmt
Formatting library as an alternative to C stdio and C++ iostreams
{fmt} is an open-source formatting library providing a fast and safe alternative to C stdio and C++ iostreams. The format API is similar in spirit to the C printf family of function but is safer, simpler and several times faster than common standard library implementations. The format string syntax is similar to the one used by str.format in Python. The library is fully type safe, automatic memory management prevents buffer overflow, errors in format strings are reported using exceptions or at compile time. The library produces compact per-call compiled code. The library is highly portable and relies only on a small set of C++11 features, like variadic templates, type traits, rvalue references, decltype, trailing return, types, deleted functions, alias templates. These are available in GCC 4.8, Clang 3.0, MSVC 19.0 (2015) and more recent compiler version. For older compilers use {fmt} version 4.x which is maintained and only requires C++98. -
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Prettier
Opinionated Code Formatter
Prettier is an open source, opinionated code formatter that basically takes all the original styling of your code and enforces a consistent code style through parsing and reprinting following its own rules. It takes the maximum line length into account, wrapping code if needed. Prettier makes writing code in one consistent style automatic, painless and so much easier. No need to spend so much time, effort and mental energy discussing styles or formatting your code. Simply press save and your code is formatted. Prettier supports several languages including JavaScript, TypeScript, JSON, CSS, HTML and more. It also integrates with most editors (Atom, Visual Studio, Vim, Espresso and more). -
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GDScript Toolkit
Independent set of GDScript tools - parser, linter and formatter
Independent set of GDScript tools, parser, linter and formatter. This project provides a set of tools for daily work with GDScript. At the moment it provides a parser that produces a parse tree for debugging and educational purposes. A linter that performs a static analysis according to some predefined configuration. A formatter that formats the code according to some predefined rules. A code metrics calculator which calculates the cyclomatic complexity of functions and classes. To install this project you need python3 and pip. Regardless of the target version, installation is done by pip3 command and for stable releases, it downloads the package from PyPI. -
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Livebook
Interactive and collaborative code notebooks for Elixir
Livebook is a web application for writing interactive and collaborative code notebooks. Write notebooks in Livebook then securely deploy and share them with your team and company with Livebook Hub/Enterprise. Code notebooks with Markdown support and Code cells where Elixir code is evaluated on demand. Rich code editor through Monaco: with support for autocompletion, inline documentation, code formatting, etc. Interactive results via Kino: display Vega-Lite charts, tables, maps, and more. Automation: use Smart cells to perform high-level tasks and write notebooks faster than ever. Query databases, plot charts, build maps, and more directly from Livebook's UI. Reproducible: Livebook ensures your code runs in a predictable order, all the way down to package management. It also tracks your notebook state, annotating which parts are stale. Collaboration: multiple users can work on the same notebook at once, no additional setup is required. -
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Solidity plugin for IntelliJ
Solidity plugin for IntelliJ
Solidity plugin for IntelliJ. You can support the development by sponsoring the plugin on Github. Supporting the plugin with crypto through the Gitcoin grant. Please attach the screenshot for every issue if possible. It will make the issue much clearer and easier to understand. -
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Input mask for Android
User input masking library repo
Input masks restrict data input and allow you to guide users to enter correct values. Apply formatting to your text fields, see examples. Filter out nonessential symbols (e.g. extract 0123456 from +1 (999) 012-34-56) For international phone numbers. Apply number/currency formatting. Be careful when specifying the field's android:inputType. The library uses the native Editable variable received on afterTextChange event in order to replace text efficiently. Because of that, field's inputType is actually considered when the library is trying to mutate the text. For instance, having a field with android:inputType="numeric", you cannot put spaces and dashes into the mentioned Editable variable by default. Doing so will cause an out-of-range exception when the MaskedTextChangedListener will try to reposition the cursor. -
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Input mask for iOS
User input masking library repo
Input masks restrict data input and allow you to guide users to enter correct values. Interface Builder struggles to support modules imported in a form of a dynamic framework. For instance, custom views annotated as IBDesignable, containing IBInspectable and IBOutlet fields aren't recognized properly from the drag'n'dropped framework. When you cut text, characters get deleted yet you won't be able to paste them somewhere as they aren't actually in your pasteboard. Shortly after new text is being pasted from the clipboard, every UITextInput receives a new value for its selectedTextRange property from the system. This new range is not consistent with the formatted text and calculated caret position most of the time, yet it's being assigned just after set caretPosition call. -
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Money
Go implementation of Fowler's Money pattern
GoMoney provides ability to work with monetary value using a currency's smallest unit. This package provides basic and precise Money operations such as rounding, splitting and allocating. Monetary values should not be stored as floats due to small rounding differences. -
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CSharpier
CSharpier is an opinionated code formatter for c#
CSharpier is an opinionated code formatter for c#. It uses Roslyn to parse your code and re-prints it using its own rules. The printing process was ported from prettier but has evolved over time. CSharpier can also format on save in your editor or as a pre-commit hook. Then you can ensure code was formatted with a CI/CD tool. -
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MegaLinter
Mega-Linter analyzes 50 languages, 22 formats, 21 tooling formats etc.
Verify your code consistency with an open-source tool. MegaLinter is an Open-Source tool for CI/CD workflows that analyzes the consistency of your code, IAC, configuration, and scripts in your repository sources, to ensure all your projects sources are clean and formatted whatever IDE/toolbox is used by their developers, powered by OX Security. Supporting 54 languages, 24 formats, 22 tooling formats and ready to use out of the box, as a GitHub action or any CI system highly configurable and free for all uses. Projects need to contain clean code, in order to avoid technical debt, which makes evolutive maintenance harder and time-consuming. By using code formatters and code linters, you ensure that your code base is easier to read and respects best practices, from the kick-off to each step of the project lifecycle. Not all developers have the good habit to use linters in their IDEs, making code reviews harder and longer to process. -
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RuboCop
A Ruby static code analyzer and formatter, based on the community Ruby
RuboCop is a Ruby static code analyzer (a.k.a. linter) and code formatter. Out of the box it will enforce many of the guidelines outlined in the community Ruby Style Guide. RuboCop packs a lot of features on top of what you’d normally expect from a linter. Works with every major Ruby implementation. Autocorrection of many of the code offenses it detects. Robust code formatting capabilities. Multiple result for matters for both interactive use and for feeding data into other tools. Ability to have different configurations for different parts of your codebase. Ability to disable certain cops only for specific files or parts of files. Extremely flexible configuration that allows you to adapt RuboCop to pretty much every style and preference. It’s easy to extend RuboCop with custom cops and formatters. Many online services use RuboCop internally (e.g. HoundCI, Sider and CodeClimate).
Open Source Code Formatters Guide
Open source code formatters are tools built to make coding easier, more efficient and consistent across various programming languages. They can be used to quickly indent, erase unwanted spaces, format specific portions of the code or re-align the entire file.
Code formatting is an important tool for developers since it helps improve the readability of the code and allows others to understand it more easily. It also prevents errors when other people are trying to edit or modify existing code. Open source code formatters help save time by automatically editing large sections of code in a few clicks rather than requiring manual changes.
There are several different open source formatter programs available that come with a variety of features depending on the language they are meant for. The most popular languages have their own formatters including C++, C# and Java which have been around for some time now. Other languages such as Javascript, Python and PHP have recently gained access to their own custom formatter tools too.
The range of services offered by open source formatter programs can vary from one language to another but usually include formatting syntax, fixing formatting errors, reformatting all or part of a document at once as well as options for tailoring the output according to individual preferences such as tab size, etc. Most open source formatters will also offer some type of linting support where warnings or notifications can be logged if there are issues with certain pieces of code that need attention before they can be deployed into production environments.
Overall, open source formatters provide a useful resource for developers who need a way to keep their codes neat while ensuring consistency throughout projects and allowing any user working with a piece of codebase useful feedback about what needs improvement before it’s made publically available or sent off in production environments. If you’re looking into using an open source formatter then try looking into some reviews first both in terms functionality & quality, compatibility with desired languages & packages being used within project before making decision about which program would work best for your individual purpose.
Features Offered by Open Source Code Formatters
- Syntax Formatting: Open source code formatters provide helpful syntax formatting features, allowing developers to stylize their code in a specific way. This includes everything from automatic indentation and line wrapping to capitalization of keywords and the selection of tabs or spaces for white space.
- Documentation Generation: Open source code formatters come with features that facilitate the creation of useful documentation from the existing program data. This includes generating Javadoc-style comment blocks and separate documents that explain the program structure or its function calls. It can also be used to create simple job descriptions for sections of source code or even to export commented HTML versions of your actual source code.
- Refactoring Support: Refactoring support allows developers to restructure large chunks of existing code in order to maximize its efficiency without having to go through it all by hand. Open source code formatters offer a wide range of refactoring support tools, ranging from basic search-and-replace commands up to full automated refactoring solutions like add/remove variable initialization or method argument modification.
- Consistent Configuration: In large programming teams, open source formatters ensure that everyone is working with consistent coding styles at all times thanks to their customizable configuration settings which allow users to set styling preferences easily and have them applied across the board for consistency sake.
- Error Prevention: A great feature popular among open source code formatter is their ability catch errors before they become big problems down the line by flagging any potential issues with runtime errors as soon as you begin typing your program into an editor window, allowing you make corrections on them ahead of compile time when it’s most convenient.
- Automation: Open source code formatters can be fully automated to take over tasks such as indenting, setting proper whitespace, or reformatting everything with minimal input. This allows developers to focus on the actual coding instead of worrying about formatting and other tedious details.
Types of Open Source Code Formatters
- Pre-processors: Pre-processors are used to assist in formatting code before it is processed. This type of formatter can be set up to enforce coding standards and help automate tasks such as adding comments to code or warning developers when they enter an invalid statement.
- Stylists: This type of open source code formatter allows developers to customize their coding style and format the code with their own preferences. These tools can help make coding more consistent, easier to read, and free from errors due to changing or overriding existing syntax rules.
- Syntax Highlighters: Syntax highlighters can apply colors and fonts to parts of the code that have specific meaning, making them easier for developers to read and understand. They also provide a visual representation of the structure of the program, which helps reduce debugging time.
- Tidy Tools: These tools are aimed at automatically fixing certain errors within the source code without having the developer manually go through it line by line. Some common errors this type of tool may fix include unclosed tags, misplaced punctuation marks, misspelled words, incorrect spacing rules, etc.
- Minifiers: This type of open source formatter takes a large file and minifies it by removing unnecessary characters (i.e., whitespace) while preserving its structure and functionality. This reduces file size significantly while providing a performance boost as well since there is less data being transferred between server and client-side applications during delivery over networks or internet connections.
- Validation Tools: Validation tools are designed to detect coding errors and alert the developer so they can be corrected in a timely manner. These tools may also perform additional checks such as ensuring that variable names match their defined type and reporting any security vulnerabilities.
- Debuggers: Debuggers provide the ability to step through the code line by line and make changes where necessary. This helps find errors quickly and accurately so they can be fixed before deployment. It also allows developers to observe how certain parts of the code are affected by additional changes they may make elsewhere in the program.
Advantages Provided by Open Source Code Formatters
- Increased Quality: Open source Code Formatters are designed to adhere to a set of best practices, which help ensure the quality of your code. With automated formatting tools like these, you can easily make sure your code is up to certain standards and isn't filled with bugs or errors.
- Reduced Coding Errors: By consistently enforcing a specific coding style and layout, open source Code Formatters help reduce coding errors by removing redundancy and ensuring that all parts of your code are properly formatted and easily readable. This allows developers to quickly identify any issues, reducing the time spent troubleshooting.
- Time Savings: Automating the tedious task of manual formatting can save hours, days or even weeks off development time. It also eliminates the need for meticulous manual reformatting when changes have been made to existing code files.
- Improved Scalability: The standardization enforced by open source Code Formatters makes it easier for developers to read each other's code, making them quicker at identifying problems and helping teams work collaboratively on projects with minimal overhead.
- Easy-to-Use: Most open source formats come with an easy-to-use graphical interface so that even novice users can access its features without needing technical knowledge or experience in programming languages. As a result, developers don’t need to spend valuable time learning how to use new tools in order to format their code properly.
- Cost-Effective: Open source Code Formatters are usually free and open source, so developers don’t need to pay for expensive licenses or hire consultants to help them with the formatting. In addition, developers can utilize existing tools that are already available online, so they don’t need to make any investments in software development.
Types of Users That Use Open Source Code Formatters
- Developers: Developers typically use code formatters to create a more consistent and readable structure for their code. This helps them to debug quickly and efficiently, as the clearer structure makes problems easier to identify.
- Organizations: Organizations may use code formatters when developing software or applications with large development teams in order to ensure that all of the coding is uniform across the entire team. This simplifies ongoing maintenance tasks, as well as creating a more efficient workflow throughout a project.
- Educators: Educators may use code formatters in order to teach best practices when it comes to clear coding style. In addition, they can also be used to help students learn the correct formatting conventions for various programming languages, which can deepen their understanding of syntax and its importance within software development.
- Hobbyists: Hobbyists who are learning how to program may benefit from using open source code formatters in order to gain practice with proper formatting conventions before moving on to larger projects. It can also make reviewing their own work easier and allows them an easy way of making sure that everything looks neat and clean before submitting assignments or projects online.
- Professional Software Engineers: Professional software engineers often rely on open source code formatter tools in order to make sure that their own personal coding styles match those used within their organization by other developers or comply with industry standards set forth by specific language systems such as Java or Python. Code formatting tools can also provide professional engineers with greater control over certain aspects of their line-by-line work, allowing them additional level of accuracy when needed for higher stakes deployments and production ready solutions.
How Much Do Open Source Code Formatters Cost?
Open source code formatters are typically free to use, as they are provided by the open source community and do not require any payment. The main cost associated with using this type of code formatter is the time it takes to learn and understand how to setup, configure, and use it correctly; however, depending on the complexity of the project there may be additional overhead expense for features such as debugging. Additionally, if you need specialist technical assistance with setting up or troubleshooting your open source code formatter there may be a fee for that service. Overall, open source code formatters can provide a fast and efficient formatting solution at no monetary cost but with potential time investment.
What Do Open Source Code Formatters Integrate With?
Open source Code Formatters can integrate with many different types of software. These include Integrated Development Environments (IDEs), code linters, syntax highlighting tools, version control systems (VCS) such as Git, and dynamic language support tools. An IDE is a type of software that provides comprehensive editing and debugging capabilities to developers while they are writing code. Code linters identify any issues such as potential performance problems or bugs in the code. Syntax highlighting tools allow programmers to easily see keywords and other elements associated with programming languages in their code. Version Control Systems allow developers to manage different versions of their code by tracking all changes and providing contributors access to any changes made by others which helps ensure collaborative development efforts are successful. Finally, dynamic language support tools provide assistance for developers when developing applications written in dynamic programming languages like JavaScript or Python.
Trends Related to Open Source Code Formatters
- Open source code formatters are becoming increasingly popular among software developers. This is due to their ability to provide a consistent and uniform formatting for code, making it easier to understand and maintain. They also help with the readability of code, which is important for creating clean and effective software.
- Many open source formatters are available for different programming languages, such as JavaScript, Python, and Java. This makes them more accessible to developers in various industries who may not have the same language expertise.
- Open source code formatters are becoming more integrated into development tools and processes, making them easier to use and enabling developers to quickly reformat code while they work. This can help save time in the development process and ensure that code is properly formatted before it is released.
- While open source code formatters are typically free to use, some commercial options may offer additional features or support that may be attractive to certain developers. For example, some commercial offerings may provide support for multiple languages or integrated tools for debugging or other development tasks.
- As open source projects continue to grow in popularity, more platforms are being developed specifically for hosting code formatting tools. These platforms can provide a central location for developers to find and share formatting tools, as well as collaborate on developing new ones.
- In addition, developers are now able to customize code formatting rules and settings to match their own preferences or coding style. This makes it easier for teams to maintain consistent formatting across their projects.
- Finally, the use of open source code formatters is becoming increasingly common in automated testing and continuous integration processes. This helps ensure that code is properly formatted before it is released, eliminating the need to manually reformat code after it has been committed to a repository.
Getting Started With Open Source Code Formatters
Getting started with using open source code formatters is relatively easy and straightforward. The first step is to install a code formatter on your computer or device. There are many free, open source Code Formatters available. Popular code formatting tools include Prettier, Tidy, Unibeautify, ESLint and more. After installation, you will likely need to configure the program for your particular coding language or environment, preferably through a configuration file. Depending on the site editor that you are working with, you may be able to integrate a formatting plugin in order to get it working within your development space automatically every time you work or commit something new.
Once installed and configured properly, begin by running the formatting tool of choice on some sample files of your chosen coding language. This will help familiarize yourself with and have confidence that the formatter is setup correctly and behaving as expected before fully integrating into your workflow. Keep in mind that there can be different standards for different languages based on popular conventions such as tab vs spaces indentation levels. Make sure these preferences are set properly within config settings (e.g., the .editorconfig file).
The good news is that once everything is setup properly it should run each time you make changes in an automated way (i.e., no manual effort required) whenever appropriate so there's no need to worry about making mistakes late into development which could lead to wasted time debugging issues further down the line.
Finally, don’t forget to regularly update your chosen code formatter. Open source tools may be constantly improving due to the collective work of developers across the world and bypassing those updates can prevent you from taking full advantage of those updates. After you've got the program installed, configured and updated. You're ready to start using open source code formatters to its full potential.
