Open Source Go Web Development Software

Easy, lightweight application server for development and deployment of containerized web apps. Supports all languages/frameworks, and runs on Linux, Windows, and OSX. Idle apps scale down to zero. Clace™ is an Apache-2.0 licensed application server for web apps. Clace enables easy and secure hosting and management of multiple web apps written in any language/framework. Clace is cross-platform (Linux/Windows/OSX) and provides a GitOps workflow for managing web apps. Clace implements a language/framework agnostic application server. Clace combines the functionality of a reverse proxy and a container orchestrator (using Docker or Podman) in a single lightweight binary. Clace builds images and runs containers directly from the GitHub source repo. Clace can be used during app development, handling all env setup with live reload. Apps can then be deployed on a Clace server, adding OAuth authentication.

Minify is a minifier package written in Go. It provides HTML5, CSS3, JS, JSON, SVG and XML minifiers and an interface to implement any other minifier. Minification is the process of removing bytes from a file (such as whitespace) without changing its output and therefore shrinking its size and speeding up transmission over the internet and possibly parsing. The implemented minifiers are designed for high performance. The core functionality associates mime-types with minification functions, allowing embedded resources (like CSS or JS within HTML files) to be minified as well. Users can add new implementations that are triggered based on a mime-type (or pattern) or redirect to an external command (like ClosureCompiler, UglifyCSS,). Minifiers or bindings to minifiers exist in almost all programming languages. Some implementations are merely using several regular expressions to trim whitespace and comments.

Gin is an incredibly fast web framework written in Golang that can perform up to 40 times faster, thanks to its martini-like API and custom version of httprouter. It’s got a very small memory footprint, no reflection and Radix tree based routing as well. For those looking for unprecedented speed and good productivity, Gin is the way to go. Gin is packed with great features, including middleware support, JSON validation and more. It gives an easy to use API for JSON, XML and HTML rendering, and can be extended easily with plenty of sample codes.

Beerus is a web framework developed entirely in go, Based on net/http, it extends the management of routes, adds interceptors, session management, receiving parameters with struct, parameter validation, etc. It also provides WebSocket support to upgrade the http protocol to WebSocket and implement communication.

Beerus-DB is a database operation framework, currently only supports Mysql, Use [go-sql-driver/mysql] to do database connection and basic operations, based on this do a lot of extensions, such as, connection pool management, multiple data sources, transaction management, single table no sql operation, multiple tables and complex operations can write their own sql, sql support {} placeholder, can use struct as parameters to operate the database, etc.

The basic development platform based on vite+vue3+gin (supporting mixed use of TS and JS), integrates jwt authentication, authority management, dynamic routing, visible and hidden controllable components, paging encapsulation, multi-login interception, resource permissions, upload and download, Code generator, form generator and other necessary functions for development. Gin-vue-admin is a development platform based on vue and gin , which is a full-stack front-end and back-end separation. It integrates jwt authentication, dynamic routing, dynamic menu, casbin authentication, form generator, code generator and other functions, providing multiple A sample file allows you to focus more time on business development. Gin-vue-admin is a set of open-source frameworks with a front-end and back-end separation architecture for rapid development, designed to quickly build small and medium-sized projects.

Goxygen aims at saving your time while setting up a new project. It creates a skeleton of an application with all configurations done for you. You can start implementing your business logic straight away. Goxygen generates back-end Go code, connects it with front-end components, provides a Dockerfile for the application and creates docker-compose files for convenient run in development and production environments. By default, it will use React and MongoDB. You can select a different front-end framework and a database using --frontend and --db flags. Goxygen generates a basic structure of a project and doesn't force you to use a specific set of tools. That's why it doesn't bring unneeded dependencies to your project. It uses only a database driver on the back end side and Axios in React and Vue projects. Angular projects use only Angular-specific libraries.

Ponzu is a powerful and efficient open-source HTTP server framework and CMS. It provides automatic, free, and secure HTTP/2 over TLS (certificates obtained via Let's Encrypt), a useful CMS and scaffolding to generate content editors, and a fast HTTP API on which to build modern applications. Ponzu is released under the BSD-3-Clause license. With the rise in popularity of web/mobile apps connected to JSON HTTP APIs, better tools to support the development of content servers and management systems are necessary. Ponzu fills the void where you want to reach for WordPress to get a great CMS, or Rails for rapid development, but need a fast JSON response in a high-concurrency environment. Since HTTP/2 Server Push is used, Go 1.8+ is required. However, it is not required of clients connecting to a Ponzu server to make HTTP/2 requests.

yxorP is a plug-and-play, flat-file application that does not need Composer, PHP CURL, or databases; these are all optional additions that are fully supported. yxorP is intended to act as a proxy that can edit or update the content of multiple websites using a PHAR (PHP archive) binary version of Guzzle, and managed via a user-friendly Cockpit backend (GUI). The incoming request hostname is used to fetch site-specific requirements from the backend, the target website is then retrieved and modified accordingly. Additionally, the website content can be optionally spun using the article spinning engine that is already embedded into the application. After the website has been modified the result is then stored for a predefined time inside a custom-built, flat-file cache system architectured to be 500x faster than memory-based cache systems such as Memcache and Redis. This is accomplished by bypassing the serialisation and deserialization processes, which resulted a significantly faster