A Go package for easily rendering JSON, XML, binary data, text, and HTML template responses in web applications.
Render is a Go package that provides a simple API for rendering multiple response formats in web applications. It handles JSON, XML, HTML templates, plain text, and binary data, automatically setting correct HTTP headers and character encodings. It solves the problem of manually marshaling data and managing content types in Go web handlers.
Go developers building web applications or APIs who need a clean way to send structured responses. It's particularly useful for those working with multiple response formats or HTML templating.
Developers choose Render for its minimal API that reduces boilerplate code, its framework-agnostic design that works with any Go web setup, and its comprehensive configuration options that cover edge cases like streaming JSON, custom charsets, and template layouts.
Go package for easily rendering JSON, XML, binary data, and HTML templates responses.
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Provides a single, consistent interface for rendering JSON, XML, HTML, text, and binary data, automatically setting correct Content-Type headers with configurable charsets, as shown in the usage examples.
Supports loading HTML templates from directories, embedded filesystems, or in-memory assets, with layout and partial functionality demonstrated in the layout examples using yield and partial calls.
Offers numerous settings like charsets, indentation, delimiters, and streaming JSON, allowing fine-tuning for performance and customization without breaking simplicity.
Works with any web framework that provides access to http.ResponseWriter, with integration examples for Echo, Gin, and Negroni, making it versatile across different Go setups.
Relies solely on Go's standard html/template package, which lacks advanced features like template inheritance beyond the basic layout system, and may not support more dynamic or complex templating needs out of the box.
Loading templates from memory requires implementing Asset and AssetNames functions, which can be more complex and error-prone compared to direct file access or using embedded filesystems.
Streaming is only available for JSON responses (via StreamingJSON option) and not for XML or other formats, which limits efficiency when handling large datasets in non-JSON outputs.
By default, errors are automatically written to the HTTP response with a 500 status, which might not align with custom error handling strategies, requiring manual disabling via DisableHTTPErrorRendering.