MiniJinja is a powerful but minimal dependency template engine for Rust which is based on the syntax and behavior of the Jinja2 template engine for Python.
It's implemented on top of serde
and only has it as a single required
dependency. It supports a range of features from Jinja2
including inheritance, filters and more. The goal is that it should be possible
to use some templates in Rust programs without the fear of pulling in complex
dependencies for a small problem. Additionally it tries not to re-invent
something but stay in line with prior art to leverage an already existing
ecosystem of editor integrations.
$ cargo tree
minimal v0.1.0 (examples/minimal)
└── minijinja v0.26.0 (minijinja)
└── serde v1.0.144
Goals:
- Well documented, compact API
- Minimal dependencies, reasonable compile times and decent runtime performance
- Stay close as possible to Jinja2
- Support for expression evaluation
- Support for all
serde
compatible types - Well tested
- Support for dynamic runtime objects with methods and dynamic attributes
- Descriptive errors
{% extends "layout.html" %}
{% block body %}
<p>Hello {{ name }}!</p>
{% endblock %}
use minijinja::{Environment, context};
fn main() {
let mut env = Environment::new();
env.add_template("hello.txt", "Hello {{ name }}!").unwrap();
let template = env.get_template("hello.txt").unwrap();
println!("{}", template.render(context! { name => "World" }).unwrap());
}
MiniJinja's development version requires Rust 1.61 due to limitations with HRTBs in older Rust versions.
MiniJinja 0.20 supports Rust versions down to 1.45. It is possible to write code that is compatible with both 0.20 and newer versions of MiniJinja which should make it possible to defer the upgrade to later.
- minijinja-autoreload: provides
- minijinja-stack-ref: provides functionality to pass values from the stack
If you like the project and find it useful you can become a sponsor.
- Documentation
- Examples
- Issue Tracker
- License: Apache-2.0