欢迎来到Trillium！

📖 指南 📖

指南提供了架构概述和连接Trillium crate的概览。

📑 Rustdocs 📑

Rustdocs代表了了解Trillium任何单个crate及其特定接口的最佳方式。

根据以下之一授权

• Apache License，版本2.0 (LICENSE-APACHE 或 https://apache.ac.cn/licenses/LICENSE-2.0)
• MIT许可证 (LICENSE-MIT 或 http://opensource.org/licenses/MIT)

任选其一。

除非您明确表示，否则您根据Apache-2.0许可证定义提交给工作的任何有意贡献，将如上双重授权，不附加任何额外条款或条件。

lib.rs:

Trillium应用程序的测试工具

此crate旨在作为开发依赖项使用。

use trillium_testing::prelude::*;
use trillium::{Conn, conn_try};
async fn handler(mut conn: Conn) -> Conn {
let request_body = conn_try!(conn.request_body_string().await, conn);
conn.with_body(format!("request body was: {}", request_body))
.with_status(418)
.with_response_header("request-id", "special-request")
}

assert_response!(
post("/").with_request_body("hello trillium!").on(&handler),
Status::ImATeapot,
"request body was: hello trillium!",
"request-id" => "special-request",
"content-length" => "33"
);

功能

您必须启用Trillium测试的运行时功能

Tokio

[dev-dependencies]
# ...
trillium-testing = { version = "0.2", features = ["tokio"] }

Async-std

[dev-dependencies]
# ...
trillium-testing = { version = "0.2", features = ["async-std"] }

Smol

[dev-dependencies]
# ...
trillium-testing = { version = "0.2", features = ["smol"] }

测试Trillium应用程序的有用工具