GET http://foo.com
HTTP 200
You could write also GET http://foo.com
HTTP *
[Asserts]
status == 200
HTTP serves as a marker of the response sectionThere is probably something to be said for keeping a hard boundary between the backend and testing code, but this would require more effort to create and maintain. I would still need to run the native test suite, so reaching out to an external tool feels a little weird. Unless it was just to ensure an API was fully generic enough for people to run their own clients against it.
Another benefit is we built a Docker image for production and wanted to have something light and not tight to the implementation for integration tests.
For my uses it's great that it has both test suite mode and individual invocation mode. I use it to execute a test suite of HTTP requests against a service in CI.
I'm not a super big fan of the configuration language, the blocks are not intuitive and I found some lacking in the documentation assertions that are supported.
Overall the tool has been great, and has been extremely valuable.
I started using interface testing when working on POCs. I found this helps with LLM-assisted development. Tests are written to directly exercise the HTTP methods, it allows for fluidity and evolution of the implementations as the project is evolving.
I also found the separation of testing very helpful, and it further enforces the separation between interface and implementation. Before hurl, the tests I wrote would be written in the test framework of the language the service is written in. The hurl-based tests really help to enforce the "client" perspective. There is no backdoor data access or anything, just strict separation betwen interface, tests and implementation :)
I'm really interested by issues with the documentation: it can always be improved and any issues is welcome!
One annoying thing I've found in testing these tools is that a standard hasn't emerged for using the results of one request as input for another in the syntax of `.http` files. These three tools for instance have three different ways of doing it:
* hurl uses `[Captures]`
* Vscode-restclient does it by referencing request names in a variable declaration (like: `@token = {{loginAPI.response.body.token}}`).
* While httpyac uses `@ref` syntax.
From a quick round of testing it seems like using the syntax for one might break the other tools.
[1]: https://hurl.dev/docs/capturing-response.html
[2]: https://github.com/Huachao/vscode-restclient
[3]: https://httpyac.github.io/guide/metaData.html#ref-and-forcer...
première fois que je vois qqch de cool sortir d'orange.
Is there a different POST request in the readme or are you saying that this example is going to send the "user" and "password" params in the request body?
> POST https://example.org/login?user=toto&password=1234
That seems really surprising to me - how would you then send a POST request that includes query string parameters? The documentation on form parameters [1] suggests there's an explicit syntax for sending form-encoded request parameters
POST https://acmecorp.net/login?user=toto&password=1234
In the README is doing a POST request with user and paasword parameter in the URL. POST https://acmecorp.net/login
[Form]
user: toto
password: 1234
Is a more traditional POST with user and password in the body. Probably going to update the READMEs sample Issue created here [1]!