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Add automated testing infrastructure with tests verifying that `curl-impersonate` has the same TLS signature as that of the impersonated browser. Each wrapper script (e.g. curl_chrome98) is launched to wikipedia.org while a packet capture is running in the background. The Client Hello is extracted from the capture, parsed and then compared to the known browser signature. The known signatures are stored in a YAML database.
25 lines
1.2 KiB
Markdown
25 lines
1.2 KiB
Markdown
The tests verify that `curl-impersonate` has the same network signature as that of the supported browsers. They do not test curl's functionality itself.
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## Running the tests
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The tests assume that you've built both `curl-impersonate-chrome` and `curl-impersonate-ff` docker images before (see [Installation](https://github.com/lwthiker/curl-impersonate#installation)).
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To run the tests, build with:
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```
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docker build -t curl-impersonate-tests tests/
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```
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then run with:
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```
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docker run --rm curl-impersonate-tests
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```
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This simply runs `pytest` in the container. You can pass additional flags to `pytest` such as `--log-cli-level DEBUG`.
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## How the tests work
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For each supported browser, a packet capture is started while `curl-impersonate` is run with the relevant wrapper script. The Client Hello message is extracted from the capture, and compared against the known signature of the browser.
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## What's missing
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The following tests are still missing:
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* Test that `curl-impersonate` sends the HTTP headers in the same order as the browser.
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* Test that `curl-impersonate` sends the HTTP/2 pseudo-headers in the same order as the browser.
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* Test that `curl-impersonate` sends the same HTTP/2 SETTINGS as the browser.
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