Add support for impersonating Firefox 100. The TLS signature is identical to
previous versions of Firefox.
In addition, upgrade NSS (Firefox's TLS library) to version 3.77 used by
Firefox 100. This is not strictly necessary as the previous version used
works just fine, but it's better keep up with the newest version.
Add support for impersonating Chrome 99 on Android 12 (Pixel 6 was
chosen as an arbitrary Android phone to impersonate). The TLS signature
for Chrome on Android is identical to Chrome on Windows. The difference
is in a few HTTP headers ('sec-ch-ua-mobile', 'sec-ch-ua-platform' and
'user-agent').
Add support for impersonating Firefox 98 released a few days ago. It has
the same TLS signature as Firefox 95 so the adaptation includes changing
the user-agent only. Upgrade the NSS version used to 3.75, even though
it's not strictly necessary.
Add tests to verify that the HTTP headers and HTTP/2 pseudo-headers
generated by curl-impersonate match the expected ones from the browser.
The test uses a local nghttpd HTTP/2 server instance with a self-signed
certificate.
Add a new wrapper script that impersonates Safari 15.3 on MacOS 11.6.4
("Big Sur"). The wrapper script uses command line arguments
previously added to "curl-impersonate" for that purpose:
* --curves
* --signature-hashes
* --no-tls-session-ticket
* --http2-pseudo-headers-order
Microsoft Edge is, since 2019, based on Chromium. It has a completely
identical TLS signature to Chrome's. The only difference is in the HTTP
headers. Adding support for impersonating Edge was therefore extremely
simple.
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.
lwthiker