I have some problems with sniffing chrome http2. I use NetRipper with modified signatures in order to hook functions and I can't find out http2 packets in SSL_Read hook. Do somebody have a solution for that or some extra information in order to figure it out?
NetRipper captures broken packets.
Related
I'm trying to intercept the chrome devtool traffic between puppeteer and chrome.
I see the chrome response in cleartext in Wireshark - Loopback but the request is encrypted.
I suspect the sec-websocket-key value should be useful there but I'm stuck.
Does anyone know how I can get decrypt this part of the traffic ?
Thank you
Chrome has turned on the enable-quic switch ,but when i But when I visit google, it still uses http2 protocol ,how can I use the browser's http3/quic feature?
enable-quic
http2 protocol
Since HTTP/3 is still a relatively new protocol, browser may first use HTTP/1 or HTTP/2 when connecting to a server. The server may advertise support of HTTP/3 for subsequent connections. However, even after several requests, the browser may end up using HTTP/2 and TCP if QUIC handshake is delayed for some reason.
You may find more information here
https://www.smashingmagazine.com/2021/09/http3-practical-deployment-options-part3/
You can try to force Chrome to use QUIC protocol on a specific domain by starting chrome from the command line
chrome --origin-to-force-quic-on=www.example.org:443
I'm trying to inspect the pakets sent over the sctp connection of webrtc datachannels in chrome on my local machine. There isnt really much information which I found about decrypting DTLS-Traffic (e.g. through wireshark). Is there a way to access the certificate generated for the peerconnection? If not, how would one decrypt the traffic by other means? (e.g. some mitm proxy, mostly those are for TLS only though).
the certificate alone won't help, Chrome typically uses DTLS with perfect forward secrecy.
The --disable-webrtc-encryption (see http://peter.sh/experiments/chromium-command-line-switches/) might work in canary.
I am troubleshooting an issue where I believe an HTTP request is waiting an indefinite amount of time for a response. In Chromium's developer console, the Network tab does an excellent job at displaying completed traffic and events, but not current ones (that I can see).
How can I debug a lingering HTTP request using Chromium's developer console?
I have had the same issue for quite sometime. On the developer tools Network tab, I can see that all requests match the response on my server log and none is waiting. I even tried to shutdown the server while it is happening, and it still waits indefinitely.
This doesn't happen with Firefox and Opera so I'm inclined to say that it's a chrome bug.
Added: I have also noticed that when I close chrome then open it again, the issue disappears.
I have C++ Win32 app that uses HttpSendRequest to request some URL (via https). It worked OK earlier; but then errors ERROR_INTERNET_INCORRECT_HANDLE_STATE began happen. Why these ones? Any ideas?
I stumbled across something very similar recently. It suggests that your HttpOpenRequest has either failed or not yet completed, or during the HttpSendRequest() call the connection died for some reason (SSL handshake problems, Certificate problems, or just simple TCP connection problems).
I specifically saw the problem when developing an app using the asynchronous WinINET process, and my calls to HttpQueryInfo and InternetReadFile were failing with that return code.
In my case, I wasn't correctly waiting for the async notifications from HttpSendRequest to be received before calling the other methods, and also in cases where I wasn't correctly dealing with failures during the connection.
I know its a year late, but hopefully that helps.
It seems trivial but,
did you have flag INTERNET_FLAG_SECURE in making HttpOpenRequest?
as described in:
http://support.microsoft.com/kb/168151
For I myself was stuck here for hours until I found above knowledge base entry.
I got the same error on Windows XP for HTTPS connection (all flags correct) for the HTTP2 server endpoint, I wonder if it can't properly handle HTTP2 connection or the certificate.