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authorsrdusr <[email protected]>2026-06-16 22:57:00 +0200
committersrdusr <[email protected]>2026-06-16 22:57:00 +0200
commit23c8ab359c2108654d57176e233d2c099b398f31 (patch)
tree3e2d1c66d987b4b771da69e67bd8a0c9ad2fc3db /plugins
parent6114567258bcad0517a0d881168711aaacdba5d5 (diff)
downloadmitmux-23c8ab359c2108654d57176e233d2c099b398f31.tar.gz
mitmux-23c8ab359c2108654d57176e233d2c099b398f31.zip
Client (mutual-TLS) certificates
Adds internal/clientcert: a cert/key pair matched to hosts by the same substring-or-regex pattern model as scope.Rule, so mitmux can present a client certificate on an upstream TLS handshake that requires one - the previous behavior was a hard handshake failure with no way to authenticate. Wired into both places mitmux dials an https:// upstream over its own TLS client connection: proxy.go's handleConnect (live proxied traffic) and repeat.go's dialForRepeat (Repeater/Intruder resends), both through a new Server.clientCertFor(host) helper. Stored in a new client_certs table, mirroring the existing scope_rules persistence pattern. The TUI (`t` from history) is add-only like scope, for the same reason: delete and re-add covers changing anything, and it's a rarely-touched, low-cardinality list. The add form takes cert/key file paths and reads them once at save time - PEM content, not the path, is what's stored and later presented, so a cert keeps working even if the original file moves afterward. Verified live against a real mutual-TLS-requiring origin server: without a matching cert the handshake correctly fails; with one configured, the origin receives it and the request succeeds; toggling it off reproduces the failure, confirming the enable/disable path works end to end.
Diffstat (limited to 'plugins')
0 files changed, 0 insertions, 0 deletions