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This experiment pings a QUIC-able host. It can be used to measure QUIC availability independently from TLS. This is the reference issue: https://github.com/ooni/probe/issues/1994 ### A QUIC PING is: - a QUIC Initial packet with a size of 1200 bytes (minimum datagram size defined in the [RFC 9000](https://www.rfc-editor.org/rfc/rfc9000.html#initial-size)), - with a random payload (i.e. no TLS ClientHello), - with the version string 0xbabababa which forces Version Negotiation at the server. QUIC-able hosts respond to the QUIC PING with a Version Negotiation packet. The input is a domain name or an IP address. The default port used by quicping is 443, as this is the port used by HTTP/3. The port can be modified with the `-O Port=` option. The default number of repetitions is 10, it can be changed with `-O Repetitions=`. ### Usage: ``` ./miniooni -i google.com quicping ./miniooni -i 142.250.181.206 quicping ./miniooni -i 142.250.181.206 -OPort=443 quicping ./miniooni -i 142.250.181.206 -ORepetitions=2 quicping ``` |
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| .. | ||
| archival | ||
| atomicx | ||
| bytecounter | ||
| cmd | ||
| engine | ||
| fakefill | ||
| fsx | ||
| httpx | ||
| humanize | ||
| kvstore | ||
| measurex | ||
| mlablocate | ||
| mlablocatev2 | ||
| model | ||
| multierror | ||
| netxlite | ||
| ooapi | ||
| platform | ||
| ptx | ||
| randx | ||
| runtimex | ||
| scrubber | ||
| shellx | ||
| stuninput | ||
| tunnel | ||
| tutorial | ||
| version | ||
| README.md | ||
Directory github.com/ooni/probe-cli/internal
This directory contains private Go packages.
As a reminder, you can always check the Go documentation of a package by using
go doc -all ./internal/$package
where $package is the name of the package.
Some notable packages: