Displaying 4 results from an estimated 4 matches for "ohashalg".
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2023 Mar 10
3
Call for testing: OpenSSH 9.3
...ssh.com.
Below is a summary of changes. More detail may be found in the ChangeLog
in the portable OpenSSH tarballs.
Thanks to the many people who contributed to this release.
Changes since OpenSSH 9.2
=========================
New features
------------
* ssh-keygen(1), ssh-keyscan(1): accept -Ohashalg=sha1|sha256 when
outputting SSHFP fingerprints to allow algorithm selection. bz3493
* sshd(8): add a `sshd -G` option that parses and prints the
effective configuration without attempting to load private keys
and perform other checks. This allows usage of the option before
keys ha...
2023 Mar 15
0
Announce: OpenSSH 9.3 released
...ction and portable OpenSSH was not
compiled with the ldns library (--with-ldns). getrrsetbyname(3) is
only invoked if using VerifyHostKeyDNS to fetch SSHFP records. This
problem was found by the Coverity static analyzer.
New features
------------
* ssh-keygen(1), ssh-keyscan(1): accept -Ohashalg=sha1|sha256 when
outputting SSHFP fingerprints to allow algorithm selection. bz3493
* sshd(8): add a `sshd -G` option that parses and prints the
effective configuration without attempting to load private keys
and perform other checks. This allows usage of the option before
keys ha...
2025 Apr 02
1
Call for testing: OpenSSH 10.0
...martcard that lacked
> support for particular signature algorithms was used to store
> host keys.
>
> * ssh-keygen(1): when using RSA keys to sign messages with
> "ssh-keygen -Y", select the signature algorithm based on the
> requested hash algorithm ("-Ohashalg=xxx"). This allows using
> something other than the default of rsa-sha2-512, which may not
> be supported on all signing backends, e.g. some smartcards only
> support SHA256.
>
> * ssh(1), sshd(8), ssh-keyscan(1): fix ML-KEM768x25519 KEX on
> big-endian systems....
2025 Apr 01
9
Call for testing: OpenSSH 10.0
...situations where a PKCS#11 smartcard that lacked
support for particular signature algorithms was used to store
host keys.
* ssh-keygen(1): when using RSA keys to sign messages with
"ssh-keygen -Y", select the signature algorithm based on the
requested hash algorithm ("-Ohashalg=xxx"). This allows using
something other than the default of rsa-sha2-512, which may not
be supported on all signing backends, e.g. some smartcards only
support SHA256.
* ssh(1), sshd(8), ssh-keyscan(1): fix ML-KEM768x25519 KEX on
big-endian systems.
* Many regression and inter...