[opendmarc-users] RHEL 9 Usage Anyone?
Benny Pedersen
me at junc.eu
Wed Jun 11 04:32:18 PDT 2025
Steve Siirila skrev den 2025-06-10 23:52:
> We resolved the issue. opendmarc was not properly linked with libspf2
> and was using its internal SPF logic (which is apparently broken in
> more ways that one!).
>
> It would still be useful to know who all is using opendmarc
> (regardless of the platform it's running on).
>
> Anyone?
X-Spam-Status Yes, score=5.166 tagged_above=-999 required=5
tests=[AUTHRES_ATPS_NEUTRAL=0.5, AUTHRES_DKIM_FAIL=0.5,
AUTHRES_SENDER_ID_FAIL=0.5, AUTHRES_SPF_FAIL=1.5, DKIM_INVALID=0.1,
DKIM_SIGNED=0.1, HEADER_FROM_DIFFERENT_DOMAINS=0.065,
HTML_MESSAGE=0.001, MAILING_LIST_MULTI=-0.1, RELAYCOUNTRY_GREY=0.1,
SPF_HELO_NONE=2, SPF_PASS=-0.1] autolearn=no autolearn_force=no
Authentication-Results mx.junc.eu (amavis); dkim=fail (2048-bit key)
reason="fail (message has been altered)" header.d=umn.edu
Authentication-Results medusa.blackops.org; dkim=fail reason="signature
verification failed" (2048-bit key; unprotected) header.d=umn.edu
header.i=@umn.edu header.b=NF5SOaxd; dkim-atps=neutral
Authentication-Results medusa.blackops.org; sender-id=fail
(NotPermitted) header.sender=opendmarc-users-bounces at trusteddomain.org;
spf=fail (NotPermitted)
smtp.mfrom=opendmarc-users-bounces at trusteddomain.org
Authentication-Results medusa.blackops.org; sender-id=none
header.from=sfs at umn.edu; spf=none smtp.mfrom=sfs at umn.edu
blackops fails
umn.edu not dnssec domain
trusteddomain.org always spf fails
trusteddomain.org is still untrusted, not trusted
trusteddomain.org should implement OpenARC, and run it BEFORE all is
breaking DKIM in there mail handling
>
> On Mon, Jun 9, 2025 at 7:52 PM Steve Siirila <sfs at umn.edu> wrote:
>
>> Is anyone using opendmarc on a RHEL 9 production environment
>> (particularly in reject mode)?
>>
>> We have run into issues on our RHEL 9 servers running opendmarc
>> where SPF queries involving macros or ones involving CNAME record
>> chaining are not working as expected. The former yields SPF
>> failures, and the latter yields SPF TEMPFAILs. We're unsure whether
>> this is an issue with opendmarc or with DNS name resolution.
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