Ironport enhanced smtp status code
am 21.03.2006 15:46:45 von Joe Maimonlook like this:
501 #5.1.1 bad address
As I read rfc2034 the leading # symbol is non compliant. Am I correct
and is this on purpose?
Thanks,
Joe
look like this:
501 #5.1.1 bad address
As I read rfc2034 the leading # symbol is non compliant. Am I correct
and is this on purpose?
Thanks,
Joe
jmaimon@ttec.com wrote:
> look like this:
>
> 501 #5.1.1 bad address
>
> As I read rfc2034 the leading # symbol is non compliant. Am I correct
> and is this on purpose?
>
> Thanks,
>
> Joe
>
What do you mean?
The error code returned and seen by the connecting server is 501.
#5.1.1 bad address is the explanation that would only be seen by the
sender of the message that just bounced.
AK
On Tue, 21 Mar 2006, AK wrote:
> jmaimon@ttec.com wrote:
>> 501 #5.1.1 bad address
>> As I read rfc2034 the leading # symbol is non compliant. Am I correct
>> and is this on purpose?
> What do you mean?
He means that the "#" in the response is non-compliant with RFC 2034.
He is correct.
It doesn't answer why the server is doing it. That "#" prevents an RFC
2034 capable client from interpreting the extended status response.
> The error code returned and seen by the connecting server is 501. #5.1.1 bad
> address is the explanation that would only be seen by the sender of the
> message that just bounced.
There's more to it than that.
Please read RFC 2034.
-- Mark --
http://panda.com/mrc
Democracy is two wolves and a sheep deciding what to eat for lunch.
Liberty is a well-armed sheep contesting the vote.
Mark Crispin wrote:
> On Tue, 21 Mar 2006, AK wrote:
> > jmaimon@ttec.com wrote:
> >> 501 #5.1.1 bad address
> It doesn't answer why the server is doing it. That "#" prevents an RFC
> 2034 capable client from interpreting the extended status response.
>
The reason I ask about the vendors intentions, if anyone would possibly
know them, is because the system does not announce
250-ENHANCEDSTATUSCODES
in response to ehlo
So they do not advertise that they support them. However they use them
in this non-compliant format. Perhaps they simply want to make it
unparseable by machine?
Is this some kind of bs marketing "hardening" or is there some actual
value to it?
Mark Crispin wrote:
> On Tue, 21 Mar 2006, AK wrote:
>
>> jmaimon@ttec.com wrote:
>>
>>> 501 #5.1.1 bad address
>>> As I read rfc2034 the leading # symbol is non compliant. Am I correct
>>> and is this on purpose?
>>
>> What do you mean?
>
>
> He means that the "#" in the response is non-compliant with RFC 2034.
>
> He is correct.
>
> It doesn't answer why the server is doing it. That "#" prevents an RFC
> 2034 capable client from interpreting the extended status response.
>
>> The error code returned and seen by the connecting server is 501.
>> #5.1.1 bad address is the explanation that would only be seen by the
>> sender of the message that just bounced.
>
>
> There's more to it than that.
>
> Please read RFC 2034.
>
> -- Mark --
>
> http://panda.com/mrc
> Democracy is two wolves and a sheep deciding what to eat for lunch.
> Liberty is a well-armed sheep contesting the vote.
Oops,
I stand corrected.
AK
In article <1142952405.438497.253700@e56g2000cwe.googlegroups.com>,
>look like this:
>
>501 #5.1.1 bad address
>
>As I read rfc2034 the leading # symbol is non compliant. Am I correct
>and is this on purpose?
Perhaps somebody was trying to be compatible with this:
http://cr.yp.to/proto/hcmssc.txt
(for whatever reason, maybe somebody saw #x.x.x codes and imitated it)
and not making it.
mm