+1.
Enough +1's on this one?
Regards,
Damon Sauer
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On Mon, Dec 10, 2007 at 11:30:15AM -0800, Michael Thomas wrote:
Frank Ellermann wrote:
Michael Thomas wrote:
Part of the problem is that "softfail" and "hardfail" don't make
much intuitive sense.
For SPF (and Sender ID) a SOFTFAIL is what SSP has as t-flag, and
an Authentication-Resu
Jon Callas wrote:
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For receivers accepting "hardfail", not exactly the ideal course,
but receivers are free to shoot into their own foot. Aim higher.
Well, FWIW, I don't think that t=testing is at all helpful either.
What, for example, does p=str
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On Dec 10, 2007, at 11:30 AM, Michael Thomas wrote:
> Frank Ellermann wrote:
>> Michael Thomas wrote:
>>
>>
>>> Part of the problem is that "softfail" and "hardfail" don't make
>>> much intuitive sense.
>>>
>>
>> For SPF (and Sender ID) a SOFTFAIL is
Well, FWIW, I don't think that t=testing is at all helpful either.
+1
And it will help lower the 10 steps to something less which, if this is
necessary at all, would be a good thing.
Arvel
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Michael Thomas wrote:
Well, FWIW, I don't think that t=testing is at all helpful either. What,
for example, does p=strict, t=testing mean? It seems like a silly-state
to me and ripe for confusion. It's that sort of subjective state that we
should both learn from SPF and avoid.
+1.
d/
--
Frank Ellermann wrote:
Michael Thomas wrote:
Part of the problem is that "softfail" and "hardfail" don't make
much intuitive sense.
For SPF (and Sender ID) a SOFTFAIL is what SSP has as t-flag, and
an Authentication-Results: hardfail is just a FAIL (for SPF etc.).
For receivers accep
Michael Thomas wrote:
> Part of the problem is that "softfail" and "hardfail" don't make
> much intuitive sense.
For SPF (and Sender ID) a SOFTFAIL is what SSP has as t-flag, and
an Authentication-Results: hardfail is just a FAIL (for SPF etc.).
For receivers accepting "hardfail", not exactly th
