> From: owner-openssl-us...@openssl.org On Behalf Of
muell...@mathematik.hu-berlin.de
> Sent: Monday, 13 September, 2010 05:08
> > md5(admin [NO NEWLINE])= 21232f297a57a5a743894a0e4a801fc3
> The next step is to understand the insertion of salt. I tried to
> understand 'enc.c' and 'evp_key.c', f
>> i am wondering how key derivation in openssl works, I got
>>
>> > > openssl enc -des -P -k 'admin' -nosalt
>> key=21232F297A57A5A7
>> iv =43894A0E4A801FC3
>>
>> as far i understand the documentation, in this setting the
>> key and iv are
>> just taken from
>>
>> md5(admin)=456b7016a916a4b178dd72
> From: owner-openssl-us...@openssl.org On Behalf Of Sam Jantz
> Sent: Friday, 10 September, 2010 16:42
> It's actually a mix of a couple of hashes. Specifically
> md5, and sha1 according to the spec.
> The best place to look for this would be [RFC2246]
That's k
It's actually a mix of a couple of hashes. Specifically md5, and sha1
according to the spec.
The best place to look for this would be the standard RFC document since
OpenSSL complies to that. The TLSv1 RFC (linked here:
http://www.ietf.org/rfc/rfc2246.txt) contains how the key material is
genera
> From: owner-openssl-us...@openssl.org On Behalf Of Stephan Müller
> Sent: Friday, 10 September, 2010 14:58
> i am wondering how key derivation in openssl works, I got
>
> > > openssl enc -des -P -k 'admin' -nosalt
> key=21232F297A57A5A7
> iv =43894A0E4A801FC3
>
> as far i understand the docume