On Thu, Jul 08, 2021 at 04:41:28PM +0200, Markus Armbruster wrote:
> Daniel P. Berrangé writes:
>
> > On Wed, Jul 07, 2021 at 02:47:15PM +0200, Markus Armbruster wrote:
> >> Daniel P. Berrangé writes:
> >>
> >> > Currently the crypto layer exposes support for a 'des-rfb'
> >> > algorithm which
On Tue, Jul 06, 2021 at 10:59:17AM +0100, Daniel P. Berrangé wrote:
> Currently the crypto layer exposes support for a 'des-rfb'
> algorithm which is just normal single-DES, with the bits
> in each key byte reversed. This special key munging is
> required by the RFB protocol password authentication
Daniel P. Berrangé writes:
> On Wed, Jul 07, 2021 at 02:47:15PM +0200, Markus Armbruster wrote:
>> Daniel P. Berrangé writes:
>>
>> > Currently the crypto layer exposes support for a 'des-rfb'
>> > algorithm which is just normal single-DES, with the bits
>> > in each key byte reversed. This spe
On Wed, Jul 07, 2021 at 02:47:15PM +0200, Markus Armbruster wrote:
> Daniel P. Berrangé writes:
>
> > Currently the crypto layer exposes support for a 'des-rfb'
> > algorithm which is just normal single-DES, with the bits
> > in each key byte reversed. This special key munging is
> > required by
Daniel P. Berrangé writes:
> Currently the crypto layer exposes support for a 'des-rfb'
> algorithm which is just normal single-DES, with the bits
> in each key byte reversed. This special key munging is
> required by the RFB protocol password authentication
> mechanism.
>
> Since the crypto laye
Currently the crypto layer exposes support for a 'des-rfb'
algorithm which is just normal single-DES, with the bits
in each key byte reversed. This special key munging is
required by the RFB protocol password authentication
mechanism.
Since the crypto layer is generic shared code, it makes
more se
