Now I have checked with HP and it is the same processortypes in the
different HP machines ( They do not differ in instructions inside the CPU ).
They are supposed to handle large numbers in the same way. The slower
machine has actually a faster processor 64 MHz vs. 48 MHz.
    Earlier I used a binary distribution of the gcc compiler, but now I have
also tested with local compiled gcc with same results. I am a little bit out
of ideés, anyone with ones ???

/Best Regards,

Patrick Harlin

> ----- Original Message -----
> From: Bodo Moeller <[EMAIL PROTECTED]>
> To: <[EMAIL PROTECTED]>; Patrick Harlin <[EMAIL PROTECTED]>
> Sent: Sunday, July 11, 1999 3:14 AM
> Subject: Re: Slow Generation of RSA private keys and SSL handshake on
HP-UX
> 9000/xxx...
>
>
> > "Patrick Harlin" <[EMAIL PROTECTED]>:
> >
> > > I have tested on all the platforms several times, and I could still
> > > see that one of the machines have problem with slow generation of
> > > private keys. It seems like Test2 machine always is 3 minutes slower
> > > then all other HP installations ??? One other odd thing is that this
> > > machine has much slower negotiation ( 9 sec vs. 0.3 s ) ! See
> > > timedifference between step 7 and 8 in SSL negotiation.
> >
> > What are the compiler options for those compilations (openssl
version -f)
> > -- do they include BN_LLONG or not?  If BN_LLONG works and the
> > processor has native 64 bit numbers (as long long type), this can
> > accelerate bignum computations; but on the other hand if long long
> > computations are just done by library routines, which apparently is
> > what happens on some HP-UX platforms, they could slow done everythiing.
> > ______________________________________________________________________
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>

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