On 8/9/2012 14:54, Erik Tkal wrote:
> I don't believe OpenSSL has any mechanism to directly calculate P and
> Q; this requires an iterative process. Once you have those, however,
> calculating the rest are simple calculations using the BN library.
Thanks, Erik.
I wrote the following code to calc
>From: owner-openssl-us...@openssl.org On Behalf Of James Marshall
>Sent: Thursday, 09 August, 2012 19:41
>I'm trying to write a secure embedded HTTP server using OpenSSL.
>I'm using non-blocking I/O, and the main functions I'm using are
>SSL_accept(), SSL_read(), SSL_write(), and SSL_shutdown(
I'm trying to write a secure embedded HTTP server using OpenSSL. I'm using
non-blocking I/O, and the main functions I'm using are SSL_accept(),
SSL_read(), SSL_write(), and SSL_shutdown(). After each one, I want to
handle all possible return codes, but I can't find docs that describe the
meaning
I don't believe OpenSSL has any mechanism to directly calculate P and Q; this
requires an iterative process. Once you have those, however, calculating the
rest are simple calculations using the BN library.
Erik Tkal
Juniper OAC/UAC/Pulse Development
Hi, I have an RSA key { D, E, N } generated by another library. I can
use OpenSSL to encrypt & decrypt interoperably, but I would like to
extend the key with the other factors OpenSSL uses to work faster
(factors P, Q, DMP1, DMQ1, IQMP). Is there a library function that
computes these other facto
On 08/09/2012 12:57 PM, int0...@safe-mail.net wrote:
Hi
...
After that I generated a CRL (I own the CA) which then contained the
certificate with the serial 0x06.
My question now is, would that be a proper workaround or is there a better
solution? Since the CRL
only contains the serial numb
Hi,
I have a index.txt database where all the "R" (revoked) and "E" (expired) lines
were removed,
only the "V" (valid) entries are left. When I generate a new CRL it doesn't
contain any certificates
since this process parses the database and can't find any revoked certificates.
The problem now
Hi,
I am trying to compile openssl 1.0.1c with fips 2.0.1 enabled on Redhat RHEL
6.3 64bit server. I first compiled fips 2.0.1 in the source tree directory:
# config
# make
# make install
I then tried to compile openssl 1.0.1c in the source tree directory per FIPS
user guide:
# ./config fips
