Hello,
We need to calculate SHA1 over a large sequence of messages. Related
messages can arrive with huge intervals (hours, days worst case),
including across program shutdown, and we can not keep old messages
around to do the SHA1 all at once.
Our situation requires the ability to save the
Hi,
This question is regarding the extended key usage
extension implementation which differs from the
specification [RFC 2459].
I read RFC 2459 in
http://www.faqs.org/rfcs/rfc2459.html section 4.2.1.13
Extended key usage field.
It says that If the extension is flagged
non-critical, then it
Hello,
I have compiled the Attribute Certificate API on Linux and it is working
with OpenSSL 0.9.8a (I didn't check other versions)
The source can be downloaded at
http://www.it.uc3m.es/dds/swRelease/pmi/pmi.xml
There are 3 versions:
Version 0.1 (Windows only)
Version 0.1 (Linux/Windows) some
I'm using an BCM5823 SSL accelerator card and RSA/DSA work great,
However I can't get the cipher support going for AES etc. I saw this
reference on the mailing list:
http://www.mail-archive.com/openssl-dev@openssl.org/msg19046.html
Looks like someone got it working, but can't find it anywhere
The library works also with last openSSL version. I send also a complete
trace of the execution with the last openSSL version on linux.
Regards,
Pervasive Computing Laboratory
- - --
This program is a test tool for attribute certificate wrapper
Bonsoir,
Hodie VI Id. Iun. MMVII est, durgaprasad jammula scripsit:
This question is regarding the extended key usage
extension implementation which differs from the
specification [RFC 2459].
I read RFC 2459 in
http://www.faqs.org/rfcs/rfc2459.html section 4.2.1.13
Extended key usage
Hello,
Using the Intel 9.1 compiler on an IA64 system the performance of
AES and (to a lesser extent) other algorithms implemented in
assembly language is less than that using gcc. I've included the
speed output for several of the algorithms below.
Is this a know issue and is there a workaround
Iain Morgan wrote:
Hello,
Using the Intel 9.1 compiler on an IA64 system the performance of
AES and (to a lesser extent) other algorithms implemented in
assembly language is less than that using gcc. I've included the
speed output for several of the algorithms below.
Is this a know issue and
In message [EMAIL PROTECTED] on Fri, 8 Jun 2007 15:49:43 +0200, Daniel Diaz
Sanchez [EMAIL PROTECTED] said:
dds I have compiled the Attribute Certificate API on Linux and it is
dds working with OpenSSL 0.9.8a (I didn't check other versions)
Oh, really cool. I've taken it upon myself to have a
Using the Intel 9.1 compiler on an IA64 system the performance of
AES and (to a lesser extent) other algorithms implemented in
assembly language is less than that using gcc. I've included the
speed output for several of the algorithms below.
Is this a know issue and is there a workaround
Using the Intel 9.1 compiler on an IA64 system the performance of
AES and (to a lesser extent) other algorithms implemented in
assembly language is less than that using gcc. I've included the
speed output for several of the algorithms below.
Is this a know issue and is there a workaround
On Fri, Jun 08, 2007 at 17:00:37 -0700, David Schwartz wrote:
Using the Intel 9.1 compiler on an IA64 system the performance of
AES and (to a lesser extent) other algorithms implemented in
assembly language is less than that using gcc. I've included the
speed output for several of the
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