You might want to check out MatrixSSL (http://www.matrixssl.org) which is a
fairly successful attempt to provide a SSL implementation for embedded systems.
--- On Tue, 9/29/09, Jose Stein wrote:
From: Jose Stein
Subject: OpenSSL RAM usage
To: openssl-users@openssl.org
Date: Tuesday, September
It's been a while since I applies OpenSSL to a pure embedded
environment, but it's quite doable.
No RAM figures available now, but such are very application dependent
anyway (how many connections are open at the same time; how many SSL
contexts, etc.etc.); I find coding the functionality in a port
Thanks Steve. Do you know why my make test must be failing?
if [ -n "libcrypto" ]; then \
../util/shlib_wrap.sh ./fips_shatest < SHAmix.req | diff -w SHAmix.fax
- ; \
fi
ERROR:2d072065:lib=45,func=114,reason=101:file=fips_rand_selftest.c:line
=364:
1,129d0
< [L = 64]
<
< Len = 16
< Msg = 98a1
<
Dave,
Thank you very much for your efforts.
I must be doing something incorrect, as today I tried to re-run
what I had done before, and the Linux PC running the s_client
crashes processing the certificate. I am running snapshot
builds.
If you don't mind me pestering a bit more, how did you run
On Tue, Sep 29, 2009 at 7:22 AM, Mark H. Wood wrote:
> On Mon, Sep 28, 2009 at 01:54:57PM -0700, Kyle Hamilton wrote:
>> OpenSSL uses the operating system to get entropy. If AMD wants Linux
>> to support its on-chip random number generator, it needs to write a
>> driver that replaces /dev/random
Hello,
I am looking for benchmarks on OpenSSL RAM usage in embedded devices. Also
trying to find ways to reduce it. Any pointers?
I understand it should be an FAQ but does not seem to be in the list.
Thanks,
JLS
I had asked this on the opensc-users list, but realized its more of an
openssl question.
using the wclient2.c sample program [1] from this article [2] as a
starting place
http://www.linuxjournal.com/article/5487
http://www.rtfm.com/openssl-examples/openssl-examples-20020110.tar.gz
I want to u
On Mon, Sep 28, 2009 at 01:54:57PM -0700, Kyle Hamilton wrote:
> OpenSSL uses the operating system to get entropy. If AMD wants Linux
> to support its on-chip random number generator, it needs to write a
> driver that replaces /dev/random and /dev/urandom.
...or feeds into them.
Sufficient b
Hi,
> Hi,
>
> Since we are on the subject of hardware enhanced cryptography, does the
> HiFn chips used in the Soekris devices, have support in openssl?.
yes - for some time now. i happen to have a vpn1401 next to me which I used in
a FreeBSD box
alan
___
Hi,
Since we are on the subject of hardware enhanced cryptography, does the
HiFn chips used in the Soekris devices, have support in openssl?.
Regards
Nige
Kyle Hamilton wrote:
OpenSSL uses the operating system to get entropy. If AMD wants Linux
to support its on-chip random number generator
Vikram Arwade wrote:
...
Also is it OK to build using “perl Configure fipscanisterbuild
solaris-sparcv9-cc” or do we need to use “./config fipscanisterbuild”?
If we need to use “./config fipscanisterbuild” then how do we build on
solaris sparcv9 using studio 11?
Not if you're planning to
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