On Fri, Jan 26, 2001 at 03:21:26PM +, [EMAIL PROTECTED] wrote:
I have investigated further and got a clean compile by changing -O3 to -O1 for
CFLAG in the Makefile, so it looks like an optimizer problem on my machine. I'd
still appreciate confirmation of this, and advice on whether or not
Nagaraj Bagepalli wrote:
Does openssl support export level cipher suites? I was looking
at 0.9.5a version of openssl and I could not locate any function
which does the 40 bit DES.
Yes. DES 56 bit, DES 56 bit w/SHA1 and DES CBC 56 bit w/SHA1 *are*
export grade ciphers.
Does openssl support export level cipher suites?
Yes; look for EXP in the list of ciphers. Unless you have an old
installed base that you cannot convert, however, do not bother.
which does the 40 bit DES.
That's because it's 40-bit RC4.
There is 40bit DES, called CMDF. Patented by IBM.
Does openssl support export level cipher suites?
Yes; look for EXP in the list of ciphers. Unless you have an old
installed base that you cannot convert, however, do not bother.
which does the 40 bit DES.
That's because it's 40-bit RC4.
There is 40bit DES, called CMDF. Patented
Nagaraj Bagepalli wrote:
Does openssl support export level cipher suites? I was looking
at 0.9.5a version of openssl and I could not locate any function
which does the 40 bit DES.
Yes. DES 56 bit, DES 56 bit w/SHA1 and DES CBC 56 bit w/SHA1 *are*
export grade ciphers.
I was
Nagaraj Bagepalli wrote:
Does openssl support export level cipher suites?
Yes; look for EXP in the list of ciphers. Unless you have an old
installed base that you cannot convert, however, do not bother.
which does the 40 bit DES.
That's because it's 40-bit RC4.
There is
Thanks, looking at your mail and RFC2246, I kind of got what's happening.
Looks like 5 bytes are taken from key material. This 5 bytes along
with client random and server random are fed into the hash or PRF algo
to get the 8 bytes (in case of DES) which will be used as the key.
Thanks,
Nagaraj
