Anders Rundgren wrote:
[...]. That Root is actually signed by the
same key and having the same issuer as Sub does not put it in the same level
as Sub since Root is selfsigned.
I think you should rethink about the meaning of *self*-signed.
The issuer of Root *is* Root, so Root and Sub *do*
Jean-Marc Desperrier wrote:
Anders Rundgren wrote:
[...]. That Root is actually signed by the
same key and having the same issuer as Sub does not put it in the same
level as Sub since Root is selfsigned.
I think you should rethink about the meaning of *self*-signed.
The issuer of Root *is*
Hello,
I have a question about what happens when the first SSL handshake on a
SSL connection tries to gather data from a socket that would block
(e.g. there is no data tobe read yet).
I am using the SSL3 implementation on a Linux platform.
So, in Do1stHandshake(), the next handshake function is
Hello,
I don't know about the release notes (I suspect these are the newest
ones), but here are some build instructions that should work. They
haven't really changed as far as I know:
1) Download the NSS and NSPR source tarballs from their respective
release dirs:
Peter Djalaliev wrote:
I have a question about what happens when the first SSL handshake on a
SSL connection tries to gather data from a socket that would block
(e.g. there is no data tobe read yet).
Peter, Rather than answer your questions about the functions in the code,
one by one, I'm
Richard Levenberg wrote:
Neither RFC2511 or PKCS10 (Certificate Request specifications) mention
the use of SPKAC. I'm pretty sure that SPKAC doesn't fit within PKCS10
but I've only cursorily looked at RFC2511 so I'm not positive that a
SPKAC couldn't be hammered in there somewhere. I know
Peter Djalaliev wrote:
After everything compiles, you can find in the NSS source tree:
NSS include files: /mozilla/dist/public/nss and
/mozilla/dist/public/dbm
NSPR include files: /mozilla/dist/_.OBJ/include
Don't use the files in /mozilla/dist/public/dbm. dbm is now
an internal
Jean-Marc Desperrier wrote:
[...]. That Root is actually signed by the
same key and having the same issuer as Sub does not put it in the same level
as Sub since Root is selfsigned.
I think you should rethink about the meaning of *self*-signed.
I don't claim to be the world's biggest expert on
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