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On 9/4/2012 8:26 AM, redpath wrote:
Testing the i2d_ECPrivateKey to buffer and then back d2i_ECPrivateKey
and it fails. I checked the forum and one guy was passing NULL at least I
missed that mistake but thats not my issue.
Since I want to save the random generated key to use for private
On Tue, Sep 04, 2012, redpath wrote:
Since I want to save the random generated key to use for private and
also I will do this for public. The public works though back and forth. So
where em I going wrong?
len= i2d_ECPrivateKey(eckey,NULL);
printf(PRIVATE KEY LENGTH is %d
From: owner-openssl-...@openssl.org On Behalf Of redpath
Sent: Tuesday, 04 September, 2012 09:27
Testing the i2d_ECPrivateKey to buffer and then back d2i_ECPrivateKey
and it fails. I checked the forum and one guy was passing NULL at least I
missed that mistake but thats not my issue.
?
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From: owner-openssl-...@openssl.org On Behalf Of redpath
Sent: Monday, 03 September, 2012 07:45
Well thats what I thought it seems to have its own keys but I
saw functions
such as setting the points and BIGNUM and thought maybe the
PEM could be
used which uses 2048 RSA.
PEM is a format
From: owner-openssl-...@openssl.org On Behalf Of redpath
Sent: Saturday, 01 September, 2012 12:53
Currently I am reading a PEM file which contains a test RSA key
snip
and create a SHA1 message digest
unsigned char *result=SHA1((unsigned char *)sample,
strlen(sample), md);
Aside: that
key of EC_KEY no real document of how this
is used.
So simply I have a PEM which gives me a RSA* and want to use the public and
privates keys
for the ECDSA.
How?
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