Kunal Sharma wrote:
>What I see happening is this:
>ENCRYPT - size of /etc/rgconf on disk is 157043 bytes
>ENCRYPT - size of /etc/rgconf_encrypted on disk is 157044 bytes.
>BROWSER saves the file to disk - size is 136 bytes (How ???)
You called 'strlen' on something that was not a string, so it
Friends,
I was able to resolve the problem with my web application not able to read
the entire contents of encrypted file. Now my encryption and decryption is
working ok.
Thanks for all the help.
Kunal
On Sat, May 22, 2010 at 12:34 AM, ~ Kunal Sharma ~ wrote:
> Ok friends. I'm back after tryi
Ok friends. I'm back after trying out EVP stuff. Here's my code:
DECRYPT
int wfd;
if((wfd = creat("/etc/rgconf_encrypted",0644)) == -1) {
console_printf("Couldn't open output file for writingn");
}else{
console_printf("\nuser input encrypted file len
Thanks Jeff, Carter.
I'm in the process of trying out EVP routines to do my stuff now. Will post
an update once I'm done.
Thanks again for your time.
- Kunal
On Fri, May 21, 2010 at 5:55 PM, Carter Browne wrote:
> Kunal,
>
> If your data can include NULs, you should not use strlen to calculat
Kunal,
If your data can include NULs, you should not use strlen to calculate
the length of the buffer, you need to provide the length in some other
way - in your example presumably as an additional parameter.
Carter
Carter Browne
CBCS
cbro...@cbcs-usa.com
781-721-2890
On 5/21/2010 2:30 AM, ~ K
Hi Kunal,
> I was also wondering about the cipher block size. I was thinking
> of using 16 as block size, read the input ...
You have no choice. AES is a 16-byte block cipher.
Using the EVP_* functions is easier.
Jeff
On Fri, May 21, 2010 at 2:30 AM, ~ Kunal Sharma ~ wrote:
> David,
> Thanks f
David,
Thanks for taking out time to review my code and reply.
1) I agree that using sizeof was a blunder on my part.
2) I'm calling decode2 with rg_conf_buf_dup and rg_conf_buf_dup_2, second
one being the output buffer. So I'm certain that I don't modify the input
buffer (though I just zero out
Kunal Sharma wrote:
void encode2(char *inbuf,char *outbuf)
{
unsigned char key32[] = "As different as chalk and cheese";
unsigned char iv[] = "As dark as pitch";
AES_KEY aeskey;
memset(outbuf, 0, sizeof(outbuf));
AES_set_encrypt_key(key32, 32*8,
Friends,
This is the first time I'm using Openssl for some small job to encrypt and
decrypt buffers for my application usage. My requirement is simple:
1) My application gets a buffer that needs to be encrypted.
2) My application gets a buffer that needs to be decrypted. This buffer can
be exactl
