Generate an OpenPGP key whose fingerprint matches a specific pattern.
Get your lucky key! CUDA powered, so fast!
$ ./gpg-fingerprint-filter-gpu --help
gpg-fingerprint-filter-gpu [OPTIONS] <pattern> <output>
<pattern> Key pattern to match, for example 'X{8}|(AB){4}'
<output> Save secret key to this path
-a, --algorithm <ALGO> PGP key algorithm [default: rsa]
-t, --time-offset <N> Max key timestamp offset [default: 15552000]
-w, --thread-per-block <N> CUDA thread number per block [default: 512]
-j, --gpg-thread <N> Number of threads to generate keys [default: 8]
-h, --help
- Only matches end part of a string.
- A hex digit means itself.
- Other Latin alphabets (
gtoz) are to match any hex digit. {N}to repeat previous digit or group for N times.(PATTERN)a group pattern.- Use
|to split multiple patterns.
Examples:
deadbeefequals to regexdeadbeef$x{8}equals to regex([0-9a-f])\1{7}$(xy){4}equals to regex([0-9a-f][0-9a-f])\1{3}$xxxxa{4}equals to regex([0-9a-f])\1{3}aaaa$
Import the generated private key:
$ gpg --allow-non-selfsigned-uid --import private.pgp
The private key file doesn't have a self-signed UID on it. GPG will display NONAME as the default UID.
You need to add a valid UID and remove the default one to make the key usable:
$ gpg --edit-key <KEY_FINGERPRINT>
gpg> adduid
Real name: Your Name Here
Email address: your_email@example.com
......
gpg> uid 1
gpg> deluid
gpg> save