A simple Python script for generating a variety of hashes from safe urandom entropy.
For whenever you need a random hash (e.g. generating an app secret) or a random password (although random words make for better passwords).
Download the script, either cd to it or put it somewhere in your path, then simply run the script followed by the hashing algorithm of your choice. Running the script with no arguments will present this help page:
usage: hashgen [-h] [--blake2b] [--blake2s] [--sha3] [--sha3512] [--shake256] [--sha256] [--sha384]
[--sha512] [--version]
Generate a random blake2b, blake2s, SHA3-384, SHA3-512, SHAKE256, SHA256, SHA384, or SHA512 hash using
safe entropy from urandom.
optional arguments:
-h, --help show this help message and exit
--blake2b, -b hashes random entropy using blake2b
--blake2s, -s hashes random entropy using blake2s (for 32 bit CPUs)
--sha3, -3 hashes random entropy using sha3-384
--sha3512, -35 hashes random entropy using sha3-512
--shake256, -shake hashes random entropy using shake-256
--sha256, -256 hashes random entropy using sha256
--sha384, -384 hashes random entropy using sha384
--sha512, -512 hashes random entropy using sha512
--version, -v show program version and exit
https://github.com/X448NAX/Hashgen
Usage example, assuming the script is in your path:
hashgen --blake2b
4de2ca0a16e9f8a038e0d53639a00c8b010d6e164a868a149a40a875438f1c92f232b2bf1cda1d9d06d36407a2359ed2f9ba766330d529c8978a6a575a695f1e
If it's not in your path but you have used cd to enter the correct directory:
python3 hashgen.py -3
26b75e69d89497c00b12430de11f1693da47ce537f9a4f2aad8e145a977f92c7ae8c617ecfa26109524d914dcba9af68
Simple as that!
I plan to add functionality to this here and there. If there's something you think would benefit it feel free to submit a PR.
None. Hashgen was created specifically to only use hash functions built into the native Python hashlib library. If you are having issues, make sure you are using at least Python 3.6. I tested against 3.9 when creating this.
Additional hashes from third party libraries may be added in the future, but core functionality will be focused on those natively supported by Python.
This is a personal hobby project. It has not been audited. However it is using urandom for entropy and makes use of industry standard hashing algorithms, I have not "rolled my own crypto." If you are particularly concerned with security I recommend using at least 384 bit hashes.
Algorithms with known practical hash collision attacks such as MD5 and SHA1 are not and will not be included.