Run several digest algorithms on the same data efficiently.
Run python3 setup.py install to install both the package and commandline script digestive.
It currently supports the following options (use digestive --help to show options after installation):
usage: digestive [-h] [-m] [-1] [-2] [-5] [--hashes] [-e] [-j JOBS] [-b BYTES]
[-p {bytes,speed}] [-P] [-r] [-o OUTPUT]
FILE [FILE ...]
run multiple digests on files
positional arguments:
FILE input files
optional arguments:
-h, --help show this help message and exit
-m, --md5 calculate MD5 hash
-1, --sha1 calculate SHA-1 hash
-2, --sha256 calculate SHA-256 hash
-5, --sha512 calculate SHA-512 hash
-3, --sha3-256 calculate SHA3-256 hash
--sha3-512 calculate SHA3-512 hash
--hashes calculate MD5, SHA-1, SHA-256, SHA-512 and SHA3-256
hashes (equivalent to -m1253)
-e, --entropy calculate binary entropy
-j JOBS, --jobs JOBS use up to JOBS threads to process digests (defaults to
the number of digests)
-b BYTES, --block-size BYTES
read data in chunks of BYTES at a time (defaults to
1M)
-p {bytes,speed}, --progress {bytes,speed}
show progress information (defaults to bytes)
-P, --no-progress disable progress output (always disabled for redirected
output)
-r, --recursive process sources recursively
-o OUTPUT, --output OUTPUT
write yaml-encoded output to file
Everything accessible from the console command is available from python:
digestive.io: classesSourceandSink, used to read blocks of data from a source and provide a common interface to digest algorithms;digestive.hash:Sinkimplementations wrapping common hash digests MD5, SHA1, SHA256 and SHA512 (with SHA3-256 and SHA3-512 enabled if they're available);digestive.entropy:Sinkimplementation to calculate the binary entropy of a source;digestive.main: functions used by the commandline entry point to parse arguments and efficiently process data sources.