Use -H, --HELP option with any demo to see the MPyC help message.
python secretsanta.py -H (or, use python -m mpyc -H)
usage: secretsanta.py [-V] [-H] [-h] [-C ini] [-P addr] [-M m] [-I i] [-T t]
[-B b] [--ssl] [-W w] [-L l] [-K k] [--log-level ll]
[--no-log] [--no-async] [--no-barrier] [--no-gmpy2]
[--no-numpy] [--no-uvloop] [--no-prss] [--mix32-64bit]
[--output-windows] [--output-file] [-f F]
MPyC help:
-V, --VERSION print MPyC version number and exit
-H, --HELP print this help message for MPyC and exit
-h, --help print help message for this MPyC program (if any)
MPyC configuration:
-C ini, --config ini use ini file, defining all m parties
-P addr use addr=host:port per party (repeat m times)
-M m use m local parties (and run all m, if i is not set)
-I i, --index i set index of this local party to i, 0<=i<m
-T t, --threshold t threshold t, 0<=t<m/2
-B b, --base-port b use port number b+i for party i
--ssl enable SSL connections
-W w, --workers w maximum number of worker threads per party
MPyC parameters:
-L l, --bit-length l default bit length l for secure numbers
-K k, --sec-param k security parameter k, leakage probability 2**-k
--log-level ll logging level ll=debug/info(default)/warning/error
--no-log disable logging messages
--no-async disable asynchronous evaluation
--no-barrier disable barriers
--no-gmpy2 disable use of gmpy2 package
--no-numpy disable use of numpy package
--no-uvloop disable use of uvloop (winloop) package
--no-prss disable use of PRSS (pseudorandom secret sharing)
--mix32-64bit enable mix of 32-bit and 64-bit platforms
MPyC misc:
--output-windows screen output for parties 0<i<m (one window each)
--output-file append output of parties 0<i<m to party{m}_{i}.log
-f F consume IPython's -f argument F
Use -h, --help option to see help message for demo (if available).
python np_onewayhashchains.py -h
Showing help message for np_onewayhashchains.py, if available:
usage: np_onewayhashchains.py [-h] [-k K] [--recursive] [--sha3]
[--no-one-way] [--no-random-seed]
optional arguments:
-h, --help show this help message and exit
-k K, --order K order K of hash chain, length n=2**K
--recursive use recursive pebbler
--sha3 use SHAKE128 as one-way function
--no-one-way use dummy one-way function
--no-random-seed use fixed seed
python secretsanta.py
python secretsanta.py -M1
python secretsanta.py -M 5
python -OO secretsanta.py -M2 --output-file
python lpsolver.py -h
python id3gini.py -H
run-all.bat --no-async
np-run-all.sh -M2 --ssl
np-run-all.bat -M3 --output-file > party3_0.log
run-all.sh -M4 --threshold 0 --ssl
run-all.bat -M5 --output-windows
run-all.sh -M7
python cnnmnist.py > party1_0.log
python cnnmnist.py 1 0
python np_cnnmnist.py 3.5
python cnnmnist.py -M1 1.5 0
python bnnminist.py -M1 --no-barrier
python ridgeregression.py -i3 -a7
python ridgeregression.py -M3 --no-prss
python multilateration.py -i 3 4 5
python multilateration.py -M5 -i1 -a1 --plot
python kmsurvival.py --plot --no-log
python kmsurvival.py -M3 -i4 --collapse --plot
python -m cProfile -s time bnnmnist.py | more
python -m cProfile -s cumtime sort.py 64 | more
python -m cProfile -s time aes.py | more
SecretSantaExplained provides a quick intro to MPyC.
SecureSortingNetsExplained shows how to convert some existing Python programs to MPyC programs.
KaplanMeierSurvivalExplained presents privacy-preserving Kaplan-Meier survival analysis, featuring aggregate Kaplan-Meier curves and secure logrank tests.
4demos gives quick access to demos secretsanta.py, id3gini.py, lpsolver.py, np_cnnmnist.py.
OneWayHashChainsExplained shows a more advanced MPyC program.
PrefixOrExplained is about the design of mpyc.mpctools.accumulate(), showing 10 ways to compute prefix-or.