These instructions were made for a machine running Windows Subsystems for Linux 2 with Ubuntu 20.04.
Follow the instructions for MP-SPDZ, we are able to get everything working with the following commands, but your mileage may vary.
git submodule update --init --recursive
apt-get install automake build-essential git libboost-dev libboost-thread-dev libntl-dev libsodium-dev libssl-dev libtool m4 python3 texinfo yasm
make tldr
make mascot
With MP-SPDZ correctly set up, you need to make sure generateMPC.hs and
generateRandomTree.hs are compiled. We used the Glasgow Haskell Compiller
which can be installed and used as follows.
apt-get install haskell-platform
ghc generateMPC.hs
ghc generateRandomTree.hs
If everything was installed correctly then you should be able to compile and run as follows:
./generateMPC "[3, 5]" < exampleTree > exampleTree.mpc
cd MP-SPDZ
./compile.py -M ../exampleTree.mpc
./Scripts/mascot.sh -IF ../ExampleTree-Input exampleTree
If everything works then it should output the following, along with various information about the execution.
The selected outcome (TUMO) is 2
0 should pay 469 at TUMO
1 should be paid 469 at TUMO
0's fine for deviating anywhere is 469
1's fine for deviating anywhere is 381
At this point everything should be ready, so you should be able to run the
benchmarking bash script. The output will be located in the outputs folder. Note that the scripts does no error handling, so results will have to be manually verified.
chmod +x run_benchmarks.sh
./run_benchmarks.sh