This is a python starter repo for building on the Nillion Network. Complete environment setup, then run the examples:
-
To run multi party examples, go to the multi party compute folder.
-
To run single party examples, go to the single party compute folder.
-
To run permissions examples (storing and retrieving permissioned secrets, revoking permissions, etc.), go to the permissions folder.
The nillion-devnet
tool spins up anvil
under the hood, so you need to have foundry
installed. The bootstrap-local-environment.sh
file uses pidof
and grep
.
-
Create a
.env
file by copying the sample:cp .env.sample .env
-
Create the virtual environment (
.venv
), install dependencies, and activate the virtual environmentbash ./create_venv.sh && source .venv/bin/activate
Run the
bootstrap-local-environment.sh
script to spin upnillion-devnet
, generate keys, and get bootnodes, cluster, and payment info:./bootstrap-local-environment.sh
-
Check
.env
file - keys, bootnodes, cluster, and payment info should now be present. If you want to run against a local cluster, use this configuration. Otherwise, replace values with testnet bootnodes, cluster, and payment info. -
Look through the programs folder to see examples of Nada programs.
Nada programs need to be compiled ahead of being stored. Compile all programs in the programs folder with the script compile_programs.sh
:
bash compile_programs.sh
This generates a programs-compiled
folder containing the compiled programs.
Store a compiled program in the network with this script:
bash store_program.sh {RELATIVE_COMPILED_PROGRAM_PATH}
To store the compiled addition_simple
program you can run:
bash store_program.sh programs-compiled/addition_simple.nada.bin
Storing a program results in the stored program_id
, the network's reference to the program. The program_id
is the {user_id}/{program_name}
.
Most examples and tutorials within this repository can be tested. Docker is required to run the tests.
cd testing
bash run_tests.sh