This is a small sample application utilizing the MirBFT library.
This sample is currently reasonably functional, but has not been tested extensively. It is meant to be instructive, and is based on a development level of the mirbft library, so is not stable.
That being said, if you'd like to use it, you may do the following:
- Build the binaries:
go build ./cmd/bootstrap
go build ./cmd/node
- Bootstrap the network configuration (you may want to play with the flags via
--help).
mkdir -p bootstrap.d
./bootstrap
- Start each node pointing to their configuration and a run directory.
./node --nodeConfig=bootstrap.d/node0/config/node-config.yaml --runDir=bootstrap.d/node0/run/ &
./node --nodeConfig=bootstrap.d/node1/config/node-config.yaml --runDir=bootstrap.d/node1/run/ &
./node --nodeConfig=bootstrap.d/node2/config/node-config.yaml --runDir=bootstrap.d/node2/run/ &
./node --nodeConfig=bootstrap.d/node3/config/node-config.yaml --runDir=bootstrap.d/node3/run/ &
You can alternatively execute ./start.sh which will perform steps (1), (2), and (3) for you.
You may want to watch at least one node log via something like:
tail -f bootstrap.d/node1/run/node.log
- You may now use the provided sample client to inject requests into the system such as:
./client --clientConfig bootstrap.d/client0/config/client-config.yaml
By default, the client will attempt to inject an additional 10,000 requests of size 10kb each into the system. It may be run multiple times.