If this is your first time running, please see 'Initialization' below.
Signaller:
export DOMAIN=<yourdomain.here> && docker-compose -f docker-compose-signaller up
Clients (Browser & NodeJS):
export DOMAIN=<yourdomain.here> && docker-compose -f docker-compose-client up
Note: Append -d to start docker-compose daemons.
- Distribute Identities
Docker needs to build-out a single identity and distribute it across the HTML client & NodeJS client through peer-id. We also want to distribute the .peers.json file in the same way. Put your signaller and peers' multiaddrs (peers are not necessary for a new network) in .peers.json (you'll have to touch .peers.json first):
{
"peers": [
"/dns4/your.signaller.domain/tcp/9999/wss/p2p-webrtc-star/p2p/QmYJollioPDRGYM6doTJEDguuUniFSYLBqyLJxwBtQzkkR"
],
"signallers": [
"/dns4/your.signaller.domain/tcp/9999/wss/p2p-webrtc-star/"
]
}
- Run the Bootstrapper
This will generate .identity.json and distribute .identity.json+.peers.json to the NodeJS p2p node. It will also inject .identity.json+.peers.json into the src/www (html source), run the parcel HTML builder, then copy the output over to srv/www.
Run
sh bootstrap.sh
You'll need docker-compose to run the service (version 3.3).
# From <https://gist.github.com/EvgenyOrekhov/1ed8a4466efd0a59d73a11d753c0167b>
sh install-docker.sh
In order to remove containers, run docker rm $(docker ps -a -q).
If you're devving, you may need to clean the ridiculously large
docker cache once in a while with docker system prune -a.
- Private Github URLs for build (...change star-signal build)
- Multiple Contexts/Deployments https://www.docker.com/blog/multi-arch-build-and-images-the-simple-way/
- Private Keysets for Deployments
- Hook up LibP2P
- Hook up LibP2P
- LibP2P AF_UNIX [IPC] methods with https://nodejs.org/api/net.html#net_ipc_support
- Deconstruct events to CBOR
- Interface on Socket I/O Via Docker