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Fix docs and release build commands

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35
CONTRIBUTING.md
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@ -1,18 +1,28 @@
# Local development # Contributing
The following software is required for local development (assuming MacOS ARM): ## Testing
- Go 1.20 Testing the [`vdf`](./vdf) and [`node`](./node) packages requires linking the
- Rust toolchain [native VDF](./crates/vdf). The `test.sh` scripts in the respective directories
- GMP 6.3: `brew install gmp` help with this.
- Install the Go plugin for uniffi-rs: `cargo install uniffi-bindgen-go --git https://github.com/NordSecurity/uniffi-bindgen-go --tag v0.2.1+v0.25.0`
# Building release binaries ## Pull Requests
The following is software is required to build release binaries (assuming MacOS Contributions are welcome – a new network is rife with opportunities. We are
in the process of updating our JIRA board so that it can be made public. The
repository has basic coding guidelines:
- 80 character line limit, with the exception where gofmt or the syntax is
impossible to achieve otherwise
- Error wrapping matching function names
- Interface composition and dependency injection with Wire
## Building release binaries
The following software is required to build release binaries (assuming MacOS
ARM): ARM):
- [Local development](#local-development) dependencies - [Running from source](README.md#running-from-source) dependencies
- Docker - Docker
- [Taskfile](https://taskfile.dev/) - [Taskfile](https://taskfile.dev/)
@ -22,13 +32,8 @@ that statically link the [native VDF](./crates/vdf) for the supported platforms:
```shell ```shell
task build_node_arm64_macos task build_node_arm64_macos
task build_node_arm64_linux task build_node_arm64_linux
task build_node_arm64_macos task build_node_amd64_linux
``` ```
The output binaries will be in `node/build`. The output binaries will be in `node/build`.
# Testing
Testing the [`vdf`](./vdf) and [`node`](./node) packages requires linking the
[native VDF](./crates/vdf). The `test.sh` scripts in the respective directories
help with this.

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Dockerfile.source
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FROM golang:1.20.14-bullseye as build-base FROM golang:1.22.4-bullseye as build-base
ENV PATH="${PATH}:/root/.cargo/bin/" ENV PATH="${PATH}:/root/.cargo/bin/"

277
README-linux.md
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# Quilibrium - Dawn
Quilibrium is a decentralized alternative to platform as a service providers.
This release, mirrored to GitHub, is the Dawn release, which contains the
initial application, the MPC Powers-of-Tau Ceremony. Documentation for the
underlying technology can be found at https://www.quilibrium.com/
## Install Requirements
wget https://:go.dev/dl/go1.20.14.linux-amd64.tar.gz
sudo tar -xvf go1.20.14.linux-amd64.tar.gz
sudo mv go /usr/local
sudo rm go1.20.14.linux-amd64.tar.gz
sudo nano ~/.bashrc
At the end of the file, add these lines and save the file.
GOROOT=/usr/local/go
GOPATH=$HOME/go
PATH=$GOPATH/bin:$GOROOT/bin:$PATH
On command line, run
~/.bashrc
Check GO Version
go version
It must show "go version go.1.20.14 linux/amd64"
## Configure Linux Network Device Settings
To optimize throughput and latency for large parallel job typcal of network like Q
nano /etc/sysctl.conf
Copy and paste the 3 lines below into the file. The values below are six hundred million.
#Increase buffer sizes for better network performance
net.core.rmem_max=600000000
net.core.wmem_max=600000000
Save and exit then
sudo sysctl -p
## Clone the Repo
git clone https://github.com/QuilibriumNetwork/ceremonyclient.git
cd ceremonyclient/node
## Quick Start
All commands are to be run in the `node/` folder.
If you have a voucher from the offline ceremony, first run:
GOEXPERIMENT=arenas go run ./... -import-priv-key `cat /path/to/voucher.hex`
If you do not, or have already run the above, run:
GOEXPERIMENT=arenas go run ./...
## Peer ID
In order to find the peer id of a running node, execute the following command from the `node/` folder:
GOEXPERIMENT=arenas go run ./... -peer-id
The peer id will be printed to stdout.
## EXPERIMENTAL – gRPC/REST Support
If you want to enable gRPC/REST, add the following entries to your config.yml:
sudo nano .config/config.yml
edit these lines below
listenGrpcMultiaddr: /ip4/127.0.0.1/tcp/8337
listenRESTMultiaddr: /ip4/127.0.0.1/tcp/8338
Save and exit
Ensure that port 8337 among other neeeded ports are enabled via firewall.
sudo ufw enable
sudo ufw allow 8336
sudo ufw allow 8337
sudo ufw allow 8338
sudo ufw status
Please note: this interface, while read-only, is unauthenticated and not rate-
limited. It is recommended that you only enable if you are properly controlling
access via firewall or only query via localhost.
## Token Balance
In order to query the token balance of a running node, execute the following command from the `node/` folder:
GOEXPERIMENT=arenas go run ./... -balance
Or
GOEXPERIMENT=arenas /root/go/bin/node -balance
The confirmed token balance will be printed to stdout in QUILs.
Note that this feature requires that [gRPC support](#experimental--grpcrest-support) is enabled.
## Build the node binary file
GOEXPERIMENT=arenas go install ./...
Thiw will build binary file in /root/go/bin folder
## Start the Quilibrium Node as a Service
nano /lib/systemd/system/ceremonyclient.service
Write the code below
[Unit]
Description=Ceremony Client Go App Service
[Service]
Type=simple
Restart=always
RestartSec=5s
WorkingDirectory=/root/ceremonyclient/node
Environment=GOEXPERIMENT=arenas
ExecStart=/root/go/bin/node ./...
[Install]
WantedBy=multi-user.target
Save and exit
To start service run
service ceremonyclient start
To stop service run
service ceremonyclient stop
To view service logs run
sudo journalctl -u ceremonyclient.service -f --no-hostname -o cat
## Upgrading Node
service ceremonyclient stop
git fetch origin
git merge origin
Go to ceremonyclient/node folder and run
GOEXPERIMENT=arenas go clean -v -n -a ./...
rm /root/go/bin/node
GOEXPERIMENT=arenas go install ./...
service ceremonyclient start
If everything is okay you would see logs when you run
sudo journalctl -u ceremonyclient.service -f --no-hostname -o cat
Ensure that your service running correctly.
## Auto Upgrading Script
Create a file named update.sh in your server and put the code below.
#!/bin/bash
# Stop the ceremonyclient service
service ceremonyclient stop
# Switch to the ~/ceremonyclient directory
cd ~/ceremonyclient
# Fetch updates from the remote repository
git fetch origin
git merge origin
# Switch to the ~/ceremonyclient/node directory
cd ~/ceremonyclient/node
# Clean and reinstall node
GOEXPERIMENT=arenas go clean -v -n -a ./...
rm /root/go/bin/node
GOEXPERIMENT=arenas go install ./...
# Start the ceremonyclient service
service ceremonyclient start
chmod u+x update.sh
When there is new update, run
./update.sh
## Stats Collection
In order to opt-in to stats collection about the health of the network, edit your `config.yml` in the `node/.config` directory to have a new section under `engine`:
```yml
<earlier parts of config>
engine:
statsMultiaddr: "/dns/stats.quilibrium.com/tcp/443"
<rest of config continues below>
```
## Purpose
The ceremony application provides a secure reference string (SRS) from which
KZG proofs can be constructed for the network. This yields applicability for a
number of proof systems, in particular for the release after Dawn, the ability
to provide proofs of execution, and proofs of data availability for the network.
### Rewards
For participating in a round of the ceremony, nodes will be allocated:
reward = 161 * log_2(participant_count) QUIL
### Basic Flow
Rounds of the ceremony follow the following order:
- OPEN: Nodes can join in for the round, deferring preference to nodes that
could not join in on the prior round
- IN PROGRESS: The MPC ceremony round is in progress, nodes are engaging in a
logarithmic collection of Multiplication-to-Add Oblivious Transfer circuits,
each sub round producing a new collection of values, until the sub rounds have
completed, producing a collection of public G1 and G2 BLS48-581 points for each
peer.
- FINALIZING: The collection of points are broadcasted, and added together,
producing a singular ceremony transcript contribution.
- VALIDATING: The updated ceremony transcript is validated against the
predecessor, and is confirmed to be the new state, issuing rewards to the
participant set. The next round can begin.
## Pull Requests
Contributions are welcome – a new network is rife with opportunities. We are
in the process of updating our JIRA board so that it can be made public. The
repository has basic coding guidelines:
- 80 character line limit, with the exception where gofmt or the syntax is
impossible to achieve otherwise
- Error wrapping matching function names
- Interface composition and dependency injection with Wire
## Minimum System Requirements
For the Dawn phase, a server must have a minimum of 16GB of RAM, preferably
32 GB, 250GB of storage, preferably via SSD, and 50MBps symmetric bandwidth.
For Intel/AMD, the baseline processor is a Skylake processor @ 3.4GHz with 12
dedicated cores. For ARM, the M1 line of Apple is a good reference.
With Dusk, these minimum requirements will reduce significantly.
## License + Interpretation
Significant portions of Quilibrium's codebase depends on GPL-licensed code,
mandating a minimum license of GPL, however Quilibrium is licensed as AGPL to
accomodate the scenario in which a cloud provider may wish to coopt the network
software. The AGPL allows such providers to do so, provided they are willing
to contribute back the management code that interacts with the protocol and node
software. To provide clarity, our interpretation is with respect to node
provisioning and management tooling for deploying alternative networks, and not
applications which are deployed to the network, mainnet status monitors, or
container deployments of mainnet nodes from the public codebase.

13
README.md
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@ -64,17 +64,10 @@ This section contains community-built clients, applications, guides, etc <br /><
- A detailed beginners' guide for how to setup a Quilibrium Node, created by [@demipoet](https://www.github.com/demipoet) - [link](https://quilibrium.guide/)<br/> - A detailed beginners' guide for how to setup a Quilibrium Node, created by [@demipoet](https://www.github.com/demipoet) - [link](https://quilibrium.guide/)<br/>
## Development
## Pull Requests Please see the [CONTRIBUTING.md](CONTRIBUTING.md) file for more information on
how to contribute to this repository.
Contributions are welcome – a new network is rife with opportunities. We are
in the process of updating our JIRA board so that it can be made public. The
repository has basic coding guidelines:
- 80 character line limit, with the exception where gofmt or the syntax is
impossible to achieve otherwise
- Error wrapping matching function names
- Interface composition and dependency injection with Wire
## License + Interpretation ## License + Interpretation

4
Taskfile.yaml
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@ -40,12 +40,12 @@ tasks:
build_node_arm64_linux: build_node_arm64_linux:
desc: Build the Quilibrium node binary for ARM64 Linux. Outputs to node/build. desc: Build the Quilibrium node binary for ARM64 Linux. Outputs to node/build.
cmds: cmds:
- docker build --platform linux/arm64 -f Dockerfile --output node/build/arm64_linux --target=node . - docker build --platform linux/arm64 -f Dockerfile.source --output node/build/arm64_linux --target=node .
build_node_amd64_linux: build_node_amd64_linux:
desc: Build the Quilibrium node binary for AMD64 Linux. Outputs to node/build. desc: Build the Quilibrium node binary for AMD64 Linux. Outputs to node/build.
cmds: cmds:
- docker build --platform linux/amd64 -f Dockerfile --output node/build/amd64_linux --target=node . - docker build --platform linux/amd64 -f Dockerfile.source --output node/build/amd64_linux --target=node .
build:source: build:source:
desc: Build the Quilibrium docker image from source. desc: Build the Quilibrium docker image from source.