quip.network.gpu.example.toml

[global]
node_name = "Quantum Node Name"  # Optional human-readable name for your node.

# Local binding address (ip address) and port to listen to.
listen = "0.0.0.0"
port = 20049 # ("QN" -> little endian unsigned int is 0x514E -> 0x4E51 = 20049)

#public_host = "my.dns.or.ip:public_port"

# Optional deterministic key generation
# Defaults to generate a brand new key on boot.
secret = "your-secret-here" # Used to generate a deterministic key pair for this node

# Enable mining on startup when no peers can be found.
# Defaults to exit if a peer cannot be found.
# auto_mine = true


# Peers to try and connect to (defaults shown below)
# peer = ["qpu-1.nodes.quip.network:20049", "cpu-1.quip.carback.us:20049", "gpu-1.quip.carback.us:20049", "gpu-2.quip.carback.us:20050", "nodes.quip.network:20049"]

timeout = 3  # Timeout for peer connections and communications in seconds
heartbeat_interval = 15  # Interval for sending heartbeats to peers in seconds
heartbeat_timeout = 300  # Timeout for waiting for heartbeats from peers in seconds
# Number of peers to gossip to at a time. Defaults to 3, you should never need to change this.
# fanout = 3

# TLS/SSL Configuration
verify_tls = false  # Verify TLS certificates when connecting to peers
# ca_bundle = "/path/to/ca-certificates.crt"  # Custom CA certificate bundle (optional)

# Logging configuration
log_level = "INFO"  # DEBUG, INFO, WARNING, ERROR
node_log = "logs/quip-node.log"  # Path to main node log file (optional, defaults to stderr)
http_log = "logs/quip-node-http.log"  # Path to HTTP/aiohttp log file (optional, suppresses aiohttp logs if not set)

# if any of the following are defined then they will be spun up as miner processes to mine blocks.
# By default a single CPU miner is created.

# [cpu]  # Commented out for GPU-only node
# Limit CPU worker threads; max is number of logical CPUs on your system
# num_cpus = 4

[gpu]
# Global GPU defaults
# utilization = 100
# yielding = false
# sms_per_nonce = 4

# Discovery commands:
#   CUDA:  nvidia-smi --query-gpu=index,name --format=csv,noheader
#   Metal: system_profiler SPDisplaysDataType | grep 'Chipset Model'

[cuda.0]

[cuda.1]

# Apple Silicon example:
# [metal]