GLAM CLI is under active development and is subject to frequent change. It’s highly recommended to use the latest version. If you encounter any issue, please submit it on GitHub

​
Getting Started

1

Install

npm install -g @glamsystems/glam-cli
This will install the CLI and make it available in your terminal as glam-cli.
2

Configure

The CLI expects a configuration file at ~/.config/glam/config.json. The file should contain the following content:
{
  "cluster": "",
  "json_rpc_url": "",
  "tx_rpc_url": "",
  "keypair_path": "",
  "priority_fee": {
    "micro_lamports": 0,
    "level": "",
    "helius_api_key": ""
  },
  "glam_state": ""
}
At minimum, you need to provide cluster, json_rpc_url, and keypair_path:
{
  "cluster": "mainnet-beta",
  "json_rpc_url": "https://api.mainnet-beta.solana.com",
  "keypair_path": "/path/to/your/keypair.json",
}
3

Run

Check the version of the CLI:
glam-cli -V
Show help:
glam-cli -h

​
Docker

1

Pull the Docker Image

A pre-built docker image is available on Github. To pull the latest image, run:
docker pull ghcr.io/glamsystems/glam-cli:latest
2

Run the CLI inside Docker Container

The docker image doesn’t come with a configuration file or a keypair. Instead, you’ll need to provide them to the container by mounting a volume from a host directory to the container’s /workspace directory.Create a local directory (for example, $HOME/.glam-cli-docker) and place both the configuration file and keypair into it. Assuming your keypair filename is keypair.json, the directory and the config file should look like the following:
$ ls $HOME/.glam-cli-docker
config.json  keypair.json
Run the following command to start the container and get the CLI ready to use:
docker run -it --rm \
  -v $HOME/.glam-cli-docker:/workspace \
  ghcr.io/glamsystems/glam-cli:latest bash
Now that you’re inside the container, you can use the CLI:
root@id:/mnt/glam# node dist/cli/main.js env

Wallet connected: [redacted]
RPC endpoint: [redacted]
Priority fee: {
  level: 'Min',
  helius_api_key: '[redacted]'
}

​
Configuration

The GLAM CLI expects a configuration file at the following path:
  • macOS / Linux: ~/.config/glam/config.json
  • Windows: %USERPROFILE%\.config\glam\config.json
This file defines how the CLI connects to Solana, sets transaction fees, and points to the appropriate GLAM state. Use this template if you have a Helius account and want dynamic priority fee management: 
{
  "cluster": "mainnet-beta",
  "json_rpc_url": "https://your-preferred-rpc-provider.com",
  "keypair_path": "/path/to/your/keypair.json",
  "priority_fee": {
    "level": "High",
    "helius_api_key": "YOUR_HELIUS_API_KEY"
  },
  "glam_state": "YOUR_GLAM_STATE_PUBKEY"
}
Here’s a quick explanation of each field:
  • cluster: Value must be one of mainnet-beta, devnet, or localnet.
  • json_rpc_url: The URL of your preferred Solana JSON RPC endpoint.
  • tx_rpc_url: Optional. If not set it defaults to json_rpc_url. Use this to specify a separate RPC endpoint you want to use for landing transactions.
  • keypair_path: Path to your keypair JSON file.
  • priority_fee: provided, level and helius_api_key will be ignored.
    • level: Optional (defaults to Min). Only applied if cluster is mainnet-beta. Other options are Min, Low, Medium, High, VeryHigh, UnsafeMax, Default (more info can be found here).
    • helius_api_key: Optional. Only applied if cluster is mainnet-beta. If not provided level will be ignored. The API key is needed to fetch the priority fee estimate from Helius.
  • glam_state: Optional. If you want to set a default active GLAM state, you can do so here. Alternatively, you can use the set command to set the active GLAM state later on.

​
Static Priority Fee

Use this version if you don’t want to use Helius, or prefer a fixed fee model: 
{
  "cluster": "mainnet-beta",
  "json_rpc_url": "https://your-preferred-rpc-provider.com",
  "keypair_path": "/path/to/your/keypair.json",
  "priority_fee": {
    "micro_lamports": 500000
  },
  "glam_state": "YOUR_GLAM_STATE_PUBKEY"
}
  • micro_lamports: Specifies a fixed transaction fee in micro-lamports
    (1 lamport = 1,000,000 micro-lamports)
    This bypasses the need for Helius.
Use this method in stable environments where dynamic fee adjustment is unnecessary or unavailable.