pha-deploy

v0.2.3

Published

4 days ago

CLI token deployment and minting tool for Phantasma blockchain

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phantasma.info

phantasma phantasma-sdk-ts cli typescript

pha-deploy

CLI utility for deploying fungible tokens and NFTs on the Phantasma blockchain. The tool consumes structured metadata and token schemas defined in TOML configuration files and relies on the latest phantasma-sdk-ts builders for serialization.

Four primary actions: --create-token, --create-series, --mint-fungible, --mint-nft.
Configuration-first workflow: fill in config.toml (JSON blobs embedded in TOML) and let the CLI generate and submit Carbon transactions.
Dry-run mode available for payload inspection without broadcasting.

Quick Start

# install globally (recommended for CLI usage)
npm i -g pha-deploy

# or run once via npx
npx pha-deploy --help

# local dev install
npm install

# copy the sample configuration and adjust it to your needs
cp config/config.example.toml config.toml

# build the CLI
npm run build

# run an action (uses config.toml by default)
pha-deploy --create-token

Helper just recipes are available (just ct, just cs, just mn, etc.) if you have just installed.

Configuration Overview

All configuration is read from config.toml (or an alternate file passed via --config). CLI flags remain available for overrides, but the recommended flow is to edit config.toml and keep secrets outside of version control.

Key sections in config/config.example.toml:

Connection
rpc, nexus, wif. wif may be left empty for dry runs.
Token definition
symbol, token_type ("nft" or "fungible"), optional token_max_supply / fungible_max_supply and fungible_decimals (mandatory for fungible tokens), optional rom (hex string) for Carbon token ROM.
Carbon identifiers
carbon_token_id (required for series creation or minting against an existing token) and carbon_token_series_id (required for minting).
Metadata blobs
Each metadata block is a multi-line JSON string embedded in TOML:
```
token_metadata = """
{
  "name": "My test token!",
  "icon": "data:image/webp;base64,...",
  "url": "https://example.com",
  "description": "Token description",
  "extraField": "Optional custom data"
}
"""
```
- token_metadata is mandatory for all tokens. Required fields: name, icon, url, description.
  The icon must be a base64 encoded data URI (data:image/png;base64,..., data:image/jpeg;base64,..., or data:image/webp;base64,...).
- series_metadata (optional) defines shared metadata for NFT series. Populate when metadata should be stored once at the series level.
- nft_metadata (optional) defines per-instance defaults for minting. You can override fields per mint by editing this block before running --mint-nft.
- Numeric settings such as royalties should be plain numbers (e.g. 10000000 for 1%).

Token schemas
token_schemas is a JSON object describing the Carbon VM schemas used for series metadata, NFT ROM, and NFT RAM. Example structure:

token_schemas = """
{
  "seriesMetadata": [
    { "name": "extraSharedSampleField", "type": "String" }
  ],
  "rom": [
    { "name": "name", "type": "String" },
    { "name": "description", "type": "String" },
    { "name": "imageURL", "type": "String" },
    { "name": "infoURL", "type": "String" },
    { "name": "royalties", "type": "Int32" },
    { "name": "extraSampleField", "type": "String" }
  ],
  "ram": []
}
"""

Rules enforced by the SDK:

Mandatory fields name, description, imageURL, infoURL, royalties must appear either in seriesMetadata (shared) or in rom (per NFT); the builder fills core structural fields such as the Carbon id, mode, and rom placeholders automatically.

Field type values must match VmType names understood by the SDK. Supported values:

Dynamic
Array
Bytes
Struct
Int8
Int16
Int32
Int64
Int256
Bytes16
Bytes32
Bytes64
String
Array_Dynamic
Array_Bytes
Array_Struct
Array_Int8
Array_Int16
Array_Int32
Array_Int64
Array_Int256
Array_Bytes16
Array_Bytes32
Array_Bytes64
Array_String

Leave ram empty ([]) to use a dynamic RAM schema; provide field definitions if you need strict RAM layout.

Limits and fees
create_token_max_data, create_token_series_max_data, mint_token_max_data, gas_fee_* entries are numeric boundaries passed to the transaction helpers. The bundled defaults are tuned for typical deployments and are a safe starting point; change them only if you know you need higher caps or different fee multipliers.
Runtime flags
dry_run toggles dry-run mode when set to true in TOML. config_path is automatically injected when you load a custom file via --config.

Ensure every value present in config.example.toml is reviewed and updated (or deliberately left as default) before sending real transactions.

Running Actions

Each action reads the active configuration, prints a summary (without exposing your WIF), and either broadcasts or exits depending on --dry-run.

Create a token
```
pha-deploy --create-token --config path/to/config.toml
```
Requirements:
- token_type must be set (nft or fungible).
- For fungible tokens provide token_max_supply / fungible_max_supply and fungible_decimals.
- token_metadata and (for NFTs) token_schemas must be present.
Create an NFT series
```
pha-deploy --create-series --config path/to/config.toml
```
Requirements:
- carbon_token_id referencing the deployed token.
- token_schemas.seriesMetadata describing the shared schema used for the series.
- Optional metadata comes from series_metadata.
Mint an NFT
```
pha-deploy --mint-nft --config path/to/config.toml
```
Requirements:
- carbon_token_id and carbon_token_series_id.
- token_schemas.rom to drive ROM serialization.
- nft_metadata containing per-instance values.
Mint fungible tokens
```
pha-deploy --mint-fungible --config path/to/config.toml
```
Requirements:
- carbon_token_id.
- mint_fungible_amount (integer atomic units).
- Optional mint_fungible_to (defaults to the WIF owner when omitted).

Append --dry-run to any command to inspect the serialized payload without submitting it:

pha-deploy --create-token --dry-run

Usage without config.toml

These examples do not use config.toml. Every required value is passed via CLI flags. All JSON values must be single-line strings; line breaks will break JSON parsing.

TOKEN_SCHEMAS_JSON='{"seriesMetadata":[{"name":"extraSharedSampleField","type":"String"}],"rom":[{"name":"name","type":"String"},{"name":"description","type":"String"},{"name":"imageURL","type":"String"},{"name":"infoURL","type":"String"},{"name":"royalties","type":"Int32"},{"name":"extraSampleField","type":"String"}],"ram":[]}'
TOKEN_METADATA_JSON='{"name":"My test token!","icon":"data:image/png;base64,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","url":"http://example.com","description":"My test token description"}'

pha-deploy --create-token \
  --rpc https://testnet.phantasma.info/rpc \
  --nexus testnet \
  --wif <WIF> \
  --symbol NFTMY \
  --token-type nft \
  --token-schemas "$TOKEN_SCHEMAS_JSON" \
  --token-metadata "$TOKEN_METADATA_JSON" \
  --create-token-max-data 1000000000 \
  --gas-fee-base 10000 \
  --gas-fee-create-token-base 10000000000 \
  --gas-fee-create-token-symbol 10000000000 \
  --gas-fee-multiplier 10000

TOKEN_SCHEMAS_JSON='{"seriesMetadata":[{"name":"extraSharedSampleField","type":"String"}],"rom":[{"name":"name","type":"String"},{"name":"description","type":"String"},{"name":"imageURL","type":"String"},{"name":"infoURL","type":"String"},{"name":"royalties","type":"Int32"},{"name":"extraSampleField","type":"String"}],"ram":[]}'
SERIES_METADATA_JSON='{"rom":"0xAABBCC","extraSharedSampleField":"aabbsadsd"}'

pha-deploy --create-series \
  --rpc https://testnet.phantasma.info/rpc \
  --nexus testnet \
  --wif <WIF> \
  --carbon-token-id <TOKEN_ID> \
  --token-schemas "$TOKEN_SCHEMAS_JSON" \
  --series-metadata "$SERIES_METADATA_JSON" \
  --create-token-series-max-data 100000000 \
  --gas-fee-base 10000 \
  --gas-fee-create-token-series 2500000000 \
  --gas-fee-multiplier 10000

TOKEN_SCHEMAS_JSON='{"seriesMetadata":[{"name":"extraSharedSampleField","type":"String"}],"rom":[{"name":"name","type":"String"},{"name":"description","type":"String"},{"name":"imageURL","type":"String"},{"name":"infoURL","type":"String"},{"name":"royalties","type":"Int32"},{"name":"extraSampleField","type":"String"}],"ram":[]}'
NFT_METADATA_JSON='{"name":"Test NFT Name","description":"Test NFT Description","imageURL":"images-assets.nasa.gov/image/PIA13227/PIA13227~orig.jpg","infoURL":"https://images.nasa.gov/details/PIA13227","royalties":10000000,"extraSampleField":"abc"}'

pha-deploy --mint-nft \
  --rpc https://testnet.phantasma.info/rpc \
  --nexus testnet \
  --wif <WIF> \
  --carbon-token-id <TOKEN_ID> \
  --carbon-token-series-id <SERIES_ID> \
  --token-schemas "$TOKEN_SCHEMAS_JSON" \
  --nft-metadata "$NFT_METADATA_JSON" \
  --mint-token-max-data 100000000 \
  --gas-fee-base 10000 \
  --gas-fee-multiplier 10000

CLI Flags and Overrides

Action selectors (first match wins):

--create-token
--create-series
--mint-fungible
--mint-nft

Common utility flags:

--config <path> – load an alternate TOML file.
--dry-run – skip broadcasting even if the config has dry_run = false.
--rpc-log – enable verbose SDK JSON-RPC logging (full response payloads).
--settings-log – print resolved settings before executing an action.

Configuration overrides (values override config.toml when provided):

--rpc <url> – RPC endpoint (fallback: https://testnet.phantasma.info/rpc).
--nexus <name> – chain nexus (example: mainnet or testnet).
--wif <wif> – signer WIF.
--symbol <symbol> – token symbol.
--token-type <nft|fungible> – token kind (default: nft).
--token-max-supply <int> / --fungible-max-supply <int> – max supply (required when token-type is fungible).
--fungible-decimals <0..255> – decimals for fungible token (required when token-type is fungible).
--carbon-token-id <int> – existing carbon token id (for series or mint).
--carbon-token-series-id <int> – existing series id (for mint).
--mint-fungible-to <address> – recipient address for fungible mint (default: WIF owner).
--mint-fungible-amount <int> – amount to mint (integer atomic units).
--rom <hex> – token ROM as hex string.
--token-schemas '<json>' – inline JSON for token schemas (seriesMetadata, rom, ram).
--token-metadata '<json>' – inline JSON for token metadata fields.
--series-metadata '<json>' – inline JSON object or array of { name, value } pairs.
--nft-metadata '<json>' – inline JSON object or array of { name, value } pairs.
--create-token-max-data <int> – payload limit for token creation.
--create-token-series-max-data <int> – payload limit for series creation.
--mint-token-max-data <int> – payload limit for minting.
--gas-fee-base <int> – base gas fee.
--gas-fee-create-token-base <int> – gas fee for token creation.
--gas-fee-create-token-symbol <int> – symbol registration fee.
--gas-fee-create-token-series <int> – fee for series creation.
--gas-fee-multiplier <int> – multiplier applied to gas fee.

Notes:

JSON arguments must be passed as single-line quoted strings; for substantial edits, updating config.toml is usually more convenient.
Unknown flags are ignored by the loader; prefer editing the TOML file for long-lived configuration changes.

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pha-deploy

Quick Start

Configuration Overview

Running Actions

Usage without config.toml

CLI Flags and Overrides