spg-functions-python.md

title	SPG Functions
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A group of functions provided by the Story Protocol Gateway (SPG) contract, which is essentially a way to combine independent operations like Register an NFT as an IP Asset and Attach License Terms to an IP Asset into one transaction to make your life easier.

🚧 Warning!

While these functions are publicly supported in SDK, it is recommended to NOT use them in your applications yet. They are still being tested.

Things like the IP-related metadata, represented in the metadata and metadataURI fields you'll see below, do not have official standards yet although we are working on them.

Prerequisites

• Setup the client object.

Mint + Register + Metadata + Attach Terms

This function allows you to do all of the following:

Mint an NFT ▶️ Register an NFT as an IP Asset ▶️ Add Metadata to an IP Asset ▶️ Attach License Terms to an IP Asset

response = story_client.IPAsset.mintAndRegisterIpAssetWithPilTerms(
    nft_contract="0xd516482bef63Ff19Ed40E4C6C2e626ccE04e19ED",  # your NFT contract address
    pil_type="non_commercial_remix",  # the type of the PIL
    metadata={
        'metadataURI': "test-uri",  # uri of IP metadata
        'metadataHash': web3.to_hex(web3.keccak(text="test-metadata-hash")),  # hash of IP metadata
        'nftMetadataHash': web3.to_hex(web3.keccak(text="test-nft-metadata-hash"))  # hash of NFT metadata
    }
)

print(f"Completed at transaction hash {response['txHash']}, NFT Token ID: {response['tokenId']}, IPA ID: {response['ipId']}, License Terms ID: {response['licenseTermsId']}")

mint_and_register_request = {
    'nft_contract': str,
    'pil_type': str,
    'metadata': dict,
    'recipient': str,
    'minting_fee': int,
    'commercial_rev_share': int,
    'currency': str,
    'tx_options': dict
}

mint_and_register_response = {
    'txHash': str,
    'ipId': str,
    'licenseTermsId': int,
    'tokenId': int
}

Register + Metadata + Attach Terms

This function allows you to do all of the following:

Register an NFT as an IP Asset ▶️ Add Metadata to an IP Asset ▶️ Attach License Terms to an IP Asset

response = story_client.IPAsset.registerIpAndAttachPilTerms(
    nft_contract="0xd516482bef63Ff19Ed40E4C6C2e626ccE04e19ED",  # your NFT contract address
    token_id=127,  # your NFT token ID
    pil_type="non_commercial_remix",  # the type of the PIL
    metadata={
        'metadataURI': "test-uri",  # URI of IP metadata
        'metadataHash': web3.to_hex(web3.keccak(text="test-metadata-hash")),  # hash of IP metadata
        'nftMetadataHash': web3.to_hex(web3.keccak(text="test-nft-metadata-hash"))  # hash of NFT metadata
    }
)

print(f"Completed at transaction hash {response['txHash']}, IP ID: {response['ipId']}, License Terms ID: {response['licenseTermsId']}")

register_ip_and_attach_pil_terms_request = {
    'nft_contract': str,
    'token_id': int,
    'pil_type': str,
    'metadata': dict,
    'deadline': int,
    'minting_fee': int,
    'commercial_rev_share': int,
    'currency': str,
    'tx_options': dict
}

register_ip_and_attach_pil_terms_response = {
    'txHash': str,
    'licenseTermsId': int,
    'ipId': str
}

Register + Derivative

This function allows you to do all of the following:

Register an NFT as an IP Asset ▶️ Register an IPA as a Derivative

response = story_client.IPAsset.registerDerivativeIp(
    nft_contract="0xd516482bef63Ff19Ed40E4C6C2e626ccE04e19ED",  # your NFT contract address
    token_id=127,  # your NFT token ID
    deriv_data={
        'parentIpIds': ['0x4c1f8c1035a8cE379dd4ed666758Fb29696CF721'],  # parent IP IDs
        'licenseTermsIds': ['13']  # license terms IDs
    },
    metadata={
        'metadataURI': "test-uri",  # uri of IP metadata
        'metadataHash': web3.to_hex(web3.keccak(text="test-metadata-hash")),  # hash of IP metadata
        'nftMetadataHash': web3.to_hex(web3.keccak(text="test-nft-metadata-hash"))  # hash of NFT metadata
    }
)

print(f"Completed at transaction hash {response['txHash']}, IP ID: {response['ipId']}")

register_derivative_ip_request = {
    'nft_contract': str,
    'token_id': int,
    'deriv_data': dict,
    'metadata': dict,
    'deadline': int,
    'tx_options': dict
}

register_derivative_ip_response = {
    'txHash': str,
    'ipId': str
}