A collection of scripts which you configure with JSON files that help you interface with the Blockfrost API to accomplish tasks related to NFTs on Cardano without having to write any code

Blockfrost is an API that enables you to interact with the Cardano blockchain at scale.

These scripts can solve any of these complexities (and more) that you may face when running an NFT project.

• Getting the details of each mint transaction from an NFT drop given a policy ID
• Getting a list of current wallet addresses for every NFT asset given an array of assets
• Getting a list of mint wallet addresses for every NFT asset given a policy ID
• Getting a list of all transactions for payments to an array of addresses

Used to analyze the blockchain for Cardano Caricatures and Old Money.

Follow these steps before attempting to use any of the scripts

1. Ensure you have node and git installed
2. Download this repository using the command line (recommended) with git clone or directly from GitHub
3. Navigate to the root directory of the repository and run npm install to set up the libraries required
4. Create a new file named .env in the root directory and add your API Key from Blockfrost
   • BLOCKFROST_API_KEY=mainnet333eag3Fb333cKhOq333ph3lgMEam333
5. Create a .json file based on one of the examples add add it to a configuration folder with the same name of the script /configuration any of the script
   • For example, you can create the file /configuration/getNFTsFromPolicy/TestRun.json then run node getNFTsFromPolicy.js TestRun

Given a policy id it can get all the current wallet addresses, mint wallet address, original mint time, and more for every NFT asset

• This script takes a .json file that outlines what policy to analyze and how it should be done
• It will output the results in the specified format with a filename that matches the .json file
• It currently is somewhat reliant on how NFT-MAKER-PRO works with minting NFTs to calculate some of the wallet logic
• It takes longer depending on what data you want to collect with each asset so limiting it with the data configuration speeds it up

1. Create a .json configuration file in the /configuration/getNFTsFromPolicy folder
2. Run using node getNFTsFromPolicy.js NAME_OF_JSON_FILE_WITH_NO_EXTENSION
3. It will output the results in the /output/getNFTsFromPolicy folder

Each .json file in the /configuration/getNFTsFromPolicy folder can only analyze one policy at a time

Required configuration values:

• policy_id
  • unique ID of the policy to analyze the NFTs
  • ex: a4c45615825acae7c4937ee4d45d2ff9a29328084e2dc34bf4af37b2

Optional configuration values:

• limit
  • how many NFTs to output
  • if not provided, it will analyze every NFT given the policy
  • ex: 500
• format
  • how to format the output
  • if not provided, it will default to json
  • ex: csv or json
• data
  • which data to fetch with each policy/asset
  • if not provided, it will default to all
  • use when you want it to run faster
  • if the value all exists in the array then it will fetch everything
  • see the example of the output below to know what each setting includes
  • ex: ["all", "details", "asset_name", "mint", "mint_addresses", "current_holder", "stake_addresses"]
• assets
  • array of hex addresses of assets to process
  • if assets are provided then it will use them and ignore the policy id
  • ex: ["a4c45615825acae7c4937ee4d45d2ff9a29328084e2dc34bf4af37b2546865496e666c6174696f6e54696d65734c5849303338"]
• metadata
  • specify keys for the metadata that you want to bring to the top level data for each NFT
  • allows you to use the data in the metadata easier
  • ex: ["Rarity", "Stamp", "Voting Power"]
• flatten
  • specify a key for a single data point that you want flattened
  • the key has to match one of the keys in data
  • specify a label for the json key or column header for the single data point
  • flattened values in a json format are all in a single array with the label as the key
  • flattened values in a csv format are in a single column

Here are some example .json configuration files:

{
  "policy_id": "a4c45615825acae7c4937ee4d45d2ff9a29328084e2dc34bf4af37b2"
}

{
  "assets": [
    "a4c45615825acae7c4937ee4d45d2ff9a29328084e2dc34bf4af37b2546865496e666c6174696f6e54696d65734c5849303338"
  ],
  "format": "csv"
}

{
  "policy_id": "a4c45615825acae7c4937ee4d45d2ff9a29328084e2dc34bf4af37b2",
  "limit": 500,
  "format": "json",
  "data": ["details", "mint", "mint_address", "current_address"],
  "metadata": ["Volume"],
  "flatten": { 
    "key": "currentHolderAddress",
    "label": "addresses"
  }
}

Here are the output options controlled by setting the data array in the configuration file:

[
    {
      "asset": "a4c45615825acae7c4937ee4d45d2ff9a29328084e2dc34bf4af37b2546865496e666c6174696f6e54696d65734c5849363831", // always returned
      "policyId": "a4c45615825acae7c4937ee4d45d2ff9a29328084e2dc34bf4af37b2", // details
      "assetName": "546865496e666c6174696f6e54696d65734c5849363831", // details
      "fingerprint": "asset184mgnqas98myw3jgdcn8qktgxjzlqvzynczanw", // details
      "mintTransactionHash": "be44c14315f79f8129ec4cf41e3ed563534d1b8b205b1956dfd3d7bc1f9a8afa", // details
      "metadata": { // details
        "image": "ipfs://QmcGALdBLqE7ejiteWFyZxcayP3sYe6m7XkFFP7dj1aF6j",
        "Name": "The Inflation Times, Volume LXI",
        "Asset": "TheInflationTimesLXI681",
        "files": [
          {
            "src": "ipfs://QmXpqDso4G4ASG6eYi9uJ9uJgfNMfg7SGrqGMqHjQvxgGW",
            "name": "TheInflationTimesLXI038",
            "mediaType": "image/jpeg"
          }
        ],
        "Number": "681 of 700",
        "Series": "The Inflation Times",
        "Volume": "LXI",
        "Headline": "Hoodro to Announce",
        "mediaType": "image/jpeg",
        "Collection": "Old Money"
      },
      "metadataVolume": "LXI", // details
      "assetLabel": "TheInflationTimesLXI038", // asset
      "assetNumber": "038", // asset
      "mintTransactionBlock": "abf8f10ac7725ef9971406d0d6527efe3d5211bdfd8557abfc6a4ad56a71b6b0", // mint 
      "mintTransactionSlot": 44196461, // mint
      "mintTransactionTime": "2021-11-01T10:32:32.000Z", // mint
      "mintTransactionUTXOCount": 4, // mint
      "mintTransactionFees": 0.215265, // mint
      "mintTransactionType": "Community", // mint_addresses
      "mintTransactionIncome": 0, // mint_addresses
      "mintTransactionCost": 2, // mint_addresses
      "mintTransactionMinUTXO": 2, // mint_addresses
      "mintTransactionAddress": "addr1qytl0wx4c6u7pcfrcl5y84ms4fqewjqchy8hhk80ll47mpn0e4lmdfcwxw8w8s8dapap8vd4wfnhe85xlsw9ukfealeqn9zn0k", // mint_addresses
      "mintTransactionPrice": 0, // mint_addresses
      "currentHolderAddress": "addr1qygnz95mmel98g58j2hv53982l44gneuxw4gmyu3mdstlmfwyg0ukzssgs3jdqu8h0323edg3fp8jlewcmwjsjsc2dmqg6s0d4", // current_holder
      "mintTransactionStakeAddress": "stake1u9hu6lak5u8r8rhrcrk7s7snkx6hyemun6r0c8z7tyu7lusfchlq8", // stake_addresses
      "currentHolderStakeAddress": "stake1uyhzy87tpggyggexswrmhc4guk5g5sne0uhvdhfgfgv9xasqtpdvn"  // stake_addresses
    }
]

Given an array of addresses it can get all the payments made to that address

• This script takes a .json file that outlines which addressees to analyze and how it should be done
• It will output the results in the specified format with a filename that matches the .json file

1. Create a .json configuration file in the /configuration/getTransactionsFromAddress folder
2. Run using node getTransactionsFromAddress.js NAME_OF_JSON_FILE_WITH_NO_EXTENSION
3. It will output the results in the /output/getTransactionsFromAddress folder

Required configuration values:

• addresses
  • an array of addresses to analyze
  • ex: ["addr1q94x05jpck25fwvd53s8p6rsuvhcpds9dc98mk3gz0eq8fnp0l3gqulw7ykn9rk9qr7tgly9dtv6ugh950wk0z4njm4qmtwks2"]

Optional configuration values:

• limit
  • how many transactions to process
  • if not provided, it will analyze every transaction
  • ex: 500
• format
  • how to format the output
  • if not provided, it will default to json
  • ex: csv or json
• flatten
  • specify a key for a single data point that you want flattened
  • the key has to match one of the keys in data
  • specify a label for the json key or column header for the single data point
  • flattened values in a json format are all in a single array with the label as the key
  • flattened values in a csv format are in a single column

Here are some example .json configuration files:

{
  "addresses": [
    "addr1q94x05jpck25fwvd53s8p6rsuvhcpds9dc98mk3gz0eq8fnp0l3gqulw7ykn9rk9qr7tgly9dtv6ugh950wk0z4njm4qmtwks2"
  ]
}

{
  "format": "csv",
  "limit": 1000,
  "flatten": {
    "key": "paidAddress",
    "label": "addresses"
  },
  "addresses": [
    "addr1q94x05jpck25fwvd53s8p6rsuvhcpds9dc98mk3gz0eq8fnp0l3gqulw7ykn9rk9qr7tgly9dtv6ugh950wk0z4njm4qmtwks2",
    "addr1qxkaltt8g8jpfxz36dqj9dgs20mlwj0pel4e70cqt4hh9mrp0l3gqulw7ykn9rk9qr7tgly9dtv6ugh950wk0z4njm4q4dyptp"
  ]
}

Here are the output key/value pairs:

[
  {
    "paidAddress": "addr1q94x05jpck25fwvd53s8p6rsuvhcpds9dc98mk3gz0eq8fnp0l3gqulw7ykn9rk9qr7tgly9dtv6ugh950wk0z4njm4qmtwks2",
    "payerAddress": "addr1q8sq4ujzmhgn4kccrn6nmayrvlgqrwzge09xztpmwx5kt0pvhw205x5weeh4hm7lupe5npjcrl0xyh4yvtjdd0wfyz3s2p3m8y",
    "transactionHash": "53a8a15bbdbb102e7f4dd20ed5046970e7f62b0698bb3b4410690ca354dd8312",
    "transactionTime": "2021-11-11T17:34:52.000Z",
    "amount": 50,
    "outputUTXOCount": 1
  }
]

• Added the initial version of getTransactionsFromAddress.js

• Initialized the repo/codebase
• Created the initial version of getNFTsFromPolicy.js
• Created the README.md

• ?

• Setup configuration folder under scripts directory with examples, update README to point to example files instead of embedding in the page
• Add validation to finding the .json configuration file instead of throwing exception
• Add validation to the .json configuration files required and optional fields
• Add order as a configuration to control how the output is sorted with a key/order array

• Reconfigure to be an npm package so users just need to create .json files instead of needing to download the repository

Have questions or suggestions? Want to get paid to contribute? Reach out to @AdaCaricatures or [email protected]