Web3

How to Get ERC-20 Token Balances with RPC Nodes

Photo of DailyBlockchain.News Admin DailyBlockchain.News AdminAugust 16, 2024
12 minutes read
How To Get Erc 20 Token Balances With Rpc Nodes

Uncover the simplest approach to get ERC-20 token balances utilizing RPC nodes. Moralis’ Prolonged RPC Strategies enable you to seamlessly fetch any pockets’s token balances with a single RPC-style request. Curious to see the way it works? Try the eth_getTokenBalances endpoint in motion:

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getTokenBalances",
   "params": [
     {
       "address": "0xcB1C1FdE09f811B294172696404e88E658659905",
     }
   ]
 })
};

fetch('YOUR_NODE_URL', choices)
 .then(response => response.json())
 .then(response => console.log(response))
 .catch(err => console.error(err));

With one name, you’ll obtain the ERC-20 stability of the required pockets. Right here’s a pattern response:

{
  //...
  consequence: [
    {
      token_address: '0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2',
      name: 'Wrapped Ether',
      symbol: 'WETH',
      decimals: 18,
      logo: '
      thumbnail: '
      balance: '10000000000000000',
      possible_spam: false,
      verified_contract: true,
      total_supply: '2746607222348759943423350',
      total_supply_formatted: '2746607.22234875994342335',
      percentage_relative_to_total_supply: 3.64085549569e-7
    },
    //...
  ]
}

That’s all it takes – fetching ERC-20 token balances with RPC nodes has by no means been simpler. For a deeper dive, be a part of us on this detailed tutorial or take a look at our official Prolonged RPC Strategies documentation.

Prepared to get began? Enroll with Moralis, and also you’ll give you the chance to get ERC-20 token balances with RPC nodes in a heartbeat!

Overview

Whether or not you’re constructing a portfolio tracker, cryptocurrency pockets, tax platform, or different Web3 initiatives, you’ll doubtless want entry to ERC-20 token balances. Historically, fetching these balances utilizing RPC nodes has been cumbersome, requiring a number of requests and handbook placing collectively knowledge. However there’s a greater approach: Moralis’ Prolonged RPC Strategies.

With our Prolonged RPC Strategies, you may simply question decoded, human-readable knowledge by RPC-style requests. Immediately entry ERC-20 token balances, decoded transactions, token costs, and extra with minimal effort.

Curious the way it works? On this tutorial, we’ll present you ways to use Moralis to get ERC-20 token balances by way of RPC nodes. Let’s dive in!

What are ERC-20 Token Balances?

Put merely, ERC-20 token balances refer to the variety of tokens held by a selected pockets or handle. Since numerous varieties of ERC-20 tokens exist, a pockets can maintain a number of token balances concurrently. For instance, a consumer might need 5 Wrapped BTC, 100 USDC, and 1,000,000 Shiba Inu tokens.

Text: "What are ERC-20 Token Balances?"

Why are ERC-20 token balances essential for builders?

ERC-20 token balances are important for a lot of Web3 functions. Listed below are three key examples:

  • Wallets: Cryptocurrency wallets want to retrieve and show ERC-20 token balances so customers can see which tokens they personal and in what quantities.
  • Portfolio Trackers: Portfolio trackers depend on ERC-20 token balances to precisely monitor customers’ property, monitor worth adjustments, and replace customers on their general portfolio efficiency.
  • Tax Platforms: To generate exact tax studies, tax platforms should entry the ERC-20 token balances of their customers.

These are only a few examples; ERC-20 token balances are crucial for many Web3 dapps!

Introducing Prolonged RPC Strategies – The Best Means to Get ERC-20 Token Balances with RPC Nodes 

Moralis’ Prolonged RPC Strategies streamline the method of querying decoded, human-readable knowledge utilizing RPC nodes, making dapp improvement extra accessible.

Moralis' Extended RPC Methods.

Key knowledge you may entry:

  • eth_getTokenBalances: Retrieve ERC-20 token balances by pockets.
  • eth_getTransactions: Fetch native transactions by pockets handle.
  • eth_getDecodedTransactions: Entry detailed pockets transaction historical past by handle.
  • eth_getTokenPrice: Get costs by token addresses.
  • eth_getTokenMetadata: Get hold of ERC-20 metadata by token handle.
  • eth_getNFTBalances: Retrieve NFTs by pockets handle.
  • eth_getNFTCollections: Entry NFT collections by pockets.

In essence, our Prolonged RPC Strategies make it simple for you to question and combine decoded, human-readable crypto knowledge into your dapps!

Why Do You Want Prolonged RPC Strategies?

Querying on-chain knowledge utilizing typical RPC strategies could be cumbersome. These strategies aren’t optimized for frequent queries like, “What ERC-20 tokens does wallet X hold?” To get this data, you usually want to make a number of requests and manually compile the info, which is time-consuming and resource-intensive. Fortuitously, that’s the place Moralis’ Prolonged RPC Strategies are available.

Our Prolonged RPC Strategies allow you to simply get ERC-20 token balances, pockets historical past, NFT balances, and extra by easy RPC-style requests, making fetching crypto knowledge by way of nodes extra environment friendly than ever.

Need to see the way it works? Try the tutorial under to learn the way to use our Prolonged RPC Strategies to get ERC-20 token balances!

3-Step Tutorial: How to Get ERC-20 Token Balances with RPC Nodes

We’ll now present you ways to seamlessly get ERC-20 token balances utilizing RPC nodes. Thanks to the accessibility of our Prolonged RPC Strategies, you may acquire this knowledge in three easy steps:

  1. Enroll with Moralis & create a node.
  2. Write a script calling the eth_getTokenBalances endpoint.
  3. Run the code.

Nonetheless, earlier than you may start, you want to handle a couple of stipulations.

Conditions

Earlier than beginning the tutorial, guarantee you will have the next prepared:

Step 1: Signal Up with Moralis & Create a Node

Click on the “Start for Free” button on the high proper to arrange your Moralis account:

Red arrow pointing at "Start for Free" button on Moralis.io.

From there, log in, go to the “Nodes” tab, and click on “+ Create Node”:

Red arrows pointing at "Nodes" tab and "+ Create Node" button.

Subsequent, choose “Ethereum,” adopted by “Mainnet,” and click on the “Create Node” button:

Showing configurations for Ethereum mainnet node.

It will present you with two node URLs. Copy and save one of many URLs, as you’ll want it within the subsequent part:

Red arrows pointing at copy button for Ethereum RPC nodes.

Step 2: Write a Script Calling the eth_getTokenBalances Endpoint

Begin by opening Visible Studio Code or your most well-liked IDE, then arrange a brand new folder and initialize a challenge utilizing the terminal command supplied:

npm init

After that, set up the required dependencies utilizing the given command:

npm set up node-fetch --save
npm set up moralis @moralisweb3/common-evm-utils

In your “package.json” file, make sure to add "type": ”module”:

type: module highlighted in code editor.

Subsequent, create a brand new “index.js” file and insert the supplied code:

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getTokenBalances",
   "params": [
     {
       "address": "0xcB1C1FdE09f811B294172696404e88E658659905",
     }
   ]
 })
};

fetch('YOUR_NODE_URL', choices)
 .then(response => response.json())
 .then(response => console.log(response))
 .catch(err => console.error(err));

Exchange YOUR_NODE_URL with the node URL you copied earlier, and regulate the handle parameter as wanted to suit your question:

Red arrows pointing at address and YOUR_NODE_URL in code editor.

That’s it. From right here, you simply want to run the code.

Step 3: Run the Code

Open a brand new terminal and run the supplied command in your challenge’s root folder:

node index.js

In return, you’ll get the ERC-20 token balances of the required pockets utilizing your RPC node. Right here’s an instance of what it’d appear like:

{
  //...
  consequence: [
    {
      token_address: '0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2',
      name: 'Wrapped Ether',
      symbol: 'WETH',
      decimals: 18,
      logo: '
      thumbnail: '
      balance: '10000000000000000',
      possible_spam: false,
      verified_contract: true,
      total_supply: '2746607222348759943423350',
      total_supply_formatted: '2746607.22234875994342335',
      percentage_relative_to_total_supply: 3.64085549569e-7
    },
    //...
  ]
}

And that’s it! It’s that simple to get ERC-20 token balances from RPC nodes utilizing Moralis!

To study extra about how this works, please take a look at the eth_getTokenBalances documentation web page. 

Additionally, need to see how you need to use this knowledge in apply? Try the Moralis YouTube video under, the place one among our builders reveals you ways to construct a portfolio app utilizing simply the eth_getTokenBalances endpoint:

Past How to Get ERC-20 Token Balances with RPC Nodes – Exploring Different Prolonged RPC Strategies

Fetching ERC-20 token balances with nodes is only one side of our Prolonged RPC Strategies. Within the following sections, we’ll discover 5 different strategies and spotlight the responses you get from them:

  1. eth_getDecodedTransactions
  2. eth_getTokenPrice
  3. eth_getTokenMetadata
  4. eth_getNFTBalances
  5. eth_getNFTCollections

So, with out additional ado, let’s take a more in-depth take a look at eth_getDecodedTransactions!

eth_getDecodedTransactions

With eth_getDecodedTransactions, you may seamlessly fetch the transaction historical past of a selected pockets handle, enriched with decoded knowledge. Furthermore, this methodology encompasses native transfers, ERC-20 transactions, NFT transfers, and extra.

Right here’s an instance of how to name this premier methodology:

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getDecodedTransactions",
   "params": [
     {
       "address": "0xda74Ac6b69Ff4f1B6796cdDf61fBDd4A5f68525f",
     }
   ]
 })
};

fetch('YOUR_NODE_URL', choices)
 .then(response => response.json())
 .then(response => console.log(response))
 .catch(err => console.error(err));

In return for calling the script above, you’ll obtain the total transaction historical past of the pockets. Moreover, every transaction is enriched with a human-readable occasion abstract, class tag, logos, addresses, and extra. Right here’s an instance of what it’d appear like:

{
  //...
    "result": [
      {
        "block_hash": "0x660274d577cd20b0b82c1bff5f3c5641ba6027544e005f9256d5add9c7447920",
        "block_number": "19868695",
        "block_timestamp": "2024-05-14T14:00:23.000Z",
        "from_address": "0xda74ac6b69ff4f1b6796cddf61fbdd4a5f68525f",
        "from_address_label": null,
        "from_address_entity": null,
        "from_address_entity_logo": null,
        "to_address": "0xdac17f958d2ee523a2206206994597c13d831ec7",
        "to_address_label": "Tether USD (USDT)",
        "to_address_entity": null,
        "to_address_entity_logo": null,
        "gas": "55331",
        "gas_price": "13623172301",
        "hash": "0xc565260238f59fc3f35b74f3011375c7d637db9b075f77d342c30d19f946272e",
        "nonce": "14",
        "receipt_cumulative_gas_used": "13917979",
        "receipt_gas_used": "41309",
        "receipt_status": "1",
        "transaction_fee": "0.000562759624582009",
        "transaction_index": "75",
        "value": "0",
        "receipt_contract_address": null,
        "nft_transfers": [],
        "erc20_transfers": [
          {
            "token_name": "Tether USD",
            "token_symbol": "USDT",
            "token_logo": "
            "token_decimals": "6",
            "from_address": "0xda74ac6b69ff4f1b6796cddf61fbdd4a5f68525f",
            "from_address_entity": null,
            "from_address_entity_logo": null,
            "from_address_label": null,
            "to_address": "0x28c6c06298d514db089934071355e5743bf21d60",
            "to_address_label": "Binance 14",
            "to_address_entity": "Binance",
            "to_address_entity_logo": "
            "address": "0xdac17f958d2ee523a2206206994597c13d831ec7",
            "log_index": 338,
            "value": "50000000000",
            "possible_spam": false,
            "verified_contract": true,
            "direction": "send",
            "value_formatted": "50000"
          }
        ],
        "method_label": "transfer",
        "native_transfers": [],
        "summary": "Sent 50,000 USDT to Binance 14",
        "possible_spam": false,
        "category": "token send"
      },
      //...
    }
  ]
}

eth_getTokenPrice

With eth_getTokenPrice, now you can seamlessly fetch token costs primarily based on contract addresses utilizing RPC-style strategies. You possibly can retrieve costs for stablecoins like USDT, meme cash like Shiba Inu, and every part in between.

Right here’s an instance of what it seems like when calling the endpoint:

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getTokenPrice",
   "params": [
     {
       "address": "0xdAC17F958D2ee523a2206206994597C13D831ec7",
       "include": "percent_change"
     }
   ]
 })
};

fetch(YOUR_NODE_URL, choices)
 .then(response => response.json())
 .then(response => console.log(response))
 .catch(err => console.error(err));

In return for working the script above, you obtain each the USD and native worth of the required token. Moreover, the response is enriched with worth adjustments over time, a token brand, token decimals, and extra. Right here’s an instance of what the response seems like:

{
  //...
  consequence: {
    tokenName: 'Tether USD',
    tokenSymbol: 'USDT',
    tokenLogo: '
    tokenDecimals: '6',
    nativePrice: {
      worth: '375760131462618',
      decimals: 18,
      identify: 'Ether',
      image: 'ETH',
      handle: '0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2'
    },
    usdPrice: 1.0000402502911871,
    usdPriceFormatted: '1.000040250291187229',
    '24hrPercentChange': '-0.04543241491797881',
    exchangeName: 'Uniswap v3',
    exchangeAddress: '0x1F98431c8aD98523631AE4a59f267346ea31F984',
    tokenAddress: '0xdac17f958d2ee523a2206206994597c13d831ec7',
    priceLastChangedAtBlock: '20534105',
    possibleSpam: false,
    verifiedContract: true,
    pairAddress: '0xc7bbec68d12a0d1830360f8ec58fa599ba1b0e9b',
    pairTotalLiquidityUsd: '7148031.13'
  }
}

eth_getTokenMetadata

With eth_getTokenMetadata, you may seamlessly fetch the metadata of an ERC-20 token. Furthermore, this endpoint covers every part from meme cash like Shiba Inu to stablecoins like USDC. 

Right here’s an instance of the endpoint in motion: 

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getTokenMetadata",
   "params": [
     {
       "addresses": [
         "0xdac17f958d2ee523a2206206994597c13d831ec7"
       ]
     }
   ]
 })
};

fetch('YOUR_NODE_URL', choices)
 .then(response => response.json())
 .then(response => console.log(response))
 .catch(err => console.error(err));

In return for calling the endpoint above, you get the metadata of the required token. It will embody the token identify, image, decimals, logos, whole provide, and rather more. Right here’s a pattern response: 

{
  //...
  consequence: [
    {
      address: '0xdac17f958d2ee523a2206206994597c13d831ec7',
      address_label: 'Tether USD (USDT)',
      name: 'Tether USD',
      symbol: 'USDT',
      decimals: '6',
      logo: '
      logo_hash: 'ee7aa2cdf100649a3521a082116258e862e6971261a39b5cd4e4354fcccbc54d',
      thumbnail: '
      total_supply: '51986637760874451',
      total_supply_formatted: '51986637760.874451',
      fully_diluted_valuation: '51930247101.87',
      block_number: '20519335',
      validated: 1,
      created_at: '2017-11-28T00:41:21.000Z',
      possible_spam: false,
      verified_contract: true,
      categories: [
        'Asset-backed Tokens',
        'Exchange-Issued Asset Tokens',
        'Platform-Based Utility Tokens',
        'Stablecoins'
      ],
      hyperlinks: {
        twitter: '
        web site: '
        fb: '
        reddit: '
      }
    }
  ]
}

eth_getNFTBalances

Utilizing eth_geNFTBalances, you may effortlessly retrieve a listing of NFTs owned by a selected pockets handle.

Right here’s an instance script displaying how to name this endpoint:

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getNFTBalances",
   "params": [
     {
       "address": "0x3F22FC93143790a1bd11C37C65a0a0f7e7875eA2",
       "limit": 10,
     }
   ]
 })
};

fetch('YOUR_NODE_URL', choices)
 .then(response => response.json())
 .then(response => console.log(response.consequence, null, 2))
 .catch(err => console.error(err));

In return, you’ll get a listing of all NFTs owned by the required handle. Furthermore, every object is enriched with token addresses, intensive metadata, spam indicators, assortment logos, and extra. Right here’s an instance of what it’d appear like:

{
  //...
    consequence: [
      {
        amount: '1',
        token_id: '8545',
        token_address: '0xbd3531da5cf5857e7cfaa92426877b022e612cf8',
        contract_type: 'ERC721',
        owner_of: '0x3f22fc93143790a1bd11c37c65a0a0f7e7875ea2',
        last_metadata_sync: '2024-08-14T19:47:37.128Z',
        last_token_uri_sync: '2024-08-14T19:47:32.019Z',
        metadata: '{"attributes":[{"trait_type":"Background","value":"Red"},{"trait_type":"Skin","value":"Normal"},{"trait_type":"Body","value":"Shirt Red"},{"trait_type":"Face","value":"Beard"},{"trait_type":"Head","value":"Mohawk Green"}],"description":"A collection 8888 Cute Chubby Pudgy Penquins sliding around on the freezing ETH blockchain.","image":"ipfs://QmNf1UsmdGaMbpatQ6toXSkzDpizaGmC9zfunCyoz1enD5/penguin/8545.png","name":"Pudgy Penguin #8545"}',
        block_number: '18777311',
        block_number_minted: null,
        identify: 'PudgyPenguins',
        image: 'PPG',
        token_hash: '5e8faae3c07cd3bdb8bfa817e5a14a1b',
        token_uri: '
        minter_address: null,
        verified_collection: true,
        possible_spam: false,
        collection_logo: '
        collection_banner_image: '
      },
      //...
    ]
  }
}

eth_getNFTCollections

Get a listing of all of the NFT collections owned by a selected pockets, together with assortment particulars and metadata. 

Right here’s the endpoint in motion: 

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getNFTCollections",
   "params": [
       {
       "address": "0x3F22FC93143790a1bd11C37C65a0a0f7e7875eA2",
       "limit": 10
     }
   ]
 })
};

fetch('YOUR_NODE_URL', choices)
 .then(response => response.json())
 .then(response => console.log(response))
 .catch(err => console.error(err));

Calling the endpoint above offers an array of all collections owned by the required pockets. Every object is enriched with knowledge, together with a reputation, assortment brand, assortment banner, spam indicators, and extra. Right here’s an instance of what it’d appear like: 

{
  //...
    consequence: [
      {
        token_address: '0xbd3531da5cf5857e7cfaa92426877b022e612cf8',
        possible_spam: false,
        contract_type: 'ERC721',
        name: 'PudgyPenguins',
        symbol: 'PPG',
        verified_collection: true,
        collection_logo: '
        collection_banner_image: '
    },
      //...
    ]
  }
}

Moralis Overview – Exploring RPC Nodes & Web3 APIs

Moralis stands out because the business’s #1 crypto knowledge supplier. Our suite of improvement instruments consists of top-tier RPC nodes and a number of other use case-specific APIs, such because the Pockets API, Token API, Streams API, and extra. With Moralis, you get all crypto knowledge in a single place.

Moralis logo.

What makes Moralis distinctive?

  • One Name – All of the Knowledge: Our APIs and Prolonged RPC Strategies are designed with the end result in thoughts, supplying you with extra knowledge with fewer calls. Fetch ERC-20 token balances, a pockets’s full historical past, token costs, and extra with single requests.
  • Multi-Chain Assist: Our nodes and Web3 APIs help all main chains, together with Ethereum, Polygon, BSC, Optimism, Base, and others. Take pleasure in full characteristic parity throughout our supported networks, so that you solely want one knowledge supplier for all chains.
  • Enterprise-grade Safety: Moralis is SOC 2 Sort 2 licensed, demonstrating our dedication to safety and reliability.

Let’s dive deeper into our merchandise to spotlight the advantages of Moralis!

RPC Nodes

Moralis is a number one node supplier, supporting over 30 blockchains, together with Ethereum, Base, and Polygon. With our user-friendly interface, you may effortlessly combine nodes into your initiatives on the click on of some buttons. 

Text: "Ultimate RPC Nodes for Web3"

What units our nodes aside?

  • Velocity: Business-leading response occasions as little as 70 ms.
  • Reliability: 99.9% uptime, making certain fixed knowledge availability.
  • Safety: SOC 2 Sort 2 licensed for enterprise-grade safety.

Uncover extra on our RPC nodes web page!

Web3 APIs 

Moralis’ Web3 API suite consists of a number of distinguished interfaces. Listed below are 5 of them:

Moralis logo.
  • Pockets API: A number one software for constructing wallets and integrating pockets performance into dapps. Retrieve any pockets’s historical past, token balances, web value, profitability, and extra with single traces of code.
  • Token API: Entry ERC-20 knowledge with the Token API. Get balances, costs, metadata, and extra.
  • NFT API: Ideally suited for constructing NFT marketplaces, Web3 video games, and different NFT-related platforms. Fetch NFT balances, metadata, costs, and extra with minimal code.
  • Worth API: Get real-time ERC-20 costs, NFT flooring costs, OHLCV costs, and extra. Combine worth knowledge seamlessly into your initiatives.
  • Streams API: Arrange Web3 knowledge pipelines for customized occasions with only a few clicks. Excellent for real-time alerts, populating databases with present occasions, and incorporating reside insights into your initiatives.

To study extra about our interfaces, go to our Web3 API web page!

Abstract: How to Get ERC-20 Token Balances with RPC Nodes

It doesn’t matter should you’re constructing a Web3 pockets, portfolio tracker, tax software, or different related platforms – likelihood is, you want entry to the ERC-20 token balances of your customers. Nonetheless, querying ERC-20 token balances from RPC nodes has historically been a bothersome and time-consuming endeavor. Doing so requires many requests and necessitates stitching collectively quite a lot of knowledge your self. Fortuitously, there’s now a extra streamlined various: Moralis’ Prolonged RPC Strategies.

Wallet surrounded by coins.

Our Prolonged RPC Strategies make it potential to question decoded and enriched knowledge seamlessly utilizing RPC-style requests. With this characteristic, you solely want a single name to get ERC-20 token balances, transaction histories, token costs, and extra utilizing RPC nodes.

To focus on the accessibility of our Prolonged RPC Strategies, right here’s the eth_getTokenBalances endpoint in motion:

import fetch from 'node-fetch';

const choices = {
 methodology: 'POST',
 headers: {
   settle for: 'software/json',
   'content-type': 'software/json'
 },
 physique: JSON.stringify({
   "jsonrpc": "2.0",
   "id": 1,
   "method": "eth_getTokenBalances",
   "params": [
     {
       "address": "0xcB1C1FdE09f811B294172696404e88E658659905",
     }
   ]
 })
};

fetch('YOUR_NODE_URL', choices)
 .then(response => response.json())
 .then(response => console.log(response))
 .catch(err => console.error(err));

In return for calling the script above, you’ll get the ERC-20 token balances of the required handle, enriched with token logos, spam indicators, and rather more. Right here’s a pattern response:

{
  //...
  consequence: [
    {
      token_address: '0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2',
      name: 'Wrapped Ether',
      symbol: 'WETH',
      decimals: 18,
      logo: '
      thumbnail: '
      balance: '10000000000000000',
      possible_spam: false,
      verified_contract: true,
      total_supply: '2746607222348759943423350',
      total_supply_formatted: '2746607.22234875994342335',
      percentage_relative_to_total_supply: 3.64085549569e-7
    },
    //...
  ]
}

That’s it! Fetching ERC-20 token balances with RPC nodes doesn’t have to be more difficult than this when utilizing Moralis.

For those who favored this tutorial on how to get ERC-20 token balances with RPC nodes, contemplate trying out extra Moralis content material. As an example, learn the way to get DeFi protocol knowledge or dive into our Alchemy Customized Webhooks information.

Lastly, in order for you to get ERC-20 token balances with RPC nodes your self, don’t neglect to enroll with Moralis. You possibly can create an account freed from cost and get instant entry to all our premier improvement instruments!

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Photo of DailyBlockchain.News Admin DailyBlockchain.News AdminAugust 16, 2024
12 minutes read
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