In-depth look at the JSON and Object and description table of crypto address balance API created by Blockdaemon

In this article, I will clarify the object table and JSON output of Blockdaemon's crypto address balance API. As a programmer, you are likely familiar with object tables and JSON output, but understanding the specific format used by Blockdaemon's API is crucial for properly utilizing the data it provides. By examining the structure and properties of the object table and JSON output, I aim to provide a clear and concise explanation of how to interpret and work with the data returned by this API. Whether you are using Blockdaemon's API for the first time or seeking a deeper understanding of its output, this article will help you navigate the object table and JSON format with confidence.

API Object and Description Table

Here's a list of the objects mentioned in the table, along with a more detailed description of each:

1. currency: This object represents the currency being transferred, but the table doesn't provide any further details.

2. asset_path: This object provides the asset path of the transferred currency, which is essentially the location of the asset within a blockchain or other distributed ledger system.

3. symbol: This object represents the symbol associated with the transferred currency, which is often a short code used to identify the currency within a given system.

4. name: This object provides the name of the currency being transferred.

5. decimals: This object represents the number of decimal places that are used in the currency's value representation.

6. typo: This object doesn't have any description, so it's unclear what it represents.

7. confirmed_balance: This object represents the balance of the transferred currency that has been confirmed by the network, which means that it has been validated by the blockchain or other distributed ledger system.

8. pending_balance: This object represents the balance of the transferred currency that is still pending confirmation by the network.

9. confirmed_nonce: This object doesn't have any description, so it's unclear what it represents.

10. confirmed_block: This object doesn't have any description, so it's unclear what it represents.

The information provided in the table is useful for anyone working with cryptocurrencies or other digital assets within a blockchain or distributed ledger system. Understanding the various objects and their descriptions can help developers to build applications that interact with these systems, including wallets, payment processing systems, and other financial tools. For example, knowing the decimal places used by a particular currency can help ensure that value is properly converted and represented within an application. Similarly, understanding the confirmed and pending balances of a transferred currency can help ensure that transactions are processed correctly and that funds are available when needed. Overall, the information in this table can help developers to build more robust and accurate systems for working with cryptocurrencies and other digital assets.

JSON Output

The below JSON output represents a single object within an array. The object includes several key-value pairs, where each key represents a specific object property and the corresponding value provides details about that property. The "currency" property includes several nested key-value pairs, describing the transferred currency's asset path, symbol, name, decimals, and type. The "confirmed_balance" and "pending_balance" properties provide the confirmed and pending balance of the transferred currency, respectively. The "confirmed_nonce" property provides the nonce of the confirmed transaction, which is a unique identifier used to prevent duplicate transactions. Finally, the "confirmed_block" property provides the block number in which the transaction was confirmed. This JSON output is useful for developers who are building applications that interact with blockchain or distributed ledger systems and need to access data about transferred currencies and transactions.

[
{
"currency": {
"asset_path": "ethereum/native/eth",
"symbol": "ETH",
"name": "Ether",
"decimals": 18,
"type": "native"
},
"confirmed_balance": "99999",
"pending_balance": "999999",
"confirmed_nonce": 9999,
"confirmed_block": 99999999
}
]

Closing up

Throughout this article, we have discussed various topics related to programming and data analysis. We started by clarifying the object table and JSON output specifically of the Blockdaemon crypto address balance API, which is crucial for properly utilizing the data provided by the API. Then, we converted an HTML table into a readable format and provided a detailed description of each object. Finally, we analyzed a JSON output to understand the various object properties and their values, providing an example of how this data can be used in a real-world context. This conversation highlights the importance of understanding data structures and formats when working with programming languages and tools. By understanding these concepts, developers can build more efficient and effective applications that interact with data and systems.

Endnote

It is possible to request access to the Blockdaemon crypto address balance API through the third-party data marketplace of Worldindata. This can be a great option for developers or data analysts who are looking to access this data source for research or development purposes. By using a third-party marketplace like Worldindata, users can streamline the process of accessing the API, as well as take advantage of the marketplace's tools for data cleaning, processing, and visualization. This can help users to save time and effort, and focus on analyzing or utilizing the data for their specific needs. Overall, accessing the Blockdaemon crypto address balance API through Worldindata can be a great option for anyone looking to work with this data source in an efficient and effective way.