In-depth look at the Object table and JSON output of search nft collections API of Blockdaemon

In this article, I will provide a clear understanding of the object table and JSON output of Blockdaemon search nft collections API. As a reader with programming knowledge, you may already be familiar with these concepts, but it's important to have a specific understanding of how they relate to Blockdaemon's API. The object table provides a structured view of the data that is returned by the API, while the JSON output allows for easy integration with other systems. By clarifying these concepts, you will be better equipped to work with the data provided by Blockdaemon's search nft collections API.

Object and Description Table

1. data: This object contains the data related to the entity being described. It could include information such as the entity's address, phone number, website, or other relevant data.

2. id: This object contains a unique identifier for the entity being described. This could be a number or a string of characters that uniquely identifies the entity.

3. name: This object contains the name of the entity being described. This could be the name of a company, organization, or individual.

4. logo: This object contains the logo of the entity being described. This could be an image file or a URL that links to an image of the entity's logo.

5. contracts: This object contains the smart contracts associated with the entity being described. Smart contracts are self-executing contracts with the terms of the agreement directly written into code.

6. verified: This object indicates whether the entity being described has been verified. Verification typically involves a process of confirming the accuracy of the information provided by the entity.

The information in the table is useful because it provides a clear overview of the objects that make up the data being described. By identifying and describing each object, the table allows programmers and other users to quickly understand the structure and content of the data. This can be helpful for anyone who needs to work with the data, such as developers who are building applications that use the data, or analysts who are trying to make sense of the information. Additionally, the table provides a standardized format for presenting the information, which makes it easier to communicate and share the data with others. By providing a concise and organized summary of the information, the table is a valuable tool for working with and understanding complex data sets.

JSON explained

The JSON output is an object that contains a single property called "data". This property is an array that contains one object. The object in the array has five properties: "id", "name", "logo", "contracts", and "verified". The "id" property is a string that represents a unique identifier for the entity being described. The "name" property is a string that represents the name of the entity. The "logo" property is a string that represents the URL or file path of the entity's logo. The "contracts" property is an array that contains one or more strings representing the smart contracts associated with the entity. Finally, the "verified" property is a boolean value that indicates whether the entity has been verified or not. Overall, this JSON output provides structured data in a standardized format that can be easily used and understood by other systems and applications.

{
"data": [
{
"id": "string",
"name": "string",
"logo": "string",
"contracts": [
"string"
],
"verified": true
}
]
}

In summary

We now discussed several concepts related to structured data, including object tables, description tables, and JSON output. We explored the importance of these concepts in providing a clear and standardized way of organizing and presenting data, making it easier for programmers and other users to work with the information. We also looked at a specific example of JSON output and provided a detailed description of its contents. Understanding these concepts is essential for anyone who works with data, as they provide a solid foundation for organizing, sharing, and communicating complex data sets effectively.

Reference

It is possible to request access to the Blockdaemon search nft collections API through the third party data marketplace of Worldindata. The marketplace offers a platform for buying and selling data, including access to various APIs. By requesting access to the Blockdaemon search nft collections API through Worldindata, users can access valuable data related to NFT collections, which can be used for various purposes, such as research, analysis, and development of applications that use NFT data. The marketplace provides a convenient way to access the data, as well as support and resources for using the API effectively.