Tag: API

OpenSea NFT API: Quick Overview

OpenSea NFT API Overview

Are you looking to make the most out of your NFTs? Look no further than OpenSea’s API! This blog post will give you an overview of the awesome features OpenSea has to offer, so you can maximize the potential of your Non-Fungible Tokens. Let’s dive in and take a look!

Introduction to OpenSea NFT API

OpenSea is the world’s largest marketplace for buying, selling, and building on non-fungible tokens (NFTs). They have developed an API to make it easier for developers and projects to interact with OpenSea’s ecosystem. The OpenSea NFT API lets developers post, modify, purchase, and list NFTs on the OpenSea Marketplace.

The OpenSea NFT API is simple to use and provides powerful features that make it easy to manage Non-Fungible Tokens. It allows projects or developers to take control of their NFTs and offers a range of methods for interacting with the marketplace in a secure and private way. With these methods developers can easily issue new tokens, post them onto the marketplace, transfer ownership between users, buy NFTs through multiple payment methods including Ethereum MetaMask, Coinbase Wallet or credit cards.

OpenSea also provides various tools that allow developers to integrate extensions like auctions or bundles into their projects with minimal coding knowledge. Furthermore they provide comprehensive documentation and video tutorials that explain how different parts of their system work and help users get started using their services quickly. All of these features come together to create an amazing platform that empowers users with tons of possibilities when dealing with Non-Fungible Tokens.

Benefits of OpenSea NFT API

The OpenSea Non-Fungible Token (NFT) API allows developers to access and interact with the OpenSea marketplace without having to register as an official OpenSea user. This powerful tool creates greater accessibility and convenience for a wider array of users – from individuals, developers, and businesses – while also promoting the growth of creative, innovative applications built on top of the protocol.

With the OpenSea NFT API, users can:

  • List tokenized assets on a secure, decentralized platform;
  • Set up their stores using industry-standard web application programming interfaces (APIs), including GraphQL;
  • Purchase items across different blockchains;
  • Interact with existing smart contracts on Ethereum or any other blockchain;
  • Programmatically retrieve information about assets for sale and orders fulfilled;
  • Enable external applications to settle orders over multiple blockchains;
  • Utilize asset types such as ERC721 NFTs or ERC20 tokens; and
  • Promote their own custom listings.

The OpenSea API provides users with enhanced capabilities that have been optimized for scalability, trustworthiness, and reliability. With integrated blockchain wallet services such as Ledger hardware wallets, MetaMask extension wallets, Coinbase wallet integrations via the CoinbaseConnectServer plugin – all backed by an enterprise-grade security system – users can rest assured that they are working within a secure environment.

OpenSea is leading the way in providing a powerful decentralized marketplace where individuals can access virtual goods safely and securely. The API gives them peace of mind when using services involving valuables like art collectibles, digital game items, digital sports trading cards, virtual avatars in games such as Decentraland’s Avatars marketplaces and more! Integrating this user-friendly interface into third party applications extends its value far beyond the purely financial sphere meaning more people can benefit from owning digital non-fungible tokens that are immutable in nature.

Features of OpenSea NFT API

OpenSea NFT API offers a suite of features that provide developers with the ability to interact with non-fungible tokens (NFTs) on the Ethereum blockchain. Through OpenSea’s platform, users can purchase, sell, trade and buy NFTs. It also provides users with detailed information about digital assets, transaction histories, sales statistics and more.

OpenSea NFT API is designed to be easy to integrate into existing applications and systems through their library of functions. Once integrated, developers will have access to all sorts of powerful features including:

  • Create virtual item marketplaces for any game or application with an interface for purchasing and trading various digital items.
  • Sell digital collectibles directly from your marketplace in an open auction format or through instant buys.
  • Detailed information about each item listed on the platform such as its unique ID, creator details (if available), current bids and offers (if any), sales history etc., all of which are stored on the Ethereum blockchain.
  • Transfer asset ownership between addresses in one click; this is especially useful when giving out rewards or incentives to different players in a game environment.
  • Ability to search through OpenSea’s extensive catalogue; this covers more than 500 different types of digital items ranging from crypto artworks to in-game items like skins or weapons etc.
  • Validate individual token transfers; this enables users to verify whether a particular transfer has been completed using an authentication method like ETH signature verification where applicable.

How to Use OpenSea NFT API

OpenSea, the leading marketplace for digital assets, provides a NFT (Non-Fungible Token) API that allows developers to build applications on top of the OpenSea network. Using this API, developers can create and manage their own Marketplaces and DApps, integrate other external systems, or access general data about the OpenSea platform. This comprehensive guide provides a complete overview of how to use the OpenSea NFT API and learn best practices.

The OpenSea NFT API is built with GraphQL, an open-source data query and manipulation language used to interact with APIs. With GraphQL, users can define queries and mutations that specifically describe the data they are seeking, while still leveraging all of the same flexible fields available via REST or JSON requests. The OpenSea GraphQL endpoint provides all necessary query types including Listings Query, Offers Query as well as Mutations such as Create Offer, Make Offer and Release Offers.

Open Sea also offers several SDKs (Software Development Kits) that contain libraries for implementing specific integration scenarios including Transaction Workflow SDKs for web3 wallets like MetaMask or WalletConnect as well as SDKs for creating marketplaces or wallets using React Native that offer custodial wallets from Day One using Coil Trade which integrates Swap Mechanics into Web3 Trading Apps.

These tools are designed to simplify development on top of OpenSea’s platform—from discovering rare digital assets to trading them securely in an open marketplace accessible by any Web 3 compliant wallet—providing users flexibility in how they approach onboarding new customers by providing them multiple options from Transmutation forms to Airdrops while enjoying additional benefits through Treasury Management & Services Platform Contracts available through Coil Trade™ Hybrid Financing & Exchange protocol.

Additionally access free improvements such as 24/7 customer service & ticketing support in addition faster settlement times compared to other decentralized platforms makes developing projects on top of Open Sea a seamless experience overall compared to traditional solutions like PayPal or Venmo payments processing services.

Integrating OpenSea NFT API

Integrating OpenSea’s Non-Fungible Token (NFT) API makes it easy for developers to integrate blockchain-based digital asset buying, selling, and trading into their projects. OpenSea provides developers access to all the features they need while creating a seamless experience for buyers and sellers of digital assets.

Using the API, developers can create custom wallets and control access to their digital assets while providing inclusion of NFTs on web or mobile applications. In addition, developers are able to accept cryptocurrency payments using the API integration process. The API allows for integration across multiple decentralized platforms including all Ethereum networks (e.g., mainnet, ropsten and kovan), Matic Network, Polygon Network (formerly known as Matic), Binance Smart Chain and others currently supported networks that you may specify via API calls.

For more information on integrating OpenSea’s API into your project, please visit our documentation in order to get started or contact us with any questions.

Security Considerations for OpenSea NFT API

When handling digital assets, security is always paramount. The OpenSea NFT API implements various security protocols and guidelines to help our users protect their digital asset holdings.

All requests to the OpenSea NFT API are sent over HTTPS for added security. Whenever possible, we also recommend using two-factor authentication (2FA) to further secure your account. All 2FA methods are accepted on the OpenSea platform, including email authentication and third party authentication providers such as Authy or Google Authenticator.

In addition, all Ethereum transactions require user confirmation from a digital wallet such as MetaMask, Coinbase Wallet, or imToken2. No transactions can occur without this step in the process so you can rest assured that no transfers will proceed without your explicit permission.

We also recommend carefully evaluating contracts before entering into any transfer agreement on the OpenSea platform should you happen upon any questionable contracts or content. It is also important to remain wary of potential scams associated with digital asset transfers – always double-check addresses and amounts before submitting a transaction request on the platform. We have additional resources available in our Beginner’s Guide to Digital Asset Security if you’d like further assistance exploring common security best practices when dealing with NFTs and other blockchain-based products and services.

Troubleshooting OpenSea NFT API

If you’re running into issues with OpenSea’s NFT APIs, below are some solutions to common problems. Please note that if you are still having difficulty after verifying these steps, please contact support(@)opensea.io and provide your user ID, request URL, the timestamp of the request (if applicable), and any additional information that may help us troubleshoot your issue.

Common Issues:

  • Error retrieving your query – Check the query parameters you provided, ensure that all required parameters have been set and try again.
  • Invalid order_by parameter – The order_by parameter must be a valid attribute for the resources being queried. Refer to the OpenSea NFT API Reference for more information on valid attributes for each resource type.
  • Access token is invalid or not recognized – Ensure that you are providing an access token generated from an authorized app and try again.
  • API responses taking too long – If API responses take more than 10 seconds to respond, please contact support@opensea.io with details about your request including the URL and timestamp of when it was made. Please also provide any additional feedback or error messages that you may have encountered during the process so we can assess where this latency is coming from.

Conclusion

In conclusion, OpenSea offers a wide range of features and services for developers looking to create decentralized applications (DApps), interact with virtual assets, and manage their own Non-Fungible Tokens (NFTs).

With OpenSea’s simple-to-use API and SDKs, developers can easily identify token types, mint tokens, list them on the market place, and track the ownership of digital tokens at scale. Moreover, through their NFT indexing tool users are able to aggregate data relevant to different tokenized projects under one umbrella. Providing easy access to data such as top holders, transferable versus non-transferable markets, breedables, crypto games and collectibles has allowed users to accurately measure the progress of NFT technologies.

Another benefit of using OpenSea is that its platform is built around Ethereum blockchain technology; allowing developers unrestricted access to tools and resources necessary for building decentralized applications related to digital collectibles.

Frequently Asked Questions

Question 1: How do I get started with the OpenSea NFT API?

Answer 1: Getting started with the OpenSea NFT API is easy. First, register an account on OpenSea. Then, read through the documentation to understand the basics of the API. Finally, get your API key and start making calls to the API.

Question 2: What types of NFTs are supported by the OpenSea NFT API?

Answer 2: The OpenSea NFT API supports all Ethereum-based NFTs, including ERC-721 and ERC-1155 tokens. It also supports non-fungible tokens built on other blockchains, including Flow, WAX, and others.

Question 3: Does the OpenSea NFT API support secondary market trading?

Answer 3: Yes, the OpenSea NFT API supports secondary market trading. It provides tools for creating, listing, and trading digital assets on the secondary market.

How To Solve Issues With Email Checker API

An email checker API allows you to validate email addresses effortlessly. So, you can reach real customers. But can it really stop spammers effectively? Your database contains a huge number of email IDs. Can the API keep your mailing list clean with authentic IDs efficiently? There are lots of other problems, including potential security threats.

Can you really solve all these issues effectively with an email checker API? In this post, you will find all the details.

What is an email checker API?

An email checker API is a tool for verifying the email addresses on your mailing list efficiently. It helps identify IDs owned by real people. So, you can get access to genuine clients and grow your business effectively. It utilizes advanced features, like typos check, SMTP check, and disposable email ID detection, to ensure the deliverability of your mailing list.

Why should I use an email checker API?

  • Effectively improve email deliverability
  • Significantly reduce bounce rate
  • Protect your sender reputation so that your emails will never end up in the junk folder
  • Save time and money by automating the validation process
  • Keep your mailing list clean with authentic and genuine email addresses

How can I solve issues with an email checker API?

Which issues can you solve with the email verification API? Let’s take a look at some practical examples.

Prevent typos on registration and sign-up forms

One of the most common uses of an email checker API is to prevent typos in sign-up forms. New users are required to enter their email addresses. By enabling the API during the registration, you can help the form spot typos instantly. The users will receive an alert about their mistakes. So, they can make necessary corrections immediately.

If you are using Mailboxlayer for detecting typos, you will get an alternative email suggestion within the API result. Here is an example:

{
  "email": "user@gnail.com",
  "did_you_mean": "user@gmail.com",
  [...]
}

Here, the given email address is user@gnail.com. As you can see, the ID has a typo, which is “gnail.” It should be “gmail.” So, Mailboxlayer suggests an alternative email address with the correct spelling through the “did_you_mean” field.

Identify disposable email addresses easily to stop spammers

Disposable email addresses are widely abused by spammers. They get temporary email IDs from different providers, like Mailinator. Spammers use the addresses for fake sign-ups and to perform fraudulent activities. By utilizing an email checker API, you can identify the disposable email address effortlessly. Let’s try verifying this email address:

support@apilayer.com

Let’s make an API request by passing the email address and the API access key:

https://apilayer.net/api/check
    ? access_key = YOUR_ACCESS_KEY
    & email = support@apilayer.com

You will get this response:

{
  "email": "support@apilayer.com",
  "did_you_mean": "",
  "user": "support",
  "domain": "apilayer.net",
  "format_valid": true,
  "mx_found": true,
  "smtp_check": true,
  "catch_all": false,
  "role": true,
  "disposable": false,
  "free": false,
  "score": 0.8
}

As you can see, the disposable field is set to false. So, the given ID is not from a disposable email address provider.

Also, you can use Mailboxlayer to check the roles of email addresses. You can find the details right here.

Validate a large number of email addresses

The email checker API allows you to perform bulk email address validation. So, you can easily verify a large number of IDs.

If you are using Mailboxlayer, you simply need to append multiple comma-separated email addresses to the API’s base URL. Here is an example:

https://apilayer.net/api/check
        ? access_key = YOUR_ACCESS_KEY
        & email = support@apilayer.com, support1@apilayer.com,
        support2@mailboxlayer.com, ...

As you can see, Mailboxlayer makes it very easy to validate many email IDs. There is no hassle. So, you can perform the bulk email address verification effortlessly.

The API marketplace by Apilayer also provides a suite of highly efficient APIs. It can help you to boost your productivity significantly. Try it now for free. 

Verify email IDs in real-time

The email checker API supports the real-time email address validation feature. It allows you to verify email IDs as they are typed into the registration form. In this way, you can prevent spammers from signing up to your website in real-time.

Mailboxlayer utilizes MX-record lookup and SMTP verification technologies to perform real-time verification. The API checks whether the domain of the given email address is configured to receive emails. If Mailboxlayer finds it in the MX records, you will receive this response:

{
  [...]
  "mx_found": true,
  [...]
}

mx_found field is set to true. So, the email address is valid. If it was invalid, mx_found would have been set to false.

Next, Mailboxlayer performs the SMTP check. If the given address is valid, you will get this response:

{
  [...]
  "smtp_check": true,
  [...]
}

If the email ID was invalid, the smtp_check field would have been set to false.

Securely validate my mailing list

An email checker API features a variety of technologies for protecting your mailing list from potential security threats. For example, Mailboxlayer comes with the industry-standard 256-bit encryption technology. It prevents hackers from intruding on your system while establishing the connection between the API. You just need to attach an “s” to the HTTP protocol. That means you will have to type https://, rather than http://. It will allow the system to utilize SSL for encrypting normal HTTP requests and responses.

Can Mailboxlayer efficiently solve my issues?

Mailboxlayer is a powerful email checker API. It can help identify typos during the registration. It can perform the validation in real-time. Also, Mailboxlayer can verify a large number of email addresses effortlessly. You will never have to worry about potential security threats, thanks to the 256-bit encryption technology. Additionally, it can identify disposable email addresses to stop the spammers. So, you can definitely rely on Mailboxlayer for solving your issues efficiently.

Mailboxlayer is a simple REST API for performing email address validation. It is powerful, secure, and very easy to use.
Try it now for free!

How to Integrate Instagram API and Feed on PHP Website

Few can argue that Instagram is one of the most powerful and engaging social media platforms across the internet right now. It has more than 700 million monthly active users (MAUs) and about 400 million active users per day (DAUs). No surprise that many merchants and companies are already using Instagram as their primary sale or promotion channel.

Taking into account that 65% of customers are engaged in online shopping and social media, integrating Instagram may actually provide you a huge boost in sales and conversions. We’d like to share two most popular Instagram website integrations: social login and feed streaming and teach you how to integrate API into a website.

Login with Instagram Using PHP

It must be acknowledged that the shorter registration form – the higher conversion rates. Users are not willing to spend hours filling in long forms. The feature we’re going to integrate will allow your users to quickly login by using only their Instagram account password.

Moreover, by making this function available you still will be able to collect all valuable user data required for targeting, email newsletters, and analytical purposes.

Information that can be obtained through Instagram API:

  • User info
  • User feeds
  • User media
  • User likes
  • User follows
  • User follower
  • User Relationship
  • Search media
  • Get media
  • Popular media
  • Media likes
  • Media comments
  • Like media
  • Delete like media
  • Get location
  • Get location media
  • Search location

Step #1 Registering your Application

  • Login on www.instagram.com;
  • Go to the developer account https://www.instagram.com/developer/ ;
  • Click on “Register Your Application” button;
  • Register new client ID;
  • In “Website URL” field use your website address or localhost if you’re using it;
  • In “Redirect URL” field type location where the response will be handled (e.g. http://yourwebsite/yourprojectfolder/callback.php );
  • Go to Manage Clients tab. From here you can acquire your Client ID and Client Secret.

Step #2 User Flow

The principle of Instagram Authentication is quite simple. User clicks on “Login with Instagram” button. The request is redirected through Authorization URL to Instagram. It`s like magic.

Here’s the structure of Authorization URL:

https://api.instagram.com/oauth/authorize/?client_id=CLIENT-ID&redirect_uri=REDIRECT-URI&response_type=code

In response, Instagram will provide you with the code in the following format:

https://your-redirect-uri?code=CODE

Get this code from URL

Step #3 Access Token

Next, you’ll need an access token. In order to acquire it you’ll need to make an array with the following data:

  • Client ID.
  • Client Secret.
  • Redirect URL.
  • Grant Type.
  • Code from Step #2.
$url = "https://api.instagram.com/oauth/access_token";
$header = 0; // header = 0, because we do not have header
$data = array(
"client_id" => $client_id,
"client_secret" => $client_secret,
"redirect_uri" => $redirect_uri,
"grant_type" => "authorization_code",
"code" => $code
);

You can call it and pass this URL using CURL

Step #4 Getting User Information

Finally, after getting access_token you can call this URL https://api.instagram.com/v1/users/self/?access_token=$access_token) and get User Data.

Data you will acquire:

  • Full Name.
  • Website.
  • Bio.
  • Followers Count.
  • Following Count.
  • Profile Picture.

That’s it, and good luck.

Just kidding! Here is a folder with all files required for integration of Instagram Login on your website using PHP.

How to integrate Instagram feed to your website without API

Most tutorials on how to implement Instagram feed suggest to use Instagram API. And while there is nothing wrong with this method, there is an easier way without actually using this API.

The first thing we need to do is to get feed data from Instagram.

Here’s a code sample for this task:

<?php
$username = 'YourUserName';
$json = file_get_contents('https://www.instagram.com/'.$username.'/media/');
$instagram_feed_data = json_decode($json, true);
?>

For the “name” field use your username as it shown in Instagram’s address line.

The string $instagram_feed_data = json_decode($json, true); indicate the data will be contained and decoded. The data will be decoded into the array.

Basically, in your array, the data about each post will be structured into [“items”]. Each item contains information about every single post including user info, images, the caption, likes, comments, etc.

This is the information we’ll gonna use. But first, you should check if there are any items in the array. Here’s how to make this:

if (isset($instagram_feed_data['items'])) 
foreach ($instagram_feed_data['items'] as $item) }

Next, you’ll need to get an actual post link and image URL. Keep in mind that the array contains image URLs in multiple formats: thumbnail, low_resolution, and standard_resolution. You may choose one of those formats depending on your needs.

In our case, we’ll be ok with low resolution.

$link = $item['link'];
$img_url = $item['images']['low_resolution']['url'];

In addition, you can take a caption. In case of Instagram posts there isn’t always a caption, so you’ll need to check whether it exists first.

$caption = isset($item['caption']) ? $item['caption']['text'] : '';

Streaming

Now, when feed data is acquired we can stream to your webpage. Let’s start with the images by using image URLs. Since this URL is leading to an external web resource (Instagram), we’ll make the target blank. Then, list output of actual image and caption.

<a href="<?= $link; ?>" target="_blank" class="instagram-post">

<img src="<?= $img_url; ?>">
<div class="caption"><?= $caption; ?></div>

That’s it. All you need is to compose all these code strings into one script. Here’s it by the way.

if (isset($instagram_feed_data['items'])) {
    foreach ($instagram_feed_data['items'] as $item) {
        $link = $item['link'];
        $img_url = $item['images']['low_resolution']['url'];
        $caption = isset($item['caption']) ? $item['caption']['text'] : '';
        
        ?>
        <a href="<?= $link; ?>" target="_blank" class="instagram-post">
            <img src="<?= $img_url; ?>">
            <div class="caption"><?= $caption; ?></div>
        </a>
        <?php
    }
}
?>

Use this simple script that will get images, caption and links from the Instagram feed with no API. With little CSS magic, you can turn this data into such a good-looking web page.

Hope you found what you looked for.

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