In this article, we will be discussing the importance of APIs and their practical use cases. We will also provide tips on how to get started with APIs.
Importance of APIs:
- APIs are important for gathering and analyzing data.
- They allow for integration between different systems and applications.
- APIs make it easier to manage and operate complex systems.
- They provide a way to communicate with the system behind the scenes.
Practical Use Cases:
- APIs can be used in the restaurant industry to manage orders and communicate with the kitchen.
- They can be used in e-commerce to create a shopping experience and connect with other platforms.
- APIs are useful for game development to allow for in-game purchases and player-generated content.
- They can also be used in print-on-demand services and marketplaces.
Tips for Getting Started:
- Start by understanding the basics of APIs.
- Research and choose the right API for your needs.
- Learn how to integrate the API into your system or application.
- Keep up-to-date with API changes and updates.
APIs are an essential tool for modern businesses and industries. They allow for seamless integration and communication between different systems and applications. By understanding the importance of APIs and their practical use cases, businesses can stay ahead of the curve and provide better experiences for their customers.
How to Make a Shopify API Request
Hey, I'm Megan, a developer advocate with Shopify. Today we'll be using an access token generated by Shopify to request product information through the admin API.
If you're familiar with web development, you know that APIs are sets of protocols and rules used to define how you can integrate your application with a source. The APIs provided by Shopify are no different and they are the primary way that you as an app developer can integrate your app with Shopify.
Shopify has a few APIs available that you can use, but today we will be focusing on the admin API. Since we only want product information, you can find out more about the different types of APIs available if you watch this video by my friend Liz. She goes into detail more about each one.
The admin API gives your app the ability to read and write Shopify store information. This includes products, orders, shipping, and more. And because of this, all requests to the admin API need to be authenticated. I will be demonstrating how to make authenticated requests using both curl and a plugin for VS Code called Thunderclient. You can use whatever HTTP client that you prefer. I'm not going to pick sides in this case.
Creating an Application:
First, in the Shopify admin, I'm going to create a new application. Notice here that this is a custom application, and this is fine for my use case because it's only going to be installed on the singular store. But you can also create public apps as well. We'll call this app Test API App.
Now the app is created, and part of the authentication and authorization process involves us telling Shopify exactly what information we would like to request through their APIs, and we can do this by specifying the API scopes. We can configure these scopes here, and for the purposes of this demo, I'm only going to be selecting the read product scope because all I need to do for this app is read product information.
Here you can see the access token that is generated by Shopify. Now that the app is installed, we will send this access token along in the header for any HTTP request that we make to the admin API. This is how Shopify will identify and authorize us to get the information that we are asking for.
Now that the app is installed and ready to go, let's take a look at how exactly we might request that information. You can see here that the URL for the GraphQL admin API endpoint is as follows. We would fill in the store name here. This specifies the admin API. This is the version. I'm just going to stick with the latest that's fine with me. And then we're going to be specifying the GraphQL endpoint. We do have REST endpoints available too.
So in iTerm here, I'm going to go ahead and just make a normal curl request. I'm going to fill in the Shopify store as the first part of that URL like we saw in the documentation. And of course, the application type is application/json. From here, we have to include the access token as a header like I mentioned so that Shopify can identify us. And the name of this header is Shopify x Shopify access token. It's important to keep your access token secret. You wouldn't want to commit this to get or share it with anyone because it is how Shopify identifies you in the future. The next step is to actually define the query that we want to send to GraphQL.
In this case, I'm just going to ask for the first 10 products and their IDs and titles. That's a simple enough example to prove that this authentication token will work.
Now we're going to switch over to VS Code and do the same thing that we just did in curl, but we're going to use Thunderclient instead. Because it's a GraphQL query, we are going to switch it to a POST. We'll use that same endpoint that we had before that includes my Shopify store URL. So we can just switch to the header tab here and include the x Shopify access token, and we'll paste in the value of the same token that we used in that curl request. So now in the body tab, we can define exactly what we're asking for from the GraphQL endpoint. We'll make the same query as we did in the curl request. One thing I did notice is that you do have to send over a variable object in order to make a request using this GraphQL editor. So because everything is just static in this query, I'll just send along an empty object as the variables.
That covers it. That's all the steps that you need to generate an API access token in order to request information from your Shopify admin API. You can use tools like curl or Thunderclient or whichever HTTP client that you prefer (Postman, Insomnia, etc.). But practicing these API calls before you actually start your development is a great way to speed up your actual development, to make sure that your API requests are functioning properly, and you're getting the data back correctly. If you're building out your application with Ruby, Python, PHP, or Node, Shopify has some great client libraries as well that can help simplify this process, and you can check them out here using the link in the description below. For more information about Shopify development, subscribe to this channel, review documentation on Shopify Dev, and join the community by asking questions in Discord, Slack, or joining our community forums. Thanks, see you there!
Introduction to Shopify APIs
Hi, I'm Liz from the developer relations team at Shopify. In this series, we're going to cover the basics of Shopify app development and the tools available to help you build them. In this video, we'll be covering the Shopify APIs, which are the bread and butter of Shopify development.
- Shopify has different APIs for different purposes.
- The storefront GraphQL API allows you to build out customers' buying experience.
- The Shopify Partner API allows you to access data found in your partner dashboard.
- The API we'll be using today is the admin API, which is the most commonly used in app development.
- There are both REST and GraphQL versions of this API.
- This API allows you to read and write shop by store data, including products, collections, orders, shipping, inventory, and much more.
API Reference Guide:
- Make sure to review the API reference guide linked below to read about all the functionality.
- We can use this API to add new features and extend the functionality of the Shopify platform.
- When making calls to the Shopify admin API, it's required you have a header on your request named X-Shopify-Access-Token.
- This will be the access token that was generated for that shop.
- The access token will be generated when the shop authorizes your app to access its data in the OAuth of the install flow.
- Shopify has created API libraries that can make the process of sending the API calls easier.
- Both the REST and the GraphQL admin APIs have usage limits, but they're calculated differently.
GraphQL vs. REST:
- The REST API allows for 40 requests per app per store per minute and replenishes at a rate of two requests per second.
- The GraphQL API allows for a thousand cost points per app per store per minute and replenishes that 50 cost points per second.
- Most fields cost one point, and mutations 10 points.
- Though under the extensions key in a response from the GraphQL API, you should see the actual query cost.
- Shopify was one of the first adopters of GraphQL, and we really like it.
- Going forward, you'll find most of the new additions and features to the admin API will be added to the GraphQL version.
- So that's the API we'll be using in this video.
- In the last video, we added a resource picker so merchants could select their products.
- In this video, we're going to be using the GraphQL admin API to first retrieve the products and then update them with a new randomized price.
- We'll create a new component called Resource List.
- We'll add a GraphQL query that would retrieve the products that were selected in the product selector.
- We'll create a component that will use that GraphQL call and create a list of products in the UI with the return data.
- We'll add a constant that will decide whether or not to show our empty state and add our resourceless component that will show our selected products.
- We'll update our handle selection function to store the products that were selected by the product selector.
- We'll create a new component called Apply Random Prices.
- We'll add a GraphQL mutation that can update our product.
- We'll add a button. When the button is pressed, it will make GraphQL calls with all the selected products and update the price to a random price.
- We'll add a constructor to keep track of our selected items and update our list of products to make it selectable.
- We'll add in our random price component.
- Now, when we go into our app, we can select products with the product selector, select them, and update the prices to a random price.
- If you look at the product in the shop vitamin, you'll see the prices updated there as well.
- To review the code used in this video, make sure you check out the link in the description below.
- For more information about Shopify app development, make sure to subscribe to this channel and review the documentation on Shopify Dev.
- Join the Shopify Dev's Discord server to meet fellow developers and ask questions.
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In this article, we will discuss various terms and phrases related to mobile applications and the Play Store. We will cover the meaning of Play Store ID, web18, Android, Flipkart, content type, Idea, t c200, Folder id, Bigg Boss, apk, SP S8, and Facebook URL. We will also touch upon some recent developments in the world of mobile applications.
Meaning of Play Store ID:
Play Store ID is a unique identifier given to each application on the Play Store. It helps in identifying and locating the app among millions of others on the Play Store. It is usually a combination of numbers and letters.
Web18 is a media company that operates several digital platforms, including mobile applications. They are known for their focus on the Indian market and have a strong presence in the mobile app industry.
Android is an operating system used in mobile devices, such as smartphones and tablets. It is developed by Google and is known for its user-friendly interface and flexibility.
Flipkart is an e-commerce company based in India. They have a popular mobile application that allows users to shop online for a variety of products, including electronics, clothing, and home appliances.
Content type refers to the type of content that is available on a mobile application. It can include text, images, videos, and audio files. The content type is usually specified by the developer of the application.
Idea is a telecommunications company in India. They provide mobile network services to millions of customers across the country. They also have a mobile application that allows users to manage their accounts and services.
T c200 is a code used in mobile applications to specify the type of content that is being displayed. It can include text, images, and videos, among others.
Folder ID is a unique identifier given to each folder in a mobile application. It helps in organizing the content and making it easier to access.
Bigg Boss is a popular reality show in India. There is also a mobile application associated with the show that provides users with updates and behind-the-scenes content.
APK stands for Android Package Kit. It is the file format used in Android applications. It contains all the necessary files for the application to run on an Android device.
SP S8 is a code used in mobile applications to specify the screen resolution of the device. It helps in optimizing the content for different types of devices.
Facebook URL is the web address of a Facebook page or profile. It can be used to share content or connect with other users on the platform.
In recent years, mobile applications have become an increasingly important part of our daily lives. With the rise of smartphones and tablets, more and more people are using mobile applications to stay connected, entertained, and informed. This has led to a surge in the development of new applications and the growth of the mobile app industry as a whole.
In conclusion, mobile applications and the Play Store are integral parts of the modern digital landscape. Understanding the various terms and phrases related to mobile applications can help users navigate the Play Store and make the most of the applications they use. With new developments and innovations in the mobile app industry, it is an exciting time to be a part of this rapidly evolving field.
How to Build a Shopify App with Node and React
Shopify is an e-commerce platform that enables businesses to set up and manage their online stores. It offers a range of features and tools that help merchants to sell their products and services online. In this article, we will discuss some of the key aspects of Shopify, including its UX, Node, React, CLI, API, and webhooks.
- Shopify's user interface (UI) is designed to be user-friendly and easy to navigate.
- It offers a range of customizable templates and themes that allow merchants to create a unique online store.
- The UX is optimized for mobile devices, ensuring that the shopping experience is seamless across all devices.
Shopify Node and React
- Shopify uses Node.js as its backend framework and React for its front-end development.
- This allows developers to build scalable and efficient web applications that can handle large amounts of traffic.
- Shopify also provides a range of APIs that allow developers to integrate their applications with other platforms and services.
- Shopify CLI is a command-line interface that allows developers to manage their Shopify stores from the terminal.
- It offers a range of features, including creating new projects, serving projects locally, and deploying to production.
- It also provides access to the Shopify API, which allows developers to automate tasks and build custom applications.
- Shopify webhooks allow developers to receive real-time notifications when certain events occur on their store.
- This can be useful for automating tasks, such as sending order confirmations or updating inventory levels.
- Webhooks can be set up through the Shopify API or through the Shopify admin panel.
Shopify is a powerful e-commerce platform that offers a range of features and tools to help businesses sell their products and services online. Its UX, Node, React, CLI, API, and webhooks are all designed to make it easy for developers to build custom applications and integrate with other platforms and services. Whether you're a small business owner or a large enterprise, Shopify has something to offer.
Creating Shopify Apps With Node & React in 2021 (Shopify App Development)
In this tutorial, we will learn how to build a Shopify app using Node and React with the Cola Shopify Auth Version 4. Here are the steps to follow:
- In this tutorial, we will learn how to build a Shopify app using Node and React with the Cola Shopify Auth Version 4.
1. Set up your app in Shopify
- Create a new app in the Shopify Apps section and set up the required details like name, URL, and API keys.
- Copy the API key, API secret key, and API scopes to your VS Code editor.
2. Initialize the NPM project
- Open the terminal and initialize a new project manager with the command 'npm init -y'.
- Install React, React DOM, and Next JS with the command 'npm install react react-dom next'.
3. Create a new folder and file
- Create a new folder named 'pages' and create a new file named 'index.js' inside it.
- Create a function named 'index' using an arrow function with a div containing the text Welcome.
- Export the function using 'export default index'.
4. Create a server file
- Create a new file named 'server.js' and set up the server using the Cola Shopify Auth Version 4.
- Install the required modules like 'koa', 'koa-router', 'koa-env', 'shopify-auth', 'koa-session', and 'isomorphic-fetch'.
5. Set up the router
- Create a new router and set up the handle request for the root path.
- Check if the active Shopify shop is defined and redirect to the authentication page if it's not.
6. Test the app
- Run the command 'npm run dev' to start the server and open your Shopify store to install the app.
- Access the installed app and see the text Welcome displayed in the embedded store.
- We have successfully created a Shopify app using Node and React with the Cola Shopify Auth Version 4.
Shopify API Tutorial: Extracting Your First Data
In this video, the focus is on data science for e-commerce merchants. The video is the first in a series of videos that aim to extract data from an e-commerce store and use it to optimize the store and create real value. The video focuses on the Shopify API, which is the biggest e-commerce platform. It explains how to extract data from the API and prepare it for analysis.
Steps to Follow:
1. Set up a Shopify developer account to build applications that live in the Shopify ecosystem and pull data from the API.
2. Log in to the Shopify developer account and set up development stores to test codes and applications.
3. Add an app called Simple Sample Data to populate the store with products and orders dummy data.
4. Develop a custom app for the test store by allowing custom app development and configuring its scopes.
5. Install the Shopify Python API by running the command pip install upgrade Shopify API and import Shopify.
6. Activate the Shopify API and use it to get all the products.
In conclusion, the video provides a step-by-step guide on how to extract data from the Shopify API and prepare it for analysis. By following the steps provided, e-commerce merchants and data scientists can optimize their stores and create real value. The video promises to provide more insights into extracting custom and order data from the API in the next video and using it to predict customer lifetime value.
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