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HomeCyber Security BlogCyber Knowledge-baseSWAGGER UI- A DOCUMENTATION ROUTE FROM API





What is this New Word “Swagger-UI”?

Swagger-UI is the collective usage of CSS, JavaScript, and HTML, which does the creation of documents from API. While creating an API design, t’s important to provide a way for your clients to get the information they need quickly, easily, and painlessly.

Especially if you’re providing an API designed for internal use in your organization rather than public consumption. You may be considering building a quick response JSON or XML file for your API reference.

However, implementing Swagger-UI will provide much more versatility at no cost to you. Swagger-UI is available as a Node package and as a Ruby Gem. It gives developers a way to visualize and test API calls without having to write any code.

Swagger is a standardized RESTful web service API description language that provides a method of creating human- and machine-readable documentation. When using Swagger, you’ll create an API spec with the swagger_spec.rb file. A Swagger client can then be used to submit requests to external services and it can be used for local development testing.

You can easily add Swagger specifications for your Rails applications via this app, or you can use Rubygems like swagger-docs or crackerjack if you want to include them in your project directly. However, when it comes time to display the information created by these specs, all attempts usually lead back to the open-source Swagger.

What does Swagger-UI do?

It permits users to interact with API documentation in a web browser. It provides several features that make API documentation more accessible and easier to use, including the ability to search documentation, filter results, and view code samples.

It is similar to API console tools like Postman, but it is specifically designed for use with Swagger-compliant APIs. Swagger-UI provides many features that make it easier to understand and use Swagger-compliant APIs, including:

  • A graphical user interface for interacting with API documentation
  • The ability to generate client code in a variety of programming languages
  • A “try it out” feature that allows users to submit requests to an API and see the responses live

Swagger-UI can be used with the Swagger Specification to create interactive API documentation. The Swagger Specification is a set of rules and guidelines for creating Swagger-compliant APIs. When combined with Swagger-UI, the Swagger specification provides all the information necessary to create and use a Swagger-compliant API.

How to use Swagger UI?

If you’re looking to add Swagger UI to your web API, you’ve come to the right place. This tutorial will show you how to use Swagger UI to create beautiful documentation for your API.

Swagger UI is a tool that allows you to visually explore your API. It gives you a way to try out your API endpoints and see the results without having to write any code. Swagger UI also allows you to generate documentation for your API in a format that is easy for others to read and understand.

Once you have created your swagger.json file, you can then launch Swagger UI by visiting http://localhost:8080/swagger-ui/. This will bring up the Swagger UI interface where you can enter the URL for your swagger.json file. Once you have done this, you will be able to visually explore your API.

Advantages of Swagger UI

There are several advantages of using Swagger UI when developing APIs:

1. Swagger UI provides a clear and concise way to describe the API endpoints, parameters, and responses.

2. Swagger UI can be used to automatically generate documentation for the API, which can be very helpful for developers who are new to the API or are trying to troubleshoot an issue.

3. Swagger UI can be used to test the API endpoints without having to write any code.

Drawbacks of using Swagger UI?

There are a few potential drawbacks to using Swagger UI that worth mentioning. First, it’s important to note that Swagger UI is just one way to consume a Swagger-documented API. There are other ways to do this, and some developers may prefer a different approach.

Second, Swagger UI can sometimes be too simplistic. In reality, an API that is well-documented with Swagger UI can still be quite complex and difficult to use.

Finally, Swagger UI can be slow and resource-intensive, especially when dealing with large APIs. This can make it difficult to use on mobile devices or in low-resource environments.