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Apigee vs Swagger

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by Madhuri Yerukala
Last modified: October 7th 2021

If you work in the API world, you must have heard about Apigee vs. Swagger. Although they both serve a similar purpose, they cannot be used interchangeably, even though some individuals continue to do so.

Apigee is an API creation and administration tool that acts as a proxy layer for your core function APIs. Swagger is one of the most popular and extensively used open-source frameworks for designing, building, developing, and consuming REST APIs. In this article, we'll go in-depth about each of these concepts to ensure that you're not left with any doubts about either of them.

Table of Contents

What is Apigee?

Apigee is a robust and dependable platform for developing and managing APIs. It abstracts your back-end service. Furthermore, it includes statistics, rate restriction, limits, and encryption, among other features. Similar features can be added in Apigee by headlining applications with a proxy layer.

If you want to enrich your career and become a professional in Apigee, then enroll in "Apigee Training" - This course will help you to achieve excellence in this domain.

Apigee's monitoring, predictive analysis, API implementation, and development services work in unison to provide a comprehensive infrastructure for API development, maintenance, administration, and privacy.

What is Swagger?

Swagger is a term that refers to many well-known and frequently used technologies for executing the OpenAPI specification. Swagger's toolkit consists of a collection of open source and premium technologies that could be used at various phases of the API development.

Some of the tools are listed below:

  1. Swagger Editor - It enables real-time editing of OpenAPI principles in YAML within your browsers, as well as real-time previewing of documentation.
  2. Swagger UI - Swagger UI is a compilation of JavaScript, jQuery, and CSS components that generate engaging content dynamically.
  3. Swagger Parser - A self-contained package for parsing OpenAPI specifications generated by Java.
  4. Swagger Inspector - A tool for inspecting APIs and generating OpenAPI specifications from existing APIs.
  5. SwaggerHub - API modeling and analysis tool for OpenAPI projects.

Reasons to Choose Apigee

  • Apigee provides hybrid deployment - Using Apigee, you have the option of hosting your APIs on-premises, on Cloud Servers, or in a hybrid environment. You control and manage the runtime, enabling you to place the access points closer to the API flow and use existing regulations.
  • AI drives API monitoring - APIs are always accessible and function as expected, enabling developers, consumers, and partners to have a consistent experience. In a few clicks, you can identify the API problems.
  • Manage microservices using APIs - Organizations require help desk support for microservices, require API management for all APIs. Apigee's API management technology extends API management directly into the microservices architecture, supporting Envoy.
  • Monetize your Digital Assets - Bundle your digital content as APIs and monetize to expand your business's income sources. Apigee enables the development and setup of a diverse set of API packages, sales channels, analytics, payment processing connections, and developer dashboard integrations.

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Reasons to Choose Swagger

  • Collaborate on the Design of APIs - An API is an agreement that all entities, administrators and clients alike, must adhere to precisely. As a result, the team’s effectiveness on API development is critical to ensuring accuracy and consistency. Definitions can even be stored in the same directory as their implementations in Swagger. This linkage between documentation and implementation provides automatic system integration procedures to maintain consistency.
  • Time Savings and Error Avoidance - Writing code takes a bit of time, there is indeed a strong risk that flaws may slip in, and certain sections may include tedious code duplication. This not only results in mistakes but also requires developers to be careful. This seems to be solved using Swagger. Standard or customized toolchains, such as those based on swagger-codegen, are capable of transforming OpenAPI specifications to code, therefore saving time and resources.
  • Quality Control and Assessment - Swagger definitions are machine-readable and, when used in conjunction with an API design methodology, constitute the API's single source of information. This enables you to test every component of your system against the requirements. For manual testing, API specifications may be loaded into clients such as Postman.
  • Create Visually Appealing and Interactive Documentation - SwaggerUI was the first product to merge API documentation with a test browser, allowing developers to rapidly view a list of possible API operations and put in a request in their computer to observe how the API reacts before changing the code. SwaggerUI was even a motivating influence for the creation of Swagger, OpenAPI's precursor, with the goal of documenting APIs.

Apigee vs Swagger: Pros

Apigee Swagger
Apigee's tracking function is quite useful. Seamlessly integrates the API documentation in real-time with the client and the server.
The adaptability enables rapid deployment of a cloud-native technology stack. Scalability is limitless.
Apigee is a flexible platform. A high adoption rate implies a large amount of documentation.
Apigee's stability is excellent. There are no concerns about bugs or problems. The Swagger UI Framework's interface with the REST API provides a clear understanding of how the API reacts to parameters.
Allows for the import of Swagger JSON and the creation of APIs. It supports most languages of any open-source toolkit.
Clients and users of the product can easily access the product's assistance sources.  

Apigee vs Swagger: Cons

Apigee Swagger
Apigee is a resource-intensive application, which implies that the cost of setting up an on-premises installation is rather high. Certain tools, like development and quality assurance, require numerous specifications.
Improved capacity for validating inputs and outputs would be advantageous. Does not permit code reuse, inclusion, or expansion.
Frequently, Apigee conceals the constraints in order to keep selling the product. It is missing robust developer tools.
There is a lag in terms of capacity for integration. All rebuttals require schemas.

Conclusion

In comparison to Swagger, Apigee takes a more modular and reusable approach to API definition and is better capable of providing server response structures and underlying security information. Nonetheless, you may select the best of the two based on your organization's objectives and requirements.

About Author

author
NameMadhuri Yerukala
Author Bio

Madhuri is a Senior Content Creator at MindMajix. She has written about a range of different topics on various technologies, which include, Splunk, Tensorflow, Selenium, and CEH. She spends most of her time researching on technology, and startups. Connect with her via LinkedIn and Twitter .