What are the best practices for optimizing web application performance?

 


Best practices for optimizing web application performance

1. Preparing the performance testing environment

In this stage, the QA team and software developers should work towards defining the performance acceptance criteria and objectives of the testing. This involves determining the performance metrics that need to be measured, what kind of workload will be used in the testing environment, and how to simulate the real-world user environment as close to the real scenario as possible. Additionally, it is important to define the thresholds for each metric to understand when the application is not performing as expected and requires further improvement.

Once the performance objectives are determined, the test environment should be set up.

Following this, the team should plan the performance test data and configure the test tools. The ideal test environment often includes network configurations, hardware, and software tools.

Organizations should carefully involve both software developers and testing engineers in this stage to establish a fully functional and effective test environment.

2. Designing the test cases & scenarios

After an effective testing plan is created and the environment is set, teams should focus on designing the test cases and scenarios to ensure that the performance objectives set at the beginning are met during the actual testing process. In this stage, the testers can identify and predict all the situations users may need any help or support with. Hence, the test cases and scenarios must be designed based on the user stories and use cases of the web application to ensure that all potential user actions are covered.

3. Executing the test

The effectiveness of the test plan creation and environment configuration significantly impacts the success of test execution. The tests should be conducted on a regular basis and in different environments (such as development, staging, and production) to make sure that the web app can work stably and smoothly in all possible scenarios. This stage can be broken down into two stages:

  • Stage 1: This involves conducting actual performance testing aligned with the test design. This phase offers an opportunity to identify errors and bugs related to the app’s speed, responsiveness, and stability.
  • Stage 2: After the tests are completed, the team analyzes results with detailed graphs and reports to identify issues across the entire process. This allows developers to find specific solutions for the issues and determine which codes of architecture require modifications to help the web app perform better with different workloads.

4. Making improvements

After analyzing the performance data, testing teams should try to make adjustments to the codes and architecture to improve and optimize the web app’s performance. This phase requires the software developers and testing engineers to work collaboratively, where the former needs to make necessary tweaks to the code while the latter needs to retest the web app to verify if the changes are effective.

5. Deploying and monitoring production

In the concluding phases of the web app performance testing, the teams deploy the web app in the production environment and monitor the performance regularly to check for fluctuating performances. Repeated tests help to detect any potential flaw in terms of the web app’s speed, responsiveness, and stability to ensure immediate remediation steps.

Read more: If you want to check the complete blog, you can check https://www.headspin.io/blog/need-for-performance-testing-in-web-apps

Comments

Post a Comment

Popular posts from this blog

Unit, Integration, and Functional Testing: 4 main points of difference

Image
  Unit, integration, and functional testing are crucial components of software application testing. Each of these employs a distinct and unique process to test the application. However, the most important remains functional testing and functional regression testing. Unit or integration testing cannot replace this, either by itself or collectively. While unit testing involves testing individual modules of an application, isolated integration testing checks if different modules are working together as a group. Finally, functional testing checks whether the system operates the way it is supposed to. Together, these constitute an application that is bug-free and smooth for the end-user. Functionality is related to integration tests. The latter is performed only when the former has yielded desired results. However, successful automated functional testing signifies that the entire app is running smoothly. Unit testing Unit testing involves testing applications at a unit level. It checks...
Read more

Using XPath in Selenium - All you need to know

Image
 Navigating the complex web world as an automation tester aims to ensure the delivery of an application that is bug-free and seamless and offers exceptional user experiences. However, this is often complex to achieve. One common challenge on this journey is locating web elements accurately and efficiently to interact with them. Selenium WebDriver helps identify web elements efficiently with various tools and locators like CSS Selector, XPath, and many more, which enable enterprises to navigate through the XML elements. Today, several enterprises are leveraging XPath owing to its greater flexibility and compatibility with old browsers, making it one of its most powerful and versatile locators. This provides a way to navigate elements and attributes in an XML document, allowing automation testers to locate and interact with web elements on a page. This blog provides a holistic XPath tutorial on how you can use XPath in Selenium, along with examples and tips on handling dynamic eleme...
Read more

Top Banking App Testing Tools: Ensuring Security, Performance, and Functionality

Image
In the banking industry, delivering a seamless and secure digital experience to customers is paramount. Banking applications handle sensitive financial data and facilitate critical transactions, making the testing process vital. Testing ensures that these apps are secure, scalable, and reliable, all while providing a user-friendly interface. With increasing regulatory demands, growing customer expectations, and frequent technological advancements, banks must ensure that their apps meet stringent security and functional standards. In this article, we will cover the top tools for banking app testing and how they help ensure the quality of banking applications. Key Requirements for Testing Banking Apps Before diving into the tools, it’s essential to understand the critical aspects that testers must focus on in banking applications: 1. Security : Banking apps handle sensitive information such as account details, payment transactions, and personal data. Ensuring data encryption, secure acc...
Read more