Table of Contents
- 1 What are the major challenges you faced in performance testing?
- 2 When should you not do a performance test?
- 3 What are the common problems faced in software testing?
- 4 Why Performance testing is needed?
- 5 Why performance testing is necessary?
- 6 Why performance testing is used?
- 7 Why performance testing is important for end-to-end testing?
- 8 How to use a testing environment for performance testing?
What are the major challenges you faced in performance testing?
Challenges of Performance Testing
- Selecting the Wrong Tools.
- Lack of Knowledge.
- Inability to Create a Comprehensive Test Strategy & Coverage.
- Time & Budget Limitations.
- Testing in Production Environment.
- Proper Analysis of Performance Test Results.
When should you not do a performance test?
The 10 most common performance engineering mistakes
- Failing to test for performance.
- Having no methodology.
- Neglecting to define KPIs.
- Failing to choose a tool.
- Testing for performance at the end of the development cycle.
- Testing only over the LAN.
- Looking only for server crashes.
- Analyzing results at the end of long tests.
What are the common problems faced in software testing?
5 Key Challenges of Software Testing
- Undefined Quality Standards. Software products tend to comply with quality requirements when the standards are clearly defined.
- Test Environment Duplication.
- Lack of Communication.
- Unstable Environment.
- Insufficient Requirements Gathering.
What do you think are the biggest challenges for quality and software testing with high traffic web apps or sites?
16 Major Challenges Faced By Testers While Testing a Web Application
- Cross Browser Compatibility.
- Cross-Device Compatibility.
- Responsiveness.
- Integration Testing.
- Security.
- Performance Testing.
- Application Getting Slow.
- Usability Testing.
How can performance testing be improved?
Tips for Performance Testing
- Separate the performance testing environment from the UAT environment.
- Identify test tools that best automate your performance testing plan.
- Run tests several times to obtain an accurate measure of the application’s performance.
- Do not make changes to the testing environment between tests.
Why Performance testing is needed?
Performance Testing is done to provide stakeholders with information about their application regarding speed, stability, and scalability. More importantly, Performance Testing uncovers what needs to be improved before the product goes to market. Hence, performance testing is important.
Why performance testing is necessary?
Why performance testing is used?
Fail-over Tests verify redundancy mechanisms, Reliability tests run high level loads for longer span, and Stress Tests gauge the load that the system/application can take. This helps in exploiting the application to reveal glitches, as it is essential for making the application market-ready.
What is the actual process of software performance testing?
Evidently, the actual process of software performance testing is achieved through the different phases that its testing process comprises. 1. Analyze and evaluate the existing system 2. Gather metrics about the current system performance 3. Develop the required test assets after thorough analysis 4. Create reusable test scripts
What happens if you choose the wrong performance testing tool?
If a wrong tool is chosen, then it might lead to loss of testing days for getting the test scripts to work and it is necessary that the chosen performance tool should recognize the controls of the application under test.
Why performance testing is important for end-to-end testing?
In most instances, post production release of software, many performance issues may crop up which might result in crashing of the website, app or software. Evidently, it is essential for the stakeholders, product owners or test architect to plan for performance testing as part of end-to-end testing strategy.
How to use a testing environment for performance testing?
To use a testing environment for performance testing, developers can use these seven steps: 1. Identify the testing environment. Identifying the hardware, software, network configurations and tools available allows the testing team to design the test and identify performance testing challenges early on.