Contents
What is the aim of quality assurance?
Quality Assurance is the process used to develop products and focuses on the prevention of defects. The goal of Quality Assurance is to improve development and testing processes to prevent defects from arising during the product development lifecycle.
What are the best practices of QA?
QA Best Practices to Keep in Mind
- Work closely with your product development team.
- Utilize automation.
- Continuously groom the test suite.
- Hold peer reviews often.
- Integrate agile processes early.
- Prioritize bug tickets.
- Hold exploratory testing.
What are the 3 levels of quality?
The levels of quality that the authors talk about are:
- Acceptable quality.
- Appropriate quality.
- Aspirational quality.
What do you need to know about QA testing?
When creating a test plan, a quality assurance team determines the scope of testing, necessary resources, testing environments, testing objectives, main suspension and exit criteria, test deliverables, and a testing schedule. A test plan is one of the main documents required for a successful QA testing process.
What do you need to know about quality assurance?
Quality assurance focuses on improving the software development process and making it efficient and effective as per the quality standards defined for software products. Quality Assurance is popularly known as QA Testing. In this tutorial, you will learn- How to do Quality Assurance: Complete Process
How is a test plan created in a QA team?
A test plan is a document that a QA team creates in cooperation with the client and their development team. When creating a test plan, a quality assurance team determines the scope of testing, necessary resources, testing environments, testing objectives, main suspension and exit criteria, test deliverables, and a testing schedule.
Which is the first step in the QA process?
Below are the main QA activities and their aims: Smoke testing comes first. QA engineers lightly check that the software, or its module, functions as planned. When passed, the further investigation begins. Integration testing – verify that different components work as a single system.