Droisys Senior QA Engineer Interview Questions and Answers

My daily approach to testing involves thorough planning, executing test cases, documenting results, and collaborating with team members.

• I start by reviewing requirements and creating test cases

• I execute test cases manually or using automation tools

• I document test results and report any issues found

• I collaborate with developers and other team members to ensure quality standards are met

Developing a test strategy involves defining objectives, identifying test types, prioritizing tests, and creating a plan.

• Define objectives and goals of testing

• Identify types of tests to be conducted (e.g. functional, performance, security)

• Prioritize tests based on risk and criticality

• Create a detailed test plan outlining resources, timelines, and responsibilities

Challenges in automation include dynamic UI elements, data synchronization, and maintenance of test scripts.

• Dynamic UI elements can be challenging to automate as they may change frequently.

• Data synchronization between different systems can be difficult to achieve in automation.

• Maintenance of test scripts can be time-consuming, especially when application changes frequently.

To read data and assert with db value in API automation, use API response to extract data and compare with database query result.

• Extract data from API response using JSON parsing libraries like Gson or Jackson

• Execute database query to retrieve expected value

• Compare the extracted data with the database value using assertion libraries like TestNG or JUnit

I am a dedicated Test Engineer with 5 years of experience in software testing and quality assurance.

• Experienced in creating test plans, test cases, and executing tests

• Proficient in using testing tools such as Selenium and JIRA

• Strong analytical and problem-solving skills

• Collaborative team player with excellent communication skills

Setting up a Linux environment involves installing the operating system, configuring network settings, and installing necessary software.

• Install Linux distribution (e.g. Ubuntu, CentOS)

• Configure network settings (IP address, DNS, etc.)

• Install necessary software (e.g. development tools, testing frameworks)

• Set up user accounts and permissions

Linux commands are used to interact with the Linux operating system through the command line interface.

• ls - list directory contents

• cd - change directory

• pwd - print working directory

• mkdir - make a new directory

• rm - remove files or directories

• cp - copy files or directories

• mv - move files or directories

• grep - search for patterns in files

• chmod - change file permissions

• sudo - execute a command as the superuser