Fundamentals of Agile Test Automation
ICAgile Certified Professional - Agile Test Automation (ICP-ATA)
Description
Explore the many ways automation supports agile testing activities in this introductory course. Learn automation techniques that improve regression testing, story and feature testing, and continuous integration. The class reviews test automation purpose, theory, and principles, as well as how test automation is implemented in diverse organizations.
This course provides real-world, vendor-neutral examples of agile test automation approaches and tools. Examples of automated tests for Test-Driven Development (TDD), Acceptance Test-Driven Development (ATDD), and Behavior-Driven Development (BDD) are covered, along with example test descriptions, source code samples, and example test scripts.
Key takeaways from this class include:
- Exploring strategies for integrating automation within the agile lifecycle.
- Understanding how to collaborate with business analysts, developers, and customers to integrate automation into your team's workflow.
- Working without the need for separate, independent test automation teams.
- Exploring how complex non-functional testing can be automated within a sprint.
Class Times
- Live Virtual: 10:30am-5pm ET
- Public: 8:30am-5pm local time
Who Should Attend
This course is for all agile team members and those involved in the process of building, testing, and deploying software. Product owners, managers, and other business leaders will gain important insights into the benefits and trade-offs related to agile test automation. No specific prerequisites are assumed, and technical concepts are explained; however, attendees are expected to have some agile knowledge or experience.
Course Completion and Certification
Successful attendees of this course are awarded the ICAgile Certified Professional in Agile Test Automation (ICP-ATA). Additionally, certified attendees are listed on the ICAgile website, indicating their designation. Coveros recommends Agile Fundamentals - ICAgile Certified Professional (ICP) and Agile Tester Certification for those seeking the ICP-ATA designation. The ICAgile certification fee is included with your registration for your convenience.
About the ICAgile
The International Consortium for Agile's goal is to foster thinking and learning around agile methods, skills, and tools. ICAgile, working with experts and organizations across agile development specialties, has captured specific learning objectives for different agile development paths and placed them on the learning roadmap. For more information, visit www.icagile.com.
Preparation
This class involves hands-on activities using sample software to facilitate learning. Each student should bring a laptop with a Remote Desktop Protocol (RDP) client preinstalled. Connection specifics and credentials are supplied during class. Please verify permissions with your IT administrator before class. If you or your administrator have questions about the applications involved, contact the Coveros Client Support team.
Course Duration and Schedule
Two-Day Format
8:30 AM - 4:30 PM each day with a 1-hour lunch break and morning and afternoon breaks.
Three-Day Format
11:30 AM - 5:00 PM each day with afternoon breaks.
Upcoming Training
âś“ Guaranteed to Run
Course Outline
Session 1: Introduction to Test Automation
- What it is
- Risks
- How testing creates value
- How automated testing creates value
Session 2: Agile Development and Testing
- Recap on agile manifesto
- Agile testing quadrants
- Team-based testing
Session 3: Test Automation Techniques
- Frameworks overview
- Unit testing
- Unit test exercise
- UI testing
- Kantu exercise
- UI testing exercise
- API testing
- API exercise
- System and acceptance tests
- Exercises
- Intro to Cucumber
- Cucumber in action
- A new scenario
- Adding a feature
Session 4: Database Testing and Managing Test Data
- Database exercises
- Non-functional test automation
Session 5: Test Automation Strategy
- What to automate
- Best practices
- Integration into CI
- Continuous integration exercise
- Static code analysis
- Static analysis exercise
- Dynamic code analysis
- Successful code analysis implementation
- Test orbits
- Test orbit exercise
- Planning for automation
- Automation tool selection
- Staffing strategies
- Planning - illustrate the system
- Why does automation fail?
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