Software Testing and Agility
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It covers the Agile software development and how effectively use testing technique in Agile environment. Its helps to understand what is agility in software testing and the roll of whole team in agile software development. Without automation software testing agility not completed, slides covers when we go for automation and when need aware.
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- Testing was considered equally important as development. Test size was tied directly to product size and untested work was not considered completed. Automated unit and regression testing occurred in each iteration.
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Continuous integration (CI) allows you to check the quality of your project on every developer commit. It's a key part of any Agile environment.
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COURSE IS NOW FULLY AVAILABLE AND LIVE HERE: https://goo.gl/gVukvc
What you will learn in this second section
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Change-related testing
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Access my blog for much more material and the mock exams.
www.rogeriodasilva.com
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Software Testing and Agility
- 1. SOFTWARE TESTING AND AGILITY ZAID SHABBIR
- 2. ZAID SHABBIR TRADITIONAL VS AGILE SDLC Requirement Analysis & Design Coding Testing Release Traditional Water Fall Agile - SCRUM
- 3. ZAID SHABBIR TRADITIONAL SDLC - TESTING AS A PHASE ▸ First code then test ▸ Separate coding and testing teams ▸ Heavyweight process ▸ Automation after coding
- 4. ZAID SHABBIR TESTING IN AGILE ENVIRONMENT ▸ Whole team approach ▸ The team commitment to quality ▸ Team responsible for testing ▸ Testers get support and training ▸ Developers do testing activities ▸ Coding and testing treat as single process ▸ Feedback and collaboration is key ▸ Test driven development ▸ Exploratory testing
- 6. ZAID SHABBIR ROLE OF TESTER IN AGILE ▸ Project Initiation: get understanding of a project ▸ Release planning: participate in estimating stories and create test plan ▸ Iterations (1 … n ): ▸ Write and execute test cases ▸ Pair test with other testers and developers ▸ Automate new functional test cases ▸ Run automated regression test cases
- 7. ZAID SHABBIR ROLE OF TESTER IN AGILE … ▸ System Test: ▸ Perform load, performance and stress test ▸ Complete regression test ▸ User acceptance testing (UAT) ▸ Participate in release readiness ▸ Release product and support: ▸ Participate in release product ▸ Participate in postmortem
- 8. ZAID SHABBIR ROLE OF TESTER IN AGILE … ▸ Development = Testing + Coding ▸ Write test, Write code, test ▸ Automate maximum test as possible so that spare time for exploration ▸ Team plan testing activities (All four quadrants)
- 10. ZAID SHABBIR TEST AUTOMATION PYRAMID
- 11. ZAID SHABBIR TESTING LEVELS ▸ Unit Testing / Component Testing ▸ Integration Testing ▸ System Testing ▸ Acceptance Testing ▸ User acceptance testing ▸ Operational testing ▸ Contract and regulations acceptance verification ▸ Alpha / Beta Testing
- 12. ZAID SHABBIR TESTING LEVELS - UNIT/COMPONENT TESTING ▸ It covers functional or non-functional verification of software module, sub programs, objects, classes etc. ▸ Unit testing covers ▸ Functional verification of unit or modules ▸ Memory leaks ▸ Robust ness test ▸ Security verification ▸ Unit testing occurs with access to the code and with support of development environment (Unit test framework or debugging tools) ▸ In Agile TDD use for unit/component verification, In this approach automated test cases written before the actual code
- 13. ZAID SHABBIR TESTING LEVELS - INTEGRATION TESTING ▸ Component integration testing tests the interactions between software components ▸ System integration testing tests the interactions between different systems or between hardware and software and may be done after system testing ▸ Greater the integration scope defects troubleshooting is more difficult ▸ Integration testing covers inter module/system communication and its impact ▸ Components/System architect and its integration plan provide the lines of integration verification
- 14. ZAID SHABBIR TESTING LEVELS - SYSTEM TESTING ▸ System testing concerned with the whole behavior of system or product ▸ System testing should cover functional and non-functional requirements ▸ Tester should cover documented and undocumented requirements ▸ Both White box and Black testing can be use in system testing
- 15. ZAID SHABBIR TESTING LEVELS - ACCEPTANCE TESTING ▸ Acceptance testing is the responsibility of customer, users of the system, product management or other stakeholders ▸ The main goal is to establish the confidence of end users w.r.t to functional and some how non-functional aspects ▸ Acceptance testing may occur at various time like ▸ Acceptance testing of the usability of a component may be done during component testing ▸ Acceptance testing of a new functional enhancement may come before system testing ▸ A large-scale system integration test may come after the acceptance test for a system
- 16. ZAID SHABBIR TESTING LEVELS - ACCEPTANCE TESTING - USER ACCEPTANCE ▸ User acceptance testing covers either the business needs cover or not in the development feature, component or system.
- 17. ZAID SHABBIR TESTING LEVELS - ACCEPTANCE TESTING - OPERATIONAL ACCEPTANCE ▸ Operational acceptance testing covers the the acceptance of the system by the system administrator with different perspective ▸ Testing of backup/restore ▸ Disaster recovery ▸ User management ▸ Maintenance tasks ▸ Data load and migration tasks ▸ Periodic checks of security vulnerabilities
- 18. ZAID SHABBIR TESTING LEVELS - ACCEPTANCE TESTING - CONTRACT AND REGULATION ACCEPTANCE ▸ Contract acceptance testing is performed against a contract’s acceptance criteria for producing custom-developed software. Acceptance criteria should be defined when the parties agree to the contract ▸ Regulation acceptance testing is performed against any regulations that must be adhered to, such as government, legal or safety regulations
- 19. ZAID SHABBIR TESTING LEVELS - ACCEPTANCE TESTING - ALPHA & BETA ▸ Alpha testing perform within the development organization but not in the development team ▸ Beta testing or field testing performed by targeted customer on their own environment
- 20. ZAID SHABBIR ISO 9126 SOFTWARE QUALITY CHARACTERISTICS ISO 9126 FUNCTIONALITY SUITABILITY ACCURACY INTERPRETABILITY COMPLIANCE SECURITY RELIABILITY FAULT TOLERANCE RECOVERABILITY USABILITY UNDERSTANDABILITY LEARNABILITY EFFICIENCY TIME BEHAVIOR RESOURCE BEHAVIOR MAINTAINABILITY ANALYZABILITY CHANGEABILITY STABILITY TESTABILITY PORTABILITY ADAPTABILITY INSTALL-ABILITY CONFORMANCE REPLACEABILITY