2. TABLE OF
CONTENT
01
02
04
05
INTRODUCTION
TRADITIONAL TESTING VS.
CODELESS TESTING
03
06
CONCEPTS OF CODELESS
AUTOMATION TESTING
BEST PRACTICES FOR
SUCCESSFUL CODELESS
AUTOMATION TESTINGG
POPULAR CODELESS
AUTOMATION TESTING TOOLS
BENEFITS OF CODELESS
AUTOMATION TESTING
07 CONCLUSION
3. INTRODUCTION
Automating software testing without extensive code.
It uses intuitive interfaces and visuals for creating,
executing, and maintaining test scripts.
DEFINITION
IMPORTANCE
Crucial role in enhancing testing efficiency, speed,
and accuracy.
Enables rapid test creation, reduces dependency
on programming skills, and fosters team
collaboration.
4. TRADITIONAL TESTING VS.
CODELESS TESTING
Manual Scripting: Writing complex scripts in Java, Python, or JavaScript, which is time-consuming and
error-prone.
High Maintenance: Scripts need frequent updates to match changes in the application, leading to high
maintenance overhead.
Skill Dependency: Testers require proficient coding skills, limiting participation and collaboration.
TRADITIONAL TESTING
5. Ease of Use: Intuitive interfaces and drag-and-drop functionality make test creation effortless.
Faster Test Creation: Visual elements enable quick test case development, reducing script writing
time.
Reduced Maintenance: Changes to test cases can be made visually, minimizing maintenance efforts.
Improved Collaboration: Encourages collaboration among testers, developers, and stakeholders with
easy-to-understand visual representations.
CODELESS AUTOMATION TESTING
6. CONCEPTS OF CODELESS
AUTOMATION TESTING
Codeless automation testing tools feature intuitive drag-and-drop interfaces, allowing users to
effortlessly build test scenarios by simply dragging testing components onto a workspace.
Users can interact with elements such as buttons, fields, dropdowns, and checkboxes visually, without
the need for manual coding.
DRAG-AND-DROP INTERFACE
7. Codeless automation testing facilitates the creation of test workflows through visual representations.
Testers can design workflows by arranging testing components and defining the sequence of actions in
a graphical manner.
Visual workflows provide a clear understanding of the test execution flow, making it easier to design
and maintain complex test scenarios.
VISUAL WORKFLOW CREATION
9. BENEFITS OF CODELESS
AUTOMATION TESTING
INCREASED ACCESSIBILITY: NO CODING SKILLS REQUIRED, EXPANDS WHO CAN CREATE AUTOMATED TESTS [7].
1.
FASTER TEST CREATION: RECORD AND PLAYBACK FUNCTIONALITY REDUCES DEVELOPMENT TIME [5].
2.
REDUCED MAINTENANCE COSTS: EASIER TO MAINTAIN TESTS COMPARED TO CODED SCRIPTS [4].
3.
IMPROVED TEAMWORK: ENABLES BETTER COLLABORATION BETWEEN TESTERS AND NON-TECHNICAL TEAM MEMBERS
[6].
4.
FREES UP RESOURCES: TESTERS CAN FOCUS ON EXPLORATORY TESTING AND INNOVATION WHILE AUTOMATION
HANDLES REPETITIVE TASKS [3].
5.
FASTER TIME TO MARKET: QUICKER TEST CYCLES LEAD TO QUICKER PRODUCT RELEASES [2]
6.
10. BEST PRACTICES FOR CODELESS
AUTOMATION TESTING
Understanding the AUT ensures that test scenarios are accurately designed to cover critical aspects of the
application.
UNDERSTAND APPLICATION UNDER TEST (AUT)
Design test cases in a modular fashion to improve efficiency and scalability of the test suite.
CREATE MODULAR TEST CASES
11. Conclusion
Key Points
Codeless automation testing simplifies test
automation without extensive coding.
Benefits include faster testing, reduced
maintenance, and better teamwork.
Best practices are crucial for success:
understanding the app, modular tests, and
updates.
Challenges like customization limits and
learning curves exist but can be managed.
