What is Use Case Testing? Technique, Examples

19/10/2023 0 By indiafreenotes

Use Case Testing is a software testing methodology focused on thoroughly testing the system by simulating real-life user interactions with the application. It aims to cover the entire system, transaction by transaction, from initiation to completion. This approach is particularly effective in uncovering gaps in the software that may not be evident when testing individual components.

In this context, a Use Case in Testing is a concise description of a specific interaction between a user or actor and the software application. It outlines the actions the user takes and how the software responds to those actions. Use cases play a crucial role in creating comprehensive test cases, especially at the system or acceptance testing level.

How to do Use Case Testing: Example

Example: Online Shopping System

Use Case: User Adds Item to Cart and Checks Out

  1. Identify the Use Case:
    • The use case is “User Adds Item to Cart and Checks Out.”
  2. Identify Actors:
    • Primary Actor: User
    • Secondary Actor: Payment Gateway, Inventory System
  3. Outline the Steps:
    • Step 1: User Logs In
      • Action: User enters credentials and logs in.
      • Expected Result: User is successfully logged in.
    • Step 2: User Searches and Selects an Item
      • Action: User enters search query, browses items, and selects an item.
      • Expected Result: Selected item is added to the cart.
    • Step 3: User Adds Item to Cart
      • Action: User clicks “Add to Cart” button.
      • Expected Result: Item is added to the cart.
    • Step 4: User Views Cart
      • Action: User clicks on the shopping cart icon.
      • Expected Result: User can view the selected item in the cart.
    • Step 5: User Proceeds to Checkout
      • Action: User clicks “Proceed to Checkout” button.
      • Expected Result: User is directed to the checkout page.
    • Step 6: User Enters Shipping and Payment Information
      • Action: User enters shipping address and selects a payment method.
      • Expected Result: Information is accepted without errors.
    • Step 7: User Confirms Order
      • Action: User reviews order details and clicks “Confirm Order” button.
      • Expected Result: Order is confirmed, and confirmation message is displayed.
    • Step 8: Payment is Processed
      • Action: Payment gateway processes the payment.
      • Expected Result: Payment is successful.
    • Step 9: Order is Placed
      • Action: System updates inventory and sends confirmation email.
      • Expected Result: Inventory is updated, and confirmation email is sent.
  1. Create Test Cases:
    • Based on the steps outlined above, create individual test cases for each action and expected result.
  2. Execute Test Cases:
    • Execute each test case, recording the actual results.
  3. Verify Results:
    • Compare the actual results with the expected results. Note any discrepancies.
  4. Report Defects:
    • If any discrepancies are found, report them as defects in the testing tool or management system.
  5. Retest and Regression Testing:
    • After defects are fixed, retest the affected areas. Additionally, perform regression testing to ensure that existing functionality is not affected.
  6. Conclude Testing:
    • Once all test cases have been executed and verified, conclude the Use Case Testing process.

Disclaimer: This article is provided for informational purposes only, based on publicly available knowledge. It is not a substitute for professional advice, consultation, or medical treatment. Readers are strongly advised to seek guidance from qualified professionals, advisors, or healthcare practitioners for any specific concerns or conditions. The content on intactone.com is presented as general information and is provided “as is,” without any warranties or guarantees. Users assume all risks associated with its use, and we disclaim any liability for any damages that may occur as a result.

CategoryTechnology Notes
TagsAcceptance Testing Accessibility Testing Ad-hoc Testing Agile Testing AI in Testing Alpha Testing API Testing Automated Testing Behavior Driven Development (BDD) Beta Testing Big Bang Testing Black Box Testing Bottom-Up Testing Boundary Value Analysis Branch Coverage Build Verification Testing (BVT) Cloud-Based Testing Code Coverage Tools Code Inspection Code Profiling Code Review Compatibility Matrix Compatibility Testing Configuration Management Continuous Delivery Continuous Integration Continuous Testing Control Flow Testing Cross-Browser Testing Data Driven Testing Database Testing Decision Table Testing Defect Life Cycle Defect Logging Defect Tracking Tools DevOps Testing Dynamic Testing Emulators for Testing Equivalence Partitioning Exploratory Testing Functional Testing Gorilla Testing Gray Box Testing Integration Testing IoT Testing Keyword Driven Testing Load Balancing Testing Load Testing Load Testing Tools Machine Learning in Testing Manual Testing Mobile Application Testing Mobile Device Farm Monkey Testing Mutation Testing Non-Functional Testing Non-Regression Testing Path Coverage Performance Profiling Performance Testing Regression Testing Regression Testing Suite Risk-Based Testing Sanity Testing Security Testing Security Testing Tools Smoke Testing Spiral Testing State Transition Testing Statement Coverage Static Testing Stress Testing System Testing Test Automation Frameworks Test Case Design Techniques Test Data Test Data Generation Tools Test Documentation Test Environment Test Environment Management Test Estimation Test Execution Test Execution Tools Test Management Tools Test Metrics Test Planning Test Planning Tools Test Reporting Test Reporting Tools Test Strategy Top-Down Testing Traceability Matrix Unit Testing Usability Heuristics Usability Testing User Acceptance Testing (UAT) User Experience (UX) Testing User Interface Testing V-Model Testing Virtual Machines for Testing Walkthrough Waterfall Testing Web Application Testing White Box Testing

Leave a Reply