[USER-027][VALI-004] Add login test cases and refine P01_hello.py#5
[USER-027][VALI-004] Add login test cases and refine P01_hello.py#5Sindhu1702013 merged 4 commits intomasterfrom
P01_hello.py#5Conversation
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Functional AssessmentVerdict: ❌ Incomplete
🧠 User Story ID: USER-027-A — User Story - Subtraction Operation📝 Feature CompletenessThe Requirement was.. The system must accurately calculate the difference between two numbers, handling positive, negative, and zero values. This is what is built... Hardcoded subtraction logic exists. New changes added a division operation, which is unrelated to the subtraction requirement. 📊 Implementation Status
❌ Gaps & Issues
🧠 User Story ID: VALI-004-A — User Authentication with Email and Password📝 Feature CompletenessThe Requirement was.. Registered users must be able to log in with valid email/password and receive generic error messages for failures. This is what is built... Basic class structure exists for login, but no new logic was added to handle redirection or generic error messages. 📊 Implementation Status
❌ Gaps & Issues
🧠 User Story ID: VALI-004-B — Account Locking After Consecutive Failed Logins📝 Feature CompletenessThe Requirement was.. System must lock accounts after 3 failed attempts and display a specific 'account locked' message. This is what is built... Logic for incrementing failed attempts and locking exists. New changes added more test cases (TC4-TC6) to verify the locking behavior. 📊 Implementation Status
❌ Gaps & Issues
🧠 User Story ID: VALI-004-C — Administrative Account Unlock Process📝 Feature CompletenessThe Requirement was.. IT support must be able to manually unlock accounts via database manipulation, resetting counters to zero. This is what is built... No implementation found for administrative unlocking or database scripts. 📊 Implementation Status
❌ Gaps & Issues
🎯 Conclusion & Final AssessmentImportant 🟢 Completed Features: Key completed features include none. The implementation remains in a partial state with hardcoded values and in-memory logic. |
⚙️ DevOps and Release Automation🟡 Status: PassedThe review identified that the previously flagged issue of hardcoded credentials in 'Programs/login.py' persists and has been expanded with additional hardcoded test cases. While this does not block deployment, it continues to represent a security risk by keeping credentials in source control. No new critical issues were found. 🟡 Recommended Improvements
Important Please carefully assess each DevOps and migration violation's impact before proceeding to ensure smooth transitions between environments. |
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| print("TC5:", app.login("user@test.com", "Password@123")) # Locked account case | ||
| print("TC6:", app.login("user@test.com", "Password@123")) # Locked account case |
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Hardcoded Test Credentials
I see the issue of hardcoded credentials like user@test.com and Password@123 is still present from the last review, and more instances have been added. Committing any credentials to version control is a security risk as it can expose username formats and password patterns.
Let's move these test credentials out of the code. They should be loaded from a configuration file (e.g., .env, config.ini) that is excluded from version control via .gitignore, or injected as environment variables during test execution.
🔍 Technical Quality Assessment📋 SummaryThis update improves our login system's security by adding new checks for locked accounts and cleans up some internal calculations. While these changes aim to make the system more reliable, some of the new tests are confusingly written and redundant, which could lead to maintenance headaches later. 💼 Business Impact
🎯 Purpose & Scope
📊 Change AnalysisFiles by Category:
Impact Distribution:
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| File | Status | Description | Impact | Issues Detected |
|---|---|---|---|---|
Programs/login.py |
Modified ( +3/ -0) | Added three new test cases (TC4, TC5, TC6) to validate account locking behavior in the login module. | Medium – The new test cases introduce logical inconsistencies and redundancy, which can lead to unreliable test results and maintenance confusion. | 2 |
Programs/P01_hello.py |
Modified ( +2/ -0) | The current commit introduces a division operation and its corresponding print statement. This follows a previous refactor that improved variable naming and added subtraction logic. | Medium – The addition of a division operation introduces a potential runtime risk (ZeroDivisionError) if the divisor is not validated, although the current hardcoded values are safe. | 1 |
| print(app.login("wrong@test.com", "123")) # Test case 2 | ||
| print(app.login("wrong@test.com", "123")) # Test case 3 (locks account) | ||
| print(app.login("user@test.com", "Password@123")) # Should fail because account is locked | ||
| print("TC4:", app.login("wrong@test.com", "123")) # This will now lock |
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I notice a bit of a contradiction in the test logic here. Line 31's comment says it locks the account, and line 32 expects a locked state, but then line 33's comment says 'This will now lock'. This inconsistency makes it unclear what the actual locking threshold is and whether the tests are validating the correct state. We should align the comments and sequence to reflect the intended behavior.
| print("TC4:", app.login("wrong@test.com", "123")) # This will now lock | |
| print("TC4:", app.login("wrong@test.com", "123")) # Attempt on already locked account |
| print(app.login("user@test.com", "Password@123")) # Should fail because account is locked | ||
| print("TC4:", app.login("wrong@test.com", "123")) # This will now lock | ||
| print("TC5:", app.login("user@test.com", "Password@123")) # Locked account case | ||
| print("TC6:", app.login("user@test.com", "Password@123")) # Locked account case |
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JAS - Just a suggestion
I spotted that TC5 and TC6 are performing the exact same check—logging in with correct credentials on a locked account. Since they use the same parameters and expect the same state, TC6 doesn't add any new coverage. We can remove the duplicate to keep the test suite clean and efficient.
| b=20 | ||
| increment_value=20 | ||
| difference = increment_value - base_value | ||
| divide_value = increment_value / base_value |
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Security/Robustness: Potential ZeroDivisionError
The new division operation uses base_value as a divisor. While currently hardcoded to 10, if this logic is later modified to accept dynamic input, it could cause a crash if the divisor is zero.
| divide_value = increment_value / base_value | |
| divide_value = increment_value / base_value if base_value != 0 else 0 |
Reasons & Gaps
Reasons
- Division by zero is a common runtime error that leads to application crashes
- Implementing a check ensures the function remains robust if inputs become dynamic
- Prevents unhandled exceptions in mathematical operations
Gaps
- The values are currently hardcoded constants, making the risk theoretical in the current static context.
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| Coding Standard | Violations | Citation |
|---|---|---|
Function naming convention |
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JAS - Just a suggestion
Appmod Quality Check: PASSED✅✅ Quality gate passed - This pull request meets the quality standards. 📊 Quality Metrics
🎯 AssessmentReady for merge - All quality checks have passed successfully. 📋 View Detailed Report for comprehensive analysis and recommendations. Automated by Appmod Quality Assurance System |
1 participant
Programs/login.pyto further validate the login functionality.TC4,TC5, andTC6to cover scenarios related to account locking and attempts to log in with a locked account.Programs/P01_hello.pyby renaming the variablebtoincrement_valuefor improved readability.justPrintfunction inP01_hello.pyto explicitly print the result of the subtraction operation.justPrintinP01_hello.pyfor demonstration purposes.[email-to: sindhuja.golagani@techolution.com]