QA Process Overview

1. Introduction

• Purpose of QA Documentation:
  • This documentation aims to ensure a standardized QA process across all projects, focusing on delivering high-quality software. It outlines each phase of testing, tools used, metrics for success, and the roles involved.
• Scope:
  • This document covers all QA activities from requirements analysis to release. It does not include post-release maintenance, although it highlights the QA handover to production.

2. QA Process Overview

• Workflow:
  • Flowchart of the QA process will be like below,
    • Requirements Analysis → Test Planning → Test Case Design → Environment Setup → Test Execution → Defect Tracking → Regression Testing → Release Sign-off.
• Stages of QA Process:
  • Requirements Analysis: Review product requirements to ensure they are complete, clear, and testable. Identify any ambiguities and work with stakeholders to clarify.
  • Test Planning: Define the test strategy, scope, objectives, test types, resources, tools, schedules, and risks. Based on the Project deliverable , Create a test plan document for alignment with the team.
  • Test Case Design: Develop test scenarios/cases based on requirements. Define inputs, actions, expected results, and pass/fail criteria. Use naming conventions for test cases for consistency.
  • Environment Setup: Ensure the test environment mimics production to capture real-world issues. Prepare test data, configure environments, and verify connectivity and performance.
  • Test Execution: Execute tests, document results, and note issues. Prioritize testing based on critical paths, dependencies, and business impact.
  • Defect Reporting & Tracking: Log defects in the tracking system with details like severity, priority, and reproduction steps. Track resolution progress and update status as needed.
  • Regression Testing: Re-run tests in areas impacted by recent changes to ensure no new defects are introduced.
  • Sign-off & Reporting: After successful testing, prepare summary reports and obtain approvals from stakeholders. Attach required test reports and metrics to provide comprehensive go ahead for sign-off.

3. Test Types & Strategies

• Manual or Functional Testing:
  • Performed by QA analysts without automated tools. Used for exploratory, ad-hoc, and UI testing to ensure software behaves as expected in real-world scenarios.
• Automated Testing:
  • Use automation frameworks (e.g., Cypress, Selenium) for repetitive tasks, smoke tests, regression testing, and continuous integration testing. Maintain scripts to reflect changes in functionality.
• Performance Testing:
  • Include load testing (system behavior under heavy load), stress testing (beyond normal limits), and endurance testing (over long periods).
• Security Testing:
  • Check for vulnerabilities like SQL injection, XSS, and unauthorized access. Run penetration tests and apply secure coding practices.
• Other Testing Types:
  • Include compatibility testing (across browsers and devices), usability testing (end-user feedback), and API testing for backend validation.

4. Test Tools and Environments

• Tools:
  • Test Management: Jira, TestRail - for tracking test cases, plans, and execution.
  • Defect Tracking: Jira, Bugzilla - for logging and managing defects.
  • Automation: Cypress, Selenium, Postman, JUnit - for executing automated scripts and API testing.
  • Note: In SMDS applications, we use Jira for Test Case and Defect management and Cypress for UI and Bruno for API Automation.
• Environment:
  • Maintain configurations to simulate production, including database, network settings, and user permissions. Document access procedures, and regularly monitor and refresh test data.

5. Defect Management Process

• Defect Logging:
  • Log defects with attributes such as ID, title, environment, severity, priority, steps to reproduce, screenshots, and version details.
• Defect Triage:
  • Review defects for validity, prioritize based on business impact, and assign to developers.
• Defect Resolution and Retesting:
  • Track defects to closure, verify fixes, and ensure retests align with the fix.

6. Reporting and Metrics

• Test Coverage Reports:
  • Generate coverage reports indicating which requirements are covered by tests. Track the percentage of test cases executed and passed.
• Defect Density & Trends:
  • Analyze defect frequency, types, and areas of occurrence to identify improvement areas.
• Test Execution Summary:
  • Summarize total tests executed, pass/fail ratio, critical bugs, and testing duration.
• Release Readiness Metrics:
  • Outline the acceptance criteria for release, including total open defects, critical defect count, and test pass percentage.

7. Best Practices & Standards

• Coding Standards for Test Scripts:
  • Ensure consistent naming, modular design, and error handling in test scripts.
• Documentation Standards:
  • Use templates for test cases, defect reports, and status updates. Establish naming conventions.
• Testing Best Practices:
  • Encourage early testing, reusability of test cases, risk-based testing, and regular regression testing.