Security Rating (D)

  • What it measures: Vulnerabilities and security weaknesses in your code
  • Rating scale: A (best) β†’ E (worst)
  • D Rating means: At least one High severity security issue exists
  • Common issues:
    • SQL injection vulnerabilities
    • Hard-coded credentials/passwords
    • Weak encryption/cryptography
    • Cross-site scripting (XSS)
    • Insecure deserialization
  • Impact: Security issues can be exploited by attackers

Reliability Rating (D)

  • What it measures: Bugs and issues that could cause system failures
  • Rating scale: A (best) β†’ E (worst)
  • D Rating means: At least one High severity reliability issue exists
  • Common issues:
    • Null pointer dereferences
    • Resource leaks (memory, file handles)
    • Infinite loops
    • Incorrect exception handling
    • Race conditions
  • Impact: Reliability issues can cause crashes or unexpected behavior

Maintainability Rating (A)

  • What it measures: Technical debt and code quality issues
  • Rating scale: A (best) β†’ E (worst)
  • A Rating means: Excellent! Relatively low technical debt compared to codebase size
  • What it considers:
    • Code smells/complexity
    • Duplicated code
    • Comment density
    • Test coverage
    • Rule violations
  • Positive indicator: Your code is relatively clean and easy to maintain

Open Issues

  • Security: 1 open issue (likely a High severity vulnerability)
  • Reliability: 64 open issues (some are High severity)
  • Maintainability: 283 open issues (mostly minor code smells)

Coverage (0.0%)

  • What it is: Percentage of code covered by unit tests
  • Current state: 0.0% - No unit tests are covering your code
  • Lines to cover: 18,000 lines of code that need test coverage
  • Why it matters:
    • Tests ensure code works correctly
    • Tests prevent regression bugs
    • Tests document expected behavior
    • Essential for refactoring and maintenance

Duplications

  • What it measures: Repeated code blocks
  • Impact:
    • Maintenance overhead (fix bugs in multiple places)
    • Code bloat
    • Inconsistent changes
  • Best practice: Keep duplication under 3-5%

Accepted Issues (0)

  • What it is: Issues that were reviewed and accepted as β€œwon’t fix”
  • Current state: 0 means you haven’t marked any issues as acceptable
  • Good practice: Use this for issues that are false positives or intentionally designed

Valid Issues (0)

  • What it is: Issues that were confirmed as real problems but not fixed
  • Current state: 0 means either all issues are being addressed or not reviewed yet

Priority Recommendations

Immediate Action Required πŸ”΄

  1. Fix the High severity Security issue - This is critical
  2. Fix the High severity Reliability issues - Prevent system crashes
  3. Add unit tests - Start with critical business logic

Medium Term 🟑

  1. Address remaining Reliability issues (64 total)
  2. Reduce code duplications if significant
  3. Monitor Maintainability - Keep it at A

Long Term 🟒

  1. Establish test coverage target (aim for 70-80%)
  2. Implement CI/CD with quality gates
  3. Regular SonarQube reviews

How to Improve

# 1. Analyze specific issue types
# Security issues
sonar-scanner -Dsonar.issues.include=SECURITY
 
# Reliability issues
sonar-scanner -Dsonar.issues.include=RELIABILITY
 
# 2. Focus on specific severities
# Show only Blocker, Critical, Major issues
sonar-scanner -Dsonar.issues.severities=BLOCKER,CRITICAL,MAJOR