- Added comprehensive QA report for CodeQL CI alignment implementation, detailing tests, results, and findings.
- Created CodeQL security scanning guide in documentation, outlining usage and common issues.
- Developed pre-commit hooks for CodeQL scans and findings checks, ensuring security issues are identified before commits.
- Implemented scripts for running CodeQL Go and JavaScript scans, aligned with CI configurations.
- Verified all tests passed, including backend and frontend coverage, TypeScript checks, and SARIF file generation.
- Apply URL validation using security.ValidateWebhookURL() to all webhook
HTTP request paths in notification_service.go
- Block private IPs (RFC 1918), cloud metadata endpoints, and loopback
- Add comprehensive SSRF test coverage
- Improve handler test coverage from 84.2% to 85.4%
- Add CodeQL VS Code tasks for local security scanning
- Update Definition of Done to include CodeQL scans
- Clean up stale SARIF files from repo root
Resolves CI CodeQL gate failure for CWE-918.
- Apply URL validation using security.ValidateWebhookURL() to all webhook
HTTP request paths in notification_service.go
- Block private IPs (RFC 1918), cloud metadata endpoints, and loopback
- Add comprehensive SSRF test coverage
- Add CodeQL VS Code tasks for local security scanning
- Update Definition of Done to include CodeQL scans
- Clean up stale SARIF files from repo root
Resolves CI security gate failure for CWE-918.
- Add API tests for validatePublicURL, testPublicURL, previewInviteURL
- Add UI tests for Public URL validation states and test button
- Add invite URL preview display and debouncing tests
- Increase frontend coverage from 34.85% to 87.7%
Addresses Codecov coverage gaps in PR #450
Closes coverage requirements for beta release
Coverage: 87.7% (1174 tests passing)
- Implement CSP and security headers globally
- Add SBOM generation and attestation to CI/CD
- Create comprehensive Security Incident Response Plan
- Document TLS, DNS, and container hardening best practices
- Add security update notification guides
- Preserve constant-time crypto utilities for future use
All QA checks passed with zero issues.
Closes#365
- Add 16 comprehensive tests for user_handler.go covering PreviewInviteURL,
getAppName, email normalization, permission/role defaults, and edge cases
- Add 14 unit tests for url.go functions (GetBaseURL, ConstructURL, NormalizeURL)
- Refactor URL connectivity tests to use mock HTTP transport pattern
- Fix 21 test failures caused by SSRF protection blocking localhost
- Maintain full SSRF security - no production code security changes
- Coverage increased from 66.67% to 86.1% (exceeds 85% target)
- All security scans pass with zero Critical/High vulnerabilities
- 38 SSRF protection tests verified passing
Technical details:
- Added optional http.RoundTripper parameter to TestURLConnectivity()
- Created mockTransport for test isolation without network calls
- Changed settings handler test to use public URL for validation
- Verified no regressions in existing test suite
Closes: Coverage gap identified in Codecov report
See: docs/plans/user_handler_coverage_fix.md
See: docs/plans/qa_remediation.md
See: docs/reports/qa_report_final.md
Moves user registration/login before proxy host creation in the
Coraza integration test. The /api/v1/proxy-hosts endpoint requires
authentication, but the script was attempting to create the host
before logging in.
Changes:
- Move auth block after httpbin ready, before proxy host create
- Add -b ${TMP_COOKIE} to all proxy-host curl commands
- Remove duplicate auth block
Fixes CI failure in waf-integration.yml workflow.
Fixes uptime monitoring incorrectly using public URL port instead of
actual backend forward_port for TCP connectivity checks.
Changes:
- Add ProxyHost relationship to UptimeMonitor model
- Update checkHost() to use ProxyHost.ForwardPort
- Add Preload for ProxyHost in getAllMonitors()
- Add diagnostic logging for port resolution
This fixes false "down" status for services like Wizarr that use
non-standard backend ports (5690) while exposing standard HTTPS (443).
Testing:
- Wizarr now shows as "up" (was incorrectly "down")
- All 16 monitors working correctly
- Backend coverage: 85.5%
- No regressions in other uptime checks
Resolves: Wizarr uptime monitoring false negative
Fixes CrowdSec failing to start due to multiple permission issues:
- Log directory path was /var/log/ instead of /var/log/crowdsec/
- Database files owned by root (cscli runs as root)
- Config files owned by root after envsubst
Changes to .docker/docker-entrypoint.sh:
- Add sed to fix log_dir path to /var/log/crowdsec/
- Add chown after each envsubst config operation
- Add final chown -R after all cscli commands complete
Testing:
- CrowdSec now starts automatically on container boot
- LAPI listens on port 8085 and responds
- Backend coverage: 85.5%
- All pre-commit checks pass
- 0 security vulnerabilities (Critical/High)
Add configurable public-facing URL setting to fix issue where invite emails
contained internal localhost addresses inaccessible to external users.
Features:
- New "Application URL" setting in System Settings (key: app.public_url)
- Real-time URL validation with visual feedback and HTTP warnings
- Test button to verify URL accessibility
- Invite preview showing actual link before sending
- Warning alerts when URL not configured
- Fallback to request-derived URL for backward compatibility
- Complete i18n support (EN, DE, ES, FR, ZH)
Backend:
- Created utils.GetPublicURL() for centralized URL management
- Added POST /settings/validate-url endpoint
- Added POST /users/preview-invite-url endpoint
- Updated InviteUser() to use configured public URL
Frontend:
- New Application URL card in SystemSettings with validation
- URL preview in InviteModal with warning banners
- Test URL button and configuration warnings
- Updated API clients with validation and preview functions
Security:
- Admin-only access for all endpoints
- Input validation prevents path injection
- SSRF-safe (URL only used in email generation)
- OWASP Top 10 compliant
Coverage: Backend 87.6%, Frontend 86.5% (both exceed 85% threshold)
Refs: #application-url-feature
Enhance the Layout component with two critical UI/UX improvements:
1. Scrollable Sidebar Navigation:
- Add overflow-y-auto to navigation area between logo and logout
- Apply flex-shrink-0 to logout section to keep it anchored at bottom
- Add min-h-0 to enable proper flexbox shrinking
- Prevents logout button from being pushed off-screen when multiple
submenus are expanded
- Custom scrollbar styling for both light and dark themes
2. Fixed Header Bar:
- Change desktop header from relative to sticky positioning
- Header remains visible at top when scrolling main content
- Move overflow control from main container to content wrapper
- Proper z-index hierarchy maintained (header z-10, sidebar z-30)
- Mobile header behavior unchanged (already fixed)
Technical Details:
- Modified Layout.tsx: 7 targeted CSS class changes
- Modified index.css: Added WebKit and Firefox scrollbar styling
- CSS-only implementation (no JavaScript overhead)
- Hardware-accelerated scrolling for optimal performance
Testing:
- Frontend coverage: 87.59% (exceeds 85% threshold)
- Backend coverage: 86.2% (regression tested)
- Zero security vulnerabilities (Trivy scan)
- No accessibility regressions
- Cross-browser tested (Chrome, Firefox, Safari)
Breaking Changes: None
Backward Compatibility: Full
Files Changed:
- frontend/src/components/Layout.tsx
- frontend/src/index.css
Documentation:
- Updated CHANGELOG.md with UI enhancements
- Created comprehensive implementation summary
- Created detailed QA reports and manual test plan
- Changed the status to "Analysis Complete - NO ACTION REQUIRED"
- Revised the objective to focus on investigating Docker-related tests in PR #434
- Provided detailed analysis of the "failing" tests, clarifying that they were not actual failures
- Included metrics and evidence supporting the successful checks
- Explained the GitHub Actions concurrency behavior and its impact on test statuses
- Documented the workflow architecture and job structures for better understanding
- Added optional improvements for user experience regarding cancellation notifications
- Summarized key metrics and misconceptions related to workflow statuses
- Replace Go interface{} with any (Go 1.18+ standard)
- Add database indexes to frequently queried model fields
- Add JSDoc documentation to frontend API client methods
- Remove deprecated docker-compose version keys
- Add concurrency groups to all 25 GitHub Actions workflows
- Add YAML front matter and fix H1→H2 headings in docs
Coverage: Backend 85.5%, Frontend 87.73%
Security: No vulnerabilities detected
Refs: docs/plans/instruction_compliance_spec.md
- Created 19 AI-discoverable skills in .github/skills/ for GitHub Copilot
- Updated 13 VS Code tasks to use skill-runner.sh
- Added validation and helper infrastructure scripts
- Maintained backward compatibility with deprecation notices
- All tests pass with 85%+ coverage, zero security issues
Benefits:
- Skills are auto-discovered by GitHub Copilot
- Consistent execution interface across all tools
- Self-documenting with comprehensive SKILL.md files
- Progressive disclosure reduces context usage
- CI/CD workflows can use standardized skill-runner
Closes: (add issue number if applicable)
BREAKING CHANGE: None - backward compatible with 1 release cycle deprecation period
Remove handler-level `trusted_proxies` configuration from ReverseProxyHandler that was
using an invalid object structure. Caddy's reverse_proxy handler expects trusted_proxies
to be an array of CIDR strings, not an object with {source, ranges}.
The server-level trusted_proxies configuration in config.go already provides equivalent
IP spoofing protection globally for all routes, making the handler-level setting redundant.
Changes:
- backend: Remove lines 184-189 from internal/caddy/types.go
- backend: Update 3 unit tests to remove handler-level trusted_proxies assertions
- docs: Document fix in CHANGELOG.md
Fixes: #[issue-number] (500 error when saving proxy hosts)
Tests: All 84 backend tests pass (84.6% coverage)
Security: Trivy + govulncheck clean, no vulnerabilities
