- Updated API to support Telegram as a notification provider type.
- Enhanced tests to cover Telegram provider creation, updates, and token handling.
- Modified frontend forms to include Telegram-specific fields and validation.
- Added localization strings for Telegram provider.
- Implemented security measures to ensure bot tokens are not exposed in API responses.
- Implemented email notification functionality in the NotificationService.
- Added support for rendering email templates based on event types.
- Created HTML templates for various notification types (security alerts, SSL events, uptime events, and system events).
- Updated the dispatchEmail method to utilize the new email templates.
- Added tests for email template rendering and fallback mechanisms.
- Enhanced documentation to include email notification setup and usage instructions.
- Introduced end-to-end tests for the email notification provider in the settings.
Unifies the two previously independent email subsystems — MailService
(net/smtp transport) and NotificationService (HTTP-based providers) —
so email can participate in the notification dispatch pipeline.
Key changes:
- SendEmail signature updated to accept context.Context and []string
recipients to enable timeout propagation and multi-recipient dispatch
- NotificationService.dispatchEmail() wires MailService as a first-class
provider type with IsConfigured() guard and 30s context timeout
- 'email' added to isSupportedNotificationProviderType() and
supportsJSONTemplates() returns false for email (plain/HTML only)
- settings_handler.go test-email endpoint updated to new SendEmail API
- Frontend: 'email' added to provider type union in notifications.ts,
Notifications.tsx shows recipient field and hides URL/token fields for
email providers
- All existing tests updated to match new SendEmail signature
- New tests added covering dispatchEmail paths, IsConfigured guards,
recipient validation, and context timeout behaviour
Also fixes confirmed false-positive CodeQL go/email-injection alerts:
- smtp.SendMail, sendSSL w.Write, and sendSTARTTLS w.Write sites now
carry inline codeql[go/email-injection] annotations as required by the
CodeQL same-line suppression spec; preceding-line annotations silently
no-op in current CodeQL versions
- auth_handler.go c.SetCookie annotated for intentional Secure=false on
local non-HTTPS loopback (go/cookie-secure-not-set warning only)
Closes part of #800
The test used a 5ms TTL with a 10ms wall-clock sleep to simulate cache
expiry. On loaded CI runners (Azure eastus), the repull HTTP round-trip
plus disk I/O for Store easily exceeded 5ms, causing the freshly written
cache entry to also appear expired when Load was called immediately after,
producing a spurious 'cache expired' error.
HubCache already exposes a nowFn field for deterministic time injection.
Replace the sleep-based approach with a nowFn that advances the clock 2
hours, making the initial entry appear expired to Apply while keeping the
freshly re-stored entry (retrieved_at ≈ now+2h, TTL=1h) valid for the
final assertion.
Two unit tests cover the code paths introduced when email was registered
as a recognised notification provider type in Stage 2.
- TestSendExternal_EmailProviderSkipsJSONTemplate exercises the goroutine
warn path where an enabled email provider passes isDispatchEnabled but
fails supportsJSONTemplates, producing a warning log without panicking
- TestTestProvider_EmailRejectsJSONTemplateStep asserts TestProvider
returns a clear error for email providers because the JSON template
dispatch path does not apply to email delivery
Patch coverage: 6/6 changed lines covered (100%)
After email was recognised as a supported provider type, the existing
rejection assertion for unsupported types incorrectly included email
in its denial list, causing a nil-dereference panic.
- Remove email from the unsupported-type rejection list and cover it
in the accepted-types path instead
- Correct allFeaturesEnabled fixture to set email flag to true, keeping
the fixture semantically consistent with all other service flags
Add email as a recognized, feature-flagged notification service type.
The flag defaults to false and acts as a dispatch gate alongside the
existing discord, gotify, and webhook notification service flags.
- Add FlagEmailServiceEnabled constant to the notifications feature flag
registry with the canonical key convention
- Register the flag in the handler defaults so it appears in the feature
flags API response with a false default
- Recognise 'email' as a supported notification provider type so that
providers of this type pass the type validation gate
- Gate email dispatch on the new flag in isDispatchEnabled() following
the same pattern as gotify and webhook service flags
- Expand the E2E test fixtures FeatureFlags interface to include the new
flag key so typed fixture objects remain accurate
No email message dispatch is wired in this commit; the flag registration
alone makes the email provider type valid and toggleable.
Remove all deprecated Shoutrrr integration artifacts and dead legacy fallback
code from the notification subsystem.
- Remove legacySendFunc field, ErrLegacyFallbackDisabled error, and
legacyFallbackInvocationError() from notification service
- Delete ShouldUseLegacyFallback() from notification router; simplify
ShouldUseNotify() by removing now-dead providerEngine parameter
- Remove EngineLegacy engine constant; EngineNotifyV1 is the sole engine
- Remove legacy.fallback_enabled feature flag, retiredLegacyFallbackEnvAliases,
and parseFlagBool/resolveRetiredLegacyFallback helpers from flags handler
- Remove orphaned EmailRecipients field from NotificationConfig model
- Delete feature_flags_coverage_v2_test.go (tested only the retired flag path)
- Delete security_notifications_test.go.archived (stale archived file)
- Move FIREFOX_E2E_FIXES_SUMMARY.md to docs/implementation/
- Remove root-level scan artifacts tracked in error; add gitignore patterns to
prevent future tracking of trivy-report.json and related outputs
- Update ARCHITECTURE.instructions.md: Notifications row Shoutrrr → Notify
No functional changes to active notification dispatch or mail delivery.
- Implemented middleware to restrict access for passthrough users in management routes.
- Added unit tests for management access requirements based on user roles.
- Updated user model tests to include passthrough role validation.
- Enhanced frontend user management to support passthrough role in invite modal.
- Created end-to-end tests for passthrough user access restrictions and navigation visibility.
- Verified self-service profile management for admins and regular users.
- Wrapped the Settings component in RequireRole to enforce access control for admin and user roles.
- Introduced a new custom hook `useFocusTrap` to manage focus within modal dialogs, enhancing accessibility.
- Applied the focus trap in InviteModal, PermissionsModal, and UserDetailModal to prevent focus from leaving the dialog.
- Updated PassthroughLanding to focus on the heading when the component mounts.
- Changed user role representation from string to UserRole type in User model.
- Updated role assignments in various services and handlers to use the new UserRole constants.
- Modified middleware to handle UserRole type for role checks.
- Refactored tests to align with the new UserRole type.
- Added migration function to convert legacy "viewer" roles to "passthrough".
- Ensured all role checks and assignments are consistent across the application.
