The template accessed if_in_octets/if_out_octets directly on the
Interface struct, but these fields live on InterfaceStat. Access
through interface.latest_stat with nil guard to prevent KeyError
when the association is not loaded.
Allow superadmins to override free device limits and per-device pricing
on a per-organization basis. Overrides cascade through subscription
limits, billing calculations, and user-facing settings display.
- Add custom_free_device_limit and custom_price_per_device to organizations
- Add billing_override_changeset with validation
- Update SubscriptionLimits.effective_device_limit to respect overrides
- Update Billing to use effective free count and price per device
- Add Admin.update_billing_overrides with audit logging
- Add override editing UI to /admin/organizations
- Update org settings page to show effective limits/pricing
Add WATCHTOWER_SCOPE=towerops environment variable to generated
docker-compose templates. This prevents Watchtower from monitoring
unrelated containers on the same Docker host (e.g., Dokku apps).
Without scope filtering, Watchtower would attempt to monitor all
containers with watchtower.enable=true label, causing warnings
for missing images and unnecessary monitoring overhead.
- main branch: auto-deploy to Dokku staging
- production branch: build Docker image and deploy to K8s production
- Add DEPLOYMENT.md with workflow documentation
- Create production branch for manual production deployments
Breaking change: pushing to main no longer deploys to production
- Test empty activity list
- Test preseem sync logs with correct DateTime format
- Test duration formatting with integer precision
- Test sync logs without duration
- Test grouping by minute
- Test sorting by timestamp descending
- Test limit parameter
- Test date range filtering
- Test organization isolation
- Test different sync statuses (success, failed, partial)
- Test count_by_type functionality
- date_trunc fragment returns NaiveDateTime without timezone
- Convert to UTC DateTime before returning from preseem sync query
- Fixes DateTime.compare/2 function clause error when sorting activities
- All activity timestamps now consistently use DateTime with timezone
- PostgreSQL's max() function doesn't work on UUID types
- Use array_agg to get first ID from grouped results instead
- Matches pattern already used for status field
- Fixes crash on /activity page when preseem sync logs exist
- Accept both sk_test_ and sk_live_ API keys
- Show mode indicator (TEST/LIVE) in output
- Adjust webhook URL based on mode (localhost for test, towerops.net for live)
- Add warning when using test mode
- Useful for testing billing setup before going live
- Update grep patterns to match JSON with spaces after colons
- Fixes false 'Error creating meter' message when meter created successfully
- Applies to meter ID and price ID extraction
- First check if a meter with 'devices_monitored' event exists
- Reuse existing meter ID if found
- Only create new meter if none exists
- Fixes error when meter already exists in Stripe account
- Interactive script to create production billing meter and price
- Prompts for live API key and product ID
- Creates billing meter with 'devices_monitored' event
- Creates metered price at $1/device/month
- Outputs kubectl command for creating k8s secret
- Includes setup instructions for webhook configuration
- Add stripe_meter_id to dev, runtime, and test configs
- Add STRIPE_METER_ID to k8s deployment secret references
- Use real Stripe meter and price IDs from Stripe setup
- Meter: mtr_test_61UHPU067veEZ7bhl41S77kvnTfgyODY
- Price: price_1T81XBS77kvnTfgyPlw1jF8N ($1/device/month)
- Include setup script for Stripe billing configuration
- Changed from hardcoded placeholder values to secretKeyRef
- References towerops-billing secret (with optional: true)
- Won't crash if secret doesn't exist yet
- User can create secret later with real Stripe keys
- Add Stripe test API keys to dev.exs for local development
- Add placeholder Stripe env vars to k8s deployment to prevent startup crashes
- Includes secret_key, webhook_secret, and price_id configuration
Implements Phase 6 of Stripe billing integration:
- Add Billing tab to organization settings page
- Display subscription status, device usage, and estimated costs
- "Upgrade to Paid Plan" button for free tier orgs
- "Manage Billing" button to access Stripe Customer Portal
- Billing information panel showing subscription details
- Support for dark mode and responsive design
Also fixes organization name truncation in top navigation:
- Long organization names now show with ellipsis instead of being cut off
- Added max-w-xs constraint and truncate class to org switcher button
Reduce Process.sleep delays in event_logger_test from 25ms to 10ms.
These sleeps wait for async event logging to complete.
All tests still pass with shorter delay.
Reduce various test timeouts that were unnecessarily long:
- assert_push timeouts: 150ms → 75ms (6 tests in agent_channel_test)
- refute_receive timeouts: 200ms → 50ms (3 tests in worker tests)
With 50ms channel debounce, 75ms is sufficient for assert_push.
For refute_receive (expecting no message), 50ms is plenty.
Estimated savings: ~600ms across affected tests
Make the 500ms device deletion delay configurable via application config.
Set to 10ms in test environment (vs 500ms in production).
This sleep waits for in-flight polling jobs to complete before deleting
a device. In tests with mocked jobs, this delay is unnecessary.
Affected tests:
- All device deletion tests (were 500-650ms, now ~100-150ms)
- Equipment context tests
- API controller tests
- LiveView tests with device deletion
Performance: 28.3s → 25.2s (11% faster)
Total improvement from baseline: 52s → 25.2s (51.5% faster)
- Remove all 25ms and 50ms sleeps from agent_channel_test
- Add poll_until helper for async DB operations (early exit on success)
- Reduce timeout test sleeps from 100ms to 60ms
- Reduce polling delays from 10ms to 5ms in multiple tests
- Remove unnecessary timestamp and background task sleeps
- Reduce circuit breaker recovery sleep from 150ms to 110ms
Performance: 30.3s → 28.3s (6.6% faster)
Total improvement from baseline: 52s → 28.3s (45.6% faster)
