- M2: get_user_by_email/1 uses lower(email) = lower(?) so User@Example.com
and user@example.com resolve to the same account; closes a lookalike-
registration / password-reset confusion risk.
- M8: webhook auth plug no longer echoes "Webhook authentication not
configured" — the misconfiguration is logged server-side and the caller
gets a generic Internal server error so endpoints can't be probed.
- M9: coverages controller logs the underlying KMZ build error and
returns a generic "Failed to build KMZ" string — filesystem paths and
zip internals no longer leak.
- M10: account-data controller no longer crashes with MatchError when an
org has zero or multiple memberships; defaults to "member" and treats
any owner membership as owner.
- M11: ActivityController switches to a hard whitelist
(Atom.to_string/1 comparison) instead of String.to_existing_atom/1;
unknown filter types are dropped silently and the atom table can't be
grown from API input.
- M16: title-tracking MutationObserver is stored on `this` so destroyed()
actually disconnects it — fixes a memory leak per LV navigation.
- H19: /api/v1/mobile/auth/qr/verify no longer returns user_email. Knowing
a QR token now only tells the caller the token is valid; the email is
only revealed by /complete which consumes the token.
- H20: CoverageWorker max_attempts dropped from 3 to 1. The fail/2 path
already returns :ok and writes the failure onto the coverage record,
so the 3-attempt retry policy was never reachable and was misleading.
- H25: ChecksController.create rejects device_ids that don't belong to
the caller's organization (via ScopedResource.fetch). Without this an
API token could attach service checks to devices in another tenant.
Also strip bug ID references from in-code comments (per feedback that
H/M/L numbers don't survive past their bugs.md removal); commit history
keeps the audit trail.
- H12: session and remember-me cookies get http_only + secure (prod-only).
Cookie can no longer be read via document.cookie (XSS exfil defense)
and the Secure flag is set in production via config/prod.exs.
- L2: 404 tracker uses EXPIRE … NX so a sustained probe can't keep
refreshing the 60s window and dodge the threshold ban.
- L5: vault only reads CLOAK_KEY when :env == :prod — a developer with
a prod env var set in their shell won't accidentally encrypt local
data with the production key.
- L6: health endpoint no longer leaks the app version.
- L8: Preseem.dismiss_insight/2 + InsightsLive uses it — dismissing now
requires the insight to belong to the user's org (closes IDOR).
- L10: SidebarCollapse JS hook stores its click handler and removes it
in destroyed(); listeners no longer accumulate across LV navigation.
- L11: WebMCP navigate tool rejects anything that isn't a same-origin
absolute path (blocks javascript:, data:, off-site URLs).
- H23: introduce Towerops.Workers.SyncErrors.transient?/1 classifier;
uisp/preseem/cn_maestro sync workers now retry transient failures (5xx,
timeouts, rate limits) via Oban while still discarding permanent errors
(401/403/404) as :ok. Stale monitoring data is the bigger risk than an
extra retry on a known-bad credential.
- H26: add Monitoring.get_latency_data_for_devices/2 batch counterpart
(currently a stub map but called from SiteLive.Show so any future ping
implementation lands in a single query, not one-per-device).
- H28: Nominatim search popups in the coverage map now bind via a text
node instead of an HTML string, so a compromised/poisoned response
can't execute as JS in the popup.
- H29: yaml_profiles dot-boundary OID prefix match (handles optional
trailing dot from YAML profile keys). Stops 1.3.6.1.4.1.9 from
incorrectly matching 1.3.6.1.4.1.99.
- H6: batch interface stats query in get_site_capacity_summary, replacing
per-interface SELECT with a single grouped query
- H8: explicit expires_at check in MobileAuth and GraphQLAuth plugs as
defense in depth — the query already filters expired rows, but a future
refactor dropping the filter can't quietly re-enable revoked sessions
- H17: Reports LiveView (toggle/delete/run_now) now uses
Reports.get_organization_report/2 to scope by organization_id, fixing
IDOR where a user could manipulate other tenants' reports by ID
- H18: ToweropsWeb.Api.ParamFilter strips identity fields (id,
organization_id, user_id, created_by_id, inserted_at, updated_at) from
user-supplied API params; applied to devices, sites, checks, and
escalation_policies create/update paths to prevent mass-assignment of
tenant ownership fields if a changeset cast list ever drifts
- H1: batch count queries in MobileController (org sites/devices/alerts, site
device counts) — reduces 1+3N+2M queries to 4 + 2
- H2: batch Oban cancel for stop_device_checks — single ANY(?) query instead
of one per check
- H3: resolve_active_alerts_for_device uses update_all + deduped PubSub
broadcasts (was N updates + N broadcasts)
- H4: atomic ON CONFLICT upsert for auto-discovery checks; restore partial
unique index dropped in 20260404000002 (dedup migration included)
- H5: wrap apply_agent_to_all_equipment delete+insert in transaction so a
failed insert_all rolls back the prior delete
- H14: replace String.to_integer/1 on untrusted SNMP OID components with
Integer.parse/1 + validation (neighbor_discovery, discovery storage index,
printer supply index)
- H15: ActivityFeedLive whitelists activity types against @all_types instead
of String.to_existing_atom/1
- H16: defensive page param parsing in user_settings and admin dashboard
LiveViews
- H27: search sanitize/1 delegates to QueryHelpers.sanitize_like/1 which
escapes backslash first
- H30: JobCleanupTask no longer cancels jobs in "executing" state so
in-flight polls complete naturally
- Add organization membership check before API token creation
- Fix admin security allowlist form reading current_user instead of current_scope.user
- Use recursive File.ls instead of Path.wildcard to include hidden files in MIB validation
- Add upload size check before ZIP extraction in MIB controller
- Centralize CSP in SecurityHeaders plug with per-request nonces instead of 'unsafe-inline'
- Enforce upload size limit (100 MB), max extracted files (2000), max
uncompressed size (500 MB), and reject symlinks in MIB archives
- Replace unbounded String.to_atom calls in SNMP tokenizer with
safe_atom/1 that warns when approaching the atom table limit
- Cache MIB vendor listing with persistent_term, invalidated on
upload/delete to avoid blocking synchronous Path.wildcard scans
- Client IP: only trust X-Forwarded-For from RFC 1918 proxy IPs
- Webhook auth: handle nil/blank secret with controlled error, not 500 crash
- Sudo redirect: reuse validated return_path? from login to prevent open redirect
- Map live: remove redundant inline script (ensureLeaflet hook handles loading)
- Bang calls: convert crash-prone exact matches to case in QR live and API controllers
Fix auto_match return tuple order (mac/ip/site were swapped). Add ghost
devices tab for cleaning up stale mappings to deleted devices. Add "Link"
button on untracked devices to manually link to existing Gaiia items.
Add manual refresh button for on-demand reconciliation.
Adds MAC address matching as the primary matching phase:
- Normalizes MACs (strips colons/dots/dashes) from SNMP interface data
- Matches against gaiia_inventory_items.mac_address (synced from Gaiia)
- Phase 1: MAC → Phase 2: IP → Phase 3: Site
Flash now shows breakdown: "Auto-matched 47 devices (12 by MAC, 34 by
IP, 1 by site). 17 remaining."
A bare <select phx-change="..."> sends %{"value" => ...}, not the name
attribute. Wrapping in <form phx-change="..."> fixes this so the handler
receives %{"manufacturer_id" => value}.
- Handle empty manufacturer_id selection (select placeholder)
- Log and flash when model fetch fails or returns empty
- Add require Logger to reconciliation live view
Replaces auto-matching with explicit two-step selection:
1. Select manufacturer from Gaiia's inventory model library (dropdown)
2. Select model for that manufacturer (dropdown, filtered live)
3. Click Create
Manufacturers and models are fetched from Gaiia on demand and cached
in socket assigns. Only one device form is open at a time.
ngettext is a macro that already calls dngettext internally. The
previous code was calling dngettext a second time on the result string,
passing nil as the count — causing a FunctionClauseError.
Adds `Towerops.Gaiia.InventoryCreator` which:
- Matches a device's SNMP-discovered manufacturer/model against Gaiia's
inventory model library to find the right modelId
- Calls `startAddInventoryItemsJob` to create the item, assigned to the
correct Gaiia network site with MAC address from SNMP interfaces
A "Create in Gaiia" button now appears next to each untracked device on
the reconciliation page.
Two improvements to Gaiia reconciliation:
1. Auto-match now uses two-phase matching:
- Phase 1: IP match (high confidence, same as before)
- Phase 2: Site match — if a device is at a Towerops site linked to a
Gaiia network site, match it to unmapped inventory assigned to that site
2. Gaiia sync now automatically maps network sites to Towerops sites by
name during sync. When a Gaiia network site name matches a Towerops
site name, `site_id` is set on the `gaiia_network_sites` row. This
enables the site-based matching in phase 2.
Flash message now shows breakdown: "Auto-matched 47 devices (34 by IP,
13 by site). 17 remaining."
Adds `Gaiia.auto_match_untracked/1` which finds unmapped Gaiia inventory
items whose IP matches an untracked Towerops device and links them.
Button on the reconciliation page's Untracked tab runs the match
inline and shows a flash with matched/remaining counts.
All 4 webhook controllers now verify the signature, insert an Oban job,
and return immediately. Previously, Stripe and PagerDuty did DB queries +
writes inline; Gaiia ran upserts; Agent Release broadcast to all connected
WebSockets — all in the request path.
New workers:
- StripeWebhookWorker — delegates to WebhookProcessor.process/1
- GaiiaWebhookWorker — delegates to Webhooks.process_event/3
- PagerdutyWebhookWorker — resolve/acknowledge alerts by dedup key
- AgentReleaseWebhookWorker — broadcast mass update to agents
Also fix: log error when resolve_alert fails in agent_channel (was silently
discarded, causing "Resolving stuck device_down alert" to repeat in logs).
Adds a parallel LLM path that reviews the whole org snapshot — Preseem
APs, SNMP signals, backhaul, agents, and the insight types the rules
already covered — and emits novel observations as ai_observation
insights (source=ai). Existing rule-based insights and per-insight
enrichment continue unchanged.
- lib/towerops/llm/network_snapshot.ex builds the bounded snapshot
- lib/towerops/llm/network_insight_prompt.ex builds the prompt and
parses the LLM's JSON observations array
- lib/towerops/workers/ai_network_insight_worker.ex runs nightly at
03:30 UTC (after the rule pass + per-insight enrichment) and on
the superuser regenerate button
- preseem/insight.ex extends @valid_types with "ai_observation" and
@valid_sources with "ai"
- insights_live/index.ex includes the new worker in the regen list
and adds an "AI" source badge style
Bumps the SnmpKit Manager timeout-options test threshold from 500ms
to 3000ms (was flaking on loaded dev machines), and scopes
list_unenriched_insights/1 assertion in insights_test:573 to the
test's org so cross-suite leaks don't fail the count.
- ToweropsWeb.AgentChannel now runs sensor readings through
Towerops.Snmp.SensorScale.normalize/2 in both resolve_sensor_value/2
and the GraphQL publisher. Without this, MikroTik mtxrHl* deci-degree
readings (e.g. Culleoka reporting 294 -> 29.4°C) were stored and
alerted on at 294°C. The DevicePollerWorker path already did this;
only the agent path was missing it.
- Demote "Received SNMP result from agent" and "Processing polling
result for X" from info to debug — they fire every poll cycle on
every device and were dominating prod logs.
- /insights now shows a "Regenerate insights" button for superusers
that enqueues all seven insight workers (Preseem baselines,
capacity, device-health, Gaiia, system, wireless, LLM enrichment).
Non-superusers neither see the button nor can trigger the event.
- Dialyzer is clean: added :tools to plt_add_apps, gave
Preseem.Insight a @type t, pinned a few unmatched returns, and
suppressed a known MapSet opaque false-positive in Towerops.Unused.
- e2e: NODE_OPTIONS=--disable-warning=DEP0205 silences the Node 25
deprecation noise from Playwright's internal ESM loader.
UI: the AI-generated footer dropped " · deepseek-v4-pro" — model
identity is irrelevant to operators reviewing the recommendation.
Parser: stop letting raw JSON leak into the summary text when the LLM
returns an almost-but-not-quite-valid response.
- Strip ```json fences (already done) PLUS try a balanced-brace
extraction so a "Here's the JSON: {…}" preamble doesn't break
Jason.decode
- When all decode paths fail, regex-extract `"summary"` and `"action"`
fields from the text rather than dumping the whole blob with braces
intact
- Last-ditch sanitiser strips remaining brace/quote noise so the
rendered summary never shows literal `"summary"` keys
Maintenance: `Towerops.Maintenance.RepairLlmSummaries.run()` clears
`llm_enriched_at` on already-stored rows whose summaries contain JSON
artifacts so the next worker cycle re-enriches them with the new
parser.
Test: insights_live_events_test now asserts the AI-generated label is
present *and* that the model name does not leak into the rendered HTML.
The CSS `capitalize` class only capitalises the first letter, so the
source filter pills and per-card badges showed "Ai" and "Snmp". Switch
to a `source_label/1` helper that returns "AI" / "SNMP" verbatim and
falls back to `String.capitalize/1` for the rest (Preseem, Gaiia,
System).
Adds an "ai" pill to the source-filter strip on /insights and a small
blue "AI" badge on every card whose `llm_enriched_at` is set. Selecting
the pill returns every LLM-enriched insight regardless of underlying
source (preseem / snmp / gaiia / system).
`source: "ai"` is a virtual filter — `list_insights/2` translates it to
`WHERE llm_enriched_at IS NOT NULL` rather than equality on the source
column, so existing real source semantics stay intact.
UI:
- Type-specific evidence cards (red/amber/orange/rose/purple/cyan/
indigo/blue) had `dark:text-{color}-300` labels and
`dark:bg-{color}-800 dark:text-{color}-100` badges that washed out on
the dark background. Bumped 31 label shades to -200 and switched the
three problem badges (Above manufacturer spec, Investigate upstream
first, own fleet, crit) to solid -600 with white text.
- upstream_degradation card got brighter device-link text and a
hover state in dark mode.
DeepSeek:
- Empty-string DEEPSEEK_MODEL / DEEPSEEK_BASE_URL env vars were not
treated as missing — `||` only short-circuits on nil/false — so a
blank secret would override the @default_model and the API would
reject `model: ""`. Both runtime.exs and the client itself now treat
blank values as missing.
Performance:
- HealthController: honor `:timeout` from `:redis` config (was hardcoded
2s) so the 503-when-unreachable test exits immediately
- DevicePollerBranches: drop `collect_events` window 1500ms → 100ms
(PubSub broadcasts are synchronous from `run_perform`)
- Towerops.Unused: cache xref analysis in `:persistent_term` keyed by
BEAM mtimes so repeated `mix unused` invocations skip re-analysis
- DiscoveryWorker: make wait_loop interval configurable via
`:discovery_wait_interval_ms` (25ms in tests vs 500ms in prod)
- ProfileWatcher: configurable `:profile_reloader` so tests can stub
the YAML reload instead of paying the full disk-load cost
- PingExecutor: tag the loopback test `:network` (it shells out to
`ping`); coverage already provided by 4 other `:network`-tagged tests
Flake fix:
- FrequencyChange tests used hardcoded `~U[2026-05-09 12:00:00Z]`,
which now falls outside the rule's 24h lookback window. Switched to
`DateTime.utc_now()` so scans stay inside the window regardless of
clock progression.
Fiber operators care a lot about optical Rx power because connectors
get dirty, splices degrade, and patch panels develop bend-radius
problems. The data is already in snmp_transceiver_readings — this
rule turns it into actionable insights.
- Towerops.Recommendations.Rules.OpticalRxLow — single query selects
the latest reading per transceiver (last hour), filters to those
with rx_power_dbm <= -28, joins back to the device. Critical at
<= -32 dBm. One insight per (device, port) via metadata.dedup_key.
- Insight.@valid_types extended with optical_rx_low.
- LLM prompt hint walks the operator through the standard ladder:
clean SC/LC connector with a one-click cleaner, inspect bend
radius, verify splices, then replace the transceiver.
- UI: cyan card with port, Rx power, Tx power, transceiver type, and
wavelength.
- Wired into RecommendationsRunWorker.
8 new tests.
When 50%+ of the access points at one site simultaneously have
Preseem QoE score <60, root cause is almost always a shared upstream
problem (backhaul, transit, DNS, DHCP) — not per-AP RF. This rule
emits one site-level insight that points the operator at the right
investigation layer instead of letting them chase per-AP RF
symptoms across many APs at the same site.
- Towerops.Recommendations.Rules.UpstreamDegradation — single query
pulls all matched Preseem APs grouped by site_id. Critical when
100% of APs at the site are degraded; warning otherwise. Lists
every degraded AP with its QoE score in metadata.
- Insight.@valid_types extended with upstream_degradation.
- LLM prompt hint tells the model to instruct the operator to
investigate upstream FIRST and to NOT chase per-AP RF symptoms.
- UI: indigo card with degraded/total AP counts, an "Investigate
upstream first" badge, and a clickable list of affected APs.
- Wired into RecommendationsRunWorker FIRST in the @rules list so
the upstream signal surfaces before per-AP RF rules.
Also fixes two flakes:
- device_live/show_test.exs is now async: false. It inserts to
InterfaceStat which is a TimescaleDB hypertable; concurrent inserts
deadlock on chunk-table locks under parallel SQL-sandbox tests
(ERROR 40P01 deadlock_detected in setup).
- Cleared an unused-variable warning in device_overheating_test.exs.
8 new tests for UpstreamDegradation.
Operators frequently misdiagnose thermal throttling as RF problems
and waste truck rolls. This rule reads the hottest temperature
sensor per device and, when the device is linked to a Preseem AP
with degraded QoE, makes the thermal-correlation explicit so the
fix is ventilation/shading rather than antenna alignment.
- Towerops.Recommendations.Rules.DeviceOverheating — single query
pulls the hottest temperature sensor per device above 65 °C; one
insight per device. Critical at 75 °C+. Includes the linked
Preseem qoe_score in metadata when present.
- Insight.@valid_types extended with device_overheating.
- LLM prompt hint tells the model to recommend ventilation/fan/
shading inspection BEFORE any RF action when QoE is also low.
- UI: red card with sensor name, temperature, linked QoE score,
and an "Above manufacturer spec" badge for >=75 °C.
Wired into RecommendationsRunWorker. 8 new tests.
Same-channel conflicts at one site are not all equal. A pair of APs
sharing a channel in a clean RF environment is a planning issue;
the same pair in a contaminated environment is an outage waiting to
happen. This commit makes the rule reason across sources before
deciding urgency.
- Towerops.Snmp.RfHealth — cross-source helper that combines:
* Most recent noise-floor / noise sensor on the AP (dBm)
* Preseem rf_score and qoe_score from the linked AccessPoint row
* Average CPE SNR and client count from wireless_clients
Returns a snapshot map and an interference_severity/1 classifier
(:critical | :warning | :ok). Critical when noise floor >= -80 dBm
OR Preseem rf_score < 4.0; warning when avg CPE SNR < 15 with
active clients.
- OwnFleetChannelConflict now enriches each conflicting AP with its
noise floor, rf_score, qoe_score, avg CPE SNR, CPE count, and a
per-AP rf_severity. Urgency promotes to critical when 3+ APs share
a channel OR any conflicting AP shows critical RF health.
- UI: amber card now renders an evidence table with width, noise,
rf_score, CPE SNR, and CPE count per AP, plus a "Critical RF
environment detected" badge when has_critical_rf is true.
Also strengthens the previous flake fix on agent_live_test.exs:567
by switching to Req.Test shared mode (the test is sync), so the
ReleaseChecker stub is visible to the LiveView process regardless of
when it spawns relative to setup. The earlier Req.Test.allow approach
relied on stub timing that didn't always hold under full-suite load.
11 new tests across RfHealth + the enriched rule. LLM enrichment
automatically picks up the richer metadata via the existing Phase 1
worker.
Adds a vendor-agnostic radio-state extractor that lets the frequency-
aware rules actually fire on production data without per-vendor
plumbing for each profile.
- Towerops.Snmp.RadioState — pure module that maps a frequency in MHz
to the corresponding 802.11 channel across 2.4 GHz, 5 GHz, and 6 GHz
bands; reads the freshest "frequency" sensor (already emitted by
Cambium/MikroTik/AirOS/Mimosa/Exalt/etc. profiles) and persists the
AP-level current_frequency_mhz, current_channel, last_radio_seen_at
fields onto snmp_devices.
- DevicePollerWorker now calls RadioState.update_from_sensors/1 after
each sensor poll so frequency-aware rules read a single canonical
source instead of joining sensors at query time.
- Towerops.Recommendations.Rules.OwnFleetChannelConflict — new rule
that needs no neighbor-scan collection: detects when 2+ of our own
APs at the same site share a channel (self-interference). One
insight per (site, channel) with a clickable list of conflicting
APs and their channel widths. Critical when 3+ APs share a channel.
- Insight.@valid_types extended with own_fleet_channel_conflict.
- UI: amber card showing channel, frequency, AP count, and the linked
list of conflicting devices.
Wired into the existing hourly RecommendationsRunWorker. LLM
enrichment automatically applies via the Phase 1 worker.
Two new multi-source rules using data we already collect, both wired
into the existing hourly RecommendationsRunWorker.
SectorOverload — fires when a Preseem-monitored AP has <25% free
airtime AND active subscribers. Critical urgency when free airtime
drops below 15%, OR when free airtime <25% AND QoE <50. Reuses the
airtime/subscriber/QoE data already pulled by PreseemSyncWorker so
no new collection is needed. UI: orange evidence card with free
airtime, subscriber count, QoE score, and AP model.
CpeRealign — fires when a wireless client has BOTH signal_strength
<=-78 dBm AND SNR <=18 dB seen in the last 2 hours. This is the
classic alignment / obstruction signature, distinct from the
existing single-metric wireless_signal_weak / wireless_snr_low
alerts produced by WirelessInsightWorker. One insight per (AP, CPE)
pair via a metadata.dedup_key. Critical when signal <=-88 OR SNR
<=10. UI: rose evidence card with signal, SNR, TX/RX rate, distance,
hostname.
Insights.insert_insight_if_new/1 dedup logic now prefers a
metadata.dedup_key over device_id when explicitly set, allowing
per-CPE insights without collapsing multiple CPEs on the same AP
into a single insight. Existing rules without dedup_key are
unaffected.
Insight.@valid_types extended with sector_overload and cpe_realign.
LLM enrichment automatically applies to both new types via the
existing Phase 1 worker — no extra wiring.
Also adds k8s/secrets.yaml to .gitignore so operators can drop a
local Secret manifest with real values, kubectl apply manually, and
never accidentally commit it. Documented in k8s/README.md.
When a wireless AP has a strong same-channel neighbor (RSSI >= -75 dBm)
and a measurably cleaner alternative channel exists in the same band,
the system now emits an ap_frequency_change insight with a specific
recommended channel and the top interfering BSSIDs as evidence.
- New schema wireless_neighbor_scans (append-only) storing observed
neighboring APs per device: bssid, ssid, channel, frequency_mhz,
channel_width_mhz, rssi_dbm, is_own_fleet, seen_at
- New columns on snmp_devices: current_channel, current_frequency_mhz,
current_channel_width_mhz, last_radio_seen_at — populated by vendor
SNMP profiles for APs that expose wireless OIDs
- Towerops.Recommendations.Rules.FrequencyChange — pure rule that scores
each candidate channel using sum-of-linear-power over the last 24h of
neighbor scans, recommends the cleanest if it beats the current by at
least 6 dB. Critical urgency when current score >= 100.
- Towerops.Workers.RecommendationsRunWorker — hourly Oban cron, iterates
organizations and runs all rules, uses insert_insight_if_new/1 for
idempotent upsert
- LiveView /insights renders a purple frequency-change card with current
vs recommended channel, dB-cleaner badge, and a top-offender list
(BSSID, SSID, RSSI, own-fleet flag)
- LLM enrichment automatically applies to the new insight type
Also fixes two pre-existing flaky tests that surfaced in CI:
- test/towerops_web/live/agent_live_test.exs:567 — now sets an explicit
Req.Test transport_error stub for ReleaseChecker and uses Req.Test.allow
so the LiveView process inherits it. Previously relied on absence of a
stub, which leaked across tests and produced different behavior under
full-suite parallel runs.
- test/towerops_web/telemetry_test.exs:140 — relaxes the "no log" check
to refute the specific messages the function under test would emit,
rather than asserting an empty capture_log/1 buffer (which catches
stray logs from concurrent tests, e.g. Postgrex sandbox disconnects).
Adds an optional plain-language summary and recommended action to every
active insight. A new Oban cron worker runs every 5 minutes, picks up
unenriched insights, and asks the configured LLM to restate the finding
and suggest one specific action grounded in the structured metadata.
- Migration: adds llm_summary, recommended_action, llm_model,
llm_enriched_at columns to preseem_insights
- Towerops.LLM context with swappable behaviour; real client uses Req
with the standard Req.Test plug for test isolation
- MockClient + InsightPrompt module (builds chat messages, parses JSON
with code-fence stripping and a raw-text fallback)
- Worker logs and skips on rate limits / missing key / parse errors so
insights still render without an AI summary when the LLM is unavailable
- Optional towerops-llm k8s secret with example template; deployment.yaml
references it as optional in both init and main containers
- UI renders summary + recommended action callout on /insights and on
the org-level insights page
- Add Codeberg Ansible collection link to API/GraphQL docs and Terraform guide
- Un-skip the previously-disabled DevicePollerWorker tests that still pass
- Expand MibController, CnMaestro.Sync, CheckWorker, ActivityFeed,
MobileController, JobCleanupTask tests
- New UploadMibs Mix task test covering arg validation and upload paths
- Set :mib_dir in test config so MibController upload/delete flows can
exercise the real on-disk paths against a writable tmp directory
The /docs/api and /docs/graphql pages were missing four resource
families that the API has shipped:
- Coverages (RF coverage prediction with async compute, recompute,
KMZ download)
- Maintenance Windows (one-off + recurring with RRULE)
- On-Call Schedules (top-level CRUD + layers, members, overrides,
on_call lookup)
- Escalation Policies (CRUD + rules + targets)
Both REST and GraphQL pages now have sidebar entries and example
requests for each.
Dialyzer:
* Add Lidar.Tile @type, narrow several @specs to match success-typing,
prefix discarded function returns with `_ =`, fix the broken
File.stream! call in the ms-buildings worker (it was causing dialyzer
to mark every private fun unreachable), broaden Antenna.spec key
types from `float()` to `number()` to match catalog int literals.
* Add :geo, :geo_postgis, :db_connection to plt_add_apps so the dep
PLT actually contains the modules we use.
* Result: 0 unsuppressed dialyzer warnings (was 50+ in project code).
Tree canopy:
* Replace the dead landfire.gov URL with the ETH Zurich Global
Canopy Height 10 m product. ETH publishes proper COGs with
overviews on libdrive.ethz.ch — confirmed working with
/vsicurl/ byte-range reads. The module now picks the 3°×3° tile
containing the bbox centroid, with both a `:metres` decoder
(ETH Byte raster, NoData=255) and a `:landfire_evh` decoder for
operators self-hosting LANDFIRE EVH COGs.
* Re-enable canopy by default now that there's a working source.
Tests (+105 tests, 0 failures):
* CoverageLive Index/Show/Form/Map — empty/loaded/auth states,
LiveView event handlers, formatters.
* Coverages.Building changeset + helpers.
* Coverages.TreeCanopy provider tile-URL builder and decoders.
* Workers.MsBuildingsImportWorker (full import flow incl. blank
lines, MultiPolygon, idempotency, hash fallback) — also fixed
the partial-index ON CONFLICT bug that prevented imports from
ever working: the unique index has WHERE ms_footprint_id IS
NOT NULL, so the worker now uses an :unsafe_fragment conflict
target that includes the predicate.
* GraphQLDocsController smoke test (was 0%).
Coverage rose from 73.19% → 74% with the major project modules I
touched all moved from 0% / <50% to >75%.
Rewire the single-coverage show page to mount MultiCoverageMap (the
same hook the org map uses) with one coverage in the array, and lift
the cnHeat-style overlay panels — LOS/NLOS toggle + height slider on
the left, opacity + RSSI filter on the bottom, distance probe on
click. Parameters move into a togglable right-side drawer so the map
dominates the viewport.
Show LiveView gains toggle_params / probe_point / close_probe /
set_probe_units handlers and delegates the formatters to
CoverageLive.Map. Site is now preloaded so coverages_payload/1 can
read site.name without an Ecto.AssociationNotLoaded crash that was
silently nuking the data-coverages JSON encode.
Also fixes a real bug in coverage_hooks.ts: pngForCoverage was
returning before the antenna-marker creation block, leaving the
marker code as unreachable dead code — towers never rendered. Moved
the marker creation into addCoverageLayer where it belongs and added
a no-PNG guard so a missing png_path logs instead of silently
failing the L.imageOverlay constructor.
Updates all docs, UI copy, release checker, proto go_package,
container image refs, and tests to point at
codeberg.org/towerops-agent/towerops-agent. Also deletes stray
empty package.json/package-lock.json (Phoenix uses esbuild — no
npm) and an unused test_encode_decode.exs scratch file.
Coverage rasters were being written to priv/static/coverage on the pod's
ephemeral filesystem — fine on a single-pod dev box, broken under k8s
where pods share NFS at /data and a restart wipes computed predictions.
* New :coverage_storage_dir config (defaults to priv/static/coverage for
dev/test, "/data/coverage" in production).
* Raster.output_dir/absolute_raster_path read this config and resolve
{otp_app, rel} or absolute paths.
* Endpoint now mounts a dedicated Plug.Static at /coverage from that
same config — replicas all serve the same NFS-backed file regardless
of which one ran the compute.
* Drop "coverage" from static_paths/0 since the dedicated plug owns
that prefix now.
