Implements comprehensive callsign search and live tracking:
- search_callsign: Search for callsigns with wildcard support
- "W5ISP" finds W5ISP and all SSIDs (W5ISP-1, W5ISP-9, etc.)
- "W5ISP-9" finds only that specific SSID
- "W5ISP*" finds all callsigns starting with W5ISP
- subscribe_callsign: Subscribe to live updates for a callsign
- Loads historical packets for the callsign
- Receives real-time streaming updates
- Supports wildcard patterns
- Works with or without geographic bounds
- unsubscribe_callsign: Stop tracking callsign
When both bounds and callsign are subscribed, packets are filtered
by both criteria (callsign AND within bounds).
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Replace 'with' clause that was failing when socket.assigns[:subscribed]
returned nil. Now properly checks subscription status using Map.get with
a default value of false to prevent WithClauseError.
Fixes error: no with clause matching: nil
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When mobile clients subscribe to bounds, the server now loads and sends
historical packets immediately, followed by real-time streaming packets.
This matches the web UI behavior and provides a complete view of APRS
activity in the requested area.
Optional parameters:
- limit: Max historical packets to load (default: 1000, max: 5000)
- hours_back: Hours of historical data (default: 1, max: 24)
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Add isNaN() checks in addition to isFinite() to catch NaN values before
they reach Leaflet's polyline renderer. This prevents 'can't access
property x, h is undefined' errors when invalid coordinates slip through.
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- Add extractCoordinate helper to recursively extract coordinates
- Handle coordinates that come as nested arrays like [[lat]]
- Log raw coordinate values when validation fails for debugging
- Prevents Invalid coordinates errors in console
This handles edge cases where coordinates are wrapped in arrays
before being passed to the marker creation code.
- Create MobileChannel for geographic bounds-based packet filtering
- Add MobileUserSocket for mobile client connections
- Implement subscribe_bounds, update_bounds, and unsubscribe events
- Leverage existing StreamingPacketsPubSub infrastructure
- Add comprehensive mobile API documentation with Swift examples
- WebSocket endpoint: wss://aprs.me/mobile/websocket
- Channel: mobile:packets
This enables iOS/Android apps to receive real-time APRS packets
filtered by geographic viewport, with efficient bandwidth usage.
- Check if data object exists before accessing properties
- Validate lat/lng are numbers, not just truthy values
- Prevents TypeError when clustering tries to access undefined coordinates
- Fixes: Error adding historical packet: TypeError: can't access property x of undefined
- Set websocket timeout to 60000ms in endpoint configuration
- Add timeout option to LiveSocket client configuration
- Fixes timeout errors during initial map load with large packet count
- Always use ETS-based RateLimiter instead of checking for REDIS_URL
- Remove RedisRateLimiter calls that were causing crashes
- Simplify wrapper to only delegate to Aprsme.RateLimiter
- Replace Cachex with native ETS (Erlang Term Storage) in Cache module
- Remove Redis-based caching logic from application.ex
- Always initialize ETS tables for device_cache, query_cache, symbol_cache
- Update StatusLive to use Aprsme.Cache instead of Cachex directly
- Fix crash on startup when REDIS_URL was set but Redis not used
This fixes the no_cache error that was causing pods to crash.
Previously, when clustering was enabled, the leader election process
would wait indefinitely for the cluster to form. If cluster formation
failed or took too long, no leader would be elected and the APRS-IS
connection would never start, leaving the system disconnected.
Changes:
- Add 30-second timeout for cluster formation
- Force leader election after timeout, even in single-node mode
- Add election_forced flag to prevent duplicate election attempts
- Improve logging to distinguish between cluster and single-node modes
This ensures that at least one node will always connect to APRS-IS,
even if clustering fails completely.
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Co-Authored-By: Claude <noreply@anthropic.com>
- Remove Exq dependency from mix.exs and application config
- Remove all Exq configuration from config files (config.exs, dev.exs, runtime.exs, test.exs)
- Update CleanupScheduler to run cleanup tasks directly using Task.start instead of queuing jobs
- Update PacketCleanupWorker documentation to remove Exq references
- Cleanup functionality preserved but now runs in supervised Tasks instead of job queue
This resolves the Redis connection error on startup by eliminating the dependency on external job queues.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Remove phoenix_pubsub_redis dependency from mix.exs
- Update PubSub configuration to use Phoenix's native distributed capabilities
- Simplify clustering logic - no longer requires Redis URL for PubSub
- Phoenix PubSub automatically distributes messages across connected Erlang nodes
- Benefits: lower latency, automatic failure handling, simpler deployment
- Redis still available for caching and job processing when needed
- Maintains backward compatibility for both clustered and non-clustered modes
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Co-Authored-By: Claude <noreply@anthropic.com>
Remove references to vendor/aprs directory since the app uses GitHub
dependency {:aprs, github: "aprsme/aprs", branch: "main"} instead.
This was causing build failures when trying to compile non-existent
local vendor code.
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Co-Authored-By: Claude <noreply@anthropic.com>
Remove custom build commands and worker service from disco.json to avoid
conflicts with vendor/aprs dependency compilation. Let Disco use the
existing Dockerfile which properly handles the build process.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Fix duplicate bad packet storage in store_packet function
- Changed insert_packet to return specific error tuples
- Handle validation_error and storage_exception separately
- Prevent double storage of bad packets
- Add try/catch wrapper around insert_packet for exception handling
- Properly catch and return storage_exception errors
- Test now correctly expects :storage_exception
- Add helper function for LiveView tests with duplicate IDs
- Added live_with_warn/2 to ConnCase
- Suppress duplicate ID warnings in integration tests
- Fix unused variable warning in insert_packet
All packet tests now pass without failures.
- Remove duplicate time formatting function in components.ex
- Use existing time_ago_in_words from TimeHelpers instead of custom format_time_ago
- Remove unnecessary Float multiplication in format_coordinates
- Changed Float.round(lat * 1.0, 4) to Float.round(lat, 4)
- Fix TypeScript type safety issues
- Add pendingMarkers to LiveViewHookContext interface
- Add initializationTimeout property for proper cleanup
- Add cleanup for map initialization retry timeout
- Prevent memory leak by clearing timeout in destroyed() method
- Format code with mix format
All changes maintain backward compatibility while improving code quality.
- Check if markerClusterGroup is ready before removing markers
- Verify _map and _topClusterLevel exist in cluster group
- Add try-catch blocks to handle removal errors gracefully
- Clean up tracking maps even if layer removal fails
- Prevents 'can't access property "_childClusters"' errors
- Add marker queuing system for markers that arrive before map is ready
- Check map._container and getZoom to ensure internal structures exist
- Process pending markers after map.whenReady() callback
- Fix typo: bindTooltip -> bindTooltip
The phx-update="stream" directive requires all direct children to have IDs.
Removed the conditional empty state message that was causing client-side errors.
Fixed incorrect class attribute syntax that was using tuple notation instead of proper conditional class lists. This was causing Protocol.UndefinedError for String.Chars.
The recent refactor removed loading and connection_status assigns which were required by the slideover_panel component, causing the app to crash on startup. This adds back the missing assigns with default values.
Previously, packets sent via APRS-IS (Internet) would incorrectly show
RF path lines to the uploader's callsign. This fix filters out paths
containing TCPIP, NOGATE, or qA* indicators, which indicate Internet-only
transmission rather than actual RF digipeating.
For example, AE5PL-S packets posted by AE5PL via Internet will no longer
show a misleading RF path line between them.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
The errorTileUrl was set to a base64 data URL of a transparent 1x1 PNG,
which caused browsers to fail when trying to use it as a tile replacement.
Removing this option allows Leaflet to handle tile errors with its
default behavior, which is more robust and prevents console errors.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
For stations that send both position and status packets, the info page would show empty location data if the most recent packet was a status packet. This fix ensures the page displays the last known position from the most recent position packet while still showing the latest activity timestamp.
Add insecure-skip-tls-verify flag to kubectl config to bypass certificate
validation when connecting via Tailscale IP. The K3s certificates don't
include the Tailscale IP in their SANs, causing TLS verification to fail.
Add posresolution and rain_midnight to the list of float fields in
normalize_numeric_types to ensure integer values are converted to floats
before database insertion. This fixes the Ecto.ChangeError that was
preventing many APRS packets from being stored in the database.
