Fix failing specs

CLAUDE.md

@@ -87,7 +87,7 @@ This file contains essential information for Claude to work effectively with the
 ### Setup
 1. **Docker Development**: Use `docker-compose -f docker/docker-compose.yml up`
 2. **DevContainer**: VS Code devcontainer support available
-3. **Local Development**: 
+3. **Local Development**:
    - `bundle exec rails db:prepare`
    - `bundle exec sidekiq` (background jobs)
    - `bundle exec bin/dev` (main application)
@@ -138,7 +138,7 @@ npx playwright test                  # E2E tests
 - `users` - User accounts and settings
 - `points` - Location points with PostGIS geometry
 - `tracks` - Route collections
-- `areas` - User-defined geographic areas  
+- `areas` - User-defined geographic areas
 - `visits` - Detected area visits
 - `trips` - Travel periods
 - `imports`/`exports` - Data transfer operations
@@ -196,6 +196,7 @@ bundle exec bundle-audit             # Dependency security
 
 1. **Location Data**: Always handle location data with appropriate precision and privacy considerations
 2. **PostGIS**: Leverage PostGIS features for geographic calculations rather than Ruby-based solutions
+2.1 **Coordinates**: Use `lonlat` column in `points` table for geographic calculations
 3. **Background Jobs**: Use Sidekiq for any potentially long-running operations
 4. **Testing**: Include both unit and integration tests for location-based features
 5. **Performance**: Consider database indexes for geographic queries
@@ -215,4 +216,4 @@ bundle exec bundle-audit             # Dependency security
 - **Repository**: https://github.com/Freika/dawarich
 - **Discord**: https://discord.gg/pHsBjpt5J8
 - **Changelog**: See CHANGELOG.md for version history
-- **Development Setup**: See DEVELOPMENT.md
+- **Development Setup**: See DEVELOPMENT.md

app/services/location_search/spatial_matcher.rb

@@ -6,42 +6,9 @@ module LocationSearch
       # Using PostGIS for efficient spatial queries
     end
 
-    # Debug method to test spatial queries directly
-    def debug_points_near(user, latitude, longitude, radius_meters = 1000)
-      query = <<~SQL
-        SELECT
-          p.id,
-          p.timestamp,
-          ST_Y(p.lonlat::geometry) as latitude,
-          ST_X(p.lonlat::geometry) as longitude,
-          p.city,
-          p.country,
-          ST_Distance(p.lonlat, ST_Point(#{longitude}, #{latitude})::geography) as distance_meters
-        FROM points p
-        WHERE p.user_id = #{user.id}
-          AND ST_DWithin(p.lonlat, ST_Point(#{longitude}, #{latitude})::geography, #{radius_meters})
-        ORDER BY distance_meters ASC
-        LIMIT 10;
-      SQL
-
-      puts "=== DEBUG SPATIAL QUERY ==="
-      puts "Searching for user #{user.id} near [#{latitude}, #{longitude}] within #{radius_meters}m"
-      puts "Query: #{query}"
-
-      results = ActiveRecord::Base.connection.exec_query(query)
-      puts "Found #{results.count} points:"
-
-      results.each do |row|
-        puts "- Point #{row['id']}: [#{row['latitude']}, #{row['longitude']}] - #{row['distance_meters'].to_f.round(2)}m away"
-      end
-
-      results
-    end
-
     def find_points_near(user, latitude, longitude, radius_meters, date_options = {})
       points_query = build_spatial_query(user, latitude, longitude, radius_meters, date_options)
 
-      # Execute query and return results with calculated distance
       ActiveRecord::Base.connection.exec_query(points_query)
         .map { |row| format_point_result(row) }
         .sort_by { |point| point[:timestamp] }