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"rawSql": "WITH data AS (\n SELECT\n (round(extract(epoch FROM start_date) - 10) * 1000) AS start_date_ts,\n (round(extract(epoch FROM end_date) + 10) * 1000) AS end_date_ts,\n start_date,\n end_date,\n CONCAT_WS(', ', COALESCE(addresses.name, nullif(CONCAT_WS(' ', addresses.road, addresses.house_number), '')), addresses.city) AS address,\n g.name as geofence_name,\n g.id as geofence_id,\n p.latitude,\n p.longitude,\n cp.charge_energy_added,\n cp.charge_energy_used,\n duration_min,\n start_battery_level,\n end_battery_level,\n start_[[preferred_range]]_range_km,\n end_[[preferred_range]]_range_km,\n outside_temp_avg,\n cp.id,\n lag(end_[[preferred_range]]_range_km) OVER (ORDER BY start_date) - start_[[preferred_range]]_range_km AS range_loss,\n p.odometer - lag(p.odometer) OVER (ORDER BY start_date) AS distance,\n cars.efficiency,\n cp.car_id,\n cost,\n max(c.charger_voltage) as max_charger_voltage,\n CASE WHEN NULLIF(mode() within group (order by charger_phases),0) is null THEN 'DC' ELSE 'AC' END AS charge_type\n FROM\n charging_processes cp\n\t LEFT JOIN charges c ON cp.id = c.charging_process_id\n LEFT JOIN positions p ON p.id = cp.position_id\n LEFT JOIN cars ON cars.id = cp.car_id\n LEFT JOIN addresses ON addresses.id = cp.address_id\n LEFT JOIN geofences g ON g.id = geofence_id\nWHERE \n cp.car_id = $car_id AND\n $__timeFilter(start_date) AND\n (cp.charge_energy_added IS NULL OR cp.charge_energy_added > 0) AND\n ('${geofence:pipe}' = '-1' OR geofence_id in ($geofence))\nGROUP BY 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,11,12,13,14,15,16,17,18,21,p.odometer\nORDER BY\n start_date\n)\nSELECT\n start_date_ts,\n end_date_ts,\n CASE WHEN geofence_id IS NULL THEN CONCAT('new?lat=', latitude, '&lng=', longitude)\n WHEN geofence_id IS NOT NULL THEN CONCAT(geofence_id, '/edit')\n END as path,\n car_id,\n id,\n -- Columns\n start_date,\n end_date,\n COALESCE(geofence_name, address) as address, \n charge_type,\n duration_min,\n cost,\n cost / NULLIF(greatest(charge_energy_added, charge_energy_used), 0) as cost_per_kwh,\n charge_energy_added,\n charge_energy_used,\n CASE WHEN charge_energy_used IS NULL THEN NULL ELSE LEAST(charge_energy_added / NULLIF(charge_energy_used, 0), 1.0) END as charging_efficiency,\n convert_celsius(outside_temp_avg, '$temp_unit') AS outside_temp_avg_$temp_unit,\n charge_energy_added * 60 / NULLIF (duration_min, 0) AS charge_energy_added_per_hour,\n convert_km((end_[[preferred_range]]_range_km - start_[[preferred_range]]_range_km) * 60 / NULLIF (duration_min, 0), '$length_unit') AS range_added_per_hour_$length_unit,\n start_battery_level,\n end_battery_level,\n convert_km(distance::numeric, '$length_unit') AS distance_$length_unit\n FROM\n data\nWHERE\n (distance >= 0 OR distance IS NULL)\n AND duration_min >= '$min_duration_min'\n AND CASE WHEN $cost = 0 THEN (cost IS NULL OR cost >= 0) ELSE cost >= $cost END\n AND charge_type = ANY(CASE WHEN array_to_string(ARRAY[$charge_type], ',') = 'DC' THEN ARRAY['DC'] WHEN array_to_string(ARRAY[$charge_type], ',') = 'AC' THEN ARRAY['AC'] ELSE ARRAY['DC', 'AC'] END)\n AND address ILIKE '%$location%'\nORDER BY\n start_date DESC;",
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